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OVMS3/OVMS.V3/components/vehicle_bmwi3/ecu_definitions/ecu_eme_defines.h

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//
// Warning: don't edit - generated by generate_ecu_code.pl processing ../dev/eme_i01.json: EME 1A: Electrical machine electronics
// This generated code makes it easier to process CANBUS messages from the EME ecu in a BMW i3
//
#define I3_ECU_EME_TX 0x06F11A
#define I3_ECU_EME_RX 0x061AF1
#define I3_PID_EME_FS_LOESCHEN_PERMANENT 0x1060
// Job to delete the permanent DTCs / Job zum Löschen der Permanent-DTCs
#define I3_PID_EME_FEHLERSPEICHER_ENDE_WERKSABLAUF 0x1061
// Deletion of individual errors and permanent DTCs prevented / Löschen von Einzelfehlern und Permanent-DTCs
// unterbindet
#define I3_RES_EME_STAT_FS_ENDE_WABL (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_FS_ENDE_WABL_UNIT '0/1'
#define I3_RES_EME_STAT_FS_ENDE_WABL_TYPE unsigned char
// 0: Locked (deletion of individual errors and PDTCs is prevented) 1: Unlocked (deletion of individual errors
// and PDTCs is not prevented) / 0: Verriegelt (loeschen von Einzelfehlern und PDTCs wird unterbunden) 1:
// Entriegelt (loeschen von Einzelfehlern und PDTCs wird nicht unterbunden)
#define I3_PID_EME_AKS_DIAG_STATUS_INFO 0x4009
// Query of AE status bits for diagnosis and assignment of AKSs / Abfrage von AE-Statusbits zur Diagnose und
// Zuordnung von AKSen
#define I3_RES_EME_STAT_BAM_STATUS_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_BAM_STATUS_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_BAM_STATUS_WERT_TYPE unsigned char
// Status of operating mode manager / Status Betriebsartenmanager
#define I3_RES_EME_STAT_FRM_ISR_WERT (RXBUF_UINT32(1))
#define I3_RES_EME_STAT_FRM_ISR_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_FRM_ISR_WERT_TYPE unsigned long
// Protection manager: Status of the ISR / Protectionmanager: Status der ISR
#define I3_RES_EME_STAT_POM_1MS_WERT (RXBUF_UINT(5))
#define I3_RES_EME_STAT_POM_1MS_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_POM_1MS_WERT_TYPE unsigned short
// Protection manager: Status of the 1ms / Protectionmanager: Status der 1ms
#define I3_RES_EME_STAT_POM_10MS_WERT (RXBUF_UINT(7))
#define I3_RES_EME_STAT_POM_10MS_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_POM_10MS_WERT_TYPE unsigned short
// Protection manager: status of the 10ms / Protectionmanager: Status der 10ms
#define I3_RES_EME_STAT_ERR_MOT_TRCT_WERT (RXBUF_UINT(9))
#define I3_RES_EME_STAT_ERR_MOT_TRCT_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_ERR_MOT_TRCT_WERT_TYPE unsigned short
// St Error Status word of the e-machine / St Error Statuswort der E-Maschine
#define I3_RES_EME_STAT_HVSM_MC0_WERT (RXBUF_UINT32(11))
#define I3_RES_EME_STAT_HVSM_MC0_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_HVSM_MC0_WERT_TYPE unsigned long
// HVSM: Status Mc0 / HVSM: Status Mc0
#define I3_RES_EME_STAT_HVSM_AKKUM_MC0_WERT (RXBUF_UINT32(15))
#define I3_RES_EME_STAT_HVSM_AKKUM_MC0_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_HVSM_AKKUM_MC0_WERT_TYPE unsigned long
// HVSM: Accum. Status MC0 / HVSM: Akkum. Status MC0
#define I3_RES_EME_STAT_HVSM_MC2_WERT (RXBUF_UINT32(19))
#define I3_RES_EME_STAT_HVSM_MC2_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_HVSM_MC2_WERT_TYPE unsigned long
// HVSM: Status Mc2 / HVSM: Status Mc2
#define I3_RES_EME_STAT_HVSM_AKKUM_MC2_WERT (RXBUF_UINT32(23))
#define I3_RES_EME_STAT_HVSM_AKKUM_MC2_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_HVSM_AKKUM_MC2_WERT_TYPE unsigned long
// HVSM: Accum. Status MC2 / HVSM: Akkum. Status MC2
#define I3_RES_EME_STAT_CPLD_INFO_WERT (RXBUF_UCHAR(27))
#define I3_RES_EME_STAT_CPLD_INFO_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_CPLD_INFO_WERT_TYPE unsigned char
// CPLD: info / CPLD: Info
#define I3_RES_EME_STAT_FUSI_MC2_WERT (RXBUF_UINT32(28))
#define I3_RES_EME_STAT_FUSI_MC2_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_FUSI_MC2_WERT_TYPE unsigned long
// FUSI: UWB MC2 / FUSI: UWB MC2
#define I3_RES_EME_STAT_FUSI_MC0_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_FUSI_MC0_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_FUSI_MC0_WERT_TYPE unsigned long
// FUSI: UWB MC0 / FUSI: UWB MC0
#define I3_RES_EME_STAT_SSD_MC0_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_SSD_MC0_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SSD_MC0_WERT_TYPE unsigned long
// SSD: status / SSD: Status
#define I3_RES_EME_STAT_ERR_UPDATE_IN_PROGRESS_WERT (RXBUF_UCHAR(40))
#define I3_RES_EME_STAT_ERR_UPDATE_IN_PROGRESS_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_ERR_UPDATE_IN_PROGRESS_WERT_TYPE unsigned char
// Runtime: Update-In-Progress Error / Laufzeit: Update-In-Progress Fehler
#define I3_RES_EME_STAT_FRM_WHY_WERT (RXBUF_UINT32(41))
#define I3_RES_EME_STAT_FRM_WHY_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_FRM_WHY_WERT_TYPE unsigned long
// FRM: Why word Attention: Value can only be interpreted in connection with the associated software version! /
// FRM: Why-Wort Achtung: Wert kann nur m Zusammenhang mit dem zugehörigen Softwarestand interpretiert werden!
#define I3_RES_EME_STAT_FRM_EM2_WERT (RXBUF_UINT32(45))
#define I3_RES_EME_STAT_FRM_EM2_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_FRM_EM2_WERT_TYPE unsigned long
// FRM: status bits / FRM: Statusbits
// Skipping AE_SN_SETZEN on 0x400C which takes arguments
// Skipping AE_HWCAL_SETZEN on 0x400D which takes arguments
// Skipping AE_HWCAL_FLASHEN on 0x400E which takes arguments
// Skipping AE_HWCAL_MODE on 0x400F which takes arguments
// Skipping STEUERN_START_LADEN on 0xADC0 which takes arguments
// Skipping STEUERN_STOP_LADEN on 0xADC1 which takes arguments
// Skipping REX_ON_OFF on 0xADC4 which takes arguments
// Skipping LAST_HISTOGRAMM_EMASCHINE on 0xADEB which takes arguments
// Skipping EME_DCDC_WANDLER on 0xADF1 which takes arguments
// Skipping EME_HV_SYSTEM_ON_OFF on 0xADF2 which takes arguments
// Skipping EME_AKS_EMK on 0xADF4 which takes arguments
// Skipping AE_ROTORLAGESENSOR_ANLERNEN on 0xADF6 which takes arguments
// Skipping AE_KLASSIERUNG on 0xADF8 which takes arguments
// Skipping AE_DCDC_HISTOGRAMM on 0xADF9 which takes arguments
// Skipping LADEHISTORIE_SATZ_LESEN on 0xADFC which takes arguments
// Skipping KLASSIERUNG_ZUG_SCHUB on 0xADFE which takes arguments
// Skipping LADEGERAET_HISTOGRAMM_LESEN on 0xAF42 which takes arguments
#define I3_PID_EME_EME_DCDC_LV 0xDDF6
// Voltage / current DCDC (12V vehicle electrical system) at the B + bolt / Spannung / Strom DCDC (12V Bordnetz)
// am B+ Bolzen
#define I3_RES_EME_STAT_SPANNUNG_DCDC_LV_WERT (RXBUF_UINT(0)*0.01f)
#define I3_RES_EME_STAT_SPANNUNG_DCDC_LV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_DCDC_LV_WERT_TYPE float
// DCDC converter: ACTUAL voltage LV side at B + bolt / DCDC Wandler: IST-Spannung LV-Seite am B+ Bolzen
#define I3_RES_EME_STAT_STROM_DCDC_LV_WERT (RXBUF_SINT(2)*0.1f)
#define I3_RES_EME_STAT_STROM_DCDC_LV_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_LV_WERT_TYPE float
// DCDC converter: ACTUAL current LV side at the B + bolt / DCDC Wandler: IST-Strom LV-Seite am B+ Bolzen
#define I3_PID_EME_EME_HVPM_DCDC_ANSTEUERUNG 0xDE00
// Return values from the HVPM for DCDC control / Rückgabewerte vom HVPM für DCDC Ansteuerung
#define I3_RES_EME_STAT_SOC_HVB_WERT (RXBUF_UINT(0)*0.1f)
#define I3_RES_EME_STAT_SOC_HVB_WERT_UNIT '%'
#define I3_RES_EME_STAT_SOC_HVB_WERT_TYPE float
// HV battery charge level / Ladezustand HV Batterie
#define I3_RES_EME_STAT_SOC_HVB_MIN_WERT (RXBUF_UCHAR(2)*0.5f)
#define I3_RES_EME_STAT_SOC_HVB_MIN_WERT_UNIT '%'
#define I3_RES_EME_STAT_SOC_HVB_MIN_WERT_TYPE float
// Startability limit, state of charge HV battery / Startfähigkeitsgrenze Ladezustand HV Batterie
#define I3_RES_EME_STAT_LADEGERAET (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_LADEGERAET_UNIT '0/1'
#define I3_RES_EME_STAT_LADEGERAET_TYPE unsigned char
// Charger recognized (1 = recognized / 0 = not recognized) / Ladegerät erkannt (1 = erkannt / 0 = nicht erkannt)
#define I3_RES_EME_STAT_FREMDLADUNG (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_FREMDLADUNG_UNIT '0/1'
#define I3_RES_EME_STAT_FREMDLADUNG_TYPE unsigned char
// External charge (1 = recognized / 0 = not recognized) / Fremdladung (1 = erkannt / 0 = nicht erkannt)
#define I3_RES_EME_STAT_FAHRB (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_FAHRB_UNIT '0/1'
#define I3_RES_EME_STAT_FAHRB_TYPE unsigned char
// Ready to drive (1 = active / 0 = not active) / Fahrbereitschaft (1 = aktiv / 0 = nicht aktiv)
#define I3_RES_EME_STAT_BA_DCDC_KOMM_NR (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_BA_DCDC_KOMM_NR_UNIT '0-n'
#define I3_RES_EME_STAT_BA_DCDC_KOMM_NR_TYPE unsigned char
// Commanded DC / DC converter operating mode / Kommandierte Betriebsart DC/DC Wandler
#define I3_RES_EME_STAT_I_DCDC_HV_OUT_WERT (RXBUF_SINT(7)*0.1f)
#define I3_RES_EME_STAT_I_DCDC_HV_OUT_WERT_UNIT 'A'
#define I3_RES_EME_STAT_I_DCDC_HV_OUT_WERT_TYPE float
// Current limit HV side / Stromgrenze HV-Seite
#define I3_RES_EME_STAT_U_DCDC_HV_OUT_WERT (RXBUF_UINT(9)*0.1f)
#define I3_RES_EME_STAT_U_DCDC_HV_OUT_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DCDC_HV_OUT_WERT_TYPE float
// Voltage limit HV side / Spannungsgrenze HV-Seite
#define I3_RES_EME_STAT_I_DCDC_LV_OUT_WERT (RXBUF_SINT(11)*0.1f)
#define I3_RES_EME_STAT_I_DCDC_LV_OUT_WERT_UNIT 'A'
#define I3_RES_EME_STAT_I_DCDC_LV_OUT_WERT_TYPE float
// Current limit NV side / Stromgrenze NV-Seite
#define I3_RES_EME_STAT_U_DCDC_LV_OUT_WERT (RXBUF_UINT(13)*0.01f)
#define I3_RES_EME_STAT_U_DCDC_LV_OUT_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DCDC_LV_OUT_WERT_TYPE float
// Voltage limit NV side / Spannungsgrenze NV-Seite
#define I3_RES_EME_STAT_BA_DCDC_IST_NR (RXBUF_UCHAR(15))
#define I3_RES_EME_STAT_BA_DCDC_IST_NR_UNIT '0-n'
#define I3_RES_EME_STAT_BA_DCDC_IST_NR_TYPE unsigned char
// ACTUAL operating mode DCDC converter / IST-Betriebsart DCDC-Wandler
#define I3_RES_EME_STAT_ALS_DCDC_WERT (RXBUF_UCHAR(16)*0.5f)
#define I3_RES_EME_STAT_ALS_DCDC_WERT_UNIT '%'
#define I3_RES_EME_STAT_ALS_DCDC_WERT_TYPE float
// DC / DC converter utilization / Auslastung DC/DC-Wandler
#define I3_RES_EME_STAT_I_DCDC_HV_WERT (RXBUF_SINT(17)*0.1f)
#define I3_RES_EME_STAT_I_DCDC_HV_WERT_UNIT 'A'
#define I3_RES_EME_STAT_I_DCDC_HV_WERT_TYPE float
// Current HV side / Strom HV-Seite
#define I3_RES_EME_STAT_U_DCDC_HV_WERT (RXBUF_UINT(19)*0.1f)
#define I3_RES_EME_STAT_U_DCDC_HV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DCDC_HV_WERT_TYPE float
// Voltage HV side / Spannung HV-Seite
#define I3_RES_EME_STAT_I_DCDC_LV_WERT (RXBUF_SINT(21)*0.1f)
#define I3_RES_EME_STAT_I_DCDC_LV_WERT_UNIT 'A'
#define I3_RES_EME_STAT_I_DCDC_LV_WERT_TYPE float
// Electricity NV side / Strom NV-Seite
#define I3_RES_EME_STAT_U_DCDC_LV_WERT (RXBUF_UINT(23)*0.01f)
#define I3_RES_EME_STAT_U_DCDC_LV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DCDC_LV_WERT_TYPE float
// Voltage NV side / Spannung NV-Seite
#define I3_PID_EME_EME_HVPM_HV_SYSTEM_ON_OFF 0xDE02
// High-voltage system on / off (HVPM 2013) / Hochvoltsystem An / Aus (HVPM 2013)
#define I3_RES_EME_STAT_U_DC_HV_LE_WERT (RXBUF_SINT(0)*0.0313f)
#define I3_RES_EME_STAT_U_DC_HV_LE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DC_HV_LE_WERT_TYPE float
// HV intermediate circuit voltage / HV-Zwischenkreisspannung
#define I3_RES_EME_STAT_HV_READY (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_HV_READY_UNIT '0/1'
#define I3_RES_EME_STAT_HV_READY_TYPE unsigned char
// Release HV / Freigabe HV
#define I3_RES_EME_STAT_HDCAC_EREQ (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_HDCAC_EREQ_UNIT '0/1'
#define I3_RES_EME_STAT_HDCAC_EREQ_TYPE unsigned char
// Request to close contactors HV battery / Anforderung Schließen Schütze HV-Batterie
#define I3_RES_EME_STAT_I0ANF_HVB (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_I0ANF_HVB_UNIT '0-n'
#define I3_RES_EME_STAT_I0ANF_HVB_TYPE unsigned char
// Status of zero current requirement / Status Nullstromanforderung
#define I3_RES_EME_STAT_ANF_ENTL_ZK (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_ANF_ENTL_ZK_UNIT '0/1'
#define I3_RES_EME_STAT_ANF_ENTL_ZK_TYPE unsigned char
// Requirement for discharge of the HV intermediate circuit through DCDC converter / Anforderung Entladung
// HV-Zwischenkreis durch DCDC-Wandler
#define I3_RES_EME_STAT_HVSTART_KOMM (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_HVSTART_KOMM_UNIT '0-n'
#define I3_RES_EME_STAT_HVSTART_KOMM_TYPE unsigned char
// Output of the Stateflow status of the HVPM start system / Ausgabe des Stateflow-Status des HVPM Startsystems
#define I3_RES_EME_STAT_ANF_ENTL_EME (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_ANF_ENTL_EME_UNIT '0/1'
#define I3_RES_EME_STAT_ANF_ENTL_EME_TYPE unsigned char
// Emergency discharge request ZK: 0 = not active; 1 = active / Anforderung Notentladung ZK: 0 = nicht aktiv; 1 =
// aktiv
#define I3_PID_EME_EME_HVPM_ENERGIEBORDNETZ_2 0xDE04
// Number of times the vehicle was ready to drive in the SOC area / Anzahl der Herstellung von Fahrbereitschaft
// im SOC Bereich
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_0_20_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_0_20_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_20_25_WERT (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_20_25_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_25_30_WERT (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_25_30_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_30_33_WERT (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_30_33_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_33_36_WERT (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_33_36_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_36_39_WERT (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_36_39_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_39_42_WERT (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_39_42_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_42_45_WERT (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_42_45_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_45_48_WERT (RXBUF_UCHAR(8))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_45_48_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_48_51_WERT (RXBUF_UCHAR(9))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_48_51_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_51_56_WERT (RXBUF_UCHAR(10))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_51_56_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_56_65_WERT (RXBUF_UCHAR(11))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_56_65_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_65_80_WERT (RXBUF_UCHAR(12))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_65_80_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_80_100_WERT (RXBUF_UCHAR(13))
#define I3_RES_EME_STAT_NV_HVB_SOC_FAHRB_80_100_WERT_TYPE unsigned char
// Charge status of the HV battery when ready to drive / Ladezustand HV-Batterie bei Herstellung Fahrbereitschaft
#define I3_PID_EME_EME_HVPM_PKOR 0xDE06
// HVPM performance coordinator / HVPM Leistungskoordinator
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_0_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_0_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_0_WERT_TYPE unsigned short
// Heat Up - Time during which the function was requested. / Heat Up - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_1_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_1_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_1_WERT_TYPE unsigned short
// Electric heating - time during which the function was requested. / E-Heizen - Zeit, während der Funktion
// angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_2_WERT (RXBUF_UINT(4))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_2_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_2_WERT_TYPE unsigned short
// Cool-Down - Time during which the function was requested. / Cool-Down - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_3_WERT (RXBUF_UINT(6))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_3_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_3_WERT_TYPE unsigned short
// Electric cooling - time during which the function was requested. / E-Kühlen - Zeit, während der Funktion
// angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_4_WERT (RXBUF_UINT(8))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_4_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_4_WERT_TYPE unsigned short
// Fogging - time during which the function was requested. / Beschlag - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_5_WERT (RXBUF_UINT(10))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_5_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_5_WERT_TYPE unsigned short
// Defrost - Time during which the function was requested. / Defrost - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_6_WERT (RXBUF_UINT(12))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_6_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_6_WERT_TYPE unsigned short
// Battery cooling - time during which the function was requested. / Batterie Kühlung - Zeit, während der
// Funktion angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_7_WERT (RXBUF_UINT(14))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_7_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_7_WERT_TYPE unsigned short
// Battery cooling urgent - time during which the function was requested. / Batterie Kühlung dringend - Zeit,
// während der Funktion angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_8_WERT (RXBUF_UINT(16))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_8_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_8_WERT_TYPE unsigned short
// Battery heating - time during which the function was requested. / Batterieheizung - Zeit, während der Funktion
// angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_9_WERT (RXBUF_UINT(18))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_9_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_9_WERT_TYPE unsigned short
// DC / DC converter - time during which the function was requested. / DC/DC-Wandler - Zeit, während der Funktion
// angefordert war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_10_WERT (RXBUF_UINT(20))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_10_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_10_WERT_TYPE unsigned short
// Drive 1 - Time during which the function was requested. / Antrieb 1 - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_11_WERT (RXBUF_UINT(22))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_11_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_11_WERT_TYPE unsigned short
// Drive 2 - Time during which the function was requested. / Antrieb 2 - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_12_WERT (RXBUF_UINT(24))
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_12_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_WUNSCH_ID_12_WERT_TYPE unsigned short
// Drive 3 - Time during which the function was requested. / Antrieb 3 - Zeit, während der Funktion angefordert
// war.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_0_WERT (RXBUF_UINT(26))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_0_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_0_WERT_TYPE unsigned short
// Heat Up - Time during which the function was not fully enabled, SOC area 1. / Heat Up - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_1_WERT (RXBUF_UINT(28))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_1_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_1_WERT_TYPE unsigned short
// Electric heating - time during which the function was not fully enabled, SOC area 1. / E-Heizen - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_2_WERT (RXBUF_UINT(30))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_2_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_2_WERT_TYPE unsigned short
// Cool-Down - Time during which the function was not fully enabled, SOC area 1. / Cool-Down - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_3_WERT (RXBUF_UINT(32))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_3_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_3_WERT_TYPE unsigned short
// Electric cooling - time during which the function was not fully enabled, SOC area 1. / E-Kühlen - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_4_WERT (RXBUF_UINT(34))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_4_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_4_WERT_TYPE unsigned short
// Fogging - time during which the function was not fully enabled, SOC area 1. / Beschlag - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_5_WERT (RXBUF_UINT(36))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_5_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_5_WERT_TYPE unsigned short
// Defrost - time during which the function was not fully enabled, SOC area 1. / Defrost - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_6_WERT (RXBUF_UINT(38))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_6_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_6_WERT_TYPE unsigned short
// Battery cooling - time during which the function was not fully enabled, SOC area 1. / Batterie Kühlung - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_7_WERT (RXBUF_UINT(40))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_7_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_7_WERT_TYPE unsigned short
// Battery cooling urgent - time during which the function was not fully enabled, SOC area 1. / Batterie Kühlung
// dringend - Zeit, während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_8_WERT (RXBUF_UINT(42))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_8_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_8_WERT_TYPE unsigned short
// Battery heating - time during which the function was not fully enabled, SOC area 1. / Batterieheizung - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_9_WERT (RXBUF_UINT(44))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_9_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_9_WERT_TYPE unsigned short
// DC / DC converter - time during which the function was not fully enabled, SOC area 1. / DC/DC-Wandler - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_10_WERT (RXBUF_UINT(46))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_10_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_10_WERT_TYPE unsigned short
// Drive 1 - Time during which the function was not fully enabled, SOC area 1. / Antrieb 1 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_11_WERT (RXBUF_UINT(48))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_11_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_11_WERT_TYPE unsigned short
// Drive 2 - Time during which the function was not fully enabled, SOC area 1. / Antrieb 2 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_12_WERT (RXBUF_UINT(50))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_12_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE1_ID_12_WERT_TYPE unsigned short
// Drive 3 - Time during which the function was not fully enabled, SOC area 1. / Antrieb 3 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 1.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_0_WERT (RXBUF_UINT(52))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_0_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_0_WERT_TYPE unsigned short
// Heat Up - Time during which the function was not fully enabled, SOC area 2. / Heat Up - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_1_WERT (RXBUF_UINT(54))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_1_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_1_WERT_TYPE unsigned short
// Electric heating - time during which the function was not fully enabled, SOC area 2. / E-Heizen - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_2_WERT (RXBUF_UINT(56))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_2_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_2_WERT_TYPE unsigned short
// Cool-Down - Time during which the function was not fully enabled, SOC area 2. / Cool-Down - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_3_WERT (RXBUF_UINT(58))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_3_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_3_WERT_TYPE unsigned short
// Electric cooling - time during which the function was not fully enabled, SOC area 2. / E-Kühlen - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_4_WERT (RXBUF_UINT(60))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_4_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_4_WERT_TYPE unsigned short
// Fogging - time during which the function was not fully enabled, SOC area 2. / Beschlag - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_5_WERT (RXBUF_UINT(62))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_5_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_5_WERT_TYPE unsigned short
// Defrost - time during which the function was not fully enabled, SOC area 2. / Defrost - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_6_WERT (RXBUF_UINT(64))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_6_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_6_WERT_TYPE unsigned short
// Battery cooling - time during which the function was not fully enabled, SOC area 2. / Batterie Kühlung - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_7_WERT (RXBUF_UINT(66))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_7_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_7_WERT_TYPE unsigned short
// Battery cooling urgent - time during which the function was not fully enabled, SOC area 2. / Batterie Kühlung
// dringend - Zeit, während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_8_WERT (RXBUF_UINT(68))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_8_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_8_WERT_TYPE unsigned short
// Battery heating - time during which the function was not fully enabled, SOC area 2. / Batterieheizung - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_9_WERT (RXBUF_UINT(70))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_9_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_9_WERT_TYPE unsigned short
// DC / DC converter - time during which the function was not fully enabled, SOC area 2. / DC/DC-Wandler - Zeit,
// während der Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_10_WERT (RXBUF_UINT(72))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_10_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_10_WERT_TYPE unsigned short
// Drive 1 - Time during which the function was not fully enabled, SOC area 2. / Antrieb 1 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_11_WERT (RXBUF_UINT(74))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_11_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_11_WERT_TYPE unsigned short
// Drive 2 - Time during which the function was not fully enabled, SOC area 2. / Antrieb 2 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_12_WERT (RXBUF_UINT(76))
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_12_WERT_UNIT 's'
#define I3_RES_EME_STAT_T_P_SOLL_WUNSCH_RANGE2_ID_12_WERT_TYPE unsigned short
// Drive 3 - Time during which the function was not fully enabled, SOC area 2. / Antrieb 3 - Zeit, während der
// Funktion nicht vollständig freigegeben war, SOC-Bereich 2.
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_0_WERT (RXBUF_UINT(78))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_0_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_0_WERT_TYPE unsigned short
// Average DCDC power 1st - 3rd minute / Mittlere DCDC-Leistung 1.- 3. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_1_WERT (RXBUF_UINT(80))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_1_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_1_WERT_TYPE unsigned short
// Average DCDC power 4th - 6th minute / Mittlere DCDC-Leistung 4. - 6. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_2_WERT (RXBUF_UINT(82))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_2_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_2_WERT_TYPE unsigned short
// Average DCDC power 7th - 9th minute / Mittlere DCDC-Leistung 7. - 9. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_3_WERT (RXBUF_UINT(84))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_3_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_3_WERT_TYPE unsigned short
// Average DCDC power 10th - 12th minute / Mittlere DCDC-Leistung 10. - 12. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_4_WERT (RXBUF_UINT(86))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_4_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_4_WERT_TYPE unsigned short
// Average DCDC power 13th - 15th minute / Mittlere DCDC-Leistung 13. - 15. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_5_WERT (RXBUF_UINT(88))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_5_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_5_WERT_TYPE unsigned short
// Average DCDC power 16th - 18th minutes / Mittlere DCDC-Leistung 16. - 18. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_6_WERT (RXBUF_UINT(90))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_6_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_6_WERT_TYPE unsigned short
// Average DCDC power 19th - 21st minute / Mittlere DCDC-Leistung 19. - 21. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_7_WERT (RXBUF_UINT(92))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_7_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_7_WERT_TYPE unsigned short
// Average DCDC power 22nd - 24th minute / Mittlere DCDC-Leistung 22. - 24. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_8_WERT (RXBUF_UINT(94))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_8_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_8_WERT_TYPE unsigned short
// Average DCDC power 25th - 27th minute / Mittlere DCDC-Leistung 25. - 27. Minute
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_9_WERT (RXBUF_UINT(96))
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_9_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_DCDC_MITTEL_30MIN_9_WERT_TYPE unsigned short
// Average DCDC power 28th - 30th minute / Mittlere DCDC-Leistung 28. - 30. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_0_WERT (RXBUF_UINT(98))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_0_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_0_WERT_TYPE unsigned short
// Average power comfort consumer 1st - 3rd minute / Mittlere Leistung Komfortverbraucher 1. - 3. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_1_WERT (RXBUF_UINT(100))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_1_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_1_WERT_TYPE unsigned short
// Average power comfort consumer 4th - 6th minute / Mittlere Leistung Komfortverbraucher 4. - 6. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_2_WERT (RXBUF_UINT(102))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_2_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_2_WERT_TYPE unsigned short
// Average power comfort consumer 7th - 9th minute / Mittlere Leistung Komfortverbraucher 7. - 9. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_3_WERT (RXBUF_UINT(104))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_3_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_3_WERT_TYPE unsigned short
// Average power comfort consumer 10th - 12th minute / Mittlere Leistung Komfortverbraucher 10. - 12. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_4_WERT (RXBUF_UINT(106))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_4_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_4_WERT_TYPE unsigned short
// Average power comfort consumer 13th - 15th minute / Mittlere Leistung Komfortverbraucher 13. - 15. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_5_WERT (RXBUF_UINT(108))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_5_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_5_WERT_TYPE unsigned short
// Average power comfort consumer 16th - 18th minute / Mittlere Leistung Komfortverbraucher 16. - 18. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_6_WERT (RXBUF_UINT(110))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_6_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_6_WERT_TYPE unsigned short
// Average power comfort consumer 19th - 21st minute / Mittlere Leistung Komfortverbraucher 19. - 21. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_7_WERT (RXBUF_UINT(112))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_7_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_7_WERT_TYPE unsigned short
// Average power comfort consumer 22nd - 24th minute / Mittlere Leistung Komfortverbraucher 22. - 24. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_8_WERT (RXBUF_UINT(114))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_8_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_8_WERT_TYPE unsigned short
// Average power comfort consumer 25th - 27th minute / Mittlere Leistung Komfortverbraucher 25. - 27. Minute
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_9_WERT (RXBUF_UINT(116))
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_9_WERT_UNIT 'W'
#define I3_RES_EME_STAT_P_HVPM_KOMFORT_MITTEL_30MIN_9_WERT_TYPE unsigned short
// Average power comfort consumer 28th - 30th minute / Mittlere Leistung Komfortverbraucher 28. - 30. Minute
// Skipping EME_HVPM_INFOSPEICHER_PKOR_LOESCHEN on 0xDE08 which takes arguments
// Skipping EME_HVPM_INFOSPEICHER_STRZLR_LOESCHEN on 0xDE09 which takes arguments
// Skipping EME_HVPM_INFOSPEICHER_SPMON_LOESCHEN on 0xDE0A which takes arguments
#define I3_PID_EME_EME_HVIL_GESAMT 0xDE0C
// Reading out the HVIL status in the EME; if HVIL is interrupted, then not ok / Auslesen des HVIL-Zustandes in
// der EME; falls HVIL unterbrochen, dann n.i.O.
#define I3_RES_EME_STAT_HVIL_GESAMT_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_HVIL_GESAMT_NR_UNIT '0-n'
#define I3_RES_EME_STAT_HVIL_GESAMT_NR_TYPE unsigned char
// Reading out the HVIL status in the EME; if HVIL is interrupted, then not ok / Auslesen des HVIL-Zustandes in
// der EME; falls HVIL unterbrochen, dann n.i.O.
#define I3_PID_EME_EME_ANSTEUERUNG_ELUP 0xDE0E
// Current switching status ELUP (0 - off; 1 - on) / Aktueller Schaltzustand ELUP (0 - Aus; 1 - Ein)
#define I3_RES_EME_STAT_ANST_ELUP_ON (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_ANST_ELUP_ON_UNIT '0/1'
#define I3_RES_EME_STAT_ANST_ELUP_ON_TYPE unsigned char
// Current switching status ELUP (0 - off; 1 - on) / Aktueller Schaltzustand ELUP (0 - Aus; 1 - Ein)
// Skipping EME_ELUP on 0xDE19 which takes arguments
#define I3_PID_EME_EME_HVPM_DCDC_ALS 0xDE1C
// HVPM DCDC ALS / HVPM DCDC ALS
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_NULL_WERT (RXBUF_UINT32(0)*0.1f)
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_NULL_WERT_UNIT 's'
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_NULL_WERT_TYPE float
// Time average DCDC current in buck mode on the LV side in range 0 / Zeit durchschnittlicher DCDC Strom im
// Buckmode LV-seitig in Bereich 0
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_1_WERT (RXBUF_UINT32(4)*0.1f)
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_1_WERT_UNIT 's'
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_1_WERT_TYPE float
// Time average DCDC current in buck mode on the LV side in area 1 / Zeit durchschnittlicher DCDC Strom im
// Buckmode LV-seitig in Bereich 1
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_2_WERT (RXBUF_UINT32(8)*0.1f)
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_2_WERT_UNIT 's'
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_2_WERT_TYPE float
// Time average DCDC current in buck mode on the LV side in area 2 / Zeit durchschnittlicher DCDC Strom im
// Buckmode LV-seitig in Bereich 2
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_3_WERT (RXBUF_UINT32(12)*0.1f)
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_3_WERT_UNIT 's'
#define I3_RES_EME_STAT_NV_DCDC_ALS_HIST_BEREICH_3_WERT_TYPE float
// Time average DCDC current in buck mode on the LV side in area 3 / Zeit durchschnittlicher DCDC Strom im
// Buckmode LV-seitig in Bereich 3
#define I3_PID_EME_AE_CPLD_VERSION 0xDE2D
// CPLD version / CPLD-Version
#define I3_RES_EME_STAT_CPLD_VERSION_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_CPLD_VERSION_WERT_TYPE unsigned char
// CPLD version / CPLD-Version
#define I3_PID_EME_AE_SYSTEMLEISTUNG_INV_EM 0xDE39
// Evaluation of the system performance of the INV & EM network. / Bewertung der Systemleistung des Verbundes
// INV&EM.
// BF_STAT_ST_ERR_MOT_TRCT is a BITFIELD of size unsigned int. We don't yet generate definitions for each bit, we treat as the host data type
// Error status EM / Fehler Status EM
// STAT_ST_ERR_MOT_TRCT_BIT0: Mask: 0x0001 - Error-related AKS
// STAT_ST_ERR_MOT_TRCT_BIT1: Mask: 0x0002 - Error-related freewheel
// STAT_ST_ERR_MOT_TRCT_BIT2: Mask: 0x0004 - Limited torque (0% - 25% or 50% Md_max)
// STAT_ST_ERR_MOT_TRCT_BIT3: Mask: 0x0008 - Limited torque (25% Md_max)
// STAT_ST_ERR_MOT_TRCT_BIT4: Mask: 0x0010 - Limited torque (50% Md_max)
// STAT_ST_ERR_MOT_TRCT_BIT5: Mask: 0x0020 - Torque deviation EM
// STAT_ST_ERR_MOT_TRCT_BIT6: Mask: 0x0040 - Temperature error EM
// STAT_ST_ERR_MOT_TRCT_BIT7: Mask: 0x0080 - Interlock / crash clamp / emergency stop
// STAT_ST_ERR_MOT_TRCT_BIT8: Mask: 0x0100 - AC power error
// STAT_ST_ERR_MOT_TRCT_BIT9: Mask: 0x0200 - Resolver failure
// STAT_ST_ERR_MOT_TRCT_BIT10: Mask: 0x0400 - CAN signal failure
// STAT_ST_ERR_MOT_TRCT_BIT11: Mask: 0x0800 - Loss of signal for internal measured variables
// STAT_ST_ERR_MOT_TRCT_BIT12: Mask: 0x1000 - EWS error
// STAT_ST_ERR_MOT_TRCT_BIT13: Mask: 0x2000 - Hardware-related error LE
// STAT_ST_ERR_MOT_TRCT_BIT14: Mask: 0x4000 - Temperature error LE
#define I3_RES_EME_BF_STAT_ST_ERR_MOT_TRCT (RXBUF_UINT(0))
#define I3_RES_EME_BF_STAT_ST_ERR_MOT_TRCT_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_ST_ERR_MOT_TRCT_TYPE unsigned short
// Error status EM / Fehler Status EM
#define I3_RES_EME_STAT_AVL_TEMP_MOT_TRCT_WERT (RXBUF_UCHAR(2)-48.0)
#define I3_RES_EME_STAT_AVL_TEMP_MOT_TRCT_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_TEMP_MOT_TRCT_WERT_TYPE unsigned char
// NTC temperature EM calculated / NTC Temperatur EM gerechnet
#define I3_RES_EME_STAT_T_EM2TMODROT_WERT (RXBUF_SINT(3))
#define I3_RES_EME_STAT_T_EM2TMODROT_WERT_UNIT '°C'
#define I3_RES_EME_STAT_T_EM2TMODROT_WERT_TYPE short
// Rotor temperature calculated / Rotor Temperatur gerechnet
#define I3_RES_EME_STAT_AVL_COL_TEMP_ENGMG_EL_WERT (RXBUF_UCHAR(5)-48.0)
#define I3_RES_EME_STAT_AVL_COL_TEMP_ENGMG_EL_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_COL_TEMP_ENGMG_EL_WERT_TYPE unsigned char
// Coolant temperature input calculated / Kühlmittel Temperatur Eingang gerechnet
#define I3_RES_EME_STAT_TMOD_V_T_LE2_COOLANT_EXIT_EST_WERT (RXBUF_SCHAR(6))
#define I3_RES_EME_STAT_TMOD_V_T_LE2_COOLANT_EXIT_EST_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TMOD_V_T_LE2_COOLANT_EXIT_EST_WERT_TYPE char
// Coolant temperature output calculated / Kühlmittel Temperatur Ausgang gerechnet
#define I3_RES_EME_STAT_AVL_TEMP_INVE_IGBT_MAX_WERT (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_AVL_TEMP_INVE_IGBT_MAX_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_TEMP_INVE_IGBT_MAX_WERT_TYPE unsigned char
// Temperature diode / Temperatur Diode
// BF_STAT_ST_INFO_DER_MOT_TRCT is a BITFIELD of size unsigned int. We don't yet generate definitions for each bit, we treat as the host data type
// Information status EM / Informationen Status EM
// STAT_ST_INFO_DER_MOT_TRCT_BIT0: Mask: 0x0001 - Derating torque due to HV-DC voltage limit (motor operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT1: Mask: 0x0002 - Derating torque due to HV-DC voltage limit (generator operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT2: Mask: 0x0004 - Derating torque due to speed (motorized operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT3: Mask: 0x0008 - Derating torque due to speed (generator operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT4: Mask: 0x0010 - Derating torque due to HV-DC current limit (motor operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT5: Mask: 0x0020 - Derating torque due to HV-DC current limit (generator operation)
// STAT_ST_INFO_DER_MOT_TRCT_BIT6: Mask: 0x0040 - Derating torque due to temperature EM
// STAT_ST_INFO_DER_MOT_TRCT_BIT7: Mask: 0x0080 - Info: Motor AC current limit reached
// STAT_ST_INFO_DER_MOT_TRCT_BIT8: Mask: 0x0100 - Info: Regenerative AC current limit reached
// STAT_ST_INFO_DER_MOT_TRCT_BIT9: Mask: 0x0200 - Info: Resolver offset not taught
// STAT_ST_INFO_DER_MOT_TRCT_BIT10: Mask: 0x0400 - Info: Field control active
// STAT_ST_INFO_DER_MOT_TRCT_BIT11: Mask: 0x0800 - Info: Critical temperature at the end of the coil
// STAT_ST_INFO_DER_MOT_TRCT_BIT12: Mask: 0x1000 - Info: Critical temperature rotor
// STAT_ST_INFO_DER_MOT_TRCT_BIT13: Mask: 0x2000 - reserved
// STAT_ST_INFO_DER_MOT_TRCT_BIT14: Mask: 0x4000 - reserved
#define I3_RES_EME_BF_STAT_ST_INFO_DER_MOT_TRCT (RXBUF_UINT(8))
#define I3_RES_EME_BF_STAT_ST_INFO_DER_MOT_TRCT_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_ST_INFO_DER_MOT_TRCT_TYPE unsigned short
// Information status EM / Informationen Status EM
// BF_STAT_ST_INFO_DER_INVE_TRCT is a BITFIELD of size unsigned int. We don't yet generate definitions for each bit, we treat as the host data type
// Information status inverter / Informationen Status Inverter
// STAT_ST_INFO_DER_INVE_TRCT_BIT0: Mask: 0x0001 - Derating due to overtemperature IGBT / diode
// STAT_ST_INFO_DER_INVE_TRCT_BIT1: Mask: 0x0002 - Derating due to temperature spread between NTC and IGBT / diode
// STAT_ST_INFO_DER_INVE_TRCT_BIT2: Mask: 0x0004 - Derating due to overtemperature NTC
// STAT_ST_INFO_DER_INVE_TRCT_BIT3: Mask: 0x0008 - Derating due to overtemperature coolant
// STAT_ST_INFO_DER_INVE_TRCT_BIT4: Mask: 0x0010 - Derating due to switching overvoltage due to U_DC level
// STAT_ST_INFO_DER_INVE_TRCT_BIT5: Mask: 0x0020 - Derating due to speed range
// STAT_ST_INFO_DER_INVE_TRCT_BIT6: Mask: 0x0040 - Derating due to insufficient coolant flow
// STAT_ST_INFO_DER_INVE_TRCT_BIT7: Mask: 0x0080 - Derating due to excessive gate driver temperature
// STAT_ST_INFO_DER_INVE_TRCT_BIT8: Mask: 0x0100 - Info: Short circuit UVW Highside
// STAT_ST_INFO_DER_INVE_TRCT_BIT9: Mask: 0x0200 - Info: Short circuit UVW Lowside
// STAT_ST_INFO_DER_INVE_TRCT_BIT10: Mask: 0x0400 - Info: UVW switch open
// STAT_ST_INFO_DER_INVE_TRCT_BIT11: Mask: 0x0800 - Info: controller active
// STAT_ST_INFO_DER_INVE_TRCT_BIT12: Mask: 0x1000 - Info: Id controller in anti-windup
// STAT_ST_INFO_DER_INVE_TRCT_BIT13: Mask: 0x2000 - Info: Iq controller in anti-windup
// STAT_ST_INFO_DER_INVE_TRCT_BIT14: Mask: 0x4000 - reserved
#define I3_RES_EME_BF_STAT_ST_INFO_DER_INVE_TRCT (RXBUF_UINT(10))
#define I3_RES_EME_BF_STAT_ST_INFO_DER_INVE_TRCT_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_ST_INFO_DER_INVE_TRCT_TYPE unsigned short
// Information status inverter / Informationen Status Inverter
// BF_STAT_V_E_EM2POMERROR50US is a BITFIELD of size unsigned long. We don't yet generate definitions for each bit, we treat as the host data type
// Status POM / Status POM
// STAT_V_E_EM2POMERROR50US_BIT0: Mask: 0x00000001 - Violation of max phase current
// STAT_V_E_EM2POMERROR50US_BIT1: Mask: 0x00000002 - Total current error AC
// STAT_V_E_EM2POMERROR50US_BIT2: Mask: 0x00000004 - Injury to Max Idc
// STAT_V_E_EM2POMERROR50US_BIT3: Mask: 0x00000008 - Violation of the positive Id current criterion
// STAT_V_E_EM2POMERROR50US_BIT4: Mask: 0x00000010 - Error in plausibility check of the resolver angle
// STAT_V_E_EM2POMERROR50US_BIT5: Mask: 0x00000020 - Angle observer limit violation of angle time error
// STAT_V_E_EM2POMERROR50US_BIT6: Mask: 0x00000040 - Angle observer, angle error, absolute difference monitoring
#define I3_RES_EME_BF_STAT_V_E_EM2POMERROR50US (RXBUF_UINT32(12))
#define I3_RES_EME_BF_STAT_V_E_EM2POMERROR50US_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_V_E_EM2POMERROR50US_TYPE unsigned long
// Status POM / Status POM
// BF_STAT_V_E_FUSILDUWB_MC2_UE2 is a BITFIELD of size unsigned long. We don't yet generate definitions for each bit, we treat as the host data type
// FuSi Umweltwort MC2 / FuSi Umweltwort MC2
// STAT_V_E_FUSILDUWB_MC2_UE2_BIT0: Mask: 0x00000001 - reserved
// STAT_V_E_FUSILDUWB_MC2_UE2_BIT1: Mask: 0x00000002 - Error target current calculation EM control
// STAT_V_E_FUSILDUWB_MC2_UE2_BIT2: Mask: 0x00000004 - Current sensor error
// STAT_V_E_FUSILDUWB_MC2_UE2_BIT3: Mask: 0x00000008 - Group error qualifier
// STAT_V_E_FUSILDUWB_MC2_UE2_BIT4: Mask: 0x00000010 - Single error qualifier
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB_MC2_UE2 (RXBUF_UINT32(16))
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB_MC2_UE2_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB_MC2_UE2_TYPE unsigned long
// FuSi Umweltwort MC2 / FuSi Umweltwort MC2
// BF_STAT_V_E_FUSILDUWB is a BITFIELD of size unsigned long. We don't yet generate definitions for each bit, we treat as the host data type
// FuSi Umweltwort MC0 / FuSi Umweltwort MC0
// STAT_V_E_FUSILDUWB_BIT0: Mask: 0x00000001 - MGU: Static braking torque limit
// STAT_V_E_FUSILDUWB_BIT1: Mask: 0x00000002 - MGU: torque direction
// STAT_V_E_FUSILDUWB_BIT2: Mask: 0x00000004 - MGU: Upper torque limit
// STAT_V_E_FUSILDUWB_BIT3: Mask: 0x00000008 - MGU: Lower torque limit
// STAT_V_E_FUSILDUWB_BIT4: Mask: 0x00000010 - MGU: Invalid quadrant
// STAT_V_E_FUSILDUWB_BIT5: Mask: 0x00000020 - MGU: violation of safe state
// STAT_V_E_FUSILDUWB_BIT6: Mask: 0x00000040 - PGU: angle error (resolver vs. low-level)
// STAT_V_E_FUSILDUWB_BIT7: Mask: 0x00000080 - PGU: angle error (low-level signal)
// STAT_V_E_FUSILDUWB_BIT8: Mask: 0x00000100 - PGU: speed error (resolver vs. MC2)
// STAT_V_E_FUSILDUWB_BIT9: Mask: 0x00000200 - PGU: speed error (MC2 vs low-level)
// STAT_V_E_FUSILDUWB_BIT10: Mask: 0x00000400 - PGU: Dynamic speed error
// STAT_V_E_FUSILDUWB_BIT11: Mask: 0x00000800 - CPL: Current error (current value MC0 vs. MC2)
// STAT_V_E_FUSILDUWB_BIT12: Mask: 0x00001000 - CPL: Current error (values MC2 nominal vs. current)
// STAT_V_E_FUSILDUWB_BIT13: Mask: 0x00002000 - MCU: Error reference current calculation (abs.)
// STAT_V_E_FUSILDUWB_BIT14: Mask: 0x00004000 - MCU: Error reference current calculation (sign)
// STAT_V_E_FUSILDUWB_BIT15: Mask: 0x00008000 - PMB: Torque limit violation
// STAT_V_E_FUSILDUWB_BIT16: Mask: 0x00010000 - Collective qualifier
// STAT_V_E_FUSILDUWB_BIT17: Mask: 0x00020000 - Resolver communication disturbed (DIO)
// STAT_V_E_FUSILDUWB_BIT18: Mask: 0x00040000 - internal communication disturbed
// STAT_V_E_FUSILDUWB_BIT19: Mask: 0x00080000 - internal communication disturbed
// STAT_V_E_FUSILDUWB_BIT20: Mask: 0x00100000 - Communication disturbed (CAN / Flexray)
// STAT_V_E_FUSILDUWB_BIT21: Mask: 0x00200000 - internal communication disturbed
// STAT_V_E_FUSILDUWB_BIT22: Mask: 0x00400000 - other communication errors
// STAT_V_E_FUSILDUWB_BIT23: Mask: 0x00800000 - other communication errors
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB (RXBUF_UINT32(20))
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_V_E_FUSILDUWB_TYPE unsigned long
// FuSi Umweltwort MC0 / FuSi Umweltwort MC0
#define I3_RES_EME_STAT_V_E_EMOPMO_IST (RXBUF_UCHAR(24))
#define I3_RES_EME_STAT_V_E_EMOPMO_IST_UNIT '0-n'
#define I3_RES_EME_STAT_V_E_EMOPMO_IST_TYPE unsigned char
// Current operating mode / Aktuelle Betriebsart
#define I3_RES_EME_STAT_V_E_BAMSTATUS (RXBUF_UCHAR(25))
#define I3_RES_EME_STAT_V_E_BAMSTATUS_UNIT '0-n'
#define I3_RES_EME_STAT_V_E_BAMSTATUS_TYPE unsigned char
// Internal operating mode / Interne Betriebsart
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_GEN_MAX_WERT (RXBUF_UINT(26))
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_GEN_MAX_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_GEN_MAX_WERT_TYPE unsigned short
// Maximum regenerative moment that the LE + EM system could provide for the next second / Maximales
// generatorisches Moment, welches das System aus LE + EM für die naechste Sekunde stellen koennte
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_MOT_MAX_WERT (RXBUF_UINT(28))
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_MOT_MAX_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_V_LIM_TQP_MD_EM2_MOT_MAX_WERT_TYPE unsigned short
// Maximum motor moment that the system of LE + EM could provide for the next second / Maximales motorisches
// Moment, welches das System aus LE + EM für die naechste Sekunde stellen koennte
#define I3_RES_EME_STAT_V_U_INVEM2_UQ_WERT (RXBUF_SINT(30))
#define I3_RES_EME_STAT_V_U_INVEM2_UQ_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_INVEM2_UQ_WERT_TYPE short
// Q voltage / Q Spannung
#define I3_RES_EME_STAT_V_U_INVEM2_UD_WERT (RXBUF_SINT(32))
#define I3_RES_EME_STAT_V_U_INVEM2_UD_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_INVEM2_UD_WERT_TYPE short
// D tension / D Spannung
#define I3_RES_EME_STAT_V_I_INVEM2_IQ_WERT (RXBUF_SINT(34))
#define I3_RES_EME_STAT_V_I_INVEM2_IQ_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_INVEM2_IQ_WERT_TYPE short
// Q current / Q Strom
#define I3_RES_EME_STAT_V_I_INVEM2_ID_WERT (RXBUF_SINT(36))
#define I3_RES_EME_STAT_V_I_INVEM2_ID_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_INVEM2_ID_WERT_TYPE short
// D current / D Strom
#define I3_RES_EME_STAT_V_N_RSLV_STATUS (RXBUF_UCHAR(38))
#define I3_RES_EME_STAT_V_N_RSLV_STATUS_UNIT '0-n'
#define I3_RES_EME_STAT_V_N_RSLV_STATUS_TYPE unsigned char
// Status word resolver signal speed / Statuswort Resolver Signal Drehzahl
#define I3_RES_EME_STAT_V_PHI_RSLV_STATUS (RXBUF_UCHAR(39))
#define I3_RES_EME_STAT_V_PHI_RSLV_STATUS_UNIT '0-n'
#define I3_RES_EME_STAT_V_PHI_RSLV_STATUS_TYPE unsigned char
// Status word resolver signal angle / Satuswort Resolver Signal Winkel
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_ASD_WERT (RXBUF_SINT(40)*0.1f)
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_ASD_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_ASD_WERT_TYPE float
// ADA moment / ADA Moment
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_WERT (RXBUF_UINT(42)*0.5f-1023.5)
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_TAR_TORQ_MOT_TRCT_WERT_TYPE float
// Torque FuSi / Drehmoment FuSi
#define I3_RES_EME_STAT_V_N_EMMECHSLOW_UE2_WERT (RXBUF_SINT(44))
#define I3_RES_EME_STAT_V_N_EMMECHSLOW_UE2_WERT_UNIT '1/min'
#define I3_RES_EME_STAT_V_N_EMMECHSLOW_UE2_WERT_TYPE short
// Speed Fusi / Drehzahl Fusi
#define I3_RES_EME_STAT_V_E_RLSFUSI_ACVREQ (RXBUF_UCHAR(46))
#define I3_RES_EME_STAT_V_E_RLSFUSI_ACVREQ_UNIT '0-n'
#define I3_RES_EME_STAT_V_E_RLSFUSI_ACVREQ_TYPE unsigned char
// Resolver offset Fusi / Resolveroffset Fusi
// BF_STAT_V_ST_RLS_FUSI_MC0 is a BITFIELD of size unsigned char. We don't yet generate definitions for each bit, we treat as the host data type
// Status resolverdiag for Fusi / Status Resolverdiag für Fusi
// STAT_V_ST_RLS_FUSI_MC0_BIT0: Mask: 0x01 - Resolver not OK
#define I3_RES_EME_BF_STAT_V_ST_RLS_FUSI_MC0 (RXBUF_UCHAR(47))
#define I3_RES_EME_BF_STAT_V_ST_RLS_FUSI_MC0_UNIT 'Bit'
#define I3_RES_EME_BF_STAT_V_ST_RLS_FUSI_MC0_TYPE unsigned char
// Status resolverdiag for Fusi / Status Resolverdiag für Fusi
#define I3_RES_EME_STAT_V_I_INV1_U_RMS_WERT (RXBUF_SINT(48))
#define I3_RES_EME_STAT_V_I_INV1_U_RMS_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_INV1_U_RMS_WERT_TYPE short
// RMS phase current U / RMS Phasenstrom U
#define I3_RES_EME_STAT_V_I_INV1_V_RMS_WERT (RXBUF_SINT(50))
#define I3_RES_EME_STAT_V_I_INV1_V_RMS_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_INV1_V_RMS_WERT_TYPE short
// RMS phase current V / RMS Phasenstrom V
#define I3_RES_EME_STAT_V_I_INV1_W_RMS_WERT (RXBUF_SINT(52))
#define I3_RES_EME_STAT_V_I_INV1_W_RMS_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_INV1_W_RMS_WERT_TYPE short
// RMS phase current W / RMS Phasenstrom W
// Skipping EME_HVPM_KONFIGURATION_LADEEINSTELLUNG on 0xDE3E which takes arguments
// Skipping AE_PARKSPERRE_VARIANTE on 0xDE69 which takes arguments
#define I3_PID_EME_AE_LSC_LADEN_2 0xDE6E
// Last State Call Load (Extended) Feedback on the charging process / Last State Call Laden (Erweitert)
// Rückmeldung zum Ladeverfahren
#define I3_RES_EME_STAT_LADEMODUS (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_LADEMODUS_UNIT '0-n'
#define I3_RES_EME_STAT_LADEMODUS_TYPE unsigned char
// Selection of conductive / inductive / Auswahl Konduktiv / Induktiv
#define I3_RES_EME_STAT_POSITIONIERUNG (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_POSITIONIERUNG_UNIT '0-n'
#define I3_RES_EME_STAT_POSITIONIERUNG_TYPE unsigned char
// Positioning status / Postionierungsstatus
// BF_LADEUNTERBRECHUNG is a BITFIELD of size unsigned int. We don't yet generate definitions for each bit, we treat as the host data type
// Reason charging interruption / Grund Ladeunterbrechung
// STAT_LADEUNTERBRECHUNG_2: Mask: 0x0002 - AC_Sspannung_mehlt_oder_Netzverbindungen_instabil 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_3: Mask: 0x0004 - Ueberstrom_AC 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_5: Mask: 0x0010 - Overvoltage_DC 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_4: Mask: 0x0008 - Undervoltage_DC 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_8: Mask: 0x0080 - Communication_interrupted 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_7: Mask: 0x0040 - Living_Object_recognized_LOD 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_1: Mask: 0x0001 - Thermal_overload 0 = not active 1 = active
// STAT_LADEUNTERBRECHUNG_6: Mask: 0x0020 - Ueberstrom_DC 0 = not active 1 = active
#define I3_RES_EME_BF_LADEUNTERBRECHUNG (RXBUF_UINT(2))
#define I3_RES_EME_BF_LADEUNTERBRECHUNG_UNIT 'Bit'
#define I3_RES_EME_BF_LADEUNTERBRECHUNG_TYPE unsigned short
// Reason charging interruption / Grund Ladeunterbrechung
#define I3_RES_EME_STAT_HVB_SOC_DISP_WERT (RXBUF_UCHAR(4)*0.5f)
#define I3_RES_EME_STAT_HVB_SOC_DISP_WERT_UNIT '%'
#define I3_RES_EME_STAT_HVB_SOC_DISP_WERT_TYPE float
// Display SOC of the HV battery / Display-SOC der HV-Batterie
// BF_STATUS_LSC_AUSWAHL_LADEN_MODUS is a BITFIELD of size unsigned char. We don't yet generate definitions for each bit, we treat as the host data type
// Setting charging mode charging departure time / Einstellung Lademodus Laden Abfahrtszeit
// STAT_LSC_AUSWAHL_LADEN_MODUS_BIT0: Mask: 0x01 - 0 = loading on departure time active; 1 = Always_Simply_Loading
// STAT_LSC_AUSWAHL_LADEN_MODUS_BIT2: Mask: 0x04 - 0 = intelligent charging inactive; 1 = intelligent charging active, if charging mode_auf_abfahrtzeit active; otherwise only preselected in HMI
// STAT_LSC_AUSWAHL_LADEN_MODUS_BIT1: Mask: 0x02 - 0 = inexpensive charging inactive; 1 = Inexpensive loading active (if loading_on_departure time active; otherwise only preselected in HMI)
#define I3_RES_EME_BF_STATUS_LSC_AUSWAHL_LADEN_MODUS (RXBUF_UCHAR(5))
#define I3_RES_EME_BF_STATUS_LSC_AUSWAHL_LADEN_MODUS_UNIT 'Bit'
#define I3_RES_EME_BF_STATUS_LSC_AUSWAHL_LADEN_MODUS_TYPE unsigned char
// Setting charging mode charging departure time / Einstellung Lademodus Laden Abfahrtszeit
#define I3_RES_EME_STAT_LSC_PROGNOSEMODE (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_LSC_PROGNOSEMODE_UNIT '0-n'
#define I3_RES_EME_STAT_LSC_PROGNOSEMODE_TYPE unsigned char
// current forecast mode LSC / aktueller Prognosemodus LSC
#define I3_RES_EME_STAT_LSC_VERSION (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_LSC_VERSION_UNIT '0-n'
#define I3_RES_EME_STAT_LSC_VERSION_TYPE unsigned char
// current LSC version / aktuelle LSC version
#define I3_RES_EME_STAT_AKT_PHASE_COUNT_AC_CHARGING (RXBUF_UCHAR(8))
#define I3_RES_EME_STAT_AKT_PHASE_COUNT_AC_CHARGING_UNIT '0-n'
#define I3_RES_EME_STAT_AKT_PHASE_COUNT_AC_CHARGING_TYPE unsigned char
// Phasing of the store / Phasigkeit des Ladens
#define I3_RES_EME_STAT_HV_BATTERY_SIZE_WERT (RXBUF_UINT(9))
#define I3_RES_EME_STAT_HV_BATTERY_SIZE_WERT_TYPE unsigned short
// Maximum memory size / Maximale Speichergröße
#define I3_RES_EME_STAT_ENERGIEDELTA_VOLL_WERT (RXBUF_UINT(11)*0.02f)
#define I3_RES_EME_STAT_ENERGIEDELTA_VOLL_WERT_UNIT 'kWh'
#define I3_RES_EME_STAT_ENERGIEDELTA_VOLL_WERT_TYPE float
// Energy required to fully charge / Zum Volladen benötigte Energie
#define I3_RES_EME_STAT_LADEENDE_URSACHE (RXBUF_UCHAR(13))
#define I3_RES_EME_STAT_LADEENDE_URSACHE_UNIT '0-n'
#define I3_RES_EME_STAT_LADEENDE_URSACHE_TYPE unsigned char
// Cause of charging end (charging history) / Ursache Ladeende (Ladehistorie)
#define I3_RES_EME_STAT_LADEVERFAHREN_NR (RXBUF_UCHAR(14))
#define I3_RES_EME_STAT_LADEVERFAHREN_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADEVERFAHREN_NR_TYPE unsigned char
// Type of charge type / Art des Ladetyps
#define I3_RES_EME_STAT_LADESTATUS_NR (RXBUF_UCHAR(15))
#define I3_RES_EME_STAT_LADESTATUS_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADESTATUS_NR_TYPE unsigned char
// Type of charge status / Art des Ladestatus
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT (RXBUF_UCHAR(16))
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT_UNIT 'h'
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT_TYPE unsigned char
// Only with AC charging: Start of the favorable charging window (hours) / Nur bei AC-Laden: Beginn des günstigen
// Ladefensters (Stunden)
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT (RXBUF_UCHAR(17))
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT_UNIT 'min'
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT_TYPE unsigned char
// Only with AC charging: Start of the favorable charging window (minutes) / Nur bei AC-Laden: Beginn des
// günstigen Ladefensters (Minuten)
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT (RXBUF_UCHAR(18))
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT_UNIT 'h'
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT_TYPE unsigned char
// Only with AC charging: End of the favorable charging window (hours) / Nur bei AC-Laden: Ende des günstigen
// Ladefensters (Stunden)
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT (RXBUF_UCHAR(19))
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT_UNIT 'min'
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT_TYPE unsigned char
// Only with AC charging: End of the favorable charging window (minutes) / Nur bei AC-Laden: Ende des günstigen
// Ladefensters (Minuten)
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR (RXBUF_UCHAR(20))
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR_TYPE unsigned char
// Only with AC charging, two-time alarm clock: selection of the favorable charging window / Nur bei AC-Laden,
// Zwei Zeit Wecker: Auswahl des günstigen Ladefensters
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR (RXBUF_UCHAR(21))
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR_TYPE unsigned char
// Only with AC charging, two-time alarm clock: selection of the favorable charging window / Nur bei AC-Laden,
// Zwei Zeit Wecker: Auswahl des günstigen Ladefensters
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR (RXBUF_UCHAR(22))
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR_UNIT '0-n'
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR_TYPE unsigned char
// Only with AC charging: Acknowledgment of the current limitation / Nur bei AC-Laden: Rückmeldung der
// Strombegrenzung
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR (RXBUF_UCHAR(23))
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR_UNIT '0-n'
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR_TYPE unsigned char
// Acknowledgment of the AC current limitation selection: Only with AC charging / Rückmeldung der AC-
// Strombegrenzungauswahl: Nur bei AC-Laden
#define I3_RES_EME_STAT_POLY_TIM_1_WERT (RXBUF_UCHAR(24)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_1_WERT_TYPE float
// Feedback from the SOC support points: time (standardized) of the first support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des ersten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_1_WERT (RXBUF_UINT(25)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_1_WERT_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_1_WERT_TYPE float
// Feedback from the SOC support points: SOC of the first support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des ersten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_2_WERT (RXBUF_UCHAR(27)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_2_WERT_TYPE float
// Feedback from the SOC support points: time (normalized) of the second support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des zweiten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_2_WERT (RXBUF_UINT(28)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_2_WERT_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_2_WERT_TYPE float
// Feedback from the SOC support points: SOC of the second support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des zweiten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_3_WERT (RXBUF_UCHAR(30)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_3_WERT_TYPE float
// Feedback from the SOC support points: time (standardized) of the third support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des dritten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_3_WERT (RXBUF_UINT(31)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_3_WERT_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_3_WERT_TYPE float
// Feedback from the SOC support points: SOC of the third support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des dritten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_4_WERT (RXBUF_UCHAR(33)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_4_WERT_TYPE float
// Feedback from the SOC support points: time (standardized) of the fourth support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des vierten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_4_WERT (RXBUF_UINT(34)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_4_WERT_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_4_WERT_TYPE float
// Feedback from the SOC support points: SOC of the fifth support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des fünften Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_5_WERT (RXBUF_UCHAR(36)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_5_WERT_TYPE float
// Feedback from the SOC support points: time (standardized) of the fifth support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des fünften Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_5_WERT (RXBUF_UINT(37)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_5_WERT_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_5_WERT_TYPE float
// Feedback from the SOC support points: SOC of the fifth support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des fünften Stützpunktes
#define I3_RES_EME_STAT_HV_SOC_IST_WERT (RXBUF_UINT(39)*0.01f)
#define I3_RES_EME_STAT_HV_SOC_IST_WERT_UNIT '%'
#define I3_RES_EME_STAT_HV_SOC_IST_WERT_TYPE float
// Current SOC of the HV battery / Aktueller SOC der HV-Batterie
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT (RXBUF_UINT(41))
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT_UNIT 'min'
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT_TYPE unsigned short
// Loading time forecast / Ladezeitprognose
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT (RXBUF_UCHAR(43))
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT_UNIT 'V'
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT_TYPE unsigned char
// AC charging voltage (only for AC charging) / AC-Ladespannung (nur bei AC Laden)
#define I3_RES_EME_STAT_LADEN_STROM_WERT (RXBUF_UCHAR(44))
#define I3_RES_EME_STAT_LADEN_STROM_WERT_UNIT 'A'
#define I3_RES_EME_STAT_LADEN_STROM_WERT_TYPE unsigned char
// AC charging current (only for AC charging) / AC-Ladestrom (nur bei AC Laden)
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT (RXBUF_UINT32(45)*3600.0f)
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT_UNIT 'Ws'
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT_TYPE float
// Predicted energy content depending on the state of charge and on-board power consumption / Prognostizierte
// Energieinhalt in Abhängigkeit des Ladezustands und des Bordnetzverbrauches
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR (RXBUF_UCHAR(49))
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR_TYPE unsigned char
// Status of the LSC trigger / Status des LSC-Triggers
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT (RXBUF_UINT32(50))
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT_UNIT 'Ws'
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT_TYPE unsigned long
// Maximum possible energy content of the high-voltage storage system / Maximal möglicher Energieinhalt des
// Hochvoltspeichers
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT (RXBUF_UINT(54))
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT_UNIT 'min'
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT_TYPE unsigned short
// Predicted remaining charging time: 0-65531 = value range; 65533 = Not available; 65532 = initialization; 65534
// = error; 65535 = signal valid / Prognostizierte Restladedauer: 0-65531 = Wertebereich; 65533 = Nicht
// verfügbar; 65532 = Initialisierung; 65534 = Fehler; 65535 = Signal ugültig
#define I3_RES_EME_STAT_LADESTECKER_NR (RXBUF_UCHAR(56))
#define I3_RES_EME_STAT_LADESTECKER_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADESTECKER_NR_TYPE unsigned char
// Condition of charging plug / Zustand Ladestecker
#define I3_RES_EME_STAT_LSC_AUSWAHL_LADEN_SOFORT_MODUS (RXBUF_UCHAR(57))
#define I3_RES_EME_STAT_LSC_AUSWAHL_LADEN_SOFORT_MODUS_UNIT '0-n'
#define I3_RES_EME_STAT_LSC_AUSWAHL_LADEN_SOFORT_MODUS_TYPE unsigned char
// Load one-time setting immediately / Einstellung einmalig sofort Laden
#define I3_PID_EME_AE_CHARGE_ENABLE 0xDE71
// Statement about the granting of loading clearance / Aussage über die Erteilung der Ladefreigabe
#define I3_RES_EME_STAT_CHARGE_ENABLE_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_CHARGE_ENABLE_NR_UNIT '0-n'
#define I3_RES_EME_STAT_CHARGE_ENABLE_NR_TYPE unsigned char
// Statement about the granting of loading clearance / Aussage über die Erteilung der Ladefreigabe
#define I3_PID_EME_AE_PARKSPERRE_SENSOREN 0xDE74
// Parking lock status sensors / Status Sensoren der Parksperre
#define I3_RES_EME_STAT_SENSOR_1_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_SENSOR_1_NR_UNIT '0-n'
#define I3_RES_EME_STAT_SENSOR_1_NR_TYPE unsigned char
// Status sensor 1 / Status Sensor 1
#define I3_RES_EME_STAT_SENSOR_2_NR (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_SENSOR_2_NR_UNIT '0-n'
#define I3_RES_EME_STAT_SENSOR_2_NR_TYPE unsigned char
// Status sensor 2 / Status Sensor 2
#define I3_PID_EME_AE_HV_SPANNUNG_LESEN 0xDE75
// Values of all intermediate circuit voltages / Werte aller Zwischenkreisspannungen
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_WERT (RXBUF_UINT(0)*0.2f)
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_WERT_TYPE float
// HV DC voltage in the SLE / HV DC Spannung in der SLE
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_PFC_WERT (RXBUF_UINT(2)*0.2f)
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_PFC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_PFC_WERT_TYPE float
// SLE Power Factor Corrector Voltage / SLE Power Factor Corrector Spannung
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_AC_WERT (RXBUF_UINT(4)*0.2f)
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_AC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_HV_SLE_AC_WERT_TYPE float
// SLE AC input voltage / SLE AC Eingangsspannung
#define I3_RES_EME_STAT_SPANNUNG_HV_DCDC_WERT (RXBUF_UINT(6)*0.2f)
#define I3_RES_EME_STAT_SPANNUNG_HV_DCDC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_HV_DCDC_WERT_TYPE float
// HV voltage in the DC / DC converter / HV Spannung im DC/DC-Wandler
#define I3_RES_EME_STAT_SPANNUNG_HV_UMRICHTER_WERT (RXBUF_UINT(8)*0.2f)
#define I3_RES_EME_STAT_SPANNUNG_HV_UMRICHTER_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_HV_UMRICHTER_WERT_TYPE float
// HV voltage in the converter / HV Spannung im Umrichter
#define I3_PID_EME_AE_PARKSPERRE_SW 0xDE76
// Parking lock software status / Status Parksperren Software
#define I3_RES_EME_STAT_PS_SW_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_PS_SW_NR_UNIT '0-n'
#define I3_RES_EME_STAT_PS_SW_NR_TYPE unsigned char
// Parking lock software status / Status Parksperren Software
// Skipping AE_PARKSPERRE on 0xDE77 which takes arguments
// Skipping AE_PARKSPERRE_EINLERNEN on 0xDE78 which takes arguments
#define I3_PID_EME_AE_PARKSPERRE_POSITION 0xDE79
// Current position of the parking lock / Aktuelle Position der Parksperre
#define I3_RES_EME_STAT_POSITION_PARKSPERRE_NR (RXBUF_UINT(0))
#define I3_RES_EME_STAT_POSITION_PARKSPERRE_NR_UNIT '0-n'
#define I3_RES_EME_STAT_POSITION_PARKSPERRE_NR_TYPE unsigned short
// Current position of the parking lock / Aktuelle Position der Parksperre
// Skipping AE_PARKSPERRE_POSITIONEN on 0xDE7A which takes arguments
#define I3_PID_EME_AE_PARKSPERRE_STROM 0xDE7B
// Current parking lock actuator current / Aktueller Strom Parksperrenaktuator
#define I3_RES_EME_STAT_STROM_PARKSPERRE_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_STROM_PARKSPERRE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_PARKSPERRE_WERT_TYPE unsigned short
// Current parking lock actuator current / Aktueller Strom Parksperrenaktuator
#define I3_PID_EME_AE_PARKSPERRE_SPANNUNGEN 0xDE7C
// Parking lock tension / Spannungen der Parksperre
#define I3_RES_EME_STAT_PS_SPG_HBRUECKE_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_PS_SPG_HBRUECKE_WERT_UNIT 'mV'
#define I3_RES_EME_STAT_PS_SPG_HBRUECKE_WERT_TYPE unsigned short
// Tension of the H-bridge / Spannung der H-Brücke
#define I3_RES_EME_STAT_PS_POSITION_OFFEN_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_PS_POSITION_OFFEN_WERT_UNIT 'mV'
#define I3_RES_EME_STAT_PS_POSITION_OFFEN_WERT_TYPE unsigned short
// Tension of sensing / Spannung der Sensierung
#define I3_PID_EME_AE_ROHSIG_AUSGANG 0xDE7D
// Raw signals output pins / Rohsignale Ausgangspins
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE1_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE1_WERT_UNIT '%'
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE1_WERT_TYPE unsigned short
// Raw signal activation of parking lock (Duty Cycle H-Bridge). / Rohsignal Ansteuerung Parksperre (Duty Cycle
// H-Bruecke).
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE2 (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE2_UNIT '0/1'
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE2_TYPE unsigned char
// Raw signal activation parking lock (direction). / Rohsignal Ansteuerung Parksperre (Richtung).
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE_NOTENTRIEGELUNG (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE_NOTENTRIEGELUNG_UNIT '0/1'
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_PARKSPERRE_NOTENTRIEGELUNG_TYPE unsigned char
// Raw signal activation of parking lock emergency unlocking magnet (0 = not activated; 1 = activated) /
// Rohsignal Ansteuerung Parksperre Notentrieglungsmagnet ( 0 = nicht angesteuert; 1 = angesteuert )
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_ELUP_NR (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_ELUP_NR_UNIT '0-n'
#define I3_RES_EME_STAT_ROHSIGNAL_ANSTEURUNG_ELUP_NR_TYPE unsigned char
// Raw signal control ELUP. / Rohsignal Ansteuerung ELUP.
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_ELUP_BUDS 0xDE7E
// Raw signals output pins sensors ELUP, BUDS / Rohsignale Ausgangspins Sensoren ELUP, BUDS
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_ENDSTUFE_ELUP_WERT (RXBUF_UINT32(0)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_ENDSTUFE_ELUP_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_ENDSTUFE_ELUP_WERT_TYPE float
// Raw signal temperature measurement output stage for ELUP. / Rohsignal Temperaturmessung Endstufe für ELUP.
#define I3_RES_EME_STAT_ROHSIGNAL_BUDS_WERT (RXBUF_UINT32(4)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_BUDS_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_BUDS_WERT_TYPE float
// Raw signal BUDS. / Rohsignal BUDS.
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_EM_INV 0xDE7F
// Raw signals sensors / inputs for e-machines / converters / Rohsignale Sensoren/Eingänge für
// E-Maschine/Umrichter
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_EMASCHINE_STATOR_WERT (RXBUF_UINT32(0)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_EMASCHINE_STATOR_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_EMASCHINE_STATOR_WERT_TYPE float
// Raw signal temperature sensor E-machine stator / Rohsignal Temperatursensor E-Maschine Stator
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_U_WERT (RXBUF_UINT32(4)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_U_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_U_WERT_TYPE float
// Raw signal temperature sensor converter phase U. / Rohsignal Temperatursensor Umrichter Phase U.
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_V_WERT (RXBUF_UINT32(8)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_V_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_V_WERT_TYPE float
// Raw signal temperature sensor converter phase V. / Rohsignal Temperatursensor Umrichter Phase V.
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_W_WERT (RXBUF_UINT32(12)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_W_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_TEMP_UMRICHTER_PHASE_W_WERT_TYPE float
// Raw signal temperature sensor converter phase W. / Rohsignal Temperatursensor Umrichter Phase W.
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_HVDC_UMRICHTER_WERT (RXBUF_UINT32(16)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_HVDC_UMRICHTER_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_HVDC_UMRICHTER_WERT_TYPE float
// Raw signal HV DC voltage converter / Rohsignal HV DC Spannung Umrichter
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HVDC_UMRICHTER_WERT (RXBUF_SINT32(20)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HVDC_UMRICHTER_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HVDC_UMRICHTER_WERT_TYPE float
// Raw signal HV DC current converter. / Rohsignal HV DC Strom Umrichter.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_U_WERT (RXBUF_SINT32(24)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_U_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_U_WERT_TYPE float
// Raw signal current sensor phase U. / Rohsignal Stromsensor Phase U.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_V_WERT (RXBUF_SINT32(28)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_V_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_V_WERT_TYPE float
// Raw signal current sensor phase V. / Rohsignal Stromsensor Phase V.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_W_WERT (RXBUF_SINT32(32)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_W_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_W_WERT_TYPE float
// Raw signal current sensor phase W. / Rohsignal Stromsensor Phase W.
#define I3_RES_EME_STAT_ROHSIGNAL_ROTORLAGESENSOR_WERT (RXBUF_UINT(36)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_ROTORLAGESENSOR_WERT_UNIT 'rad'
#define I3_RES_EME_STAT_ROHSIGNAL_ROTORLAGESENSOR_WERT_TYPE float
// Rotor position sensor corrected electrical angular position (radian) / Rotorlagesensor korrigierte elektrische
// Winkelposition (Radian)
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_PARKSPERRE 0xDE80
// Raw signals sensors / inputs parking lock / Rohsignale Sensoren/Eingänge Parksperre
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PARKSPERRE_WERT (RXBUF_SINT32(0)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PARKSPERRE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PARKSPERRE_WERT_TYPE float
// Raw signal current measurement parking lock. / Rohsignal Strommessung Parksperre.
#define I3_RES_EME_STAT_ROHSIGNAL_POSITION_PARKSPERRE3_WERT (RXBUF_UINT32(4))
#define I3_RES_EME_STAT_ROHSIGNAL_POSITION_PARKSPERRE3_WERT_TYPE unsigned long
// Raw signal 3 position measurement parking lock (0-1000 = 0-100%; 2000 = invalid) / Rohsignal 3
// Positionsmessung Parksperre ( 0-1000=0-100%; 2000=ungueltig)
#define I3_RES_EME_STAT_ROHSIGNAL_POSITION_PARKSPERRE4_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_ROHSIGNAL_POSITION_PARKSPERRE4_WERT_TYPE unsigned long
// Raw signal 4 position measurement parking lock (0-1000 = 0-100%; 2000 = invalid) / Rohsignal 4
// Positionsmessung Parksperre (0-1000=0-100%; 2000=ungueltig)
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_SG 0xDE81
// Raw signals sensors / inputs control unit / Rohsignale Sensoren/Eingänge Steuergerät
#define I3_RES_EME_STAT_ROHSIGNAL_KL30B_WERT (RXBUF_UINT32(0)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_KL30B_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_KL30B_WERT_TYPE float
// Raw signal voltage measurement terminal 30b / Rohsignal Spannungsmessung Klemme30b
#define I3_RES_EME_STAT_ROHSIGNAL_KL15WUO_NR (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_ROHSIGNAL_KL15WUO_NR_UNIT '0-n'
#define I3_RES_EME_STAT_ROHSIGNAL_KL15WUO_NR_TYPE unsigned char
// Raw signal terminal 15WUO (0 = not active, 1 = active) / Rohsignal Klemme 15WUO (0 = nicht aktiv, 1 = aktiv)
#define I3_RES_EME_STAT_ROHSIGNAL_CRASHSIGNAL_NR (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_ROHSIGNAL_CRASHSIGNAL_NR_UNIT '0-n'
#define I3_RES_EME_STAT_ROHSIGNAL_CRASHSIGNAL_NR_TYPE unsigned char
// Crash input raw signal Electrical crash signal (0 = not active; 1 = active) / Rohsignal Crasheingang
// Crashsignal elektrisch ( 0 = nicht aktiv; 1 = aktiv )
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_SLE 0xDE82
// Raw signals sensors / inputs SLE / Rohsignale Sensoren/Eingänge SLE
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_AC_NETZ_L1_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_AC_NETZ_L1_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_AC_NETZ_L1_WERT_TYPE unsigned short
// Raw signal voltage measurement phase L1 in the AC network; Resolution, quantization, range etc. as used in
// SG-internal function. / Rohsignal Spannungsmessung Phase L1 im AC Netz; Auflösung, Quantisierung, Range etc.
// wie in SG-interner Funktion verwendet wird.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PFC_EFF_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PFC_EFF_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_PFC_EFF_WERT_TYPE unsigned short
// Raw signal current measurement phase L1 in the AC network; Resolution, quantization, range etc. as used in
// SG-internal function. / Rohsignal Strommessung Phase L1 im AC Netz; Auflösung, Quantisierung, Range etc. wie
// in SG-interner Funktion verwendet wird.
#define I3_RES_EME_STAT_ROHSIGNAL_E_S_CHARGE_EN_WERT (RXBUF_UINT(4))
#define I3_RES_EME_STAT_ROHSIGNAL_E_S_CHARGE_EN_WERT_TYPE unsigned short
// Raw signal charge enable line; Resolution, quantization, range etc. as used in SG-internal function. /
// Rohsignal Charge Enable Leitung; Auflösung, Quantisierung, Range etc. wie in SG-interner Funktion verwendet
// wird.
#define I3_PID_EME_AE_ROHSIG_EINGANG_SENS_DCDC 0xDE83
// Raw signals sensors / inputs DC / DC converter / Rohsignale Sensoren/Eingänge DC/DC Wandler
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_LV_DCDC_WERT (RXBUF_UINT32(0)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_LV_DCDC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_ROHSIGNAL_SPANNUNG_LV_DCDC_WERT_TYPE float
// Raw signal voltage measurement LV DCDC converter. / Rohsignal Spannungsmessung LV DCDC Wandler.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_LV_DCDC_WERT (RXBUF_SINT32(4)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_LV_DCDC_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_LV_DCDC_WERT_TYPE float
// Raw signal current measurement LV DCDC converter. / Rohsignal Strommessung LV DCDC Wandler.
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HV_DCDC_WERT (RXBUF_SINT32(8)*0.001f)
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HV_DCDC_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ROHSIGNAL_STROM_HV_DCDC_WERT_TYPE float
// Raw signal current measurement HV DCDC converter. / Rohsignal Strommessung HV DCDC Wandler.
#define I3_PID_EME_AE_BETRIEBSZUSTAND_SLE 0xDE84
// Operating modes SLE / Betriebsarten SLE
#define I3_RES_EME_STAT_NETZFREQUENZ_PHASE_1_WERT (RXBUF_UINT(0)*0.25f)
#define I3_RES_EME_STAT_NETZFREQUENZ_PHASE_1_WERT_TYPE float
// Current grid frequency phase 1 / Aktuelle Netzfrequenz Phase 1
#define I3_RES_EME_STAT_LADEDAUER_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_LADEDAUER_WERT_UNIT 's'
#define I3_RES_EME_STAT_LADEDAUER_WERT_TYPE unsigned short
// Returns the charging time that has elapsed in the current charging cycle / Rückgabe der im aktuellen
// Ladezyklus verstrichenen Ladezeit
#define I3_RES_EME_STAT_FEHLERZUSTAND_NR (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_FEHLERZUSTAND_NR_UNIT '0-n'
#define I3_RES_EME_STAT_FEHLERZUSTAND_NR_TYPE unsigned char
// SLE error states: 0 = derating 1 = charging interruption 2 = emergency operation 3 = communication failure 4 =
// reserved 255 signal invalid / SLE Fehlerzustände: 0=Derating 1=Ladeunterbrechung 2=Notlauf
// 3=Kommunikationsausfall 4=Reserviert 255 Signal ungültig
#define I3_RES_EME_STAT_SLE_DERATING_WERT (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_SLE_DERATING_WERT_UNIT '%'
#define I3_RES_EME_STAT_SLE_DERATING_WERT_TYPE unsigned char
// Value by which the DC-HV output power is reduced. 0-254% / Wert, um den die DC-HV-Ausgangsleistung reduziert
// ist. 0-254%
#define I3_RES_EME_STAT_BETRIEBSART_NR (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_BETRIEBSART_NR_UNIT '0-n'
#define I3_RES_EME_STAT_BETRIEBSART_NR_TYPE unsigned char
// Operating mode / Betriebsart
#define I3_RES_EME_STAT_WIRKUNGSGRAD_LADEZYKLUS_WERT (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_WIRKUNGSGRAD_LADEZYKLUS_WERT_UNIT '%'
#define I3_RES_EME_STAT_WIRKUNGSGRAD_LADEZYKLUS_WERT_TYPE unsigned char
// Charge cycle efficiency / Wirkungsgrad Ladezyklus
#define I3_PID_EME_AE_SLE_LEISTUNG 0xDE85
// Power values intermediate circuit of the SLE / Leistungswerte Zwischenkreis der SLE
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_WERT (RXBUF_UINT(0)-30000.0)
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_WERT_UNIT 'W'
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_WERT_TYPE unsigned short
// Instantaneous power output in the intermediate circuit / Abgegebende Momentanleistung in den Zwischenkreis
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_MAX_WERT (RXBUF_UINT(2)-30000.0)
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_MAX_WERT_UNIT 'W'
#define I3_RES_EME_STAT_SLE_DC_HV_LEISTUNG_MAX_WERT_TYPE unsigned short
// Maximum power that can be output in the intermediate circuit / Maximal abgebbare Leistung in den Zwischenkreis
#define I3_RES_EME_STAT_SLE_AC_WIRKLEISTUNG_WERT (RXBUF_UINT(4)-30000.0)
#define I3_RES_EME_STAT_SLE_AC_WIRKLEISTUNG_WERT_UNIT 'W'
#define I3_RES_EME_STAT_SLE_AC_WIRKLEISTUNG_WERT_TYPE unsigned short
// Instantaneous active power drawn from the network / Entnommene Momentanwirkleistung aus dem Netz
#define I3_PID_EME_AE_SLE_SPANNUNG 0xDE86
// AC and DC voltages SLE / AC und DC Spannungen SLE
#define I3_RES_EME_STAT_SPANNUNG_RMS_AC_PHASE_1_WERT (RXBUF_UINT(0)*0.1f)
#define I3_RES_EME_STAT_SPANNUNG_RMS_AC_PHASE_1_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_RMS_AC_PHASE_1_WERT_TYPE float
// RMS values of the AC conductor voltages (phase 1) / Effektivwerte der AC Leiterspannungen (Phase1)
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_WERT (RXBUF_UINT(2)*0.1f)
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_WERT_TYPE float
// SLE DC HV voltage / SLE DC HV Spannung
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_OBERGRENZE_WERT (RXBUF_UINT(4)*0.1f)
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_OBERGRENZE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_SLE_DC_HV_OBERGRENZE_WERT_TYPE float
// SLE DC HV upper voltage limit / SLE DC HV Spannungsobergrenze
#define I3_PID_EME_AE_SLE_STROM 0xDE87
// calibrated SLE transformer current / kalibrierter SLE Trafostrom
#define I3_RES_EME_STAT_STROM_TRAFO_WERT (RXBUF_UINT(0)*0.01f-100.0)
#define I3_RES_EME_STAT_STROM_TRAFO_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_TRAFO_WERT_TYPE float
// calibrated SLE transformer current / kalibrierter SLE Trafostrom
#define I3_PID_EME_AE_SPANNUNG_KLEMME30B 0xDE88
// current voltage at KL30B / aktuelle Spannung an KL30B
#define I3_RES_EME_STAT_SPANNUNG_KL30B_WERT (RXBUF_UINT(0)*0.01f)
#define I3_RES_EME_STAT_SPANNUNG_KL30B_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_KL30B_WERT_TYPE float
// current voltage at KL30B / aktuelle Spannung an KL30B
#define I3_PID_EME_AE_STROM_DCDC 0xDE89
// DC / DC converter currents / Ströme DC/DC Wandler
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_HV_WERT (RXBUF_UINT(0)*0.05f-100.0)
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_HV_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_HV_WERT_TYPE float
// Current of the DCDC converter on the HV side / Strom des DCDC-Wandlers auf der HV-Seite
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_12V_WERT (RXBUF_UINT(2)-1000.0)
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_12V_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_WANDLER_12V_WERT_TYPE unsigned short
// Current of the DCDC converter on the 12V side / Strom des DCDC-Wandlers auf der 12V-Seite
#define I3_RES_EME_STAT_STROM_DCDC_TS1_WERT (RXBUF_UINT(4)*0.01f)
#define I3_RES_EME_STAT_STROM_DCDC_TS1_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_TS1_WERT_TYPE float
// DC / DC buck converter current 1 / DC/DC Tiefsetzsteller-Strom 1
#define I3_RES_EME_STAT_STROM_DCDC_TS2_WERT (RXBUF_UINT(6)*0.01f)
#define I3_RES_EME_STAT_STROM_DCDC_TS2_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_TS2_WERT_TYPE float
// DC / DC buck converter current 2 / DC/DC Tiefsetzsteller-Strom 2
#define I3_RES_EME_STAT_STROM_DCDC_TRAFO1_WERT (RXBUF_UINT(8)*0.01f)
#define I3_RES_EME_STAT_STROM_DCDC_TRAFO1_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DCDC_TRAFO1_WERT_TYPE float
// DC / DC transformer current 1 / DC/DC Trafostrom 1
#define I3_PID_EME_AE_STROM_EMASCHINE 0xDE8A
// E-machine / converter currents / Ströme E-Maschine / Umrichter
#define I3_RES_EME_STAT_STROM_AC_EFF_W_WERT (RXBUF_SINT(0)*0.0625f)
#define I3_RES_EME_STAT_STROM_AC_EFF_W_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_AC_EFF_W_WERT_TYPE float
// Effective supply current phase W / Effektiver Zuleitungsstrom Phase W
#define I3_RES_EME_STAT_STROM_AC_EFF_V_WERT (RXBUF_SINT(2)*0.0625f)
#define I3_RES_EME_STAT_STROM_AC_EFF_V_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_AC_EFF_V_WERT_TYPE float
// Effective supply current phase V / Effektiver Zuleitungsstrom Phase V
#define I3_RES_EME_STAT_STROM_AC_EFF_U_WERT (RXBUF_SINT(4)*0.0625f)
#define I3_RES_EME_STAT_STROM_AC_EFF_U_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_AC_EFF_U_WERT_TYPE float
// Effective supply current phase U / Effektiver Zuleitungsstrom Phase U
#define I3_RES_EME_STAT_ERREGERSTROM_WERT (RXBUF_SINT(6)*0.0625f)
#define I3_RES_EME_STAT_ERREGERSTROM_WERT_UNIT 'A'
#define I3_RES_EME_STAT_ERREGERSTROM_WERT_TYPE float
// Current excitation current / Aktueller Erregerstrom
#define I3_RES_EME_STAT_STROM_DC_HV_UMRICHTER_EM_WERT (RXBUF_SINT(8)*0.1f)
#define I3_RES_EME_STAT_STROM_DC_HV_UMRICHTER_EM_WERT_UNIT 'A'
#define I3_RES_EME_STAT_STROM_DC_HV_UMRICHTER_EM_WERT_TYPE float
// HV-DC current of the converter for the EM stator / HV-DC Strom des Umrichters für den EM-Stator
#define I3_PID_EME_AE_TEMP_LE 0xDE8C
// Temperatures control unit drive electronics / Temperaturen Steuergerät Antriebselektronik
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_U_WERT (RXBUF_SINT(0)*0.0156f)
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_U_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_U_WERT_TYPE float
// Temperature converter phase U / Temperatur Umrichter Phase U
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_V_WERT (RXBUF_SINT(2)*0.0156f)
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_V_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_V_WERT_TYPE float
// Temperature converter phase V / Temperatur Umrichter Phase V
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_W_WERT (RXBUF_SINT(4)*0.0156f)
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_W_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_UMRICHTER_PHASE_W_WERT_TYPE float
// Temperature converter phase W / Temperatur Umrichter Phase W
#define I3_RES_EME_STAT_TEMP_UMRICHTER_GT_WERT (RXBUF_SINT(6)*0.0156f)
#define I3_RES_EME_STAT_TEMP_UMRICHTER_GT_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_UMRICHTER_GT_WERT_TYPE float
// Temperature inverter gate driver / Temperatur Inverter Gatedriver
#define I3_RES_EME_STAT_TEMP_DCDC_BO_WERT (RXBUF_SINT(8)*0.0156f)
#define I3_RES_EME_STAT_TEMP_DCDC_BO_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_DCDC_BO_WERT_TYPE float
// Temperature of the DCDC board / Temperatur des DCDC Boards
#define I3_RES_EME_STAT_TEMP_DCDC_GTW_WERT (RXBUF_SINT(10)*0.0156f)
#define I3_RES_EME_STAT_TEMP_DCDC_GTW_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_DCDC_GTW_WERT_TYPE float
// Temperature DC / DC push-pull converter / Temperatur DC/DC-Gegentaktwandler
#define I3_RES_EME_STAT_TEMP_DCDC_TS_WERT (RXBUF_SINT(12)*0.0156f)
#define I3_RES_EME_STAT_TEMP_DCDC_TS_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_DCDC_TS_WERT_TYPE float
// Temperature DC / DC buck converter / Temperatur DC/DC-Tiefsetzer
#define I3_RES_EME_STAT_TEMP_DCDC_GR_WERT (RXBUF_SINT(14)*0.0156f)
#define I3_RES_EME_STAT_TEMP_DCDC_GR_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_DCDC_GR_WERT_TYPE float
// Temperature of the DCDC board / Temperatur des DCDC Boards
#define I3_RES_EME_STAT_TEMP_SLE_PFC_WERT (RXBUF_SINT(16)*0.0156f)
#define I3_RES_EME_STAT_TEMP_SLE_PFC_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_SLE_PFC_WERT_TYPE float
// Temperature SLE-PowerFactorCorrection / Temperatur SLE-PowerFactorCorrection
#define I3_RES_EME_STAT_TEMP_SLE_GR_WERT (RXBUF_SINT(18)*0.0156f)
#define I3_RES_EME_STAT_TEMP_SLE_GR_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_SLE_GR_WERT_TYPE float
// Temperature SLE rectifier / Temperatur SLE-Gleichrichter
#define I3_RES_EME_STAT_TEMP_SLE_GTW_WERT (RXBUF_SINT(20)*0.0156f)
#define I3_RES_EME_STAT_TEMP_SLE_GTW_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_SLE_GTW_WERT_TYPE float
// Temperature SLE push-pull converter / Temperatur SLE-Gegentaktwandler
#define I3_RES_EME_STAT_TEMP_SLE_BO_WERT (RXBUF_SINT(22)*0.0156f)
#define I3_RES_EME_STAT_TEMP_SLE_BO_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_SLE_BO_WERT_TYPE float
// Temperature of the SLE board / Temperatur des SLE Boards
#define I3_RES_EME_STAT_TEMP_ELUP_LE_WERT (RXBUF_SINT(24)*0.0156f)
#define I3_RES_EME_STAT_TEMP_ELUP_LE_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_ELUP_LE_WERT_TYPE float
// Temperature on the power board - measuring point ELUP power output stage / Temperatur auf dem Powerbord -
// Messstelle ELUP Leistungsendstufe
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC0_WERT (RXBUF_SINT(26)*0.0156f)
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC0_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC0_WERT_TYPE float
// Temperature processor MC0 / Temperatur Prozessor MC0
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC2_WERT (RXBUF_SINT(28)*0.0156f)
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC2_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP_PROZESSOR_MC2_WERT_TYPE float
// Temperature processor MC2 / Temperatur Prozessor MC2
#define I3_PID_EME_AE_ZUSTAND_1_DCDC 0xDE92
// DC / DC converter status / Status DC/DC-Wandler
#define I3_RES_EME_STAT_BETRIEBSART_DCDC_IST (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_BETRIEBSART_DCDC_IST_UNIT '0-n'
#define I3_RES_EME_STAT_BETRIEBSART_DCDC_IST_TYPE unsigned char
// Actual operating mode of the DCDC converter / Ist-Betriebsart des DCDC-Wandlers
#define I3_RES_EME_STAT_SPANNUNG_LV_IST_WERT (RXBUF_UINT(1)*0.05f)
#define I3_RES_EME_STAT_SPANNUNG_LV_IST_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_LV_IST_WERT_TYPE float
// Electrical system voltage / Bordnetzspannung
#define I3_RES_EME_STAT_AUSLASTUNG_WERT (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_AUSLASTUNG_WERT_UNIT '%'
#define I3_RES_EME_STAT_AUSLASTUNG_WERT_TYPE unsigned char
// Utilization of the DCDC converter / Auslastung des DCDC-Wandlers
// Skipping AE_ELUP on 0xDE93 which takes arguments
// Skipping AE_PARKSPERRE_NVRAM_LOESCHEN on 0xDE95 which takes arguments
#define I3_PID_EME_AE_ZUSTAND_DCDC_FEHLERBILD 0xDE96
// Return of active / inactive errors DC / DC converter / Rückgabe aktiver/inaktiver Fehler DC/DC-Wandler
// RES_0xDE96_D is a BITFIELD of unknown size. We don't have definitions for each bit, and we GUESSED it is one byte ***
// Return of active / inactive errors DC / DC converter / Rückgabe aktiver/inaktiver Fehler DC/DC-Wandler
#define I3_RES_EME_RES_0xDE96_D (RXBUF_UCHAR(0))
#define I3_RES_EME_RES_0xDE96_D_UNIT 'Bit'
#define I3_RES_EME_RES_0xDE96_D_TYPE unsigned char
// Return of active / inactive errors DC / DC converter / Rückgabe aktiver/inaktiver Fehler DC/DC-Wandler
#define I3_PID_EME_STATUS_CONNECTED_DRIVE 0xDE9E
// Information about Connected Drive / Informationen über Connected Drive
#define I3_RES_EME_STAT_LADEN_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_LADEN_NR_UNIT '0-n'
#define I3_RES_EME_STAT_LADEN_NR_TYPE unsigned char
// Information about the current status of the loading (see TAB_EDME_STATUS_LADEN) / Information über den
// aktuellen Status des Ladens (siehe TAB_EDME_STATUS_LADEN)
#define I3_RES_EME_STAT_REMOTE_LADEN_NR (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_REMOTE_LADEN_NR_UNIT '0-n'
#define I3_RES_EME_STAT_REMOTE_LADEN_NR_TYPE unsigned char
// Bit0: RemoteLaden not active Bit1: RemoteLaden on Hold Bit2: RemoteLaden active / Bit0: RemoteLaden nicht
// aktiv Bit1: RemoteLaden on Hold Bit2: RemoteLaden aktiv
#define I3_RES_EME_STAT_TIMER_LADEN_NR (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_TIMER_LADEN_NR_UNIT '0-n'
#define I3_RES_EME_STAT_TIMER_LADEN_NR_TYPE unsigned char
// Bit0: Timer loading not active Bit1: Timer loading on hold Bit2: Timer loading active / Bit0: TimerLaden nicht
// aktiv Bit1: TimerLaden on Hold Bit2: TimerLaden aktiv
#define I3_RES_EME_STAT_HV_SOC_WERT (RXBUF_UCHAR(3)*0.5f)
#define I3_RES_EME_STAT_HV_SOC_WERT_UNIT '%'
#define I3_RES_EME_STAT_HV_SOC_WERT_TYPE float
// HV battery charge status display / Anzeige Ladezustand HV-Batterie
#define I3_RES_EME_STAT_ZEIT_LADEENDE_WERT (RXBUF_UINT(4))
#define I3_RES_EME_STAT_ZEIT_LADEENDE_WERT_UNIT 'min'
#define I3_RES_EME_STAT_ZEIT_LADEENDE_WERT_TYPE unsigned short
// Charging time / Ladedauer
#define I3_RES_EME_STAT_MAX_LADESTROM_LADEGERAET_WERT (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_MAX_LADESTROM_LADEGERAET_WERT_UNIT 'A'
#define I3_RES_EME_STAT_MAX_LADESTROM_LADEGERAET_WERT_TYPE unsigned char
// Maximum AC charging current charger / Maximaler AC-Ladestrom Ladegerät
#define I3_RES_EME_STAT_IST_AC_SPANNUNG_LADEGERAET_WERT (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_IST_AC_SPANNUNG_LADEGERAET_WERT_UNIT 'V'
#define I3_RES_EME_STAT_IST_AC_SPANNUNG_LADEGERAET_WERT_TYPE unsigned char
// Actual AC voltage charger / Ist-AC-Spannung Ladegerät
#define I3_RES_EME_STAT_REICHWEITE_WERT (RXBUF_UINT(8))
#define I3_RES_EME_STAT_REICHWEITE_WERT_UNIT 'km'
#define I3_RES_EME_STAT_REICHWEITE_WERT_TYPE unsigned short
// Range / Reichweite
#define I3_RES_EME_STAT_HVB_TEMP_WERT (RXBUF_SINT(10)*0.1f)
#define I3_RES_EME_STAT_HVB_TEMP_WERT_UNIT '°'
#define I3_RES_EME_STAT_HVB_TEMP_WERT_TYPE float
// HV battery temperature / Temperatur der HV-Batterie
#define I3_RES_EME_STAT_TRIGGER_SEGMENTSPEICHER_WERT (RXBUF_UCHAR(12))
#define I3_RES_EME_STAT_TRIGGER_SEGMENTSPEICHER_WERT_TYPE unsigned char
// Trigger condition for reading the segment memory / Auslösebedingung für das Lesen des Segmentspeichers
// Skipping LADEHISTORIE on 0xDEA1 which takes arguments
#define I3_PID_EME_AE_BUDS 0xDEA5
// Brake vacuum sensor value / Sensorwert des Bremsunterdrucks
#define I3_RES_EME_STAT_BUDS_WERT (RXBUF_UCHAR(0)*4.0f-1000.0)
#define I3_RES_EME_STAT_BUDS_WERT_UNIT 'hPa'
#define I3_RES_EME_STAT_BUDS_WERT_TYPE float
// Brake vacuum sensor value / Sensorwert des Bremsunterdrucks
#define I3_PID_EME_AE_TEMP_EMASCHINE 0xDEA6
// Value of the current temperatures of the e-machine in degrees Celsius / Wert der aktuellen Temperaturen der
// E-Maschine in Grad Celsius
#define I3_RES_EME_STAT_TEMP1_E_MOTOR_WERT (RXBUF_SINT(0)*0.0156f)
#define I3_RES_EME_STAT_TEMP1_E_MOTOR_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP1_E_MOTOR_WERT_TYPE float
// E-motor temperature 1 / E-Motor Temperatur 1
#define I3_RES_EME_STAT_TEMP2_E_MOTOR_WERT (RXBUF_SINT(2)*0.0156f)
#define I3_RES_EME_STAT_TEMP2_E_MOTOR_WERT_UNIT '°C'
#define I3_RES_EME_STAT_TEMP2_E_MOTOR_WERT_TYPE float
// E-motor temperature 2 / E-Motor Temperatur 2
#define I3_PID_EME_AE_ELEKTRISCHE_MASCHINE 0xDEA7
// Reading out the speed, torque and operating mode of the electric machine / Auslesen von Drehzahl, Drehmoment
// und Betriebsart der E-Maschine
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_DREHZAHL_WERT (RXBUF_UINT(0)*0.5f-5000.0)
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_DREHZAHL_WERT_UNIT '1/min'
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_DREHZAHL_WERT_TYPE float
// Speed of the electric machine / Drehzahl der E-Maschine
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_IST_MOMENT_WERT (RXBUF_SINT(2)*0.5f)
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_IST_MOMENT_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_IST_MOMENT_WERT_TYPE float
// IS the moment of the e-machine / IST Moment der E-Maschine
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_SOLL_MOMENT_WERT (RXBUF_SINT(4)*0.5f)
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_SOLL_MOMENT_WERT_UNIT 'Nm'
#define I3_RES_EME_STAT_ELEKTRISCHE_MASCHINE_SOLL_MOMENT_WERT_TYPE float
// SHOULD moment of the electric machine / SOLL Moment der E-Maschine
#define I3_RES_EME_STAT_ELEKTRISCHE_BETRIEBSART_NR (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_ELEKTRISCHE_BETRIEBSART_NR_UNIT '0-n'
#define I3_RES_EME_STAT_ELEKTRISCHE_BETRIEBSART_NR_TYPE unsigned char
// current operating mode of the e-machine / aktuelle Betriebsart der E-Maschine
#define I3_PID_EME_AE_ZUSTAND_2_DCDC 0xDEA9
// Various statuses returned from the DCDC converter / Rückgabe verschiederer Status vom DCDC-Wandler
// RES_0xDEA9_D is a BITFIELD of unknown size. We don't have definitions for each bit, and we GUESSED it is one byte ***
// Various statuses returned from the DCDC converter / Rückgabe verschiederer Status vom DCDC-Wandler
#define I3_RES_EME_RES_0xDEA9_D (RXBUF_UCHAR(0))
#define I3_RES_EME_RES_0xDEA9_D_UNIT 'Bit'
#define I3_RES_EME_RES_0xDEA9_D_TYPE unsigned char
// Various statuses returned from the DCDC converter / Rückgabe verschiederer Status vom DCDC-Wandler
// Skipping LADEHISTOGRAMM on 0xDEAE which takes arguments
#define I3_PID_EME_AE_PARKSPERRE_VERSION 0xDEB0
// Return of the current version of the parking lock software / Rückgabe der aktuellen Version der Parksperren-SW
#define I3_RES_EME_STAT_PS_VERSION_MAIN_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_PS_VERSION_MAIN_WERT_TYPE unsigned char
// Main version parking lock SW / Main-Version Parksperren-SW
#define I3_RES_EME_STAT_PS_VERSION_SUB_WERT (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_PS_VERSION_SUB_WERT_TYPE unsigned char
// Revision of the parking lock software / Revision Parksperren-SW
// Skipping AE_ROTORLAGESENSOR on 0xDEB1 which takes arguments
// Skipping AE_DCDC_TEMPHISTOGRAMM_LESEN on 0xDEB2 which takes arguments
// Skipping AE_DCDC_LEISTUNGSHISTOGRAMM on 0xDEB3 which takes arguments
// Skipping AE_RESET_TEMP_MIN_MAX on 0xDEB4 which takes arguments
// Skipping AE_ROTORLAGESENSOR_RESET on 0xDEB6 which takes arguments
// Skipping AE_KLASSIERUNG_LOESCHEN on 0xDEB7 which takes arguments
#define I3_PID_EME_AE_CTRL_VERSION 0xDEBC
// Controller board version / Controllerbord-Version
#define I3_RES_EME_STAT_CTRL_VERSION_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_CTRL_VERSION_WERT_TYPE unsigned char
// Controller board version / Controllerbord-Version
#define I3_PID_EME_AE_SPANNUNG_DCDC 0xDEBD
// DC / DC voltage low-voltage side / DC/DC-Spannung Niedervoltseite
#define I3_RES_EME_STAT_SPANNUNG_LV_WERT (RXBUF_UINT(0)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_LV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_LV_WERT_TYPE float
// DC / DC voltage low-voltage side / DC/DC-Spannung Niedervoltseite
#define I3_PID_EME_AE_SPANNUNG_LE 0xDEBE
// Internal voltages of the power electronics / Interne Spannungen der Leistungselektronik
#define I3_RES_EME_STAT_SPANNUNG_CY0_5V0_WERT (RXBUF_UINT(0)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY0_5V0_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY0_5V0_WERT_TYPE float
// Voltage monitoring of the internal 5V of CY320_MC0 / Spannungsüberwachung der internen 5V von CY320_MC0
#define I3_RES_EME_STAT_SPANNUNG_CY2_5V0_WERT (RXBUF_UINT(2)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY2_5V0_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY2_5V0_WERT_TYPE float
// Voltage monitoring of the internal 5V of CY320_MC2 / Spannungsüberwachung der internen 5V von CY320_MC2
#define I3_RES_EME_STAT_SPANNUNG_CY0_3V3_WERT (RXBUF_UINT(4)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY0_3V3_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY0_3V3_WERT_TYPE float
// Voltage monitoring of the internal 3.3V of CY320_MC0 / Spannungsüberwachung der internen 3,3V von CY320_MC0
#define I3_RES_EME_STAT_SPANNUNG_CY2_3V3_WERT (RXBUF_UINT(6)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY2_3V3_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY2_3V3_WERT_TYPE float
// Voltage monitoring of the internal 3.3V of CY320_MC2 / Spannungsüberwachung der internen 3,3V von CY320_MC2
#define I3_RES_EME_STAT_SPANNUNG_CY0_1V5_WERT (RXBUF_UINT(8)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY0_1V5_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY0_1V5_WERT_TYPE float
// Voltage monitoring of the internal 1.5V of CY320_MC0 / Spannungsüberwachung der internen 1,5V von CY320_MC0
#define I3_RES_EME_STAT_SPANNUNG_CY2_1V5_WERT (RXBUF_UINT(10)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_CY2_1V5_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_CY2_1V5_WERT_TYPE float
// Voltage monitoring of the internal 1.5V of CY320_MC2 / Spannungsüberwachung der internen 1,5V von CY320_MC2
#define I3_RES_EME_STAT_SPANNUNG_32V_WERT (RXBUF_UINT(12)*0.001f)
#define I3_RES_EME_STAT_SPANNUNG_32V_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPANNUNG_32V_WERT_TYPE float
// Back measurement of the internal 32 V. / Rückmessung der internen 32 V
#define I3_PID_EME_AE_SYSSTATE 0xDEBF
// Internal status states of the control unit / Interne Statuszustände des Steuergerät
#define I3_RES_EME_STAT_SYSSTATE_DPR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_SYSSTATE_DPR_UNIT '0/1'
#define I3_RES_EME_STAT_SYSSTATE_DPR_TYPE unsigned char
// Dualported RAM active 0 = not active 1 = active / Dualported RAM aktiv 0 = nicht aktiv 1 = aktiv
#define I3_RES_EME_STAT_SYSSTATE_MC0_NR (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_SYSSTATE_MC0_NR_UNIT '0-n'
#define I3_RES_EME_STAT_SYSSTATE_MC0_NR_TYPE unsigned char
// System status of the MC0 / Systemzustand des MC0
#define I3_RES_EME_STAT_SYSSTATE_MC2_NR (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_SYSSTATE_MC2_NR_UNIT '0-n'
#define I3_RES_EME_STAT_SYSSTATE_MC2_NR_TYPE unsigned char
// System status of the MC2 / Systemzustand des MC2
// BF_SYSSTATE_KLEMMEN is a BITFIELD of size unsigned int. We don't yet generate definitions for each bit, we treat as the host data type
// Terminal status / Klemmenzustand
// STAT_SYSSTATE_KL15WUP_1: Mask: 0x0001 - Terminal status (bit-coded): Bit1 = Kl15WUP
// STAT_SYSSTATE_KL30B_2: Mask: 0x0002 - Terminal status (bit-coded): Bit2 = KL30B
// STAT_SYSSTATE_KL30C_3: Mask: 0x0004 - Terminal status (bit-coded): Bit3 = KL30C
#define I3_RES_EME_BF_SYSSTATE_KLEMMEN (RXBUF_UINT(3))
#define I3_RES_EME_BF_SYSSTATE_KLEMMEN_UNIT 'Bit'
#define I3_RES_EME_BF_SYSSTATE_KLEMMEN_TYPE unsigned short
// Terminal status / Klemmenzustand
#define I3_PID_EME_SPANNUNG_ELUP 0xDEC2
// Voltage level at the ELUP output of the EME / Spannungspegel am ELUP - Ausgang der EME
#define I3_RES_EME_STAT_U_ELUP_WERT (RXBUF_UINT(0)*0.1f)
#define I3_RES_EME_STAT_U_ELUP_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_ELUP_WERT_TYPE float
// Voltage level at the ELUP output of the EME / Spannungspegel am ELUP - Ausgang der EME
#define I3_PID_EME_STROM_ELUP 0xDEC3
// Voltage level at the ELUP output of the EME / Spannungspegel am ELUP - Ausgang der EME
#define I3_RES_EME_STAT_I_ELUP_WERT (RXBUF_UINT(0)*0.1f)
#define I3_RES_EME_STAT_I_ELUP_WERT_UNIT 'A'
#define I3_RES_EME_STAT_I_ELUP_WERT_TYPE float
// Voltage level at the ELUP output of the EME / Spannungspegel am ELUP - Ausgang der EME
// Skipping REX_RESONANZ on 0xDED1 which takes arguments
#define I3_PID_EME_AE_FAHRSTUFE 0xDEDD
// current actual position of the drive train (PRND) / aktuelle Ist-Position des Antriebsstrangs (PRND)
#define I3_RES_EME_STAT_POS_PRND_NR (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_POS_PRND_NR_UNIT '0-n'
#define I3_RES_EME_STAT_POS_PRND_NR_TYPE unsigned char
// current actual position of the drive train (PRND) / aktuelle Ist-Position des Antriebsstrangs (PRND)
#define I3_PID_EME_AE_LSC_LADEN 0xDEDE
// Feedback on the charging process / Rückmeldung zum Ladeverfahrens
#define I3_RES_EME_STAT_LADEVERFAHREN_NR_0XDEDE (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_LADEVERFAHREN_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LADEVERFAHREN_NR_0XDEDE_TYPE unsigned char
// Type of charge type / Art des Ladetyps
#define I3_RES_EME_STAT_LADESTATUS_NR_0XDEDE (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_LADESTATUS_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LADESTATUS_NR_0XDEDE_TYPE unsigned char
// Type of charge status / Art des Ladestatus
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT_0XDEDE (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT_0XDEDE_UNIT 'h'
#define I3_RES_EME_STAT_BEGINN_FENSTER_STD_WERT_0XDEDE_TYPE unsigned char
// Only with AC charging: Start of the favorable charging window (hours) / Nur bei AC-Laden: Beginn des günstigen
// Ladefensters (Stunden)
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT_0XDEDE (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT_0XDEDE_UNIT 'min'
#define I3_RES_EME_STAT_BEGINN_FENSTER_MIN_WERT_0XDEDE_TYPE unsigned char
// Only with AC charging: Start of the favorable charging window (minutes) / Nur bei AC-Laden: Beginn des
// günstigen Ladefensters (Minuten)
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT_0XDEDE (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT_0XDEDE_UNIT 'h'
#define I3_RES_EME_STAT_ENDE_FENSTER_STD_WERT_0XDEDE_TYPE unsigned char
// Only with AC charging: End of the favorable charging window (hours) / Nur bei AC-Laden: Ende des günstigen
// Ladefensters (Stunden)
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT_0XDEDE (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT_0XDEDE_UNIT 'min'
#define I3_RES_EME_STAT_ENDE_FENSTER_MIN_WERT_0XDEDE_TYPE unsigned char
// Only with AC charging: End of the favorable charging window (minutes) / Nur bei AC-Laden: Ende des günstigen
// Ladefensters (Minuten)
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR_0XDEDE (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LADEFENSTER1_AUSWAHL_NR_0XDEDE_TYPE unsigned char
// Only with AC charging, two-time alarm clock: selection of the favorable charging window / Nur bei AC-Laden,
// Zwei Zeit Wecker: Auswahl des günstigen Ladefensters
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR_0XDEDE (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LADEFENSTER2_AUSWAHL_NR_0XDEDE_TYPE unsigned char
// Only with AC charging, two-time alarm clock: selection of the favorable charging window / Nur bei AC-Laden,
// Zwei Zeit Wecker: Auswahl des günstigen Ladefensters
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR_0XDEDE (RXBUF_UCHAR(8))
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_FAKTOR_STROMBEGRENZUNG_NR_0XDEDE_TYPE unsigned char
// Only with AC charging: Acknowledgment of the current limitation / Nur bei AC-Laden: Rückmeldung der
// Strombegrenzung
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR_0XDEDE (RXBUF_UCHAR(9))
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_STROMBEGRENZUNG_AUSWAHL_NR_0XDEDE_TYPE unsigned char
// Acknowledgment of the AC current limitation selection: Only with AC charging / Rückmeldung der AC-
// Strombegrenzungauswahl: Nur bei AC-Laden
#define I3_RES_EME_STAT_POLY_TIM_1_WERT_0XDEDE (RXBUF_UCHAR(10)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_1_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: time (standardized) of the first support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des ersten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_1_WERT_0XDEDE (RXBUF_UINT(11)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_1_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_1_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: SOC of the first support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des ersten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_2_WERT_0XDEDE (RXBUF_UCHAR(13)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_2_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: time (normalized) of the second support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des zweiten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_2_WERT_0XDEDE (RXBUF_UINT(14)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_2_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_2_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: SOC of the second support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des zweiten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_3_WERT_0XDEDE (RXBUF_UCHAR(16)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_3_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: time (standardized) of the third support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des dritten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_3_WERT_0XDEDE (RXBUF_UINT(17)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_3_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_3_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: SOC of the third support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des dritten Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_4_WERT_0XDEDE (RXBUF_UCHAR(19)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_4_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: time (standardized) of the fourth support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des vierten Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_4_WERT_0XDEDE (RXBUF_UINT(20)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_4_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_4_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: SOC of the fifth support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des fünften Stützpunktes
#define I3_RES_EME_STAT_POLY_TIM_5_WERT_0XDEDE (RXBUF_UCHAR(22)*0.01f)
#define I3_RES_EME_STAT_POLY_TIM_5_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: time (standardized) of the fifth support point / Rückmeldung der SOC
// Unterstützpunkte: Zeit(normiert) des fünften Stützpunktes
#define I3_RES_EME_STAT_POLY_SOC_5_WERT_0XDEDE (RXBUF_UINT(23)*0.01f)
#define I3_RES_EME_STAT_POLY_SOC_5_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_POLY_SOC_5_WERT_0XDEDE_TYPE float
// Feedback from the SOC support points: SOC of the fifth support point / Rückmeldung der SOC Unterstützpunkte:
// SOC des fünften Stützpunktes
#define I3_RES_EME_STAT_HV_SOC_IST_WERT_0XDEDE (RXBUF_UINT(25)*0.01f)
#define I3_RES_EME_STAT_HV_SOC_IST_WERT_0XDEDE_UNIT '%'
#define I3_RES_EME_STAT_HV_SOC_IST_WERT_0XDEDE_TYPE float
// Current SOC of the HV battery / Aktueller SOC der HV-Batterie
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT_0XDEDE (RXBUF_UCHAR(27)*5.0f)
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT_0XDEDE_UNIT 'min'
#define I3_RES_EME_STAT_LADEN_PROGNOSE_WERT_0XDEDE_TYPE float
// Loading time forecast / Ladezeitprognose
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT_0XDEDE (RXBUF_UCHAR(28))
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT_0XDEDE_UNIT 'V'
#define I3_RES_EME_STAT_LADEN_SPANNUNG_WERT_0XDEDE_TYPE unsigned char
// AC charging voltage (only for AC charging) / AC-Ladespannung (nur bei AC Laden)
#define I3_RES_EME_STAT_LADEN_STROM_WERT_0XDEDE (RXBUF_UCHAR(29))
#define I3_RES_EME_STAT_LADEN_STROM_WERT_0XDEDE_UNIT 'A'
#define I3_RES_EME_STAT_LADEN_STROM_WERT_0XDEDE_TYPE unsigned char
// AC charging current (only for AC charging) / AC-Ladestrom (nur bei AC Laden)
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT_0XDEDE (RXBUF_UINT32(30)*3600.0f)
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT_0XDEDE_UNIT 'Ws'
#define I3_RES_EME_STAT_ENERGIEINHALT_IST_WERT_0XDEDE_TYPE float
// Predicted energy content depending on the state of charge and on-board power consumption / Prognostizierte
// Energieinhalt in Abhängigkeit des Ladezustands und des Bordnetzverbrauches
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR_0XDEDE (RXBUF_UCHAR(34))
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LSC_TRIGGER_INHALT_NR_0XDEDE_TYPE unsigned char
// Status of the LSC trigger / Status des LSC-Triggers
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT_0XDEDE (RXBUF_UINT32(35))
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT_0XDEDE_UNIT 'Ws'
#define I3_RES_EME_STAT_ENERGIEINHALT_MAX_WERT_0XDEDE_TYPE unsigned long
// Maximum possible energy content of the high-voltage storage system / Maximal möglicher Energieinhalt des
// Hochvoltspeichers
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT_0XDEDE (RXBUF_UINT(39))
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT_0XDEDE_UNIT 'min'
#define I3_RES_EME_STAT_LADEN_PROGNOSE_REST_WERT_0XDEDE_TYPE unsigned short
// Predicted remaining charging time: 0-65531 = value range; 65533 = Not available; 65532 = initialization; 65534
// = error; 65535 = signal valid / Prognostizierte Restladedauer: 0-65531 = Wertebereich; 65533 = Nicht
// verfügbar; 65532 = Initialisierung; 65534 = Fehler; 65535 = Signal ugültig
#define I3_RES_EME_STAT_LADESTECKER_NR_0XDEDE (RXBUF_UCHAR(41))
#define I3_RES_EME_STAT_LADESTECKER_NR_0XDEDE_UNIT '0-n'
#define I3_RES_EME_STAT_LADESTECKER_NR_0XDEDE_TYPE unsigned char
// Condition of charging plug / Zustand Ladestecker
// Skipping UI_DERATING_EM1 on 0xDEDF which takes arguments
// Skipping UI_DERATING_EM2 on 0xDEE0 which takes arguments
// Skipping KLASSIERUNG_ZUG_SCHUB_LOESCHEN on 0xDEE5 which takes arguments
#define I3_PID_EME_HISTOGRAMM_ANTRIEB 0xDEED
// History values for drive / Historienwerte für Antrieb
#define I3_RES_EME_STAT_ANTR_HIST_010_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_ANTR_HIST_010_WERT_TYPE unsigned long
// History value ANTR_HIST_010 / Historienwert ANTR_HIST_010
#define I3_RES_EME_STAT_ANTR_HIST_011_WERT (RXBUF_UINT32(4))
#define I3_RES_EME_STAT_ANTR_HIST_011_WERT_TYPE unsigned long
// History value ANTR_HIST_011 / Historienwert ANTR_HIST_011
#define I3_RES_EME_STAT_ANTR_HIST_012_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_ANTR_HIST_012_WERT_TYPE unsigned long
// History value ANTR_HIST_012 / Historienwert ANTR_HIST_012
#define I3_RES_EME_STAT_ANTR_HIST_013_WERT (RXBUF_UINT32(12))
#define I3_RES_EME_STAT_ANTR_HIST_013_WERT_TYPE unsigned long
// History value ANTR_HIST_013 / Historienwert ANTR_HIST_013
#define I3_RES_EME_STAT_ANTR_HIST_014_WERT (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_ANTR_HIST_014_WERT_TYPE unsigned long
// History value ANTR_HIST_014 / Historienwert ANTR_HIST_014
#define I3_RES_EME_STAT_ANTR_HIST_015_WERT (RXBUF_UINT32(20))
#define I3_RES_EME_STAT_ANTR_HIST_015_WERT_TYPE unsigned long
// History value ANTR_HIST_015 / Historienwert ANTR_HIST_015
#define I3_RES_EME_STAT_ANTR_HIST_016_WERT (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_ANTR_HIST_016_WERT_TYPE unsigned long
// History value ANTR_HIST_016 / Historienwert ANTR_HIST_016
#define I3_RES_EME_STAT_ANTR_HIST_017_WERT (RXBUF_UINT32(28))
#define I3_RES_EME_STAT_ANTR_HIST_017_WERT_TYPE unsigned long
// History value ANTR_HIST_017 / Historienwert ANTR_HIST_017
#define I3_RES_EME_STAT_ANTR_HIST_018_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_ANTR_HIST_018_WERT_TYPE unsigned long
// History value ANTR_HIST_018 / Historienwert ANTR_HIST_018
#define I3_RES_EME_STAT_ANTR_HIST_019_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_ANTR_HIST_019_WERT_TYPE unsigned long
// History value ANTR_HIST_019 / Historienwert ANTR_HIST_019
#define I3_RES_EME_STAT_ANTR_HIST_020_WERT (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_ANTR_HIST_020_WERT_TYPE unsigned long
// History value ANTR_HIST_020 / Historienwert ANTR_HIST_020
#define I3_RES_EME_STAT_ANTR_HIST_021_WERT (RXBUF_UINT32(44))
#define I3_RES_EME_STAT_ANTR_HIST_021_WERT_TYPE unsigned long
// History value ANTR_HIST_021 / Historienwert ANTR_HIST_021
#define I3_RES_EME_STAT_ANTR_HIST_022_WERT (RXBUF_UINT32(48))
#define I3_RES_EME_STAT_ANTR_HIST_022_WERT_TYPE unsigned long
// History value ANTR_HIST_022 / Historienwert ANTR_HIST_022
#define I3_RES_EME_STAT_ANTR_HIST_023_WERT (RXBUF_UINT32(52))
#define I3_RES_EME_STAT_ANTR_HIST_023_WERT_TYPE unsigned long
// History value ANTR_HIST_023 / Historienwert ANTR_HIST_023
#define I3_RES_EME_STAT_ANTR_HIST_024_WERT (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_ANTR_HIST_024_WERT_TYPE unsigned long
// History value ANTR_HIST_024 / Historienwert ANTR_HIST_024
#define I3_RES_EME_STAT_ANTR_HIST_025_WERT (RXBUF_UINT32(60))
#define I3_RES_EME_STAT_ANTR_HIST_025_WERT_TYPE unsigned long
// History value ANTR_HIST_025 / Historienwert ANTR_HIST_025
#define I3_RES_EME_STAT_ANTR_HIST_026_WERT (RXBUF_UINT32(64))
#define I3_RES_EME_STAT_ANTR_HIST_026_WERT_TYPE unsigned long
// History value ANTR_HIST_026 / Historienwert ANTR_HIST_026
#define I3_RES_EME_STAT_ANTR_HIST_027_WERT (RXBUF_UINT32(68))
#define I3_RES_EME_STAT_ANTR_HIST_027_WERT_TYPE unsigned long
// History value ANTR_HIST_027 / Historienwert ANTR_HIST_027
#define I3_RES_EME_STAT_ANTR_HIST_1601_WERT (RXBUF_UINT32(72))
#define I3_RES_EME_STAT_ANTR_HIST_1601_WERT_TYPE unsigned long
// History value ANTR_HIST_1601 / Historienwert ANTR_HIST_1601
#define I3_RES_EME_STAT_ANTR_HIST_1602_WERT (RXBUF_UINT32(76))
#define I3_RES_EME_STAT_ANTR_HIST_1602_WERT_TYPE unsigned long
// History value ANTR_HIST_1602 / Historienwert ANTR_HIST_1602
#define I3_RES_EME_STAT_ANTR_HIST_1603_WERT (RXBUF_UINT32(80))
#define I3_RES_EME_STAT_ANTR_HIST_1603_WERT_TYPE unsigned long
// History value ANTR_HIST_1603 / Historienwert ANTR_HIST_1603
#define I3_RES_EME_STAT_ANTR_HIST_1604_WERT (RXBUF_UINT32(84))
#define I3_RES_EME_STAT_ANTR_HIST_1604_WERT_TYPE unsigned long
// History value ANTR_HIST_1604 / Historienwert ANTR_HIST_1604
#define I3_RES_EME_STAT_ANTR_HIST_1605_WERT (RXBUF_UINT32(88))
#define I3_RES_EME_STAT_ANTR_HIST_1605_WERT_TYPE unsigned long
// History value ANTR_HIST_1605 / Historienwert ANTR_HIST_1605
#define I3_RES_EME_STAT_ANTR_HIST_1606_WERT (RXBUF_UINT32(92))
#define I3_RES_EME_STAT_ANTR_HIST_1606_WERT_TYPE unsigned long
// History value ANTR_HIST_1606 / Historienwert ANTR_HIST_1606
#define I3_RES_EME_STAT_ANTR_HIST_3214_WERT (RXBUF_UINT32(96)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3214_WERT_TYPE float
// History value ANTR_HIST_3214 / Historienwert ANTR_HIST_3214
#define I3_RES_EME_STAT_ANTR_HIST_3215_WERT (RXBUF_UINT32(100)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3215_WERT_TYPE float
// History value ANTR_HIST_3215 / Historienwert ANTR_HIST_3215
#define I3_RES_EME_STAT_ANTR_HIST_3216_WERT (RXBUF_UINT32(104)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3216_WERT_TYPE float
// History value ANTR_HIST_3216 / Historienwert ANTR_HIST_3216
#define I3_RES_EME_STAT_ANTR_HIST_3217_WERT (RXBUF_UINT32(108)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3217_WERT_TYPE float
// History value ANTR_HIST_3217 / Historienwert ANTR_HIST_3217
#define I3_RES_EME_STAT_ANTR_HIST_3218_WERT (RXBUF_UINT32(112)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3218_WERT_TYPE float
// History value ANTR_HIST_3218 / Historienwert ANTR_HIST_3218
#define I3_RES_EME_STAT_ANTR_HIST_3219_WERT (RXBUF_UINT32(116)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3219_WERT_TYPE float
// History value ANTR_HIST_3219 / Historienwert ANTR_HIST_3219
#define I3_RES_EME_STAT_ANTR_HIST_3220_WERT (RXBUF_UINT32(120)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3220_WERT_TYPE float
// History value ANTR_HIST_3220 / Historienwert ANTR_HIST_3220
#define I3_RES_EME_STAT_ANTR_HIST_3221_WERT (RXBUF_UINT32(124)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3221_WERT_TYPE float
// History value ANTR_HIST_3221 / Historienwert ANTR_HIST_3221
#define I3_RES_EME_STAT_ANTR_HIST_3278_WERT (RXBUF_UINT32(128)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3278_WERT_TYPE float
// History value ANTR_HIST_3278 / Historienwert ANTR_HIST_3278
#define I3_RES_EME_STAT_ANTR_HIST_3279_WERT (RXBUF_UINT32(132)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3279_WERT_TYPE float
// History value ANTR_HIST_3279 / Historienwert ANTR_HIST_3279
#define I3_RES_EME_STAT_ANTR_HIST_3280_WERT (RXBUF_UINT32(136)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3280_WERT_TYPE float
// History value ANTR_HIST_3280 / Historienwert ANTR_HIST_3280
#define I3_RES_EME_STAT_ANTR_HIST_3281_WERT (RXBUF_UINT32(140)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3281_WERT_TYPE float
// History value ANTR_HIST_3281 / Historienwert ANTR_HIST_3281
#define I3_RES_EME_STAT_ANTR_HIST_3282_WERT (RXBUF_UINT32(144)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3282_WERT_TYPE float
// History value ANTR_HIST_3282 / Historienwert ANTR_HIST_3282
#define I3_RES_EME_STAT_ANTR_HIST_3283_WERT (RXBUF_UINT32(148)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3283_WERT_TYPE float
// History value ANTR_HIST_3283 / Historienwert ANTR_HIST_3283
#define I3_RES_EME_STAT_ANTR_HIST_3284_WERT (RXBUF_UINT32(152)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3284_WERT_TYPE float
// History value ANTR_HIST_3284 / Historienwert ANTR_HIST_3284
#define I3_RES_EME_STAT_ANTR_HIST_3285_WERT (RXBUF_UINT32(156)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3285_WERT_TYPE float
// History value ANTR_HIST_3285 / Historienwert ANTR_HIST_3285
#define I3_RES_EME_STAT_ANTR_HIST_3286_WERT (RXBUF_UINT32(160)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3286_WERT_TYPE float
// History value ANTR_HIST_3286 / Historienwert ANTR_HIST_3286
#define I3_RES_EME_STAT_ANTR_HIST_3287_WERT (RXBUF_UINT32(164)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3287_WERT_TYPE float
// History value ANTR_HIST_3287 / Historienwert ANTR_HIST_3287
#define I3_RES_EME_STAT_ANTR_HIST_3288_WERT (RXBUF_UINT32(168)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3288_WERT_TYPE float
// History value ANTR_HIST_3288 / Historienwert ANTR_HIST_3288
#define I3_RES_EME_STAT_ANTR_HIST_3289_WERT (RXBUF_UINT32(172)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3289_WERT_TYPE float
// History value ANTR_HIST_3289 / Historienwert ANTR_HIST_3289
#define I3_RES_EME_STAT_ANTR_HIST_3290_WERT (RXBUF_UINT32(176)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3290_WERT_TYPE float
// History value ANTR_HIST_3290 / Historienwert ANTR_HIST_3290
// Skipping REX_HISTOGRAMM on 0xDEEE which takes arguments
#define I3_PID_EME_HISTOGRAMM_DEGRADATION 0xDEEF
// Historical values degradation / Historienwerte Degradation
#define I3_RES_EME_STAT_ANTR_HIST_3238_WERT (RXBUF_UINT32(0)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3238_WERT_TYPE float
// History value ANTR_HIST_3238 / Historienwert ANTR_HIST_3238
#define I3_RES_EME_STAT_ANTR_HIST_3239_WERT (RXBUF_UINT32(4)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3239_WERT_TYPE float
// History value ANTR_HIST_3239 / Historienwert ANTR_HIST_3239
#define I3_RES_EME_STAT_ANTR_HIST_3240_WERT (RXBUF_UINT32(8)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3240_WERT_TYPE float
// History value ANTR_HIST_3240 / Historienwert ANTR_HIST_3240
#define I3_RES_EME_STAT_ANTR_HIST_3241_WERT (RXBUF_UINT32(12)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3241_WERT_TYPE float
// History value ANTR_HIST_3241 / Historienwert ANTR_HIST_3241
#define I3_RES_EME_STAT_ANTR_HIST_3242_WERT (RXBUF_UINT32(16)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3242_WERT_TYPE float
// History value ANTR_HIST_3242 / Historienwert ANTR_HIST_3242
#define I3_RES_EME_STAT_ANTR_HIST_3243_WERT (RXBUF_UINT32(20)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3243_WERT_TYPE float
// History value ANTR_HIST_3243 / Historienwert ANTR_HIST_3243
#define I3_RES_EME_STAT_ANTR_HIST_3244_WERT (RXBUF_UINT32(24)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3244_WERT_TYPE float
// History value ANTR_HIST_3244 / Historienwert ANTR_HIST_3244
#define I3_RES_EME_STAT_ANTR_HIST_3245_WERT (RXBUF_UINT32(28)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3245_WERT_TYPE float
// History value ANTR_HIST_3245 / Historienwert ANTR_HIST_3245
#define I3_RES_EME_STAT_ANTR_HIST_3246_WERT (RXBUF_UINT32(32)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3246_WERT_TYPE float
// History value ANTR_HIST_3246 / Historienwert ANTR_HIST_3246
#define I3_RES_EME_STAT_ANTR_HIST_3247_WERT (RXBUF_UINT32(36)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3247_WERT_TYPE float
// History value ANTR_HIST_3247 / Historienwert ANTR_HIST_3247
#define I3_RES_EME_STAT_ANTR_HIST_3248_WERT (RXBUF_UINT32(40)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3248_WERT_TYPE float
// History value ANTR_HIST_3248 / Historienwert ANTR_HIST_3248
#define I3_RES_EME_STAT_ANTR_HIST_3249_WERT (RXBUF_UINT32(44)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3249_WERT_TYPE float
// History value ANTR_HIST_3249 / Historienwert ANTR_HIST_3249
#define I3_RES_EME_STAT_ANTR_HIST_3250_WERT (RXBUF_UINT32(48)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3250_WERT_TYPE float
// History value ANTR_HIST_3250 / Historienwert ANTR_HIST_3250
#define I3_RES_EME_STAT_ANTR_HIST_3251_WERT (RXBUF_UINT32(52)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3251_WERT_TYPE float
// History value ANTR_HIST_3251 / Historienwert ANTR_HIST_3251
#define I3_RES_EME_STAT_ANTR_HIST_3252_WERT (RXBUF_UINT32(56)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3252_WERT_TYPE float
// History value ANTR_HIST_3252 / Historienwert ANTR_HIST_3252
#define I3_RES_EME_STAT_ANTR_HIST_3253_WERT (RXBUF_UINT32(60)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3253_WERT_TYPE float
// History value ANTR_HIST_3253 / Historienwert ANTR_HIST_3253
#define I3_RES_EME_STAT_ANTR_HIST_3254_WERT (RXBUF_UINT32(64)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3254_WERT_TYPE float
// History value ANTR_HIST_3254 / Historienwert ANTR_HIST_3254
#define I3_RES_EME_STAT_ANTR_HIST_3255_WERT (RXBUF_UINT32(68)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3255_WERT_TYPE float
// History value ANTR_HIST_3255 / Historienwert ANTR_HIST_3255
#define I3_RES_EME_STAT_ANTR_HIST_3256_WERT (RXBUF_UINT32(72)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3256_WERT_TYPE float
// History value ANTR_HIST_3256 / Historienwert ANTR_HIST_3256
#define I3_RES_EME_STAT_ANTR_HIST_3257_WERT (RXBUF_UINT32(76)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3257_WERT_TYPE float
// History value ANTR_HIST_3257 / Historienwert ANTR_HIST_3257
#define I3_RES_EME_STAT_ANTR_HIST_3258_WERT (RXBUF_UINT32(80)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3258_WERT_TYPE float
// History value ANTR_HIST_3258 / Historienwert ANTR_HIST_3258
#define I3_RES_EME_STAT_ANTR_HIST_3259_WERT (RXBUF_UINT32(84)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3259_WERT_TYPE float
// History value ANTR_HIST_3259 / Historienwert ANTR_HIST_3259
#define I3_RES_EME_STAT_ANTR_HIST_3260_WERT (RXBUF_UINT32(88)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3260_WERT_TYPE float
// History value ANTR_HIST_3260 / Historienwert ANTR_HIST_3260
#define I3_RES_EME_STAT_ANTR_HIST_3261_WERT (RXBUF_UINT32(92)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3261_WERT_TYPE float
// History value ANTR_HIST_3261 / Historienwert ANTR_HIST_3261
#define I3_RES_EME_STAT_ANTR_HIST_3262_WERT (RXBUF_UINT32(96)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3262_WERT_TYPE float
// History value ANTR_HIST_3262 / Historienwert ANTR_HIST_3262
#define I3_RES_EME_STAT_ANTR_HIST_3263_WERT (RXBUF_UINT32(100)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3263_WERT_TYPE float
// History value ANTR_HIST_3263 / Historienwert ANTR_HIST_3263
#define I3_RES_EME_STAT_ANTR_HIST_3264_WERT (RXBUF_UINT32(104)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3264_WERT_TYPE float
// History value ANTR_HIST_3264 / Historienwert ANTR_HIST_3264
#define I3_RES_EME_STAT_ANTR_HIST_3265_WERT (RXBUF_UINT32(108)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3265_WERT_TYPE float
// History value ANTR_HIST_3265 / Historienwert ANTR_HIST_3265
#define I3_RES_EME_STAT_ANTR_HIST_3266_WERT (RXBUF_UINT32(112)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3266_WERT_TYPE float
// History value ANTR_HIST_3266 / Historienwert ANTR_HIST_3266
#define I3_RES_EME_STAT_ANTR_HIST_3267_WERT (RXBUF_UINT32(116)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3267_WERT_TYPE float
// History value ANTR_HIST_3267 / Historienwert ANTR_HIST_3267
#define I3_RES_EME_STAT_ANTR_HIST_3268_WERT (RXBUF_UINT32(120)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3268_WERT_TYPE float
// History value ANTR_HIST_3268 / Historienwert ANTR_HIST_3268
#define I3_RES_EME_STAT_ANTR_HIST_3269_WERT (RXBUF_UINT32(124)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3269_WERT_TYPE float
// History value ANTR_HIST_3269 / Historienwert ANTR_HIST_3269
#define I3_RES_EME_STAT_ANTR_HIST_3270_WERT (RXBUF_UINT32(128)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3270_WERT_TYPE float
// History value ANTR_HIST_3270 / Historienwert ANTR_HIST_3270
#define I3_RES_EME_STAT_ANTR_HIST_3271_WERT (RXBUF_UINT32(132)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3271_WERT_TYPE float
// History value ANTR_HIST_3271 / Historienwert ANTR_HIST_3271
#define I3_RES_EME_STAT_ANTR_HIST_3272_WERT (RXBUF_UINT32(136)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3272_WERT_TYPE float
// History value ANTR_HIST_3272 / Historienwert ANTR_HIST_3272
#define I3_RES_EME_STAT_ANTR_HIST_3273_WERT (RXBUF_UINT32(140)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3273_WERT_TYPE float
// History value ANTR_HIST_3273 / Historienwert ANTR_HIST_3273
#define I3_RES_EME_STAT_ANTR_HIST_3274_WERT (RXBUF_UINT32(144)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3274_WERT_TYPE float
// History value ANTR_HIST_3274 / Historienwert ANTR_HIST_3274
#define I3_RES_EME_STAT_ANTR_HIST_3275_WERT (RXBUF_UINT32(148)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3275_WERT_TYPE float
// History value ANTR_HIST_3275 / Historienwert ANTR_HIST_3275
#define I3_RES_EME_STAT_ANTR_HIST_3276_WERT (RXBUF_UINT32(152)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3276_WERT_TYPE float
// History value ANTR_HIST_3276 / Historienwert ANTR_HIST_3276
#define I3_RES_EME_STAT_ANTR_HIST_3277_WERT (RXBUF_UINT32(156)*0.01f)
#define I3_RES_EME_STAT_ANTR_HIST_3277_WERT_TYPE float
// History value ANTR_HIST_3277 / Historienwert ANTR_HIST_3277
#define I3_PID_EME_AUTOP_SBW 0xDEFB
// Frequency counter for the reasons for Auto-P and SW version shift-by-wire / Häufigkeitszähler für die Gründe
// von Auto-P und SW Version Shift-by-Wire
#define I3_RES_EME_STAT_COUNT_AUTOP_LVEH_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_COUNT_AUTOP_LVEH_WERT_TYPE unsigned short
// Exit frequency counter for Auto-P on vehicle / Häufigkeitszähler für Auto-P bei Fahrzeug verlassen
#define I3_RES_EME_STAT_COUNT_AUTOP_EMF_N_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_COUNT_AUTOP_EMF_N_WERT_TYPE unsigned short
// Frequency counter for Auto-P by EMF call for help in N / Häufigkeitszähler für Auto-P durch EMF-Hilferuf in N
#define I3_RES_EME_STAT_COUNT_AUTOP_EMF_DR_WERT (RXBUF_UINT(4))
#define I3_RES_EME_STAT_COUNT_AUTOP_EMF_DR_WERT_TYPE unsigned short
// Frequency counter for Auto-P by EMF call for help in D or R / Häufigkeitszähler für Auto-P durch EMF-Hilferuf
// in D oder R
#define I3_RES_EME_STAT_COUNT_AUTOP_FB_WERT (RXBUF_UINT(6))
#define I3_RES_EME_STAT_COUNT_AUTOP_FB_WERT_TYPE unsigned short
// Frequency counter for Auto-P in the event of loss of driving readiness / Häufigkeitszähler für Auto-P bei
// Fahrbereitschaftsverlust
#define I3_RES_EME_STAT_COUNT_AUTOP_KL15_WERT (RXBUF_UINT(8))
#define I3_RES_EME_STAT_COUNT_AUTOP_KL15_WERT_TYPE unsigned short
// Frequency counter for Auto-P when terminal 15 is switched off / Häufigkeitszähler für Auto-P bei Klemme15
// Abschaltung
#define I3_RES_EME_STAT_COUNT_AUTOP_CHRGWIRE_WERT (RXBUF_UINT(10))
#define I3_RES_EME_STAT_COUNT_AUTOP_CHRGWIRE_WERT_TYPE unsigned short
// Frequency counter for Auto-P when the charging cable is plugged in / Häufigkeitszähler für Auto-P bei
// gestecktem Ladekabel
// Can't process STAT_SW_VERSION_SBW_WERT - don't know type motorola float (*** this will mean all the following offsets are wrong!!! ****)
#define I3_PID_EME_FAHRSTUFEN_ZAEHLER_SBW 0xDEFF
// Frequency counter of speed step changes / Häufigkeitszähler von Fahrstufenwechsel
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_R_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_R_WERT_TYPE unsigned long
// Number of speed step changes from P to R / Anzahl Fahrstufenwechsel von P nach R
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_N_WERT (RXBUF_UINT32(4))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_N_WERT_TYPE unsigned long
// Number of speed step changes from P to N / Anzahl Fahrstufenwechsel von P nach N
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_D_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_P_NACH_D_WERT_TYPE unsigned long
// Number of speed step changes from P to D / Anzahl Fahrstufenwechsel von P nach D
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_P_WERT (RXBUF_UINT32(12))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_P_WERT_TYPE unsigned long
// Number of speed step changes from R to P / Anzahl Fahrstufenwechsel von R nach P
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_N_WERT (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_N_WERT_TYPE unsigned long
// Number of speed step changes from R to N / Anzahl Fahrstufenwechsel von R nach N
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_D_WERT (RXBUF_UINT32(20))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_R_NACH_D_WERT_TYPE unsigned long
// Number of speed step changes from R to D / Anzahl Fahrstufenwechsel von R nach D
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_P_WERT (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_P_WERT_TYPE unsigned long
// Number of speed step changes from N to P / Anzahl Fahrstufenwechsel von N nach P
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_R_WERT (RXBUF_UINT32(28))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_R_WERT_TYPE unsigned long
// Number of speed step changes from N to R / Anzahl Fahrstufenwechsel von N nach R
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_D_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_N_NACH_D_WERT_TYPE unsigned long
// Number of speed step changes from N to D / Anzahl Fahrstufenwechsel von N nach D
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_P_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_P_WERT_TYPE unsigned long
// Number of speed step changes from D to P / Anzahl Fahrstufenwechsel von D nach P
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_R_WERT (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_R_WERT_TYPE unsigned long
// Number of speed step changes from D to R / Anzahl Fahrstufenwechsel von D nach R
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_N_WERT (RXBUF_UINT32(44))
#define I3_RES_EME_STAT_ZAEHLER_WECHSEL_D_NACH_N_WERT_TYPE unsigned long
// Number of speed step changes from D to N / Anzahl Fahrstufenwechsel von D nach N
// Skipping VERBAUKENNUNG_UCX_RUECKSETZEN on 0xDF1F which takes arguments
// Skipping LADESTROM_EINSTELLUNG on 0xDF45 which takes arguments
#define I3_PID_EME_HISTOGRAMM_LADEKOORDINATOR 0xDF49
// Charge coordinator histograms / Histogramme des Ladekoordinators
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_1_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_1_WERT_TYPE unsigned long
// Power histrogram value 1 from internal charger / Leistungshistrogramm Wert 1 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_2_WERT (RXBUF_UINT32(4))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_2_WERT_TYPE unsigned long
// Power histrogram value 2 from the internal charger / Leistungshistrogramm Wert 2 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_3_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_3_WERT_TYPE unsigned long
// Power histrogram value 3 from the internal charger / Leistungshistrogramm Wert 3 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_4_WERT (RXBUF_UINT32(12))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_4_WERT_TYPE unsigned long
// Power histrogram value 4 from the internal charger / Leistungshistrogramm Wert 4 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_5_WERT (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_5_WERT_TYPE unsigned long
// Power histrogram value 5 from the internal charger / Leistungshistrogramm Wert 5 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_6_WERT (RXBUF_UINT32(20))
#define I3_RES_EME_STAT_LEISTUNG_HIST_INT_6_WERT_TYPE unsigned long
// Power histrogram value 6 from internal charger / Leistungshistrogramm Wert 6 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_1_WERT (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_TEMP_HIST_INT_1_WERT_TYPE unsigned long
// Temperature histogram value 1 from the internal charger / Temperaturhistogramm Wert 1 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_2_WERT (RXBUF_UINT32(28))
#define I3_RES_EME_STAT_TEMP_HIST_INT_2_WERT_TYPE unsigned long
// Temperature histogram value 2 from the internal charger / Temperaturhistogramm Wert 2 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_3_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_TEMP_HIST_INT_3_WERT_TYPE unsigned long
// Temperature histogram value 3 from the internal charger / Temperaturhistogramm Wert 3 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_4_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_TEMP_HIST_INT_4_WERT_TYPE unsigned long
// Temperature histogram value 4 from the internal charger / Temperaturhistogramm Wert 4 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_5_WERT (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_TEMP_HIST_INT_5_WERT_TYPE unsigned long
// Temperature histogram value 5 from the internal charger / Temperaturhistogramm Wert 5 vom internen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_INT_6_WERT (RXBUF_UINT32(44))
#define I3_RES_EME_STAT_TEMP_HIST_INT_6_WERT_TYPE unsigned long
// Temperature histogram value 6 from the internal charger / Temperaturhistogramm Wert 6 vom internen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_1_WERT (RXBUF_UINT32(48))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_1_WERT_TYPE unsigned long
// Power histrogram value 1 from external charger / Leistungshistrogramm Wert 1 vom externen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_2_WERT (RXBUF_UINT32(52))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_2_WERT_TYPE unsigned long
// Power histrogram value 2 from external charger / Leistungshistrogramm Wert 2 vom externen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_3_WERT (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_3_WERT_TYPE unsigned long
// Power histrogram value 3 from external charger / Leistungshistrogramm Wert 3 vom externen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_4_WERT (RXBUF_UINT32(60))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_4_WERT_TYPE unsigned long
// Power histrogram value 4 from external charger / Leistungshistrogramm Wert 4 vom externen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_5_WERT (RXBUF_UINT32(64))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_5_WERT_TYPE unsigned long
// Power histrogram value 5 from external charger / Leistungshistrogramm Wert 5 vom externen Ladegerät
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_6_WERT (RXBUF_UINT32(68))
#define I3_RES_EME_STAT_LEISTUNG_HIST_EXT_6_WERT_TYPE unsigned long
// Power histrogram value 6 from external charger / Leistungshistrogramm Wert 6 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_1_WERT (RXBUF_UINT32(72))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_1_WERT_TYPE unsigned long
// Temperature histogram value 1 from external charger / Temperaturhistogramm Wert 1 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_2_WERT (RXBUF_UINT32(76))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_2_WERT_TYPE unsigned long
// Temperature histogram value 2 from the external charger / Temperaturhistogramm Wert 2 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_3_WERT (RXBUF_UINT32(80))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_3_WERT_TYPE unsigned long
// Temperature histogram value 3 from the external charger / Temperaturhistogramm Wert 3 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_4_WERT (RXBUF_UINT32(84))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_4_WERT_TYPE unsigned long
// Temperature histogram value 4 from the external charger / Temperaturhistogramm Wert 4 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_5_WERT (RXBUF_UINT32(88))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_5_WERT_TYPE unsigned long
// Temperature histogram value 5 from the external charger / Temperaturhistogramm Wert 5 vom externen Ladegerät
#define I3_RES_EME_STAT_TEMP_HIST_EXT_6_WERT (RXBUF_UINT32(92))
#define I3_RES_EME_STAT_TEMP_HIST_EXT_6_WERT_TYPE unsigned long
// Temperature histogram value 6 from the external charger / Temperaturhistogramm Wert 6 vom externen Ladegerät
#define I3_PID_EME_INVERTER_HISTOGRAMM 0xDF4D
// Reading out the calculated lifetime data of the inverter / Auslesen der berechneten Lebenszeitdaten des
// Inverters
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_WERT (RXBUF_UCHAR(0)-10.0)
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_WERT_UNIT '%'
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_WERT_TYPE unsigned char
// Total IGBT lifetime consumption / Summierter Lebensdauerverbrauch IGBT
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_KONST_KUEHLUNG_WERT (RXBUF_UCHAR(1)-10.0)
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_KONST_KUEHLUNG_WERT_UNIT '%'
#define I3_RES_EME_STAT_INVERTER_IGBT_LEBENSZEIT_KONST_KUEHLUNG_WERT_TYPE unsigned char
// Total IGBT service life consumption for a constant coolant temperature of 70 ° C / Summierter
// Lebensdauerverbrauch IGBT für konstante Kühlmitteltemperatur von 70°C
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_WERT (RXBUF_UCHAR(2)-10.0)
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_WERT_UNIT '%'
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_WERT_TYPE unsigned char
// Total diode lifetime consumption / Summierter Lebensdauerverbrauch Diode
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_KONST_KUEHLUNG_WERT (RXBUF_UCHAR(3)-10.0)
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_KONST_KUEHLUNG_WERT_UNIT '%'
#define I3_RES_EME_STAT_INVERTER_DIODE_LEBENSZEIT_KONST_KUEHLUNG_WERT_TYPE unsigned char
// Total service life consumption diode for constant coolant temperature of 70 ° C / Summierter
// Lebensdauerverbrauch Diode für konstante Kühlmitteltemperatur von 70°C
#define I3_RES_EME_STAT_INVERTER_RESET_LEBENSZEIT_WERT (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_INVERTER_RESET_LEBENSZEIT_WERT_TYPE unsigned char
// Number of residual overflows that occurred / Anzahl der aufgetretenen Überläufe des Residuums
// Skipping LADEMODUS_WERK on 0xDF50 which takes arguments
// Skipping ELUP_DATEN_RESET on 0xDF51 which takes arguments
// Skipping ROTORLAGESENSOR_WINKELCODE on 0xDF52 which takes arguments
#define I3_PID_EME_INVERTER_RBM_INFO 0xDF58
// RBM information for the non-running inverter diagnosis in I01 and I12 / RBM Information für die nicht
// durchlaufende Umrichter Diagnose im I01 und I12
#define I3_RES_EME_STAT_SAE_DTC1_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_SAE_DTC1_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC1_WERT_TYPE unsigned long
// SAE DTC 1 / SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT (RXBUF_UINT(4))
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT_TYPE unsigned short
// Counter for the SAE DTC 1 / Zähler für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT (RXBUF_UINT(6))
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT_TYPE unsigned short
// Denominator for the SAE DTC 1 / Nenner für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC2_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_SAE_DTC2_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC2_WERT_TYPE unsigned long
// SAE DTC 2 / SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT (RXBUF_UINT(12))
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT_TYPE unsigned short
// Counter for the SAE DTC 2 / Zähler für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT (RXBUF_UINT(14))
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT_TYPE unsigned short
// Denominator for the SAE DTC 2 / Nenner für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC3_WERT (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_SAE_DTC3_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC3_WERT_TYPE unsigned long
// SAE DTC 3 / SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT (RXBUF_UINT(20))
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT_TYPE unsigned short
// Counter for the SAE DTC 3 / Zähler für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT (RXBUF_UINT(22))
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT_TYPE unsigned short
// Denominator for the SAE DTC 3 / Nenner für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC4_WERT (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_SAE_DTC4_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC4_WERT_TYPE unsigned long
// SAE DTC 4 / SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT (RXBUF_UINT(28))
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT_TYPE unsigned short
// Counter for the SAE DTC 4 / Zähler für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT (RXBUF_UINT(30))
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT_TYPE unsigned short
// Denominator for the SAE DTC 4 / Nenner für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC5_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_SAE_DTC5_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC5_WERT_TYPE unsigned long
// SAE DTC 5 / SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT (RXBUF_UINT(36))
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT_TYPE unsigned short
// Counter for the SAE DTC 5 / Zähler für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT (RXBUF_UINT(38))
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT_TYPE unsigned short
// Denominator for the SAE DTC 5 / Nenner für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC6_WERT (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_SAE_DTC6_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC6_WERT_TYPE unsigned long
// SAE DTC 6 / SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT (RXBUF_UINT(44))
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT_TYPE unsigned short
// Counter for the SAE DTC 6 / Zähler für den SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT (RXBUF_UINT(46))
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT_TYPE unsigned short
// Denominator for the SAE DTC 6 / Nenner für den SAE DTC 6
#define I3_PID_EME_DCDC_RBM_INFO 0xDF59
// RBM information for the discontinuous DC / DC converter diagnosis in I01 and I12 / RBM Information für die
// nicht kontinuierliche DC/DC-Wandler Diagnose in I01 und I12
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF59 (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF59_TYPE unsigned long
// SAE DTC 1 / SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT_0XDF59 (RXBUF_UINT(4))
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 1 / Zähler für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT_0XDF59 (RXBUF_UINT(6))
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 1 / Nenner für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF59 (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF59_TYPE unsigned long
// SAE DTC 2 / SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT_0XDF59 (RXBUF_UINT(12))
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 2 / Zähler für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT_0XDF59 (RXBUF_UINT(14))
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 2 / Nenner für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF59 (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF59_TYPE unsigned long
// SAE DTC 3 / SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT_0XDF59 (RXBUF_UINT(20))
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 3 / Zähler für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT_0XDF59 (RXBUF_UINT(22))
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 3 / Nenner für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF59 (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF59_TYPE unsigned long
// SAE DTC 4 / SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT_0XDF59 (RXBUF_UINT(28))
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 4 / Zähler für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT_0XDF59 (RXBUF_UINT(30))
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 4 / Nenner für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF59 (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF59_TYPE unsigned long
// SAE DTC 5 / SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT_0XDF59 (RXBUF_UINT(36))
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 5 / Zähler für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT_0XDF59 (RXBUF_UINT(38))
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 5 / Nenner für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF59 (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF59_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF59_TYPE unsigned long
// SAE DTC 6 / SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT_0XDF59 (RXBUF_UINT(44))
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT_0XDF59_TYPE unsigned short
// Counter for the SAE DTC 6 / Zähler für den SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT_0XDF59 (RXBUF_UINT(46))
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT_0XDF59_TYPE unsigned short
// Denominator for the SAE DTC 6 / Nenner für den SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC7_WERT (RXBUF_UINT32(48))
#define I3_RES_EME_STAT_SAE_DTC7_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC7_WERT_TYPE unsigned long
// SAE DTC 7 / SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC_NUM7_WERT (RXBUF_UINT(52))
#define I3_RES_EME_STAT_SAE_DTC_NUM7_WERT_TYPE unsigned short
// Counter for the SAE DTC 7 / Zähler für den SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC_DEN7_WERT (RXBUF_UINT(54))
#define I3_RES_EME_STAT_SAE_DTC_DEN7_WERT_TYPE unsigned short
// Denominator for the SAE DTC 7 / Nenner für den SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC8_WERT (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_SAE_DTC8_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC8_WERT_TYPE unsigned long
// SAE DTC 8 / SAE DTC 8
#define I3_RES_EME_STAT_SAE_DTC_NUM8_WERT (RXBUF_UINT(60))
#define I3_RES_EME_STAT_SAE_DTC_NUM8_WERT_TYPE unsigned short
// Counter for the SAE DTC 8 / Zähler für den SAE DTC 8
#define I3_RES_EME_STAT_SAE_DTC_DEN8_WERT (RXBUF_UINT(62))
#define I3_RES_EME_STAT_SAE_DTC_DEN8_WERT_TYPE unsigned short
// Denominator for the SAE DTC 8 / Nenner für den SAE DTC 8
#define I3_PID_EME_LADEGERAET_RBM_INFO 0xDF5A
// RBM information for the discontinuous charger diagnosis at I01 and I12 / RBM Information für die nicht
// kontinuierliche Ladegerät Diagnose bei I01 und I12
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF5A (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC1_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 1 / SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT_0XDF5A (RXBUF_UINT(4))
#define I3_RES_EME_STAT_SAE_DTC_NUM1_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 1 / Zähler für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT_0XDF5A (RXBUF_UINT(6))
#define I3_RES_EME_STAT_SAE_DTC_DEN1_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 1 / Nenner für den SAE DTC 1
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF5A (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC2_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 2 / SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT_0XDF5A (RXBUF_UINT(12))
#define I3_RES_EME_STAT_SAE_DTC_NUM2_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 2 / Zähler für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT_0XDF5A (RXBUF_UINT(14))
#define I3_RES_EME_STAT_SAE_DTC_DEN2_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 2 / Nenner für den SAE DTC 2
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF5A (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC3_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 3 / SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT_0XDF5A (RXBUF_UINT(20))
#define I3_RES_EME_STAT_SAE_DTC_NUM3_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 3 / Zähler für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT_0XDF5A (RXBUF_UINT(22))
#define I3_RES_EME_STAT_SAE_DTC_DEN3_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 3 / Nenner für den SAE DTC 3
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF5A (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC4_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 4 / SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT_0XDF5A (RXBUF_UINT(28))
#define I3_RES_EME_STAT_SAE_DTC_NUM4_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 4 / Zähler für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT_0XDF5A (RXBUF_UINT(30))
#define I3_RES_EME_STAT_SAE_DTC_DEN4_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 4 / Nenner für den SAE DTC 4
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF5A (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC5_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 5 / SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT_0XDF5A (RXBUF_UINT(36))
#define I3_RES_EME_STAT_SAE_DTC_NUM5_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 5 / Zähler für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT_0XDF5A (RXBUF_UINT(38))
#define I3_RES_EME_STAT_SAE_DTC_DEN5_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 5 / Nenner für den SAE DTC 5
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF5A (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC6_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 6 / SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT_0XDF5A (RXBUF_UINT(44))
#define I3_RES_EME_STAT_SAE_DTC_NUM6_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 6 / Zähler für den SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT_0XDF5A (RXBUF_UINT(46))
#define I3_RES_EME_STAT_SAE_DTC_DEN6_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 6 / Nenner für den SAE DTC 6
#define I3_RES_EME_STAT_SAE_DTC7_WERT_0XDF5A (RXBUF_UINT32(48))
#define I3_RES_EME_STAT_SAE_DTC7_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC7_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 7 / SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC_NUM7_WERT_0XDF5A (RXBUF_UINT(52))
#define I3_RES_EME_STAT_SAE_DTC_NUM7_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 7 / Zähler für den SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC_DEN7_WERT_0XDF5A (RXBUF_UINT(54))
#define I3_RES_EME_STAT_SAE_DTC_DEN7_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 7 / Nenner für den SAE DTC 7
#define I3_RES_EME_STAT_SAE_DTC8_WERT_0XDF5A (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_SAE_DTC8_WERT_0XDF5A_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC8_WERT_0XDF5A_TYPE unsigned long
// SAE DTC 8 / SAE DTC 8
#define I3_RES_EME_STAT_SAE_DTC_NUM8_WERT_0XDF5A (RXBUF_UINT(60))
#define I3_RES_EME_STAT_SAE_DTC_NUM8_WERT_0XDF5A_TYPE unsigned short
// Counter for the SAE DTC 8 / Zähler für den SAE DTC 8
#define I3_RES_EME_STAT_SAE_DTC_DEN8_WERT_0XDF5A (RXBUF_UINT(62))
#define I3_RES_EME_STAT_SAE_DTC_DEN8_WERT_0XDF5A_TYPE unsigned short
// Denominator for the SAE DTC 8 / Nenner für den SAE DTC 8
#define I3_RES_EME_STAT_SAE_DTC9_WERT (RXBUF_UINT32(64))
#define I3_RES_EME_STAT_SAE_DTC9_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC9_WERT_TYPE unsigned long
// SAE DTC 9 / SAE DTC 9
#define I3_RES_EME_STAT_SAE_DTC_NUM9_WERT (RXBUF_UINT(68))
#define I3_RES_EME_STAT_SAE_DTC_NUM9_WERT_TYPE unsigned short
// Counter for the SAE DTC 9 / Zähler für den SAE DTC 9
#define I3_RES_EME_STAT_SAE_DTC_DEN9_WERT (RXBUF_UINT(70))
#define I3_RES_EME_STAT_SAE_DTC_DEN9_WERT_TYPE unsigned short
// Denominator for the SAE DTC 9 / Nenner für den SAE DTC 9
#define I3_RES_EME_STAT_SAE_DTC10_WERT (RXBUF_UINT32(72))
#define I3_RES_EME_STAT_SAE_DTC10_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC10_WERT_TYPE unsigned long
// SAE DTC 10 / SAE DTC 10
#define I3_RES_EME_STAT_SAE_DTC_NUM10_WERT (RXBUF_UINT(76))
#define I3_RES_EME_STAT_SAE_DTC_NUM10_WERT_TYPE unsigned short
// Counter for the SAE DTC 10 / Zähler für den SAE DTC 10
#define I3_RES_EME_STAT_SAE_DTC_DEN10_WERT (RXBUF_UINT(78))
#define I3_RES_EME_STAT_SAE_DTC_DEN10_WERT_TYPE unsigned short
// Denominator for the SAE DTC 10 / Nenner für den SAE DTC 10
#define I3_RES_EME_STAT_SAE_DTC11_WERT (RXBUF_UINT32(80))
#define I3_RES_EME_STAT_SAE_DTC11_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC11_WERT_TYPE unsigned long
// SAE DTC 11 / SAE DTC 11
#define I3_RES_EME_STAT_SAE_DTC_NUM11_WERT (RXBUF_UINT(84))
#define I3_RES_EME_STAT_SAE_DTC_NUM11_WERT_TYPE unsigned short
// Counter for the SAE DTC 11 / Zähler für den SAE DTC 11
#define I3_RES_EME_STAT_SAE_DTC_DEN11_WERT (RXBUF_UINT(86))
#define I3_RES_EME_STAT_SAE_DTC_DEN11_WERT_TYPE unsigned short
// Denominator for the SAE DTC 11 / Nenner für den SAE DTC 11
#define I3_RES_EME_STAT_SAE_DTC12_WERT (RXBUF_UINT32(88))
#define I3_RES_EME_STAT_SAE_DTC12_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC12_WERT_TYPE unsigned long
// SAE DTC 12 / SAE DTC 12
#define I3_RES_EME_STAT_SAE_DTC_NUM12_WERT (RXBUF_UINT(92))
#define I3_RES_EME_STAT_SAE_DTC_NUM12_WERT_TYPE unsigned short
// Counter for the SAE DTC 12 / Zähler für den SAE DTC 12
#define I3_RES_EME_STAT_SAE_DTC_DEN12_WERT (RXBUF_UINT(94))
#define I3_RES_EME_STAT_SAE_DTC_DEN12_WERT_TYPE unsigned short
// Denominator for the SAE DTC 12 / Nenner für den SAE DTC 12
#define I3_RES_EME_STAT_SAE_DTC13_WERT (RXBUF_UINT32(96))
#define I3_RES_EME_STAT_SAE_DTC13_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC13_WERT_TYPE unsigned long
// SAE DTC 13 / SAE DTC 13
#define I3_RES_EME_STAT_SAE_DTC_NUM13_WERT (RXBUF_UINT(100))
#define I3_RES_EME_STAT_SAE_DTC_NUM13_WERT_TYPE unsigned short
// Counter for the SAE DTC 13 / Zähler für den SAE DTC 13
#define I3_RES_EME_STAT_SAE_DTC_DEN13_WERT (RXBUF_UINT(102))
#define I3_RES_EME_STAT_SAE_DTC_DEN13_WERT_TYPE unsigned short
// Denominator for the SAE DTC 13 / Nenner für den SAE DTC 13
#define I3_RES_EME_STAT_SAE_DTC14_WERT (RXBUF_UINT32(104))
#define I3_RES_EME_STAT_SAE_DTC14_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC14_WERT_TYPE unsigned long
// SAE DTC 14 / SAE DTC 14
#define I3_RES_EME_STAT_SAE_DTC_NUM14_WERT (RXBUF_UINT(108))
#define I3_RES_EME_STAT_SAE_DTC_NUM14_WERT_TYPE unsigned short
// Counter for the SAE DTC 14 / Zähler für den SAE DTC 14
#define I3_RES_EME_STAT_SAE_DTC_DEN14_WERT (RXBUF_UINT(110))
#define I3_RES_EME_STAT_SAE_DTC_DEN14_WERT_TYPE unsigned short
// Denominator for the SAE DTC 14 / Nenner für den SAE DTC 14
#define I3_RES_EME_STAT_SAE_DTC15_WERT (RXBUF_UINT32(112))
#define I3_RES_EME_STAT_SAE_DTC15_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC15_WERT_TYPE unsigned long
// SAE DTC 15 / SAE DTC 15
#define I3_RES_EME_STAT_SAE_DTC_NUM15_WERT (RXBUF_UINT(116))
#define I3_RES_EME_STAT_SAE_DTC_NUM15_WERT_TYPE unsigned short
// Counter for the SAE DTC 15 / Zähler für den SAE DTC 15
#define I3_RES_EME_STAT_SAE_DTC_DEN15_WERT (RXBUF_UINT(118))
#define I3_RES_EME_STAT_SAE_DTC_DEN15_WERT_TYPE unsigned short
// Denominator for the SAE DTC 15 / Nenner für den SAE DTC 15
#define I3_RES_EME_STAT_SAE_DTC16_WERT (RXBUF_UINT32(120))
#define I3_RES_EME_STAT_SAE_DTC16_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC16_WERT_TYPE unsigned long
// SAE DTC 16 / SAE DTC 16
#define I3_RES_EME_STAT_SAE_DTC_NUM16_WERT (RXBUF_UINT(124))
#define I3_RES_EME_STAT_SAE_DTC_NUM16_WERT_TYPE unsigned short
// Counter for the SAE DTC 16 / Zähler für den SAE DTC 16
#define I3_RES_EME_STAT_SAE_DTC_DEN16_WERT (RXBUF_UINT(126))
#define I3_RES_EME_STAT_SAE_DTC_DEN16_WERT_TYPE unsigned short
// Denominator for the SAE DTC 16 / Nenner für den SAE DTC 16
#define I3_RES_EME_STAT_SAE_DTC17_WERT (RXBUF_UINT32(128))
#define I3_RES_EME_STAT_SAE_DTC17_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC17_WERT_TYPE unsigned long
// SAE DTC 17 / SAE DTC 17
#define I3_RES_EME_STAT_SAE_DTC_NUM17_WERT (RXBUF_UINT(132))
#define I3_RES_EME_STAT_SAE_DTC_NUM17_WERT_TYPE unsigned short
// Counter for the SAE DTC 17 / Zähler für den SAE DTC 17
#define I3_RES_EME_STAT_SAE_DTC_DEN17_WERT (RXBUF_UINT(134))
#define I3_RES_EME_STAT_SAE_DTC_DEN17_WERT_TYPE unsigned short
// Denominator for the SAE DTC 17 / Nenner für den SAE DTC 17
#define I3_RES_EME_STAT_SAE_DTC18_WERT (RXBUF_UINT32(136))
#define I3_RES_EME_STAT_SAE_DTC18_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC18_WERT_TYPE unsigned long
// SAE DTC 18 / SAE DTC 18
#define I3_RES_EME_STAT_SAE_DTC_NUM18_WERT (RXBUF_UINT(140))
#define I3_RES_EME_STAT_SAE_DTC_NUM18_WERT_TYPE unsigned short
// Counter for the SAE DTC 18 / Zähler für den SAE DTC 18
#define I3_RES_EME_STAT_SAE_DTC_DEN18_WERT (RXBUF_UINT(142))
#define I3_RES_EME_STAT_SAE_DTC_DEN18_WERT_TYPE unsigned short
// Denominator for the SAE DTC 18 / Nenner für den SAE DTC 18
#define I3_RES_EME_STAT_SAE_DTC19_WERT (RXBUF_UINT32(144))
#define I3_RES_EME_STAT_SAE_DTC19_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC19_WERT_TYPE unsigned long
// SAE DTC 19 / SAE DTC 19
#define I3_RES_EME_STAT_SAE_DTC_NUM19_WERT (RXBUF_UINT(148))
#define I3_RES_EME_STAT_SAE_DTC_NUM19_WERT_TYPE unsigned short
// Counter for the SAE DTC 19 / Zähler für den SAE DTC 19
#define I3_RES_EME_STAT_SAE_DTC_DEN19_WERT (RXBUF_UINT(150))
#define I3_RES_EME_STAT_SAE_DTC_DEN19_WERT_TYPE unsigned short
// Denominator for the SAE DTC 19 / Nenner für den SAE DTC 19
#define I3_RES_EME_STAT_SAE_DTC20_WERT (RXBUF_UINT32(152))
#define I3_RES_EME_STAT_SAE_DTC20_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC20_WERT_TYPE unsigned long
// SAE DTC 20 / SAE DTC 20
#define I3_RES_EME_STAT_SAE_DTC_NUM20_WERT (RXBUF_UINT(156))
#define I3_RES_EME_STAT_SAE_DTC_NUM20_WERT_TYPE unsigned short
// Counter for the SAE DTC 20 / Zähler für den SAE DTC 20
#define I3_RES_EME_STAT_SAE_DTC_DEN20_WERT (RXBUF_UINT(158))
#define I3_RES_EME_STAT_SAE_DTC_DEN20_WERT_TYPE unsigned short
// Denominator for the SAE DTC 20 / Nenner für den SAE DTC 20
#define I3_RES_EME_STAT_SAE_DTC21_WERT (RXBUF_UINT32(160))
#define I3_RES_EME_STAT_SAE_DTC21_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC21_WERT_TYPE unsigned long
// SAE DTC 21 / SAE DTC 21
#define I3_RES_EME_STAT_SAE_DTC_NUM21_WERT (RXBUF_UINT(164))
#define I3_RES_EME_STAT_SAE_DTC_NUM21_WERT_TYPE unsigned short
// Counter for the SAE DTC 21 / Zähler für den SAE DTC 21
#define I3_RES_EME_STAT_SAE_DTC_DEN21_WERT (RXBUF_UINT(166))
#define I3_RES_EME_STAT_SAE_DTC_DEN21_WERT_TYPE unsigned short
// Denominator for the SAE DTC 21 / Nenner für den SAE DTC 21
#define I3_RES_EME_STAT_SAE_DTC22_WERT (RXBUF_UINT32(168))
#define I3_RES_EME_STAT_SAE_DTC22_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC22_WERT_TYPE unsigned long
// SAE DTC 22 / SAE DTC 22
#define I3_RES_EME_STAT_SAE_DTC_NUM22_WERT (RXBUF_UINT(172))
#define I3_RES_EME_STAT_SAE_DTC_NUM22_WERT_TYPE unsigned short
// Counter for the SAE DTC 22 / Zähler für den SAE DTC 22
#define I3_RES_EME_STAT_SAE_DTC_DEN22_WERT (RXBUF_UINT(174))
#define I3_RES_EME_STAT_SAE_DTC_DEN22_WERT_TYPE unsigned short
// Denominator for the SAE DTC 22 / Nenner für den SAE DTC 22
#define I3_RES_EME_STAT_SAE_DTC23_WERT (RXBUF_UINT32(176))
#define I3_RES_EME_STAT_SAE_DTC23_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC23_WERT_TYPE unsigned long
// SAE DTC 23 / SAE DTC 23
#define I3_RES_EME_STAT_SAE_DTC_NUM23_WERT (RXBUF_UINT(180))
#define I3_RES_EME_STAT_SAE_DTC_NUM23_WERT_TYPE unsigned short
// Counter for the SAE DTC 23 / Zähler für den SAE DTC 23
#define I3_RES_EME_STAT_SAE_DTC_DEN23_WERT (RXBUF_UINT(182))
#define I3_RES_EME_STAT_SAE_DTC_DEN23_WERT_TYPE unsigned short
// Denominator for the SAE DTC 23 / Nenner für den SAE DTC 23
#define I3_RES_EME_STAT_SAE_DTC24_WERT (RXBUF_UINT32(184))
#define I3_RES_EME_STAT_SAE_DTC24_WERT_UNIT 'HEX'
#define I3_RES_EME_STAT_SAE_DTC24_WERT_TYPE unsigned long
// SAE DTC 24 / SAE DTC 24
#define I3_RES_EME_STAT_SAE_DTC_NUM24_WERT (RXBUF_UINT(188))
#define I3_RES_EME_STAT_SAE_DTC_NUM24_WERT_TYPE unsigned short
// Counter for the SAE DTC 24 / Zähler für den SAE DTC 24
#define I3_RES_EME_STAT_SAE_DTC_DEN24_WERT (RXBUF_UINT(190))
#define I3_RES_EME_STAT_SAE_DTC_DEN24_WERT_TYPE unsigned short
// Denominator for the SAE DTC 24 / Nenner für den SAE DTC 24
#define I3_PID_EME_LIEFERANT_TRACE_NUMMER 0xDF5B
// 29 bytes SG manufacturer trace number / 29 Byte SG-Hersteller Tracenummer
// Can't yet generate code for STAT_TRACE_NUMMER_TEXT of type string[29], at offset 0. But we account for the 29 bytes
// 29 bytes SG manufacturer trace number / 29 Byte SG-Hersteller Tracenummer
// Skipping LAST_HISTOGRAMM_EMASCHINE_RESET on 0xDF5D which takes arguments
// Skipping LADEGERAET_KONFIGURATION on 0xDFB3 which takes arguments
// Skipping LADEGERAET_HISTOGRAMM_RESET on 0xDFB4 which takes arguments
#define I3_PID_EME_LADEGERAET_TEMPERATUR_HISTOGRAMM 0xDFB5
// Temperature histograms of the charging electronics (SLE) present within the drive electronics (AE) /
// Temperatur-Histogramme der innerhalb der Antriebselektronik (AE) vorhandenen Ladeelektronik (SLE)
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_1_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_1_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 1 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 1
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_2_WERT (RXBUF_UINT32(4))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_2_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 2 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 2
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_3_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_3_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 3 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 3
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_4_WERT (RXBUF_UINT32(12))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_4_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 4 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 4
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_5_WERT (RXBUF_UINT32(16))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_5_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 5 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 5
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_6_WERT (RXBUF_UINT32(20))
#define I3_RES_EME_STAT_TEMP_LLCHVFIL_6_WERT_TYPE unsigned long
// Temperature histogram of LLCHVFIL sensor value 6 / Temperaturhistogramm von LLCHVFIL-Sensor Wert 6
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_1_WERT (RXBUF_UINT32(24))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_1_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 1 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 1
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_2_WERT (RXBUF_UINT32(28))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_2_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 2 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 2
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_3_WERT (RXBUF_UINT32(32))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_3_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 3 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 3
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_4_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_4_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 4 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 4
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_5_WERT (RXBUF_UINT32(40))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_5_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 5 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 5
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_6_WERT (RXBUF_UINT32(44))
#define I3_RES_EME_STAT_TEMP_LLCTRAFIL_6_WERT_TYPE unsigned long
// Temperature histogram from LLCTRAFIL sensor value 6 / Temperaturhistogramm von LLCTRAFIL-Sensor Wert 6
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_1_WERT (RXBUF_UINT32(48))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_1_WERT_TYPE unsigned long
// Temperature histogram from LLCZKFIL sensor value 1 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 1
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_2_WERT (RXBUF_UINT32(52))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_2_WERT_TYPE unsigned long
// Temperature histogram of LLCZKFIL sensor value 2 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 2
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_3_WERT (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_3_WERT_TYPE unsigned long
// Temperature histogram from LLCZKFIL sensor value 3 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 3
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_4_WERT (RXBUF_UINT32(60))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_4_WERT_TYPE unsigned long
// Temperature histogram from LLCZKFIL sensor value 4 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 4
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_5_WERT (RXBUF_UINT32(64))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_5_WERT_TYPE unsigned long
// Temperature histogram from LLCZKFIL sensor value 5 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 5
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_6_WERT (RXBUF_UINT32(68))
#define I3_RES_EME_STAT_TEMP_LLCZKFIL_6_WERT_TYPE unsigned long
// Temperature histogram from LLCZKFIL sensor value 6 / Temperaturhistogramm von LLCZKFIL-Sensor Wert 6
#define I3_PID_EME_LADEGERAET_HV_UEBERSTROM 0xDFB7
// Charger overcurrent meter based on HV DC current sensor raw value / Ladegerät Überstromzähler auf Basis HV
// DC-Stromsensorrohwert
#define I3_RES_EME_STAT_ZAEHLER_HV_UEBERSTROM_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_ZAEHLER_HV_UEBERSTROM_WERT_TYPE unsigned long
// Charger overcurrent meter based on HV DC current sensor raw value / Ladegerät Überstromzähler auf Basis HV
// DC-Stromsensorrohwert
#define I3_PID_EME_EMASCHINE_MAX_DREHZAHL 0xDFCE
// Reading out the absolute time in the critical electric machine speed range / Auslesen der Absolutzeit im
// kritischen E-Maschinen Drehzahl Bereich
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_1_WERT (RXBUF_UINT(0))
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_1_WERT_UNIT 's'
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_1_WERT_TYPE unsigned short
// Absolute time in the critical electric machine speed range 1 (seconds) / Absolutzeit im kritischen E-Maschinen
// Drehzahl Bereich 1 (Sekunden)
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_2_WERT (RXBUF_UINT(2))
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_2_WERT_UNIT 's'
#define I3_RES_EME_STAT_DREHZAHL_BEREICH_2_WERT_TYPE unsigned short
// Absolute time in the critical electric machine speed range 2 (seconds) / Absolutzeit im kritischen E-Maschinen
// Drehzahl Bereich 2 (Sekunden)
#define I3_PID_EME_LAST_HISTOGRAMM_EMASCHINE_LESEN 0xDFD0
// Reading out the histograms of the electric machine (speed, torque, change of sign of the torque) / Auslesen
// der Histogramme der Elektromaschine (Drehzahl, Drehmoment, Vorzeichenwechsel Drehmoment)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_1_WERT (RXBUF_UINT(0)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_1_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_1_WERT_TYPE float
// Speed torque range 1 / Drehzahl Drehmoment Bereich 1
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_2_WERT (RXBUF_UINT(2)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_2_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_2_WERT_TYPE float
// Speed torque range 2 / Drehzahl Drehmoment Bereich 2
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_3_WERT (RXBUF_UINT(4)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_3_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_3_WERT_TYPE float
// Speed torque range 3 / Drehzahl Drehmoment Bereich 3
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_4_WERT (RXBUF_UINT(6)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_4_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_4_WERT_TYPE float
// Speed torque range 4 / Drehzahl Drehmoment Bereich 4
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_5_WERT (RXBUF_UINT(8)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_5_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_5_WERT_TYPE float
// Speed torque range 5 / Drehzahl Drehmoment Bereich 5
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_6_WERT (RXBUF_UINT(10)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_6_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_6_WERT_TYPE float
// Speed torque range 6 / Drehzahl Drehmoment Bereich 6
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_7_WERT (RXBUF_UINT(12)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_7_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_7_WERT_TYPE float
// Speed torque range 7 / Drehzahl Drehmoment Bereich 7
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_8_WERT (RXBUF_UINT(14)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_8_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_8_WERT_TYPE float
// Speed torque range 8 / Drehzahl Drehmoment Bereich 8
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_9_WERT (RXBUF_UINT(16)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_9_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_9_WERT_TYPE float
// Speed torque range 9 / Drehzahl Drehmoment Bereich 9
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_10_WERT (RXBUF_UINT(18)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_10_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_10_WERT_TYPE float
// Speed torque range 10 / Drehzahl Drehmoment Bereich 10
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_11_WERT (RXBUF_UINT(20)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_11_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_11_WERT_TYPE float
// Speed torque range 11 / Drehzahl Drehmoment Bereich 11
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_12_WERT (RXBUF_UINT(22)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_12_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_12_WERT_TYPE float
// Speed torque range 12 / Drehzahl Drehmoment Bereich 12
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_13_WERT (RXBUF_UINT(24)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_13_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_13_WERT_TYPE float
// Speed torque range 13 / Drehzahl Drehmoment Bereich 13
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_14_WERT (RXBUF_UINT(26)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_14_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_14_WERT_TYPE float
// Speed torque range 14 / Drehzahl Drehmoment Bereich 14
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_15_WERT (RXBUF_UINT(28)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_15_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_15_WERT_TYPE float
// Speed torque range 15 / Drehzahl Drehmoment Bereich 15
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_16_WERT (RXBUF_UINT(30)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_16_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_16_WERT_TYPE float
// Speed torque range 16 / Drehzahl Drehmoment Bereich 16
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_17_WERT (RXBUF_UINT(32)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_17_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_17_WERT_TYPE float
// Speed torque range 17 / Drehzahl Drehmoment Bereich 17
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_18_WERT (RXBUF_UINT(34)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_18_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_18_WERT_TYPE float
// Speed torque range 18 / Drehzahl Drehmoment Bereich 18
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_19_WERT (RXBUF_UINT(36)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_19_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_19_WERT_TYPE float
// Speed torque range 19 / Drehzahl Drehmoment Bereich 19
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_20_WERT (RXBUF_UINT(38)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_20_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_20_WERT_TYPE float
// Speed torque range 20 / Drehzahl Drehmoment Bereich 20
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_21_WERT (RXBUF_UINT(40)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_21_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_21_WERT_TYPE float
// Speed torque range 21 / Drehzahl Drehmoment Bereich 21
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_22_WERT (RXBUF_UINT(42)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_22_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_22_WERT_TYPE float
// Speed torque range 22 / Drehzahl Drehmoment Bereich 22
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_23_WERT (RXBUF_UINT(44)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_23_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_23_WERT_TYPE float
// Speed torque range 23 / Drehzahl Drehmoment Bereich 23
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_24_WERT (RXBUF_UINT(46)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_24_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_24_WERT_TYPE float
// Speed torque range 24 / Drehzahl Drehmoment Bereich 24
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_25_WERT (RXBUF_UINT(48)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_25_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_25_WERT_TYPE float
// Speed torque range 25 / Drehzahl Drehmoment Bereich 25
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_26_WERT (RXBUF_UINT(50)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_26_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_26_WERT_TYPE float
// Speed torque range 26 / Drehzahl Drehmoment Bereich 26
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_27_WERT (RXBUF_UINT(52)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_27_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_27_WERT_TYPE float
// Speed torque range 27 / Drehzahl Drehmoment Bereich 27
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_28_WERT (RXBUF_UINT(54)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_28_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_28_WERT_TYPE float
// Speed torque range 28 / Drehzahl Drehmoment Bereich 28
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_29_WERT (RXBUF_UINT(56)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_29_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_29_WERT_TYPE float
// Speed torque range 29 / Drehzahl Drehmoment Bereich 29
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_30_WERT (RXBUF_UINT(58)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_30_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_30_WERT_TYPE float
// Speed torque range 30 / Drehzahl Drehmoment Bereich 30
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_31_WERT (RXBUF_UINT(60)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_31_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_31_WERT_TYPE float
// Speed torque range 31 / Drehzahl Drehmoment Bereich 31
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_32_WERT (RXBUF_UINT(62)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_32_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_32_WERT_TYPE float
// Speed torque range 32 / Drehzahl Drehmoment Bereich 32
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_33_WERT (RXBUF_UINT(64)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_33_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_33_WERT_TYPE float
// Speed torque range 33 / Drehzahl Drehmoment Bereich 33
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_34_WERT (RXBUF_UINT(66)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_34_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_34_WERT_TYPE float
// Speed torque range 34 / Drehzahl Drehmoment Bereich 34
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_35_WERT (RXBUF_UINT(68)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_35_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_35_WERT_TYPE float
// Speed torque range 35 / Drehzahl Drehmoment Bereich 35
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_36_WERT (RXBUF_UINT(70)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_36_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_36_WERT_TYPE float
// Speed torque range 36 / Drehzahl Drehmoment Bereich 36
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_37_WERT (RXBUF_UINT(72)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_37_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_37_WERT_TYPE float
// Speed torque range 37 / Drehzahl Drehmoment Bereich 37
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_38_WERT (RXBUF_UINT(74)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_38_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_38_WERT_TYPE float
// Speed torque range 38 / Drehzahl Drehmoment Bereich 38
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_39_WERT (RXBUF_UINT(76)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_39_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_39_WERT_TYPE float
// Speed torque range 39 / Drehzahl Drehmoment Bereich 39
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_40_WERT (RXBUF_UINT(78)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_40_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_40_WERT_TYPE float
// Speed torque range 40 / Drehzahl Drehmoment Bereich 40
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_41_WERT (RXBUF_UINT(80)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_41_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_41_WERT_TYPE float
// Speed torque range 41 / Drehzahl Drehmoment Bereich 41
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_42_WERT (RXBUF_UINT(82)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_42_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_42_WERT_TYPE float
// Speed torque range 42 / Drehzahl Drehmoment Bereich 42
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_43_WERT (RXBUF_UINT(84)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_43_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_43_WERT_TYPE float
// Speed torque range 43 / Drehzahl Drehmoment Bereich 43
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_44_WERT (RXBUF_UINT(86)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_44_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_44_WERT_TYPE float
// Speed torque range 44 / Drehzahl Drehmoment Bereich 44
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_45_WERT (RXBUF_UINT(88)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_45_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_45_WERT_TYPE float
// Speed torque range 45 / Drehzahl Drehmoment Bereich 45
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_46_WERT (RXBUF_UINT(90)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_46_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_46_WERT_TYPE float
// Speed torque range 46 / Drehzahl Drehmoment Bereich 46
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_47_WERT (RXBUF_UINT(92)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_47_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_47_WERT_TYPE float
// Speed torque range 47 / Drehzahl Drehmoment Bereich 47
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_48_WERT (RXBUF_UINT(94)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_48_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_48_WERT_TYPE float
// Speed torque range 48 / Drehzahl Drehmoment Bereich 48
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_49_WERT (RXBUF_UINT(96)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_49_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_49_WERT_TYPE float
// Speed torque range 49 / Drehzahl Drehmoment Bereich 49
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_50_WERT (RXBUF_UINT(98)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_50_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_50_WERT_TYPE float
// Speed torque range 50 / Drehzahl Drehmoment Bereich 50
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_51_WERT (RXBUF_UINT(100)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_51_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_51_WERT_TYPE float
// Speed torque range 51 / Drehzahl Drehmoment Bereich 51
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_52_WERT (RXBUF_UINT(102)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_52_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_52_WERT_TYPE float
// Speed torque range 52 / Drehzahl Drehmoment Bereich 52
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_53_WERT (RXBUF_UINT(104)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_53_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_53_WERT_TYPE float
// Speed torque range 53 / Drehzahl Drehmoment Bereich 53
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_54_WERT (RXBUF_UINT(106)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_54_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_54_WERT_TYPE float
// Speed torque range 54 / Drehzahl Drehmoment Bereich 54
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_55_WERT (RXBUF_UINT(108)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_55_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_55_WERT_TYPE float
// Speed torque range 55 / Drehzahl Drehmoment Bereich 55
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_56_WERT (RXBUF_UINT(110)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_56_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_56_WERT_TYPE float
// Speed torque range 56 / Drehzahl Drehmoment Bereich 56
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_57_WERT (RXBUF_UINT(112)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_57_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_57_WERT_TYPE float
// Speed torque range 57 / Drehzahl Drehmoment Bereich 57
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_58_WERT (RXBUF_UINT(114)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_58_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_58_WERT_TYPE float
// Speed torque range 58 / Drehzahl Drehmoment Bereich 58
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_59_WERT (RXBUF_UINT(116)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_59_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_59_WERT_TYPE float
// Speed torque range 59 / Drehzahl Drehmoment Bereich 59
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_60_WERT (RXBUF_UINT(118)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_60_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_60_WERT_TYPE float
// Speed torque range 60 / Drehzahl Drehmoment Bereich 60
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_61_WERT (RXBUF_UINT(120)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_61_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_61_WERT_TYPE float
// Speed torque range 61 / Drehzahl Drehmoment Bereich 61
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_62_WERT (RXBUF_UINT(122)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_62_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_62_WERT_TYPE float
// Speed torque range 62 / Drehzahl Drehmoment Bereich 62
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_63_WERT (RXBUF_UINT(124)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_63_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_63_WERT_TYPE float
// Speed torque range 63 / Drehzahl Drehmoment Bereich 63
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_64_WERT (RXBUF_UINT(126)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_64_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_64_WERT_TYPE float
// Speed torque range 64 / Drehzahl Drehmoment Bereich 64
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_65_WERT (RXBUF_UINT(128)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_65_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_65_WERT_TYPE float
// Speed torque range 65 / Drehzahl Drehmoment Bereich 65
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_66_WERT (RXBUF_UINT(130)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_66_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_66_WERT_TYPE float
// Speed torque range 66 / Drehzahl Drehmoment Bereich 66
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_67_WERT (RXBUF_UINT(132)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_67_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_67_WERT_TYPE float
// Speed torque range 67 / Drehzahl Drehmoment Bereich 67
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_68_WERT (RXBUF_UINT(134)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_68_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_68_WERT_TYPE float
// Speed torque range 68 / Drehzahl Drehmoment Bereich 68
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_69_WERT (RXBUF_UINT(136)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_69_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_69_WERT_TYPE float
// Speed torque range 69 / Drehzahl Drehmoment Bereich 69
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_70_WERT (RXBUF_UINT(138)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_70_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_70_WERT_TYPE float
// Speed torque range 70 / Drehzahl Drehmoment Bereich 70
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_71_WERT (RXBUF_UINT(140)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_71_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_71_WERT_TYPE float
// Speed torque range 71 / Drehzahl Drehmoment Bereich 71
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_72_WERT (RXBUF_UINT(142)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_72_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_72_WERT_TYPE float
// Speed torque range 72 / Drehzahl Drehmoment Bereich 72
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_73_WERT (RXBUF_UINT(144)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_73_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_73_WERT_TYPE float
// Speed torque range 73 / Drehzahl Drehmoment Bereich 73
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_74_WERT (RXBUF_UINT(146)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_74_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_74_WERT_TYPE float
// Speed torque range 74 / Drehzahl Drehmoment Bereich 74
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_75_WERT (RXBUF_UINT(148)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_75_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_75_WERT_TYPE float
// Speed torque range 75 / Drehzahl Drehmoment Bereich 75
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_76_WERT (RXBUF_UINT(150)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_76_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_76_WERT_TYPE float
// Speed torque range 76 / Drehzahl Drehmoment Bereich 76
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_77_WERT (RXBUF_UINT(152)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_77_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_77_WERT_TYPE float
// Speed torque range 77 / Drehzahl Drehmoment Bereich 77
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_78_WERT (RXBUF_UINT(154)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_78_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_78_WERT_TYPE float
// Speed torque range 78 / Drehzahl Drehmoment Bereich 78
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_79_WERT (RXBUF_UINT(156)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_79_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_79_WERT_TYPE float
// Speed torque range 79 / Drehzahl Drehmoment Bereich 79
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_80_WERT (RXBUF_UINT(158)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_80_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_80_WERT_TYPE float
// Speed torque range 80 / Drehzahl Drehmoment Bereich 80
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_81_WERT (RXBUF_UINT(160)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_81_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_81_WERT_TYPE float
// Speed torque range 81 / Drehzahl Drehmoment Bereich 81
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_82_WERT (RXBUF_UINT(162)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_82_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_82_WERT_TYPE float
// Speed torque range 82 / Drehzahl Drehmoment Bereich 82
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_83_WERT (RXBUF_UINT(164)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_83_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_83_WERT_TYPE float
// Speed torque range 83 / Drehzahl Drehmoment Bereich 83
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_84_WERT (RXBUF_UINT(166)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_84_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_84_WERT_TYPE float
// Speed torque range 84 / Drehzahl Drehmoment Bereich 84
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_85_WERT (RXBUF_UINT(168)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_85_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_85_WERT_TYPE float
// Speed torque range 85 / Drehzahl Drehmoment Bereich 85
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_86_WERT (RXBUF_UINT(170)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_86_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_86_WERT_TYPE float
// Speed torque range 86 / Drehzahl Drehmoment Bereich 86
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_87_WERT (RXBUF_UINT(172)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_87_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_87_WERT_TYPE float
// Speed torque range 87 / Drehzahl Drehmoment Bereich 87
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_88_WERT (RXBUF_UINT(174)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_88_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_88_WERT_TYPE float
// Speed torque range 88 / Drehzahl Drehmoment Bereich 88
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_89_WERT (RXBUF_UINT(176)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_89_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_89_WERT_TYPE float
// Speed torque range 89 / Drehzahl Drehmoment Bereich 89
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_90_WERT (RXBUF_UINT(178)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_90_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_90_WERT_TYPE float
// Speed torque range 90 / Drehzahl Drehmoment Bereich 90
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_91_WERT (RXBUF_UINT(180)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_91_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_91_WERT_TYPE float
// Speed torque range 91 / Drehzahl Drehmoment Bereich 91
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_92_WERT (RXBUF_UINT(182)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_92_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_92_WERT_TYPE float
// Speed torque range 92 / Drehzahl Drehmoment Bereich 92
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_93_WERT (RXBUF_UINT(184)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_93_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_93_WERT_TYPE float
// Speed torque range 93 / Drehzahl Drehmoment Bereich 93
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_94_WERT (RXBUF_UINT(186)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_94_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_94_WERT_TYPE float
// Speed torque range 94 / Drehzahl Drehmoment Bereich 94
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_95_WERT (RXBUF_UINT(188)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_95_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_95_WERT_TYPE float
// Speed torque range 95 / Drehzahl Drehmoment Bereich 95
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_96_WERT (RXBUF_UINT(190)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_96_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_96_WERT_TYPE float
// Speed torque range 96 / Drehzahl Drehmoment Bereich 96
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_97_WERT (RXBUF_UINT(192)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_97_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_97_WERT_TYPE float
// Speed torque range 97 / Drehzahl Drehmoment Bereich 97
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_98_WERT (RXBUF_UINT(194)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_98_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_98_WERT_TYPE float
// Speed torque range 98 / Drehzahl Drehmoment Bereich 98
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_99_WERT (RXBUF_UINT(196)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_99_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_99_WERT_TYPE float
// Speed torque range 99 / Drehzahl Drehmoment Bereich 99
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_100_WERT (RXBUF_UINT(198)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_100_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_100_WERT_TYPE float
// Speed torque range 100 / Drehzahl Drehmoment Bereich 100
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_101_WERT (RXBUF_UINT(200)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_101_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_101_WERT_TYPE float
// Speed torque range 101 / Drehzahl Drehmoment Bereich 101
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_102_WERT (RXBUF_UINT(202)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_102_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_102_WERT_TYPE float
// Speed torque range 102 / Drehzahl Drehmoment Bereich 102
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_103_WERT (RXBUF_UINT(204)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_103_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_103_WERT_TYPE float
// Speed torque range 103 / Drehzahl Drehmoment Bereich 103
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_104_WERT (RXBUF_UINT(206)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_104_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_104_WERT_TYPE float
// Speed torque range 104 / Drehzahl Drehmoment Bereich 104
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_105_WERT (RXBUF_UINT(208)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_105_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_105_WERT_TYPE float
// Speed torque range 105 / Drehzahl Drehmoment Bereich 105
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_106_WERT (RXBUF_UINT(210)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_106_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_106_WERT_TYPE float
// Speed torque range 106 / Drehzahl Drehmoment Bereich 106
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_107_WERT (RXBUF_UINT(212)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_107_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_107_WERT_TYPE float
// Speed torque range 107 / Drehzahl Drehmoment Bereich 107
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_108_WERT (RXBUF_UINT(214)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_108_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_108_WERT_TYPE float
// Speed torque range 108 / Drehzahl Drehmoment Bereich 108
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_109_WERT (RXBUF_UINT(216)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_109_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_109_WERT_TYPE float
// Speed torque range 109 / Drehzahl Drehmoment Bereich 109
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_110_WERT (RXBUF_UINT(218)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_110_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_110_WERT_TYPE float
// Speed torque range 110 / Drehzahl Drehmoment Bereich 110
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_111_WERT (RXBUF_UINT(220)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_111_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_111_WERT_TYPE float
// Speed torque range 111 / Drehzahl Drehmoment Bereich 111
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_112_WERT (RXBUF_UINT(222)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_112_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_112_WERT_TYPE float
// Speed torque range 112 / Drehzahl Drehmoment Bereich 112
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_113_WERT (RXBUF_UINT(224)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_113_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_113_WERT_TYPE float
// Speed torque range 113 / Drehzahl Drehmoment Bereich 113
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_114_WERT (RXBUF_UINT(226)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_114_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_114_WERT_TYPE float
// Speed torque range 114 / Drehzahl Drehmoment Bereich 114
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_115_WERT (RXBUF_UINT(228)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_115_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_115_WERT_TYPE float
// Speed torque range 115 / Drehzahl Drehmoment Bereich 115
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_116_WERT (RXBUF_UINT(230)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_116_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_116_WERT_TYPE float
// Speed torque range 116 / Drehzahl Drehmoment Bereich 116
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_117_WERT (RXBUF_UINT(232)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_117_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_117_WERT_TYPE float
// Speed torque range 117 / Drehzahl Drehmoment Bereich 117
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_118_WERT (RXBUF_UINT(234)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_118_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_118_WERT_TYPE float
// Speed torque range 118 / Drehzahl Drehmoment Bereich 118
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_119_WERT (RXBUF_UINT(236)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_119_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_119_WERT_TYPE float
// Speed torque range 119 / Drehzahl Drehmoment Bereich 119
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_120_WERT (RXBUF_UINT(238)*0.002f)
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_120_WERT_UNIT '%'
#define I3_RES_EME_STAT_DREHZAHL_DREHMOMENT_BEREICH_120_WERT_TYPE float
// Speed torque range 120 / Drehzahl Drehmoment Bereich 120
#define I3_PID_EME_RATE_BASED_MONITORING 0xE52F
// RBM data on discontinuous diagnoses including dependent secondaries. / RBM Daten zu nicht kontinuierlichen
// Diagnosen inkl. Dependant Secondaries.
// Can't yet generate code for STAT_DTC_1_HEXCODE_DATA of type data[3] at offset 0. But we account for the 3 bytes
// HexCode of DTC 1 / HexCode von DTC 1
#define I3_RES_EME_STAT_DTC_1_NUM_WERT (RXBUF_UINT(3))
#define I3_RES_EME_STAT_DTC_1_NUM_WERT_TYPE unsigned short
// DTC numerator 1 / Numerator von DTC 1
#define I3_RES_EME_STAT_DTC_1_DEN_WERT (RXBUF_UINT(5))
#define I3_RES_EME_STAT_DTC_1_DEN_WERT_TYPE unsigned short
// Denominator of DTC 1 / Denominator von DTC 1
// Can't yet generate code for STAT_DTC_2_HEXCODE_DATA of type data[3] at offset 7. But we account for the 3 bytes
// HexCode of DTC 2 / HexCode von DTC 2
#define I3_RES_EME_STAT_DTC_2_NUM_WERT (RXBUF_UINT(10))
#define I3_RES_EME_STAT_DTC_2_NUM_WERT_TYPE unsigned short
// DTC numerator 2 / Numerator von DTC 2
#define I3_RES_EME_STAT_DTC_2_DEN_WERT (RXBUF_UINT(12))
#define I3_RES_EME_STAT_DTC_2_DEN_WERT_TYPE unsigned short
// Denominator of DTC 2 / Denominator von DTC 2
// Can't yet generate code for STAT_DTC_3_HEXCODE_DATA of type data[3] at offset 14. But we account for the 3 bytes
// HexCode of DTC 3 / HexCode von DTC 3
#define I3_RES_EME_STAT_DTC_3_NUM_WERT (RXBUF_UINT(17))
#define I3_RES_EME_STAT_DTC_3_NUM_WERT_TYPE unsigned short
// DTC numerator 3 / Numerator von DTC 3
#define I3_RES_EME_STAT_DTC_3_DEN_WERT (RXBUF_UINT(19))
#define I3_RES_EME_STAT_DTC_3_DEN_WERT_TYPE unsigned short
// Denominator of DTC 3 / Denominator von DTC 3
// Can't yet generate code for STAT_DTC_4_HEXCODE_DATA of type data[3] at offset 21. But we account for the 3 bytes
// HexCode of DTC 4 / HexCode von DTC 4
#define I3_RES_EME_STAT_DTC_4_NUM_WERT (RXBUF_UINT(24))
#define I3_RES_EME_STAT_DTC_4_NUM_WERT_TYPE unsigned short
// Numerator from DTC 4 / Numerator von DTC 4
#define I3_RES_EME_STAT_DTC_4_DEN_WERT (RXBUF_UINT(26))
#define I3_RES_EME_STAT_DTC_4_DEN_WERT_TYPE unsigned short
// Denominator of DTC 4 / Denominator von DTC 4
// Can't yet generate code for STAT_DTC_5_HEXCODE_DATA of type data[3] at offset 28. But we account for the 3 bytes
// HexCode of DTC 5 / HexCode von DTC 5
#define I3_RES_EME_STAT_DTC_5_NUM_WERT (RXBUF_UINT(31))
#define I3_RES_EME_STAT_DTC_5_NUM_WERT_TYPE unsigned short
// Numerator from DTC 5 / Numerator von DTC 5
#define I3_RES_EME_STAT_DTC_5_DEN_WERT (RXBUF_UINT(33))
#define I3_RES_EME_STAT_DTC_5_DEN_WERT_TYPE unsigned short
// Denominator of DTC 5 / Denominator von DTC 5
// Can't yet generate code for STAT_DTC_6_HEXCODE_DATA of type data[3] at offset 35. But we account for the 3 bytes
// HexCode of DTC 6 / HexCode von DTC 6
#define I3_RES_EME_STAT_DTC_6_NUM_WERT (RXBUF_UINT(38))
#define I3_RES_EME_STAT_DTC_6_NUM_WERT_TYPE unsigned short
// Numerator from DTC 6 / Numerator von DTC 6
#define I3_RES_EME_STAT_DTC_6_DEN_WERT (RXBUF_UINT(40))
#define I3_RES_EME_STAT_DTC_6_DEN_WERT_TYPE unsigned short
// Denominator of DTC 6 / Denominator von DTC 6
// Can't yet generate code for STAT_DTC_7_HEXCODE_DATA of type data[3] at offset 42. But we account for the 3 bytes
// HexCode of DTC 7 / HexCode von DTC 7
#define I3_RES_EME_STAT_DTC_7_NUM_WERT (RXBUF_UINT(45))
#define I3_RES_EME_STAT_DTC_7_NUM_WERT_TYPE unsigned short
// Numerator from DTC 7 / Numerator von DTC 7
#define I3_RES_EME_STAT_DTC_7_DEN_WERT (RXBUF_UINT(47))
#define I3_RES_EME_STAT_DTC_7_DEN_WERT_TYPE unsigned short
// Denominator of DTC 7 / Denominator von DTC 7
// Can't yet generate code for STAT_DTC_8_HEXCODE_DATA of type data[3] at offset 49. But we account for the 3 bytes
// HexCode of DTC 8 / HexCode von DTC 8
#define I3_RES_EME_STAT_DTC_8_NUM_WERT (RXBUF_UINT(52))
#define I3_RES_EME_STAT_DTC_8_NUM_WERT_TYPE unsigned short
// Numerator from DTC 8 / Numerator von DTC 8
#define I3_RES_EME_STAT_DTC_8_DEN_WERT (RXBUF_UINT(54))
#define I3_RES_EME_STAT_DTC_8_DEN_WERT_TYPE unsigned short
// Denominator of DTC 8 / Denominator von DTC 8
// Can't yet generate code for STAT_DTC_9_HEXCODE_DATA of type data[3] at offset 56. But we account for the 3 bytes
// HexCode of DTC 9 / HexCode von DTC 9
#define I3_RES_EME_STAT_DTC_9_NUM_WERT (RXBUF_UINT(59))
#define I3_RES_EME_STAT_DTC_9_NUM_WERT_TYPE unsigned short
// Numerator from DTC 9 / Numerator von DTC 9
#define I3_RES_EME_STAT_DTC_9_DEN_WERT (RXBUF_UINT(61))
#define I3_RES_EME_STAT_DTC_9_DEN_WERT_TYPE unsigned short
// Denominator of DTC 9 / Denominator von DTC 9
// Can't yet generate code for STAT_DTC_10_HEXCODE_DATA of type data[3] at offset 63. But we account for the 3 bytes
// HexCode of DTC 10 / HexCode von DTC 10
#define I3_RES_EME_STAT_DTC_10_NUM_WERT (RXBUF_UINT(66))
#define I3_RES_EME_STAT_DTC_10_NUM_WERT_TYPE unsigned short
// Numerator from DTC 10 / Numerator von DTC 10
#define I3_RES_EME_STAT_DTC_10_DEN_WERT (RXBUF_UINT(68))
#define I3_RES_EME_STAT_DTC_10_DEN_WERT_TYPE unsigned short
// Denominator of DTC 10 / Denominator von DTC 10
// Can't yet generate code for STAT_DTC_11_HEXCODE_DATA of type data[3] at offset 70. But we account for the 3 bytes
// HexCode of DTC 11 / HexCode von DTC 11
#define I3_RES_EME_STAT_DTC_11_NUM_WERT (RXBUF_UINT(73))
#define I3_RES_EME_STAT_DTC_11_NUM_WERT_TYPE unsigned short
// Numerator from DTC 11 / Numerator von DTC 11
#define I3_RES_EME_STAT_DTC_11_DEN_WERT (RXBUF_UINT(75))
#define I3_RES_EME_STAT_DTC_11_DEN_WERT_TYPE unsigned short
// Denominator of DTC 11 / Denominator von DTC 11
// Can't yet generate code for STAT_DTC_12_HEXCODE_DATA of type data[3] at offset 77. But we account for the 3 bytes
// HexCode of DTC 12 / HexCode von DTC 12
#define I3_RES_EME_STAT_DTC_12_NUM_WERT (RXBUF_UINT(80))
#define I3_RES_EME_STAT_DTC_12_NUM_WERT_TYPE unsigned short
// Numerator from DTC 12 / Numerator von DTC 12
#define I3_RES_EME_STAT_DTC_12_DEN_WERT (RXBUF_UINT(82))
#define I3_RES_EME_STAT_DTC_12_DEN_WERT_TYPE unsigned short
// Denominator of DTC 12 / Denominator von DTC 12
// Can't yet generate code for STAT_DTC_13_HEXCODE_DATA of type data[3] at offset 84. But we account for the 3 bytes
// HexCode of DTC 13 / HexCode von DTC 13
#define I3_RES_EME_STAT_DTC_13_NUM_WERT (RXBUF_UINT(87))
#define I3_RES_EME_STAT_DTC_13_NUM_WERT_TYPE unsigned short
// Numerator from DTC 13 / Numerator von DTC 13
#define I3_RES_EME_STAT_DTC_13_DEN_WERT (RXBUF_UINT(89))
#define I3_RES_EME_STAT_DTC_13_DEN_WERT_TYPE unsigned short
// Denominator of DTC 13 / Denominator von DTC 13
// Can't yet generate code for STAT_DTC_14_HEXCODE_DATA of type data[3] at offset 91. But we account for the 3 bytes
// HexCode of DTC 14 / HexCode von DTC 14
#define I3_RES_EME_STAT_DTC_14_NUM_WERT (RXBUF_UINT(94))
#define I3_RES_EME_STAT_DTC_14_NUM_WERT_TYPE unsigned short
// Numerator from DTC 14 / Numerator von DTC 14
#define I3_RES_EME_STAT_DTC_14_DEN_WERT (RXBUF_UINT(96))
#define I3_RES_EME_STAT_DTC_14_DEN_WERT_TYPE unsigned short
// Denominator of DTC 14 / Denominator von DTC 14
// Can't yet generate code for STAT_DTC_15_HEXCODE_DATA of type data[3] at offset 98. But we account for the 3 bytes
// HexCode of DTC 15 / HexCode von DTC 15
#define I3_RES_EME_STAT_DTC_15_NUM_WERT (RXBUF_UINT(101))
#define I3_RES_EME_STAT_DTC_15_NUM_WERT_TYPE unsigned short
// Numerator from DTC 15 / Numerator von DTC 15
#define I3_RES_EME_STAT_DTC_15_DEN_WERT (RXBUF_UINT(103))
#define I3_RES_EME_STAT_DTC_15_DEN_WERT_TYPE unsigned short
// Denominator of DTC 15 / Denominator von DTC 15
// Can't yet generate code for STAT_DTC_16_HEXCODE_DATA of type data[3] at offset 105. But we account for the 3 bytes
// HexCode of DTC 16 / HexCode von DTC 16
#define I3_RES_EME_STAT_DTC_16_NUM_WERT (RXBUF_UINT(108))
#define I3_RES_EME_STAT_DTC_16_NUM_WERT_TYPE unsigned short
// Numerator from DTC 16 / Numerator von DTC 16
#define I3_RES_EME_STAT_DTC_16_DEN_WERT (RXBUF_UINT(110))
#define I3_RES_EME_STAT_DTC_16_DEN_WERT_TYPE unsigned short
// Denominator of DTC 16 / Denominator von DTC 16
// Can't yet generate code for STAT_DTC_17_HEXCODE_DATA of type data[3] at offset 112. But we account for the 3 bytes
// HexCode of DTC 17 / HexCode von DTC 17
#define I3_RES_EME_STAT_DTC_17_NUM_WERT (RXBUF_UINT(115))
#define I3_RES_EME_STAT_DTC_17_NUM_WERT_TYPE unsigned short
// Numerator from DTC 17 / Numerator von DTC 17
#define I3_RES_EME_STAT_DTC_17_DEN_WERT (RXBUF_UINT(117))
#define I3_RES_EME_STAT_DTC_17_DEN_WERT_TYPE unsigned short
// Denominator of DTC 17 / Denominator von DTC 17
// Can't yet generate code for STAT_DTC_18_HEXCODE_DATA of type data[3] at offset 119. But we account for the 3 bytes
// HexCode of DTC 18 / HexCode von DTC 18
#define I3_RES_EME_STAT_DTC_18_NUM_WERT (RXBUF_UINT(122))
#define I3_RES_EME_STAT_DTC_18_NUM_WERT_TYPE unsigned short
// Numerator from DTC 18 / Numerator von DTC 18
#define I3_RES_EME_STAT_DTC_18_DEN_WERT (RXBUF_UINT(124))
#define I3_RES_EME_STAT_DTC_18_DEN_WERT_TYPE unsigned short
// Denominator of DTC 18 / Denominator von DTC 18
// Can't yet generate code for STAT_DTC_19_HEXCODE_DATA of type data[3] at offset 126. But we account for the 3 bytes
// HexCode from DTC 19 / HexCode von DTC 19
#define I3_RES_EME_STAT_DTC_19_NUM_WERT (RXBUF_UINT(129))
#define I3_RES_EME_STAT_DTC_19_NUM_WERT_TYPE unsigned short
// DTC 19 numerator / Numerator von DTC 19
#define I3_RES_EME_STAT_DTC_19_DEN_WERT (RXBUF_UINT(131))
#define I3_RES_EME_STAT_DTC_19_DEN_WERT_TYPE unsigned short
// Denominator from DTC 19 / Denominator von DTC 19
// Can't yet generate code for STAT_DTC_20_HEXCODE_DATA of type data[3] at offset 133. But we account for the 3 bytes
// HexCode of DTC 20 / HexCode von DTC 20
#define I3_RES_EME_STAT_DTC_20_NUM_WERT (RXBUF_UINT(136))
#define I3_RES_EME_STAT_DTC_20_NUM_WERT_TYPE unsigned short
// Numerator from DTC 20 / Numerator von DTC 20
#define I3_RES_EME_STAT_DTC_20_DEN_WERT (RXBUF_UINT(138))
#define I3_RES_EME_STAT_DTC_20_DEN_WERT_TYPE unsigned short
// Denominator of DTC 20 / Denominator von DTC 20
// Can't yet generate code for STAT_DTC_21_HEXCODE_DATA of type data[3] at offset 140. But we account for the 3 bytes
// HexCode of DTC 21 / HexCode von DTC 21
#define I3_RES_EME_STAT_DTC_21_NUM_WERT (RXBUF_UINT(143))
#define I3_RES_EME_STAT_DTC_21_NUM_WERT_TYPE unsigned short
// Numerator from DTC 21 / Numerator von DTC 21
#define I3_RES_EME_STAT_DTC_21_DEN_WERT (RXBUF_UINT(145))
#define I3_RES_EME_STAT_DTC_21_DEN_WERT_TYPE unsigned short
// Denominator of DTC 21 / Denominator von DTC 21
// Can't yet generate code for STAT_DTC_22_HEXCODE_DATA of type data[3] at offset 147. But we account for the 3 bytes
// HexCode of DTC 22 / HexCode von DTC 22
#define I3_RES_EME_STAT_DTC_22_NUM_WERT (RXBUF_UINT(150))
#define I3_RES_EME_STAT_DTC_22_NUM_WERT_TYPE unsigned short
// Numerator from DTC 22 / Numerator von DTC 22
#define I3_RES_EME_STAT_DTC_22_DEN_WERT (RXBUF_UINT(152))
#define I3_RES_EME_STAT_DTC_22_DEN_WERT_TYPE unsigned short
// Denominator of DTC 22 / Denominator von DTC 22
// Can't yet generate code for STAT_DTC_23_HEXCODE_DATA of type data[3] at offset 154. But we account for the 3 bytes
// HexCode of DTC 23 / HexCode von DTC 23
#define I3_RES_EME_STAT_DTC_23_NUM_WERT (RXBUF_UINT(157))
#define I3_RES_EME_STAT_DTC_23_NUM_WERT_TYPE unsigned short
// Numerator from DTC 23 / Numerator von DTC 23
#define I3_RES_EME_STAT_DTC_23_DEN_WERT (RXBUF_UINT(159))
#define I3_RES_EME_STAT_DTC_23_DEN_WERT_TYPE unsigned short
// Denominator of DTC 23 / Denominator von DTC 23
// Can't yet generate code for STAT_DTC_24_HEXCODE_DATA of type data[3] at offset 161. But we account for the 3 bytes
// HexCode of DTC 24 / HexCode von DTC 24
#define I3_RES_EME_STAT_DTC_24_NUM_WERT (RXBUF_UINT(164))
#define I3_RES_EME_STAT_DTC_24_NUM_WERT_TYPE unsigned short
// Numerator from DTC 24 / Numerator von DTC 24
#define I3_RES_EME_STAT_DTC_24_DEN_WERT (RXBUF_UINT(166))
#define I3_RES_EME_STAT_DTC_24_DEN_WERT_TYPE unsigned short
// Denominator of DTC 24 / Denominator von DTC 24
// Can't yet generate code for STAT_DTC_25_HEXCODE_DATA of type data[3] at offset 168. But we account for the 3 bytes
// HexCode of DTC 25 / HexCode von DTC 25
#define I3_RES_EME_STAT_DTC_25_NUM_WERT (RXBUF_UINT(171))
#define I3_RES_EME_STAT_DTC_25_NUM_WERT_TYPE unsigned short
// Numerator from DTC 25 / Numerator von DTC 25
#define I3_RES_EME_STAT_DTC_25_DEN_WERT (RXBUF_UINT(173))
#define I3_RES_EME_STAT_DTC_25_DEN_WERT_TYPE unsigned short
// Denominator of DTC 25 / Denominator von DTC 25
// Can't yet generate code for STAT_DTC_26_HEXCODE_DATA of type data[3] at offset 175. But we account for the 3 bytes
// HexCode of DTC 26 / HexCode von DTC 26
#define I3_RES_EME_STAT_DTC_26_NUM_WERT (RXBUF_UINT(178))
#define I3_RES_EME_STAT_DTC_26_NUM_WERT_TYPE unsigned short
// Numerator from DTC 26 / Numerator von DTC 26
#define I3_RES_EME_STAT_DTC_26_DEN_WERT (RXBUF_UINT(180))
#define I3_RES_EME_STAT_DTC_26_DEN_WERT_TYPE unsigned short
// Denominator of DTC 26 / Denominator von DTC 26
// Can't yet generate code for STAT_DTC_27_HEXCODE_DATA of type data[3] at offset 182. But we account for the 3 bytes
// HexCode of DTC 27 / HexCode von DTC 27
#define I3_RES_EME_STAT_DTC_27_NUM_WERT (RXBUF_UINT(185))
#define I3_RES_EME_STAT_DTC_27_NUM_WERT_TYPE unsigned short
// Numerator from DTC 27 / Numerator von DTC 27
#define I3_RES_EME_STAT_DTC_27_DEN_WERT (RXBUF_UINT(187))
#define I3_RES_EME_STAT_DTC_27_DEN_WERT_TYPE unsigned short
// Denominator of DTC 27 / Denominator von DTC 27
// Can't yet generate code for STAT_DTC_28_HEXCODE_DATA of type data[3] at offset 189. But we account for the 3 bytes
// HexCode of DTC 28 / HexCode von DTC 28
#define I3_RES_EME_STAT_DTC_28_NUM_WERT (RXBUF_UINT(192))
#define I3_RES_EME_STAT_DTC_28_NUM_WERT_TYPE unsigned short
// Numerator from DTC 28 / Numerator von DTC 28
#define I3_RES_EME_STAT_DTC_28_DEN_WERT (RXBUF_UINT(194))
#define I3_RES_EME_STAT_DTC_28_DEN_WERT_TYPE unsigned short
// Denominator of DTC 28 / Denominator von DTC 28
// Can't yet generate code for STAT_DTC_29_HEXCODE_DATA of type data[3] at offset 196. But we account for the 3 bytes
// HexCode of DTC 29 / HexCode von DTC 29
#define I3_RES_EME_STAT_DTC_29_NUM_WERT (RXBUF_UINT(199))
#define I3_RES_EME_STAT_DTC_29_NUM_WERT_TYPE unsigned short
// Numerator from DTC 29 / Numerator von DTC 29
#define I3_RES_EME_STAT_DTC_29_DEN_WERT (RXBUF_UINT(201))
#define I3_RES_EME_STAT_DTC_29_DEN_WERT_TYPE unsigned short
// Denominator of DTC 29 / Denominator von DTC 29
// Can't yet generate code for STAT_DTC_30_HEXCODE_DATA of type data[3] at offset 203. But we account for the 3 bytes
// HexCode of DTC 30 / HexCode von DTC 30
#define I3_RES_EME_STAT_DTC_30_NUM_WERT (RXBUF_UINT(206))
#define I3_RES_EME_STAT_DTC_30_NUM_WERT_TYPE unsigned short
// Numerator from DTC 30 / Numerator von DTC 30
#define I3_RES_EME_STAT_DTC_30_DEN_WERT (RXBUF_UINT(208))
#define I3_RES_EME_STAT_DTC_30_DEN_WERT_TYPE unsigned short
// Denominator of DTC 30 / Denominator von DTC 30
// Can't yet generate code for STAT_DTC_31_HEXCODE_DATA of type data[3] at offset 210. But we account for the 3 bytes
// HexCode of DTC 31 / HexCode von DTC 31
#define I3_RES_EME_STAT_DTC_31_NUM_WERT (RXBUF_UINT(213))
#define I3_RES_EME_STAT_DTC_31_NUM_WERT_TYPE unsigned short
// Numerator from DTC 31 / Numerator von DTC 31
#define I3_RES_EME_STAT_DTC_31_DEN_WERT (RXBUF_UINT(215))
#define I3_RES_EME_STAT_DTC_31_DEN_WERT_TYPE unsigned short
// Denominator of DTC 31 / Denominator von DTC 31
// Can't yet generate code for STAT_DTC_32_HEXCODE_DATA of type data[3] at offset 217. But we account for the 3 bytes
// HexCode of DTC 32 / HexCode von DTC 32
#define I3_RES_EME_STAT_DTC_32_NUM_WERT (RXBUF_UINT(220))
#define I3_RES_EME_STAT_DTC_32_NUM_WERT_TYPE unsigned short
// DTC 32 numerator / Numerator von DTC 32
#define I3_RES_EME_STAT_DTC_32_DEN_WERT (RXBUF_UINT(222))
#define I3_RES_EME_STAT_DTC_32_DEN_WERT_TYPE unsigned short
// Denominator of DTC 32 / Denominator von DTC 32
// Can't yet generate code for STAT_DTC_33_HEXCODE_DATA of type data[3] at offset 224. But we account for the 3 bytes
// HexCode of DTC 33 / HexCode von DTC 33
#define I3_RES_EME_STAT_DTC_33_NUM_WERT (RXBUF_UINT(227))
#define I3_RES_EME_STAT_DTC_33_NUM_WERT_TYPE unsigned short
// Numerator from DTC 33 / Numerator von DTC 33
#define I3_RES_EME_STAT_DTC_33_DEN_WERT (RXBUF_UINT(229))
#define I3_RES_EME_STAT_DTC_33_DEN_WERT_TYPE unsigned short
// Denominator of DTC 33 / Denominator von DTC 33
// Can't yet generate code for STAT_DTC_34_HEXCODE_DATA of type data[3] at offset 231. But we account for the 3 bytes
// HexCode of DTC 34 / HexCode von DTC 34
#define I3_RES_EME_STAT_DTC_34_NUM_WERT (RXBUF_UINT(234))
#define I3_RES_EME_STAT_DTC_34_NUM_WERT_TYPE unsigned short
// Numerator from DTC 34 / Numerator von DTC 34
#define I3_RES_EME_STAT_DTC_34_DEN_WERT (RXBUF_UINT(236))
#define I3_RES_EME_STAT_DTC_34_DEN_WERT_TYPE unsigned short
// Denominator of DTC 34 / Denominator von DTC 34
// Can't yet generate code for STAT_DTC_35_HEXCODE_DATA of type data[3] at offset 238. But we account for the 3 bytes
// HexCode of DTC 35 / HexCode von DTC 35
#define I3_RES_EME_STAT_DTC_35_NUM_WERT (RXBUF_UINT(241))
#define I3_RES_EME_STAT_DTC_35_NUM_WERT_TYPE unsigned short
// DTC 35 numerator / Numerator von DTC 35
#define I3_RES_EME_STAT_DTC_35_DEN_WERT (RXBUF_UINT(243))
#define I3_RES_EME_STAT_DTC_35_DEN_WERT_TYPE unsigned short
// Denominator of DTC 35 / Denominator von DTC 35
// Can't yet generate code for STAT_DTC_36_HEXCODE_DATA of type data[3] at offset 245. But we account for the 3 bytes
// HexCode of DTC 36 / HexCode von DTC 36
#define I3_RES_EME_STAT_DTC_36_NUM_WERT (RXBUF_UINT(248))
#define I3_RES_EME_STAT_DTC_36_NUM_WERT_TYPE unsigned short
// Numerator from DTC 36 / Numerator von DTC 36
#define I3_RES_EME_STAT_DTC_36_DEN_WERT (RXBUF_UINT(250))
#define I3_RES_EME_STAT_DTC_36_DEN_WERT_TYPE unsigned short
// Denominator of DTC 36 / Denominator von DTC 36
// Can't yet generate code for STAT_DTC_37_HEXCODE_DATA of type data[3] at offset 252. But we account for the 3 bytes
// HexCode of DTC 37 / HexCode von DTC 37
#define I3_RES_EME_STAT_DTC_37_NUM_WERT (RXBUF_UINT(255))
#define I3_RES_EME_STAT_DTC_37_NUM_WERT_TYPE unsigned short
// Numerator from DTC 37 / Numerator von DTC 37
#define I3_RES_EME_STAT_DTC_37_DEN_WERT (RXBUF_UINT(257))
#define I3_RES_EME_STAT_DTC_37_DEN_WERT_TYPE unsigned short
// Denominator of DTC 37 / Denominator von DTC 37
// Can't yet generate code for STAT_DTC_38_HEXCODE_DATA of type data[3] at offset 259. But we account for the 3 bytes
// HexCode of DTC 38 / HexCode von DTC 38
#define I3_RES_EME_STAT_DTC_38_NUM_WERT (RXBUF_UINT(262))
#define I3_RES_EME_STAT_DTC_38_NUM_WERT_TYPE unsigned short
// Numerator from DTC 38 / Numerator von DTC 38
#define I3_RES_EME_STAT_DTC_38_DEN_WERT (RXBUF_UINT(264))
#define I3_RES_EME_STAT_DTC_38_DEN_WERT_TYPE unsigned short
// Denominator of DTC 38 / Denominator von DTC 38
// Can't yet generate code for STAT_DTC_39_HEXCODE_DATA of type data[3] at offset 266. But we account for the 3 bytes
// HexCode of DTC 39 / HexCode von DTC 39
#define I3_RES_EME_STAT_DTC_39_NUM_WERT (RXBUF_UINT(269))
#define I3_RES_EME_STAT_DTC_39_NUM_WERT_TYPE unsigned short
// Numerator from DTC 39 / Numerator von DTC 39
#define I3_RES_EME_STAT_DTC_39_DEN_WERT (RXBUF_UINT(271))
#define I3_RES_EME_STAT_DTC_39_DEN_WERT_TYPE unsigned short
// Denominator of DTC 39 / Denominator von DTC 39
// Can't yet generate code for STAT_DTC_40_HEXCODE_DATA of type data[3] at offset 273. But we account for the 3 bytes
// HexCode of DTC 40 / HexCode von DTC 40
#define I3_RES_EME_STAT_DTC_40_NUM_WERT (RXBUF_UINT(276))
#define I3_RES_EME_STAT_DTC_40_NUM_WERT_TYPE unsigned short
// Numerator from DTC 40 / Numerator von DTC 40
#define I3_RES_EME_STAT_DTC_40_DEN_WERT (RXBUF_UINT(278))
#define I3_RES_EME_STAT_DTC_40_DEN_WERT_TYPE unsigned short
// Denominator of DTC 40 / Denominator von DTC 40
// Can't yet generate code for STAT_DTC_41_HEXCODE_DATA of type data[3] at offset 280. But we account for the 3 bytes
// HexCode of DTC 41 / HexCode von DTC 41
#define I3_RES_EME_STAT_DTC_41_NUM_WERT (RXBUF_UINT(283))
#define I3_RES_EME_STAT_DTC_41_NUM_WERT_TYPE unsigned short
// Numerator from DTC 41 / Numerator von DTC 41
#define I3_RES_EME_STAT_DTC_41_DEN_WERT (RXBUF_UINT(285))
#define I3_RES_EME_STAT_DTC_41_DEN_WERT_TYPE unsigned short
// Denominator of DTC 41 / Denominator von DTC 41
// Can't yet generate code for STAT_DTC_42_HEXCODE_DATA of type data[3] at offset 287. But we account for the 3 bytes
// HexCode of DTC 42 / HexCode von DTC 42
#define I3_RES_EME_STAT_DTC_42_NUM_WERT (RXBUF_UINT(290))
#define I3_RES_EME_STAT_DTC_42_NUM_WERT_TYPE unsigned short
// Numerator from DTC 42 / Numerator von DTC 42
#define I3_RES_EME_STAT_DTC_42_DEN_WERT (RXBUF_UINT(292))
#define I3_RES_EME_STAT_DTC_42_DEN_WERT_TYPE unsigned short
// Denominator of DTC 42 / Denominator von DTC 42
// Can't yet generate code for STAT_DTC_43_HEXCODE_DATA of type data[3] at offset 294. But we account for the 3 bytes
// HexCode of DTC 43 / HexCode von DTC 43
#define I3_RES_EME_STAT_DTC_43_NUM_WERT (RXBUF_UINT(297))
#define I3_RES_EME_STAT_DTC_43_NUM_WERT_TYPE unsigned short
// Numerator from DTC 43 / Numerator von DTC 43
#define I3_RES_EME_STAT_DTC_43_DEN_WERT (RXBUF_UINT(299))
#define I3_RES_EME_STAT_DTC_43_DEN_WERT_TYPE unsigned short
// Denominator of DTC 43 / Denominator von DTC 43
// Can't yet generate code for STAT_DTC_44_HEXCODE_DATA of type data[3] at offset 301. But we account for the 3 bytes
// HexCode of DTC 44 / HexCode von DTC 44
#define I3_RES_EME_STAT_DTC_44_NUM_WERT (RXBUF_UINT(304))
#define I3_RES_EME_STAT_DTC_44_NUM_WERT_TYPE unsigned short
// DTC 44 numerator / Numerator von DTC 44
#define I3_RES_EME_STAT_DTC_44_DEN_WERT (RXBUF_UINT(306))
#define I3_RES_EME_STAT_DTC_44_DEN_WERT_TYPE unsigned short
// Denominator of DTC 44 / Denominator von DTC 44
// Can't yet generate code for STAT_DTC_45_HEXCODE_DATA of type data[3] at offset 308. But we account for the 3 bytes
// HexCode of DTC 45 / HexCode von DTC 45
#define I3_RES_EME_STAT_DTC_45_NUM_WERT (RXBUF_UINT(311))
#define I3_RES_EME_STAT_DTC_45_NUM_WERT_TYPE unsigned short
// DTC 45 numerator / Numerator von DTC 45
#define I3_RES_EME_STAT_DTC_45_DEN_WERT (RXBUF_UINT(313))
#define I3_RES_EME_STAT_DTC_45_DEN_WERT_TYPE unsigned short
// Denominator of DTC 45 / Denominator von DTC 45
// Can't yet generate code for STAT_DTC_46_HEXCODE_DATA of type data[3] at offset 315. But we account for the 3 bytes
// HexCode of DTC 46 / HexCode von DTC 46
#define I3_RES_EME_STAT_DTC_46_NUM_WERT (RXBUF_UINT(318))
#define I3_RES_EME_STAT_DTC_46_NUM_WERT_TYPE unsigned short
// Numerator from DTC 46 / Numerator von DTC 46
#define I3_RES_EME_STAT_DTC_46_DEN_WERT (RXBUF_UINT(320))
#define I3_RES_EME_STAT_DTC_46_DEN_WERT_TYPE unsigned short
// Denominator of DTC 46 / Denominator von DTC 46
// Can't yet generate code for STAT_DTC_47_HEXCODE_DATA of type data[3] at offset 322. But we account for the 3 bytes
// HexCode of DTC 47 / HexCode von DTC 47
#define I3_RES_EME_STAT_DTC_47_NUM_WERT (RXBUF_UINT(325))
#define I3_RES_EME_STAT_DTC_47_NUM_WERT_TYPE unsigned short
// Numerator from DTC 47 / Numerator von DTC 47
#define I3_RES_EME_STAT_DTC_47_DEN_WERT (RXBUF_UINT(327))
#define I3_RES_EME_STAT_DTC_47_DEN_WERT_TYPE unsigned short
// Denominator of DTC 47 / Denominator von DTC 47
// Can't yet generate code for STAT_DTC_48_HEXCODE_DATA of type data[3] at offset 329. But we account for the 3 bytes
// HexCode of DTC 48 / HexCode von DTC 48
#define I3_RES_EME_STAT_DTC_48_NUM_WERT (RXBUF_UINT(332))
#define I3_RES_EME_STAT_DTC_48_NUM_WERT_TYPE unsigned short
// Numerator from DTC 48 / Numerator von DTC 48
#define I3_RES_EME_STAT_DTC_48_DEN_WERT (RXBUF_UINT(334))
#define I3_RES_EME_STAT_DTC_48_DEN_WERT_TYPE unsigned short
// Denominator of DTC 48 / Denominator von DTC 48
// Can't yet generate code for STAT_DTC_49_HEXCODE_DATA of type data[3] at offset 336. But we account for the 3 bytes
// HexCode of DTC 49 / HexCode von DTC 49
#define I3_RES_EME_STAT_DTC_49_NUM_WERT (RXBUF_UINT(339))
#define I3_RES_EME_STAT_DTC_49_NUM_WERT_TYPE unsigned short
// DTC 49 numerator / Numerator von DTC 49
#define I3_RES_EME_STAT_DTC_49_DEN_WERT (RXBUF_UINT(341))
#define I3_RES_EME_STAT_DTC_49_DEN_WERT_TYPE unsigned short
// Denominator of DTC 49 / Denominator von DTC 49
// Can't yet generate code for STAT_DTC_50_HEXCODE_DATA of type data[3] at offset 343. But we account for the 3 bytes
// HexCode of DTC 50 / HexCode von DTC 50
#define I3_RES_EME_STAT_DTC_50_NUM_WERT (RXBUF_UINT(346))
#define I3_RES_EME_STAT_DTC_50_NUM_WERT_TYPE unsigned short
// DTC 50 numerator / Numerator von DTC 50
#define I3_RES_EME_STAT_DTC_50_DEN_WERT (RXBUF_UINT(348))
#define I3_RES_EME_STAT_DTC_50_DEN_WERT_TYPE unsigned short
// Denominator of DTC 50 / Denominator von DTC 50
// Can't yet generate code for STAT_DTC_51_HEXCODE_DATA of type data[3] at offset 350. But we account for the 3 bytes
// HexCode of DTC 51 / HexCode von DTC 51
#define I3_RES_EME_STAT_DTC_51_NUM_WERT (RXBUF_UINT(353))
#define I3_RES_EME_STAT_DTC_51_NUM_WERT_TYPE unsigned short
// Numerator from DTC 51 / Numerator von DTC 51
#define I3_RES_EME_STAT_DTC_51_DEN_WERT (RXBUF_UINT(355))
#define I3_RES_EME_STAT_DTC_51_DEN_WERT_TYPE unsigned short
// Denominator of DTC 51 / Denominator von DTC 51
// Can't yet generate code for STAT_DTC_52_HEXCODE_DATA of type data[3] at offset 357. But we account for the 3 bytes
// HexCode of DTC 52 / HexCode von DTC 52
#define I3_RES_EME_STAT_DTC_52_NUM_WERT (RXBUF_UINT(360))
#define I3_RES_EME_STAT_DTC_52_NUM_WERT_TYPE unsigned short
// DTC 52 numerator / Numerator von DTC 52
#define I3_RES_EME_STAT_DTC_52_DEN_WERT (RXBUF_UINT(362))
#define I3_RES_EME_STAT_DTC_52_DEN_WERT_TYPE unsigned short
// Denominator of DTC 52 / Denominator von DTC 52
// Can't yet generate code for STAT_DTC_53_HEXCODE_DATA of type data[3] at offset 364. But we account for the 3 bytes
// HexCode of DTC 53 / HexCode von DTC 53
#define I3_RES_EME_STAT_DTC_53_NUM_WERT (RXBUF_UINT(367))
#define I3_RES_EME_STAT_DTC_53_NUM_WERT_TYPE unsigned short
// DTC 53 numerator / Numerator von DTC 53
#define I3_RES_EME_STAT_DTC_53_DEN_WERT (RXBUF_UINT(369))
#define I3_RES_EME_STAT_DTC_53_DEN_WERT_TYPE unsigned short
// Denominator of DTC 53 / Denominator von DTC 53
// Can't yet generate code for STAT_DTC_54_HEXCODE_DATA of type data[3] at offset 371. But we account for the 3 bytes
// HexCode of DTC 54 / HexCode von DTC 54
#define I3_RES_EME_STAT_DTC_54_NUM_WERT (RXBUF_UINT(374))
#define I3_RES_EME_STAT_DTC_54_NUM_WERT_TYPE unsigned short
// Numerator from DTC 54 / Numerator von DTC 54
#define I3_RES_EME_STAT_DTC_54_DEN_WERT (RXBUF_UINT(376))
#define I3_RES_EME_STAT_DTC_54_DEN_WERT_TYPE unsigned short
// Denominator of DTC 54 / Denominator von DTC 54
// Can't yet generate code for STAT_DTC_55_HEXCODE_DATA of type data[3] at offset 378. But we account for the 3 bytes
// HexCode of DTC 55 / HexCode von DTC 55
#define I3_RES_EME_STAT_DTC_55_NUM_WERT (RXBUF_UINT(381))
#define I3_RES_EME_STAT_DTC_55_NUM_WERT_TYPE unsigned short
// DTC 55 numerator / Numerator von DTC 55
#define I3_RES_EME_STAT_DTC_55_DEN_WERT (RXBUF_UINT(383))
#define I3_RES_EME_STAT_DTC_55_DEN_WERT_TYPE unsigned short
// Denominator of DTC 55 / Denominator von DTC 55
// Can't yet generate code for STAT_DTC_56_HEXCODE_DATA of type data[3] at offset 385. But we account for the 3 bytes
// HexCode of DTC 56 / HexCode von DTC 56
#define I3_RES_EME_STAT_DTC_56_NUM_WERT (RXBUF_UINT(388))
#define I3_RES_EME_STAT_DTC_56_NUM_WERT_TYPE unsigned short
// Numerator from DTC 56 / Numerator von DTC 56
#define I3_RES_EME_STAT_DTC_56_DEN_WERT (RXBUF_UINT(390))
#define I3_RES_EME_STAT_DTC_56_DEN_WERT_TYPE unsigned short
// Denominator of DTC 56 / Denominator von DTC 56
// Can't yet generate code for STAT_DTC_57_HEXCODE_DATA of type data[3] at offset 392. But we account for the 3 bytes
// HexCode of DTC 57 / HexCode von DTC 57
#define I3_RES_EME_STAT_DTC_57_NUM_WERT (RXBUF_UINT(395))
#define I3_RES_EME_STAT_DTC_57_NUM_WERT_TYPE unsigned short
// Numerator from DTC 57 / Numerator von DTC 57
#define I3_RES_EME_STAT_DTC_57_DEN_WERT (RXBUF_UINT(397))
#define I3_RES_EME_STAT_DTC_57_DEN_WERT_TYPE unsigned short
// Denominator of DTC 57 / Denominator von DTC 57
// Can't yet generate code for STAT_DTC_58_HEXCODE_DATA of type data[3] at offset 399. But we account for the 3 bytes
// HexCode of DTC 58 / HexCode von DTC 58
#define I3_RES_EME_STAT_DTC_58_NUM_WERT (RXBUF_UINT(402))
#define I3_RES_EME_STAT_DTC_58_NUM_WERT_TYPE unsigned short
// Numerator from DTC 58 / Numerator von DTC 58
#define I3_RES_EME_STAT_DTC_58_DEN_WERT (RXBUF_UINT(404))
#define I3_RES_EME_STAT_DTC_58_DEN_WERT_TYPE unsigned short
// Denominator of DTC 58 / Denominator von DTC 58
// Can't yet generate code for STAT_DTC_59_HEXCODE_DATA of type data[3] at offset 406. But we account for the 3 bytes
// HexCode of DTC 59 / HexCode von DTC 59
#define I3_RES_EME_STAT_DTC_59_NUM_WERT (RXBUF_UINT(409))
#define I3_RES_EME_STAT_DTC_59_NUM_WERT_TYPE unsigned short
// Numerator from DTC 59 / Numerator von DTC 59
#define I3_RES_EME_STAT_DTC_59_DEN_WERT (RXBUF_UINT(411))
#define I3_RES_EME_STAT_DTC_59_DEN_WERT_TYPE unsigned short
// Denominator of DTC 59 / Denominator von DTC 59
// Can't yet generate code for STAT_DTC_60_HEXCODE_DATA of type data[3] at offset 413. But we account for the 3 bytes
// HexCode of DTC 60 / HexCode von DTC 60
#define I3_RES_EME_STAT_DTC_60_NUM_WERT (RXBUF_UINT(416))
#define I3_RES_EME_STAT_DTC_60_NUM_WERT_TYPE unsigned short
// DTC 60 numerator / Numerator von DTC 60
#define I3_RES_EME_STAT_DTC_60_DEN_WERT (RXBUF_UINT(418))
#define I3_RES_EME_STAT_DTC_60_DEN_WERT_TYPE unsigned short
// Denominator of DTC 60 / Denominator von DTC 60
// Can't yet generate code for STAT_DTC_61_HEXCODE_DATA of type data[3] at offset 420. But we account for the 3 bytes
// HexCode of DTC 61 / HexCode von DTC 61
#define I3_RES_EME_STAT_DTC_61_NUM_WERT (RXBUF_UINT(423))
#define I3_RES_EME_STAT_DTC_61_NUM_WERT_TYPE unsigned short
// DTC 61 numerator / Numerator von DTC 61
#define I3_RES_EME_STAT_DTC_61_DEN_WERT (RXBUF_UINT(425))
#define I3_RES_EME_STAT_DTC_61_DEN_WERT_TYPE unsigned short
// Denominator of DTC 61 / Denominator von DTC 61
// Can't yet generate code for STAT_DTC_62_HEXCODE_DATA of type data[3] at offset 427. But we account for the 3 bytes
// HexCode of DTC 62 / HexCode von DTC 62
#define I3_RES_EME_STAT_DTC_62_NUM_WERT (RXBUF_UINT(430))
#define I3_RES_EME_STAT_DTC_62_NUM_WERT_TYPE unsigned short
// Numerator from DTC 62 / Numerator von DTC 62
#define I3_RES_EME_STAT_DTC_62_DEN_WERT (RXBUF_UINT(432))
#define I3_RES_EME_STAT_DTC_62_DEN_WERT_TYPE unsigned short
// Denominator of DTC 62 / Denominator von DTC 62
// Can't yet generate code for STAT_DTC_63_HEXCODE_DATA of type data[3] at offset 434. But we account for the 3 bytes
// HexCode of DTC 63 / HexCode von DTC 63
#define I3_RES_EME_STAT_DTC_63_NUM_WERT (RXBUF_UINT(437))
#define I3_RES_EME_STAT_DTC_63_NUM_WERT_TYPE unsigned short
// DTC 63 numerator / Numerator von DTC 63
#define I3_RES_EME_STAT_DTC_63_DEN_WERT (RXBUF_UINT(439))
#define I3_RES_EME_STAT_DTC_63_DEN_WERT_TYPE unsigned short
// Denominator of DTC 63 / Denominator von DTC 63
// Can't yet generate code for STAT_DTC_64_HEXCODE_DATA of type data[3] at offset 441. But we account for the 3 bytes
// HexCode of DTC 64 / HexCode von DTC 64
#define I3_RES_EME_STAT_DTC_64_NUM_WERT (RXBUF_UINT(444))
#define I3_RES_EME_STAT_DTC_64_NUM_WERT_TYPE unsigned short
// DTC 64 numerator / Numerator von DTC 64
#define I3_RES_EME_STAT_DTC_64_DEN_WERT (RXBUF_UINT(446))
#define I3_RES_EME_STAT_DTC_64_DEN_WERT_TYPE unsigned short
// Denominator of DTC 64 / Denominator von DTC 64
// Can't yet generate code for STAT_DTC_65_HEXCODE_DATA of type data[3] at offset 448. But we account for the 3 bytes
// HexCode of DTC 65 / HexCode von DTC 65
#define I3_RES_EME_STAT_DTC_65_NUM_WERT (RXBUF_UINT(451))
#define I3_RES_EME_STAT_DTC_65_NUM_WERT_TYPE unsigned short
// Numerator from DTC 65 / Numerator von DTC 65
#define I3_RES_EME_STAT_DTC_65_DEN_WERT (RXBUF_UINT(453))
#define I3_RES_EME_STAT_DTC_65_DEN_WERT_TYPE unsigned short
// Denominator of DTC 65 / Denominator von DTC 65
// Can't yet generate code for STAT_DTC_66_HEXCODE_DATA of type data[3] at offset 455. But we account for the 3 bytes
// HexCode of DTC 66 / HexCode von DTC 66
#define I3_RES_EME_STAT_DTC_66_NUM_WERT (RXBUF_UINT(458))
#define I3_RES_EME_STAT_DTC_66_NUM_WERT_TYPE unsigned short
// Numerator from DTC 66 / Numerator von DTC 66
#define I3_RES_EME_STAT_DTC_66_DEN_WERT (RXBUF_UINT(460))
#define I3_RES_EME_STAT_DTC_66_DEN_WERT_TYPE unsigned short
// Denominator of DTC 66 / Denominator von DTC 66
// Can't yet generate code for STAT_DTC_67_HEXCODE_DATA of type data[3] at offset 462. But we account for the 3 bytes
// HexCode of DTC 67 / HexCode von DTC 67
#define I3_RES_EME_STAT_DTC_67_NUM_WERT (RXBUF_UINT(465))
#define I3_RES_EME_STAT_DTC_67_NUM_WERT_TYPE unsigned short
// DTC 67 numerator / Numerator von DTC 67
#define I3_RES_EME_STAT_DTC_67_DEN_WERT (RXBUF_UINT(467))
#define I3_RES_EME_STAT_DTC_67_DEN_WERT_TYPE unsigned short
// Denominator of DTC 67 / Denominator von DTC 67
// Can't yet generate code for STAT_DTC_68_HEXCODE_DATA of type data[3] at offset 469. But we account for the 3 bytes
// HexCode of DTC 68 / HexCode von DTC 68
#define I3_RES_EME_STAT_DTC_68_NUM_WERT (RXBUF_UINT(472))
#define I3_RES_EME_STAT_DTC_68_NUM_WERT_TYPE unsigned short
// Numerator from DTC 68 / Numerator von DTC 68
#define I3_RES_EME_STAT_DTC_68_DEN_WERT (RXBUF_UINT(474))
#define I3_RES_EME_STAT_DTC_68_DEN_WERT_TYPE unsigned short
// Denominator of DTC 68 / Denominator von DTC 68
// Can't yet generate code for STAT_DTC_69_HEXCODE_DATA of type data[3] at offset 476. But we account for the 3 bytes
// HexCode of DTC 69 / HexCode von DTC 69
#define I3_RES_EME_STAT_DTC_69_NUM_WERT (RXBUF_UINT(479))
#define I3_RES_EME_STAT_DTC_69_NUM_WERT_TYPE unsigned short
// Numerator from DTC 69 / Numerator von DTC 69
#define I3_RES_EME_STAT_DTC_69_DEN_WERT (RXBUF_UINT(481))
#define I3_RES_EME_STAT_DTC_69_DEN_WERT_TYPE unsigned short
// Denominator of DTC 69 / Denominator von DTC 69
// Can't yet generate code for STAT_DTC_70_HEXCODE_DATA of type data[3] at offset 483. But we account for the 3 bytes
// HexCode of DTC 70 / HexCode von DTC 70
#define I3_RES_EME_STAT_DTC_70_NUM_WERT (RXBUF_UINT(486))
#define I3_RES_EME_STAT_DTC_70_NUM_WERT_TYPE unsigned short
// DTC 70 numerator / Numerator von DTC 70
#define I3_RES_EME_STAT_DTC_70_DEN_WERT (RXBUF_UINT(488))
#define I3_RES_EME_STAT_DTC_70_DEN_WERT_TYPE unsigned short
// Denominator of DTC 70 / Denominator von DTC 70
// Can't yet generate code for STAT_DTC_71_HEXCODE_DATA of type data[3] at offset 490. But we account for the 3 bytes
// HexCode of DTC 71 / HexCode von DTC 71
#define I3_RES_EME_STAT_DTC_71_NUM_WERT (RXBUF_UINT(493))
#define I3_RES_EME_STAT_DTC_71_NUM_WERT_TYPE unsigned short
// Numerator from DTC 71 / Numerator von DTC 71
#define I3_RES_EME_STAT_DTC_71_DEN_WERT (RXBUF_UINT(495))
#define I3_RES_EME_STAT_DTC_71_DEN_WERT_TYPE unsigned short
// Denominator of DTC 71 / Denominator von DTC 71
// Can't yet generate code for STAT_DTC_72_HEXCODE_DATA of type data[3] at offset 497. But we account for the 3 bytes
// HexCode of DTC 72 / HexCode von DTC 72
#define I3_RES_EME_STAT_DTC_72_NUM_WERT (RXBUF_UINT(500))
#define I3_RES_EME_STAT_DTC_72_NUM_WERT_TYPE unsigned short
// DTC 72 numerator / Numerator von DTC 72
#define I3_RES_EME_STAT_DTC_72_DEN_WERT (RXBUF_UINT(502))
#define I3_RES_EME_STAT_DTC_72_DEN_WERT_TYPE unsigned short
// Denominator of DTC 72 / Denominator von DTC 72
// Can't yet generate code for STAT_DTC_73_HEXCODE_DATA of type data[3] at offset 504. But we account for the 3 bytes
// HexCode of DTC 73 / HexCode von DTC 73
#define I3_RES_EME_STAT_DTC_73_NUM_WERT (RXBUF_UINT(507))
#define I3_RES_EME_STAT_DTC_73_NUM_WERT_TYPE unsigned short
// Numerator from DTC 73 / Numerator von DTC 73
#define I3_RES_EME_STAT_DTC_73_DEN_WERT (RXBUF_UINT(509))
#define I3_RES_EME_STAT_DTC_73_DEN_WERT_TYPE unsigned short
// Denominator of DTC 73 / Denominator von DTC 73
// Can't yet generate code for STAT_DTC_74_HEXCODE_DATA of type data[3] at offset 511. But we account for the 3 bytes
// HexCode of DTC 74 / HexCode von DTC 74
#define I3_RES_EME_STAT_DTC_74_NUM_WERT (RXBUF_UINT(514))
#define I3_RES_EME_STAT_DTC_74_NUM_WERT_TYPE unsigned short
// Numerator from DTC 74 / Numerator von DTC 74
#define I3_RES_EME_STAT_DTC_74_DEN_WERT (RXBUF_UINT(516))
#define I3_RES_EME_STAT_DTC_74_DEN_WERT_TYPE unsigned short
// Denominator of DTC 74 / Denominator von DTC 74
// Can't yet generate code for STAT_DTC_75_HEXCODE_DATA of type data[3] at offset 518. But we account for the 3 bytes
// HexCode of DTC 75 / HexCode von DTC 75
#define I3_RES_EME_STAT_DTC_75_NUM_WERT (RXBUF_UINT(521))
#define I3_RES_EME_STAT_DTC_75_NUM_WERT_TYPE unsigned short
// Numerator from DTC 75 / Numerator von DTC 75
#define I3_RES_EME_STAT_DTC_75_DEN_WERT (RXBUF_UINT(523))
#define I3_RES_EME_STAT_DTC_75_DEN_WERT_TYPE unsigned short
// Denominator of DTC 75 / Denominator von DTC 75
// Can't yet generate code for STAT_DTC_76_HEXCODE_DATA of type data[3] at offset 525. But we account for the 3 bytes
// HexCode of DTC 76 / HexCode von DTC 76
#define I3_RES_EME_STAT_DTC_76_NUM_WERT (RXBUF_UINT(528))
#define I3_RES_EME_STAT_DTC_76_NUM_WERT_TYPE unsigned short
// Numerator from DTC 76 / Numerator von DTC 76
#define I3_RES_EME_STAT_DTC_76_DEN_WERT (RXBUF_UINT(530))
#define I3_RES_EME_STAT_DTC_76_DEN_WERT_TYPE unsigned short
// Denominator of DTC 76 / Denominator von DTC 76
// Can't yet generate code for STAT_DTC_77_HEXCODE_DATA of type data[3] at offset 532. But we account for the 3 bytes
// HexCode of DTC 77 / HexCode von DTC 77
#define I3_RES_EME_STAT_DTC_77_NUM_WERT (RXBUF_UINT(535))
#define I3_RES_EME_STAT_DTC_77_NUM_WERT_TYPE unsigned short
// DTC 77 numerator / Numerator von DTC 77
#define I3_RES_EME_STAT_DTC_77_DEN_WERT (RXBUF_UINT(537))
#define I3_RES_EME_STAT_DTC_77_DEN_WERT_TYPE unsigned short
// Denominator of DTC 77 / Denominator von DTC 77
// Can't yet generate code for STAT_DTC_78_HEXCODE_DATA of type data[3] at offset 539. But we account for the 3 bytes
// HexCode of DTC 78 / HexCode von DTC 78
#define I3_RES_EME_STAT_DTC_78_NUM_WERT (RXBUF_UINT(542))
#define I3_RES_EME_STAT_DTC_78_NUM_WERT_TYPE unsigned short
// DTC 78 numerator / Numerator von DTC 78
#define I3_RES_EME_STAT_DTC_78_DEN_WERT (RXBUF_UINT(544))
#define I3_RES_EME_STAT_DTC_78_DEN_WERT_TYPE unsigned short
// Denominator of DTC 78 / Denominator von DTC 78
// Can't yet generate code for STAT_DTC_79_HEXCODE_DATA of type data[3] at offset 546. But we account for the 3 bytes
// HexCode of DTC 79 / HexCode von DTC 79
#define I3_RES_EME_STAT_DTC_79_NUM_WERT (RXBUF_UINT(549))
#define I3_RES_EME_STAT_DTC_79_NUM_WERT_TYPE unsigned short
// DTC 79 numerator / Numerator von DTC 79
#define I3_RES_EME_STAT_DTC_79_DEN_WERT (RXBUF_UINT(551))
#define I3_RES_EME_STAT_DTC_79_DEN_WERT_TYPE unsigned short
// Denominator of DTC 79 / Denominator von DTC 79
// Can't yet generate code for STAT_DTC_80_HEXCODE_DATA of type data[3] at offset 553. But we account for the 3 bytes
// HexCode of DTC 80 / HexCode von DTC 80
#define I3_RES_EME_STAT_DTC_80_NUM_WERT (RXBUF_UINT(556))
#define I3_RES_EME_STAT_DTC_80_NUM_WERT_TYPE unsigned short
// DTC 80 numerator / Numerator von DTC 80
#define I3_RES_EME_STAT_DTC_80_DEN_WERT (RXBUF_UINT(558))
#define I3_RES_EME_STAT_DTC_80_DEN_WERT_TYPE unsigned short
// Denominator of DTC 80 / Denominator von DTC 80
// Can't yet generate code for STAT_DTC_81_HEXCODE_DATA of type data[3] at offset 560. But we account for the 3 bytes
// HexCode of DTC 81 / HexCode von DTC 81
#define I3_RES_EME_STAT_DTC_81_NUM_WERT (RXBUF_UINT(563))
#define I3_RES_EME_STAT_DTC_81_NUM_WERT_TYPE unsigned short
// Numerator from DTC 81 / Numerator von DTC 81
#define I3_RES_EME_STAT_DTC_81_DEN_WERT (RXBUF_UINT(565))
#define I3_RES_EME_STAT_DTC_81_DEN_WERT_TYPE unsigned short
// Denominator of DTC 81 / Denominator von DTC 81
// Can't yet generate code for STAT_DTC_82_HEXCODE_DATA of type data[3] at offset 567. But we account for the 3 bytes
// HexCode of DTC 82 / HexCode von DTC 82
#define I3_RES_EME_STAT_DTC_82_NUM_WERT (RXBUF_UINT(570))
#define I3_RES_EME_STAT_DTC_82_NUM_WERT_TYPE unsigned short
// Numerator from DTC 82 / Numerator von DTC 82
#define I3_RES_EME_STAT_DTC_82_DEN_WERT (RXBUF_UINT(572))
#define I3_RES_EME_STAT_DTC_82_DEN_WERT_TYPE unsigned short
// Denominator of DTC 82 / Denominator von DTC 82
// Can't yet generate code for STAT_DTC_83_HEXCODE_DATA of type data[3] at offset 574. But we account for the 3 bytes
// HexCode of DTC 83 / HexCode von DTC 83
#define I3_RES_EME_STAT_DTC_83_NUM_WERT (RXBUF_UINT(577))
#define I3_RES_EME_STAT_DTC_83_NUM_WERT_TYPE unsigned short
// Numerator from DTC 83 / Numerator von DTC 83
#define I3_RES_EME_STAT_DTC_83_DEN_WERT (RXBUF_UINT(579))
#define I3_RES_EME_STAT_DTC_83_DEN_WERT_TYPE unsigned short
// Denominator of DTC 83 / Denominator von DTC 83
// Can't yet generate code for STAT_DTC_84_HEXCODE_DATA of type data[3] at offset 581. But we account for the 3 bytes
// HexCode of DTC 84 / HexCode von DTC 84
#define I3_RES_EME_STAT_DTC_84_NUM_WERT (RXBUF_UINT(584))
#define I3_RES_EME_STAT_DTC_84_NUM_WERT_TYPE unsigned short
// DTC 84 numerator / Numerator von DTC 84
#define I3_RES_EME_STAT_DTC_84_DEN_WERT (RXBUF_UINT(586))
#define I3_RES_EME_STAT_DTC_84_DEN_WERT_TYPE unsigned short
// Denominator of DTC 84 / Denominator von DTC 84
// Can't yet generate code for STAT_DTC_85_HEXCODE_DATA of type data[3] at offset 588. But we account for the 3 bytes
// HexCode of DTC 85 / HexCode von DTC 85
#define I3_RES_EME_STAT_DTC_85_NUM_WERT (RXBUF_UINT(591))
#define I3_RES_EME_STAT_DTC_85_NUM_WERT_TYPE unsigned short
// Numerator from DTC 85 / Numerator von DTC 85
#define I3_RES_EME_STAT_DTC_85_DEN_WERT (RXBUF_UINT(593))
#define I3_RES_EME_STAT_DTC_85_DEN_WERT_TYPE unsigned short
// Denominator of DTC 85 / Denominator von DTC 85
// Can't yet generate code for STAT_DTC_86_HEXCODE_DATA of type data[3] at offset 595. But we account for the 3 bytes
// HexCode of DTC 86 / HexCode von DTC 86
#define I3_RES_EME_STAT_DTC_86_NUM_WERT (RXBUF_UINT(598))
#define I3_RES_EME_STAT_DTC_86_NUM_WERT_TYPE unsigned short
// Numerator from DTC 86 / Numerator von DTC 86
#define I3_RES_EME_STAT_DTC_86_DEN_WERT (RXBUF_UINT(600))
#define I3_RES_EME_STAT_DTC_86_DEN_WERT_TYPE unsigned short
// Denominator of DTC 86 / Denominator von DTC 86
// Can't yet generate code for STAT_DTC_87_HEXCODE_DATA of type data[3] at offset 602. But we account for the 3 bytes
// HexCode of DTC 87 / HexCode von DTC 87
#define I3_RES_EME_STAT_DTC_87_NUM_WERT (RXBUF_UINT(605))
#define I3_RES_EME_STAT_DTC_87_NUM_WERT_TYPE unsigned short
// Numerator from DTC 87 / Numerator von DTC 87
#define I3_RES_EME_STAT_DTC_87_DEN_WERT (RXBUF_UINT(607))
#define I3_RES_EME_STAT_DTC_87_DEN_WERT_TYPE unsigned short
// Denominator of DTC 87 / Denominator von DTC 87
// Can't yet generate code for STAT_DTC_88_HEXCODE_DATA of type data[3] at offset 609. But we account for the 3 bytes
// HexCode of DTC 88 / HexCode von DTC 88
#define I3_RES_EME_STAT_DTC_88_NUM_WERT (RXBUF_UINT(612))
#define I3_RES_EME_STAT_DTC_88_NUM_WERT_TYPE unsigned short
// DTC 88 numerator / Numerator von DTC 88
#define I3_RES_EME_STAT_DTC_88_DEN_WERT (RXBUF_UINT(614))
#define I3_RES_EME_STAT_DTC_88_DEN_WERT_TYPE unsigned short
// Denominator of DTC 88 / Denominator von DTC 88
// Can't yet generate code for STAT_DTC_89_HEXCODE_DATA of type data[3] at offset 616. But we account for the 3 bytes
// HexCode of DTC 89 / HexCode von DTC 89
#define I3_RES_EME_STAT_DTC_89_NUM_WERT (RXBUF_UINT(619))
#define I3_RES_EME_STAT_DTC_89_NUM_WERT_TYPE unsigned short
// Numerator from DTC 89 / Numerator von DTC 89
#define I3_RES_EME_STAT_DTC_89_DEN_WERT (RXBUF_UINT(621))
#define I3_RES_EME_STAT_DTC_89_DEN_WERT_TYPE unsigned short
// Denominator of DTC 89 / Denominator von DTC 89
// Can't yet generate code for STAT_DTC_90_HEXCODE_DATA of type data[3] at offset 623. But we account for the 3 bytes
// HexCode of DTC 90 / HexCode von DTC 90
#define I3_RES_EME_STAT_DTC_90_NUM_WERT (RXBUF_UINT(626))
#define I3_RES_EME_STAT_DTC_90_NUM_WERT_TYPE unsigned short
// Numerator from DTC 90 / Numerator von DTC 90
#define I3_RES_EME_STAT_DTC_90_DEN_WERT (RXBUF_UINT(628))
#define I3_RES_EME_STAT_DTC_90_DEN_WERT_TYPE unsigned short
// Denominator of DTC 90 / Denominator von DTC 90
// Can't yet generate code for STAT_DTC_91_HEXCODE_DATA of type data[3] at offset 630. But we account for the 3 bytes
// HexCode of DTC 91 / HexCode von DTC 91
#define I3_RES_EME_STAT_DTC_91_NUM_WERT (RXBUF_UINT(633))
#define I3_RES_EME_STAT_DTC_91_NUM_WERT_TYPE unsigned short
// DTC 91 numerator / Numerator von DTC 91
#define I3_RES_EME_STAT_DTC_91_DEN_WERT (RXBUF_UINT(635))
#define I3_RES_EME_STAT_DTC_91_DEN_WERT_TYPE unsigned short
// Denominator of DTC 91 / Denominator von DTC 91
// Can't yet generate code for STAT_DTC_92_HEXCODE_DATA of type data[3] at offset 637. But we account for the 3 bytes
// HexCode of DTC 92 / HexCode von DTC 92
#define I3_RES_EME_STAT_DTC_92_NUM_WERT (RXBUF_UINT(640))
#define I3_RES_EME_STAT_DTC_92_NUM_WERT_TYPE unsigned short
// Numerator from DTC 92 / Numerator von DTC 92
#define I3_RES_EME_STAT_DTC_92_DEN_WERT (RXBUF_UINT(642))
#define I3_RES_EME_STAT_DTC_92_DEN_WERT_TYPE unsigned short
// Denominator of DTC 92 / Denominator von DTC 92
// Can't yet generate code for STAT_DTC_93_HEXCODE_DATA of type data[3] at offset 644. But we account for the 3 bytes
// HexCode of DTC 93 / HexCode von DTC 93
#define I3_RES_EME_STAT_DTC_93_NUM_WERT (RXBUF_UINT(647))
#define I3_RES_EME_STAT_DTC_93_NUM_WERT_TYPE unsigned short
// DTC 93 numerator / Numerator von DTC 93
#define I3_RES_EME_STAT_DTC_93_DEN_WERT (RXBUF_UINT(649))
#define I3_RES_EME_STAT_DTC_93_DEN_WERT_TYPE unsigned short
// Denominator of DTC 93 / Denominator von DTC 93
// Can't yet generate code for STAT_DTC_94_HEXCODE_DATA of type data[3] at offset 651. But we account for the 3 bytes
// HexCode of DTC 94 / HexCode von DTC 94
#define I3_RES_EME_STAT_DTC_94_NUM_WERT (RXBUF_UINT(654))
#define I3_RES_EME_STAT_DTC_94_NUM_WERT_TYPE unsigned short
// DTC 94 numerator / Numerator von DTC 94
#define I3_RES_EME_STAT_DTC_94_DEN_WERT (RXBUF_UINT(656))
#define I3_RES_EME_STAT_DTC_94_DEN_WERT_TYPE unsigned short
// Denominator of DTC 94 / Denominator von DTC 94
// Can't yet generate code for STAT_DTC_95_HEXCODE_DATA of type data[3] at offset 658. But we account for the 3 bytes
// HexCode of DTC 95 / HexCode von DTC 95
#define I3_RES_EME_STAT_DTC_95_NUM_WERT (RXBUF_UINT(661))
#define I3_RES_EME_STAT_DTC_95_NUM_WERT_TYPE unsigned short
// Numerator from DTC 95 / Numerator von DTC 95
#define I3_RES_EME_STAT_DTC_95_DEN_WERT (RXBUF_UINT(663))
#define I3_RES_EME_STAT_DTC_95_DEN_WERT_TYPE unsigned short
// Denominator of DTC 95 / Denominator von DTC 95
// Can't yet generate code for STAT_DTC_96_HEXCODE_DATA of type data[3] at offset 665. But we account for the 3 bytes
// HexCode of DTC 96 / HexCode von DTC 96
#define I3_RES_EME_STAT_DTC_96_NUM_WERT (RXBUF_UINT(668))
#define I3_RES_EME_STAT_DTC_96_NUM_WERT_TYPE unsigned short
// Numerator from DTC 96 / Numerator von DTC 96
#define I3_RES_EME_STAT_DTC_96_DEN_WERT (RXBUF_UINT(670))
#define I3_RES_EME_STAT_DTC_96_DEN_WERT_TYPE unsigned short
// Denominator of DTC 96 / Denominator von DTC 96
// Can't yet generate code for STAT_DTC_97_HEXCODE_DATA of type data[3] at offset 672. But we account for the 3 bytes
// HexCode of DTC 97 / HexCode von DTC 97
#define I3_RES_EME_STAT_DTC_97_NUM_WERT (RXBUF_UINT(675))
#define I3_RES_EME_STAT_DTC_97_NUM_WERT_TYPE unsigned short
// Numerator from DTC 97 / Numerator von DTC 97
#define I3_RES_EME_STAT_DTC_97_DEN_WERT (RXBUF_UINT(677))
#define I3_RES_EME_STAT_DTC_97_DEN_WERT_TYPE unsigned short
// Denominator of DTC 97 / Denominator von DTC 97
// Can't yet generate code for STAT_DTC_98_HEXCODE_DATA of type data[3] at offset 679. But we account for the 3 bytes
// HexCode of DTC 98 / HexCode von DTC 98
#define I3_RES_EME_STAT_DTC_98_NUM_WERT (RXBUF_UINT(682))
#define I3_RES_EME_STAT_DTC_98_NUM_WERT_TYPE unsigned short
// Numerator from DTC 98 / Numerator von DTC 98
#define I3_RES_EME_STAT_DTC_98_DEN_WERT (RXBUF_UINT(684))
#define I3_RES_EME_STAT_DTC_98_DEN_WERT_TYPE unsigned short
// Denominator of DTC 98 / Denominator von DTC 98
// Can't yet generate code for STAT_DTC_99_HEXCODE_DATA of type data[3] at offset 686. But we account for the 3 bytes
// HexCode of DTC 99 / HexCode von DTC 99
#define I3_RES_EME_STAT_DTC_99_NUM_WERT (RXBUF_UINT(689))
#define I3_RES_EME_STAT_DTC_99_NUM_WERT_TYPE unsigned short
// DTC 99 numerator / Numerator von DTC 99
#define I3_RES_EME_STAT_DTC_99_DEN_WERT (RXBUF_UINT(691))
#define I3_RES_EME_STAT_DTC_99_DEN_WERT_TYPE unsigned short
// Denominator of DTC 99 / Denominator von DTC 99
// Can't yet generate code for STAT_DTC_100_HEXCODE_DATA of type data[3] at offset 693. But we account for the 3 bytes
// HexCode of DTC 100 / HexCode von DTC 100
#define I3_RES_EME_STAT_DTC_100_NUM_WERT (RXBUF_UINT(696))
#define I3_RES_EME_STAT_DTC_100_NUM_WERT_TYPE unsigned short
// DTC 100 numerator / Numerator von DTC 100
#define I3_RES_EME_STAT_DTC_100_DEN_WERT (RXBUF_UINT(698))
#define I3_RES_EME_STAT_DTC_100_DEN_WERT_TYPE unsigned short
// Denominator of DTC 100 / Denominator von DTC 100
// Can't yet generate code for STAT_DTC_101_HEXCODE_DATA of type data[3] at offset 700. But we account for the 3 bytes
// HexCode of DTC 101 / HexCode von DTC 101
#define I3_RES_EME_STAT_DTC_101_NUM_WERT (RXBUF_UINT(703))
#define I3_RES_EME_STAT_DTC_101_NUM_WERT_TYPE unsigned short
// DTC 101 numerator / Numerator von DTC 101
#define I3_RES_EME_STAT_DTC_101_DEN_WERT (RXBUF_UINT(705))
#define I3_RES_EME_STAT_DTC_101_DEN_WERT_TYPE unsigned short
// Denominator of DTC 101 / Denominator von DTC 101
// Can't yet generate code for STAT_DTC_102_HEXCODE_DATA of type data[3] at offset 707. But we account for the 3 bytes
// HexCode of DTC 102 / HexCode von DTC 102
#define I3_RES_EME_STAT_DTC_102_NUM_WERT (RXBUF_UINT(710))
#define I3_RES_EME_STAT_DTC_102_NUM_WERT_TYPE unsigned short
// Numerator from DTC 102 / Numerator von DTC 102
#define I3_RES_EME_STAT_DTC_102_DEN_WERT (RXBUF_UINT(712))
#define I3_RES_EME_STAT_DTC_102_DEN_WERT_TYPE unsigned short
// Denominator of DTC 102 / Denominator von DTC 102
// Can't yet generate code for STAT_DTC_103_HEXCODE_DATA of type data[3] at offset 714. But we account for the 3 bytes
// HexCode of DTC 103 / HexCode von DTC 103
#define I3_RES_EME_STAT_DTC_103_NUM_WERT (RXBUF_UINT(717))
#define I3_RES_EME_STAT_DTC_103_NUM_WERT_TYPE unsigned short
// DTC 103 numerator / Numerator von DTC 103
#define I3_RES_EME_STAT_DTC_103_DEN_WERT (RXBUF_UINT(719))
#define I3_RES_EME_STAT_DTC_103_DEN_WERT_TYPE unsigned short
// Denominator of DTC 103 / Denominator von DTC 103
// Can't yet generate code for STAT_DTC_104_HEXCODE_DATA of type data[3] at offset 721. But we account for the 3 bytes
// HexCode of DTC 104 / HexCode von DTC 104
#define I3_RES_EME_STAT_DTC_104_NUM_WERT (RXBUF_UINT(724))
#define I3_RES_EME_STAT_DTC_104_NUM_WERT_TYPE unsigned short
// DTC 104 numerator / Numerator von DTC 104
#define I3_RES_EME_STAT_DTC_104_DEN_WERT (RXBUF_UINT(726))
#define I3_RES_EME_STAT_DTC_104_DEN_WERT_TYPE unsigned short
// Denominator of DTC 104 / Denominator von DTC 104
// Can't yet generate code for STAT_DTC_105_HEXCODE_DATA of type data[3] at offset 728. But we account for the 3 bytes
// HexCode of DTC 105 / HexCode von DTC 105
#define I3_RES_EME_STAT_DTC_105_NUM_WERT (RXBUF_UINT(731))
#define I3_RES_EME_STAT_DTC_105_NUM_WERT_TYPE unsigned short
// Numerator from DTC 105 / Numerator von DTC 105
#define I3_RES_EME_STAT_DTC_105_DEN_WERT (RXBUF_UINT(733))
#define I3_RES_EME_STAT_DTC_105_DEN_WERT_TYPE unsigned short
// Denominator of DTC 105 / Denominator von DTC 105
// Can't yet generate code for STAT_DTC_106_HEXCODE_DATA of type data[3] at offset 735. But we account for the 3 bytes
// HexCode of DTC 106 / HexCode von DTC 106
#define I3_RES_EME_STAT_DTC_106_NUM_WERT (RXBUF_UINT(738))
#define I3_RES_EME_STAT_DTC_106_NUM_WERT_TYPE unsigned short
// DTC 106 numerator / Numerator von DTC 106
#define I3_RES_EME_STAT_DTC_106_DEN_WERT (RXBUF_UINT(740))
#define I3_RES_EME_STAT_DTC_106_DEN_WERT_TYPE unsigned short
// Denominator of DTC 106 / Denominator von DTC 106
// Can't yet generate code for STAT_DTC_107_HEXCODE_DATA of type data[3] at offset 742. But we account for the 3 bytes
// HexCode of DTC 107 / HexCode von DTC 107
#define I3_RES_EME_STAT_DTC_107_NUM_WERT (RXBUF_UINT(745))
#define I3_RES_EME_STAT_DTC_107_NUM_WERT_TYPE unsigned short
// DTC 107 numerator / Numerator von DTC 107
#define I3_RES_EME_STAT_DTC_107_DEN_WERT (RXBUF_UINT(747))
#define I3_RES_EME_STAT_DTC_107_DEN_WERT_TYPE unsigned short
// Denominator of DTC 107 / Denominator von DTC 107
// Can't yet generate code for STAT_DTC_108_HEXCODE_DATA of type data[3] at offset 749. But we account for the 3 bytes
// HexCode of DTC 108 / HexCode von DTC 108
#define I3_RES_EME_STAT_DTC_108_NUM_WERT (RXBUF_UINT(752))
#define I3_RES_EME_STAT_DTC_108_NUM_WERT_TYPE unsigned short
// Numerator from DTC 108 / Numerator von DTC 108
#define I3_RES_EME_STAT_DTC_108_DEN_WERT (RXBUF_UINT(754))
#define I3_RES_EME_STAT_DTC_108_DEN_WERT_TYPE unsigned short
// Denominator of DTC 108 / Denominator von DTC 108
// Can't yet generate code for STAT_DTC_109_HEXCODE_DATA of type data[3] at offset 756. But we account for the 3 bytes
// HexCode of DTC 109 / HexCode von DTC 109
#define I3_RES_EME_STAT_DTC_109_NUM_WERT (RXBUF_UINT(759))
#define I3_RES_EME_STAT_DTC_109_NUM_WERT_TYPE unsigned short
// Numerator from DTC 109 / Numerator von DTC 109
#define I3_RES_EME_STAT_DTC_109_DEN_WERT (RXBUF_UINT(761))
#define I3_RES_EME_STAT_DTC_109_DEN_WERT_TYPE unsigned short
// Denominator of DTC 109 / Denominator von DTC 109
// Can't yet generate code for STAT_DTC_110_HEXCODE_DATA of type data[3] at offset 763. But we account for the 3 bytes
// HexCode of DTC 110 / HexCode von DTC 110
#define I3_RES_EME_STAT_DTC_110_NUM_WERT (RXBUF_UINT(766))
#define I3_RES_EME_STAT_DTC_110_NUM_WERT_TYPE unsigned short
// Numerator from DTC 110 / Numerator von DTC 110
#define I3_RES_EME_STAT_DTC_110_DEN_WERT (RXBUF_UINT(768))
#define I3_RES_EME_STAT_DTC_110_DEN_WERT_TYPE unsigned short
// Denominator of DTC 110 / Denominator von DTC 110
// Can't yet generate code for STAT_DTC_111_HEXCODE_DATA of type data[3] at offset 770. But we account for the 3 bytes
// HexCode of DTC 111 / HexCode von DTC 111
#define I3_RES_EME_STAT_DTC_111_NUM_WERT (RXBUF_UINT(773))
#define I3_RES_EME_STAT_DTC_111_NUM_WERT_TYPE unsigned short
// DTC 111 numerator / Numerator von DTC 111
#define I3_RES_EME_STAT_DTC_111_DEN_WERT (RXBUF_UINT(775))
#define I3_RES_EME_STAT_DTC_111_DEN_WERT_TYPE unsigned short
// Denominator of DTC 111 / Denominator von DTC 111
// Can't yet generate code for STAT_DTC_112_HEXCODE_DATA of type data[3] at offset 777. But we account for the 3 bytes
// HexCode of DTC 112 / HexCode von DTC 112
#define I3_RES_EME_STAT_DTC_112_NUM_WERT (RXBUF_UINT(780))
#define I3_RES_EME_STAT_DTC_112_NUM_WERT_TYPE unsigned short
// Numerator from DTC 112 / Numerator von DTC 112
#define I3_RES_EME_STAT_DTC_112_DEN_WERT (RXBUF_UINT(782))
#define I3_RES_EME_STAT_DTC_112_DEN_WERT_TYPE unsigned short
// Denominator of DTC 112 / Denominator von DTC 112
// Can't yet generate code for STAT_DTC_113_HEXCODE_DATA of type data[3] at offset 784. But we account for the 3 bytes
// HexCode of DTC 113 / HexCode von DTC 113
#define I3_RES_EME_STAT_DTC_113_NUM_WERT (RXBUF_UINT(787))
#define I3_RES_EME_STAT_DTC_113_NUM_WERT_TYPE unsigned short
// Numerator from DTC 113 / Numerator von DTC 113
#define I3_RES_EME_STAT_DTC_113_DEN_WERT (RXBUF_UINT(789))
#define I3_RES_EME_STAT_DTC_113_DEN_WERT_TYPE unsigned short
// Denominator of DTC 113 / Denominator von DTC 113
// Can't yet generate code for STAT_DTC_114_HEXCODE_DATA of type data[3] at offset 791. But we account for the 3 bytes
// Hex code from DTC 114 / HexCode von DTC 114
#define I3_RES_EME_STAT_DTC_114_NUM_WERT (RXBUF_UINT(794))
#define I3_RES_EME_STAT_DTC_114_NUM_WERT_TYPE unsigned short
// Numerator from DTC 114 / Numerator von DTC 114
#define I3_RES_EME_STAT_DTC_114_DEN_WERT (RXBUF_UINT(796))
#define I3_RES_EME_STAT_DTC_114_DEN_WERT_TYPE unsigned short
// Denominator of DTC 114 / Denominator von DTC 114
// Can't yet generate code for STAT_DTC_115_HEXCODE_DATA of type data[3] at offset 798. But we account for the 3 bytes
// Hex code of DTC 115 / HexCode von DTC 115
#define I3_RES_EME_STAT_DTC_115_NUM_WERT (RXBUF_UINT(801))
#define I3_RES_EME_STAT_DTC_115_NUM_WERT_TYPE unsigned short
// DTC 115 numerator / Numerator von DTC 115
#define I3_RES_EME_STAT_DTC_115_DEN_WERT (RXBUF_UINT(803))
#define I3_RES_EME_STAT_DTC_115_DEN_WERT_TYPE unsigned short
// Denominator of DTC 115 / Denominator von DTC 115
// Can't yet generate code for STAT_DTC_116_HEXCODE_DATA of type data[3] at offset 805. But we account for the 3 bytes
// HexCode of DTC 116 / HexCode von DTC 116
#define I3_RES_EME_STAT_DTC_116_NUM_WERT (RXBUF_UINT(808))
#define I3_RES_EME_STAT_DTC_116_NUM_WERT_TYPE unsigned short
// DTC 116 numerator / Numerator von DTC 116
#define I3_RES_EME_STAT_DTC_116_DEN_WERT (RXBUF_UINT(810))
#define I3_RES_EME_STAT_DTC_116_DEN_WERT_TYPE unsigned short
// Denominator of DTC 116 / Denominator von DTC 116
// Can't yet generate code for STAT_DTC_117_HEXCODE_DATA of type data[3] at offset 812. But we account for the 3 bytes
// HexCode of DTC 117 / HexCode von DTC 117
#define I3_RES_EME_STAT_DTC_117_NUM_WERT (RXBUF_UINT(815))
#define I3_RES_EME_STAT_DTC_117_NUM_WERT_TYPE unsigned short
// Numerator from DTC 117 / Numerator von DTC 117
#define I3_RES_EME_STAT_DTC_117_DEN_WERT (RXBUF_UINT(817))
#define I3_RES_EME_STAT_DTC_117_DEN_WERT_TYPE unsigned short
// Denominator of DTC 117 / Denominator von DTC 117
// Can't yet generate code for STAT_DTC_118_HEXCODE_DATA of type data[3] at offset 819. But we account for the 3 bytes
// HexCode of DTC 118 / HexCode von DTC 118
#define I3_RES_EME_STAT_DTC_118_NUM_WERT (RXBUF_UINT(822))
#define I3_RES_EME_STAT_DTC_118_NUM_WERT_TYPE unsigned short
// Numerator from DTC 118 / Numerator von DTC 118
#define I3_RES_EME_STAT_DTC_118_DEN_WERT (RXBUF_UINT(824))
#define I3_RES_EME_STAT_DTC_118_DEN_WERT_TYPE unsigned short
// Denominator of DTC 118 / Denominator von DTC 118
// Can't yet generate code for STAT_DTC_119_HEXCODE_DATA of type data[3] at offset 826. But we account for the 3 bytes
// HexCode of DTC 119 / HexCode von DTC 119
#define I3_RES_EME_STAT_DTC_119_NUM_WERT (RXBUF_UINT(829))
#define I3_RES_EME_STAT_DTC_119_NUM_WERT_TYPE unsigned short
// Numerator from DTC 119 / Numerator von DTC 119
#define I3_RES_EME_STAT_DTC_119_DEN_WERT (RXBUF_UINT(831))
#define I3_RES_EME_STAT_DTC_119_DEN_WERT_TYPE unsigned short
// Denominator of DTC 119 / Denominator von DTC 119
// Can't yet generate code for STAT_DTC_120_HEXCODE_DATA of type data[3] at offset 833. But we account for the 3 bytes
// HexCode of DTC 120 / HexCode von DTC 120
#define I3_RES_EME_STAT_DTC_120_NUM_WERT (RXBUF_UINT(836))
#define I3_RES_EME_STAT_DTC_120_NUM_WERT_TYPE unsigned short
// DTC 120 numerator / Numerator von DTC 120
#define I3_RES_EME_STAT_DTC_120_DEN_WERT (RXBUF_UINT(838))
#define I3_RES_EME_STAT_DTC_120_DEN_WERT_TYPE unsigned short
// Denominator of DTC 120 / Denominator von DTC 120
// Can't yet generate code for STAT_DTC_121_HEXCODE_DATA of type data[3] at offset 840. But we account for the 3 bytes
// HexCode of DTC 121 / HexCode von DTC 121
#define I3_RES_EME_STAT_DTC_121_NUM_WERT (RXBUF_UINT(843))
#define I3_RES_EME_STAT_DTC_121_NUM_WERT_TYPE unsigned short
// Numerator from DTC 121 / Numerator von DTC 121
#define I3_RES_EME_STAT_DTC_121_DEN_WERT (RXBUF_UINT(845))
#define I3_RES_EME_STAT_DTC_121_DEN_WERT_TYPE unsigned short
// Denominator of DTC 121 / Denominator von DTC 121
// Can't yet generate code for STAT_DTC_122_HEXCODE_DATA of type data[3] at offset 847. But we account for the 3 bytes
// HexCode of DTC 122 / HexCode von DTC 122
#define I3_RES_EME_STAT_DTC_122_NUM_WERT (RXBUF_UINT(850))
#define I3_RES_EME_STAT_DTC_122_NUM_WERT_TYPE unsigned short
// DTC 122 numerator / Numerator von DTC 122
#define I3_RES_EME_STAT_DTC_122_DEN_WERT (RXBUF_UINT(852))
#define I3_RES_EME_STAT_DTC_122_DEN_WERT_TYPE unsigned short
// Denominator of DTC 122 / Denominator von DTC 122
// Can't yet generate code for STAT_DTC_123_HEXCODE_DATA of type data[3] at offset 854. But we account for the 3 bytes
// HexCode of DTC 123 / HexCode von DTC 123
#define I3_RES_EME_STAT_DTC_123_NUM_WERT (RXBUF_UINT(857))
#define I3_RES_EME_STAT_DTC_123_NUM_WERT_TYPE unsigned short
// DTC 123 numerator / Numerator von DTC 123
#define I3_RES_EME_STAT_DTC_123_DEN_WERT (RXBUF_UINT(859))
#define I3_RES_EME_STAT_DTC_123_DEN_WERT_TYPE unsigned short
// Denominator of DTC 123 / Denominator von DTC 123
// Can't yet generate code for STAT_DTC_124_HEXCODE_DATA of type data[3] at offset 861. But we account for the 3 bytes
// HexCode of DTC 124 / HexCode von DTC 124
#define I3_RES_EME_STAT_DTC_124_NUM_WERT (RXBUF_UINT(864))
#define I3_RES_EME_STAT_DTC_124_NUM_WERT_TYPE unsigned short
// DTC 124 numerator / Numerator von DTC 124
#define I3_RES_EME_STAT_DTC_124_DEN_WERT (RXBUF_UINT(866))
#define I3_RES_EME_STAT_DTC_124_DEN_WERT_TYPE unsigned short
// Denominator of DTC 124 / Denominator von DTC 124
// Can't yet generate code for STAT_DTC_125_HEXCODE_DATA of type data[3] at offset 868. But we account for the 3 bytes
// HexCode of DTC 125 / HexCode von DTC 125
#define I3_RES_EME_STAT_DTC_125_NUM_WERT (RXBUF_UINT(871))
#define I3_RES_EME_STAT_DTC_125_NUM_WERT_TYPE unsigned short
// Numerator from DTC 125 / Numerator von DTC 125
#define I3_RES_EME_STAT_DTC_125_DEN_WERT (RXBUF_UINT(873))
#define I3_RES_EME_STAT_DTC_125_DEN_WERT_TYPE unsigned short
// Denominator of DTC 125 / Denominator von DTC 125
// Can't yet generate code for STAT_DTC_126_HEXCODE_DATA of type data[3] at offset 875. But we account for the 3 bytes
// HexCode of DTC 126 / HexCode von DTC 126
#define I3_RES_EME_STAT_DTC_126_NUM_WERT (RXBUF_UINT(878))
#define I3_RES_EME_STAT_DTC_126_NUM_WERT_TYPE unsigned short
// Numerator from DTC 126 / Numerator von DTC 126
#define I3_RES_EME_STAT_DTC_126_DEN_WERT (RXBUF_UINT(880))
#define I3_RES_EME_STAT_DTC_126_DEN_WERT_TYPE unsigned short
// Denominator of DTC 126 / Denominator von DTC 126
// Can't yet generate code for STAT_DTC_127_HEXCODE_DATA of type data[3] at offset 882. But we account for the 3 bytes
// HexCode of DTC 127 / HexCode von DTC 127
#define I3_RES_EME_STAT_DTC_127_NUM_WERT (RXBUF_UINT(885))
#define I3_RES_EME_STAT_DTC_127_NUM_WERT_TYPE unsigned short
// DTC 127 numerator / Numerator von DTC 127
#define I3_RES_EME_STAT_DTC_127_DEN_WERT (RXBUF_UINT(887))
#define I3_RES_EME_STAT_DTC_127_DEN_WERT_TYPE unsigned short
// Denominator of DTC 127 / Denominator von DTC 127
// Can't yet generate code for STAT_DTC_128_HEXCODE_DATA of type data[3] at offset 889. But we account for the 3 bytes
// HexCode of DTC 128 / HexCode von DTC 128
#define I3_RES_EME_STAT_DTC_128_NUM_WERT (RXBUF_UINT(892))
#define I3_RES_EME_STAT_DTC_128_NUM_WERT_TYPE unsigned short
// DTC 128 numerator / Numerator von DTC 128
#define I3_RES_EME_STAT_DTC_128_DEN_WERT (RXBUF_UINT(894))
#define I3_RES_EME_STAT_DTC_128_DEN_WERT_TYPE unsigned short
// Denominator of DTC 128 / Denominator von DTC 128
// Can't yet generate code for STAT_DTC_129_HEXCODE_DATA of type data[3] at offset 896. But we account for the 3 bytes
// HexCode of DTC 129 / HexCode von DTC 129
#define I3_RES_EME_STAT_DTC_129_NUM_WERT (RXBUF_UINT(899))
#define I3_RES_EME_STAT_DTC_129_NUM_WERT_TYPE unsigned short
// Numerator from DTC 129 / Numerator von DTC 129
#define I3_RES_EME_STAT_DTC_129_DEN_WERT (RXBUF_UINT(901))
#define I3_RES_EME_STAT_DTC_129_DEN_WERT_TYPE unsigned short
// Denominator of DTC 129 / Denominator von DTC 129
// Can't yet generate code for STAT_DTC_130_HEXCODE_DATA of type data[3] at offset 903. But we account for the 3 bytes
// HexCode of DTC 130 / HexCode von DTC 130
#define I3_RES_EME_STAT_DTC_130_NUM_WERT (RXBUF_UINT(906))
#define I3_RES_EME_STAT_DTC_130_NUM_WERT_TYPE unsigned short
// DTC 130 numerator / Numerator von DTC 130
#define I3_RES_EME_STAT_DTC_130_DEN_WERT (RXBUF_UINT(908))
#define I3_RES_EME_STAT_DTC_130_DEN_WERT_TYPE unsigned short
// Denominator of DTC 130 / Denominator von DTC 130
// Can't yet generate code for STAT_DTC_131_HEXCODE_DATA of type data[3] at offset 910. But we account for the 3 bytes
// HexCode of DTC 131 / HexCode von DTC 131
#define I3_RES_EME_STAT_DTC_131_NUM_WERT (RXBUF_UINT(913))
#define I3_RES_EME_STAT_DTC_131_NUM_WERT_TYPE unsigned short
// DTC 131 numerator / Numerator von DTC 131
#define I3_RES_EME_STAT_DTC_131_DEN_WERT (RXBUF_UINT(915))
#define I3_RES_EME_STAT_DTC_131_DEN_WERT_TYPE unsigned short
// Denominator of DTC 131 / Denominator von DTC 131
// Can't yet generate code for STAT_DTC_132_HEXCODE_DATA of type data[3] at offset 917. But we account for the 3 bytes
// HexCode of DTC 132 / HexCode von DTC 132
#define I3_RES_EME_STAT_DTC_132_NUM_WERT (RXBUF_UINT(920))
#define I3_RES_EME_STAT_DTC_132_NUM_WERT_TYPE unsigned short
// Numerator from DTC 132 / Numerator von DTC 132
#define I3_RES_EME_STAT_DTC_132_DEN_WERT (RXBUF_UINT(922))
#define I3_RES_EME_STAT_DTC_132_DEN_WERT_TYPE unsigned short
// Denominator of DTC 132 / Denominator von DTC 132
// Can't yet generate code for STAT_DTC_133_HEXCODE_DATA of type data[3] at offset 924. But we account for the 3 bytes
// HexCode of DTC 133 / HexCode von DTC 133
#define I3_RES_EME_STAT_DTC_133_NUM_WERT (RXBUF_UINT(927))
#define I3_RES_EME_STAT_DTC_133_NUM_WERT_TYPE unsigned short
// DTC 133 numerator / Numerator von DTC 133
#define I3_RES_EME_STAT_DTC_133_DEN_WERT (RXBUF_UINT(929))
#define I3_RES_EME_STAT_DTC_133_DEN_WERT_TYPE unsigned short
// Denominator of DTC 133 / Denominator von DTC 133
// Can't yet generate code for STAT_DTC_134_HEXCODE_DATA of type data[3] at offset 931. But we account for the 3 bytes
// HexCode of DTC 134 / HexCode von DTC 134
#define I3_RES_EME_STAT_DTC_134_NUM_WERT (RXBUF_UINT(934))
#define I3_RES_EME_STAT_DTC_134_NUM_WERT_TYPE unsigned short
// DTC 134 numerator / Numerator von DTC 134
#define I3_RES_EME_STAT_DTC_134_DEN_WERT (RXBUF_UINT(936))
#define I3_RES_EME_STAT_DTC_134_DEN_WERT_TYPE unsigned short
// Denominator of DTC 134 / Denominator von DTC 134
// Can't yet generate code for STAT_DTC_135_HEXCODE_DATA of type data[3] at offset 938. But we account for the 3 bytes
// HexCode of DTC 135 / HexCode von DTC 135
#define I3_RES_EME_STAT_DTC_135_NUM_WERT (RXBUF_UINT(941))
#define I3_RES_EME_STAT_DTC_135_NUM_WERT_TYPE unsigned short
// Numerator from DTC 135 / Numerator von DTC 135
#define I3_RES_EME_STAT_DTC_135_DEN_WERT (RXBUF_UINT(943))
#define I3_RES_EME_STAT_DTC_135_DEN_WERT_TYPE unsigned short
// Denominator of DTC 135 / Denominator von DTC 135
// Can't yet generate code for STAT_DTC_136_HEXCODE_DATA of type data[3] at offset 945. But we account for the 3 bytes
// HexCode of DTC 136 / HexCode von DTC 136
#define I3_RES_EME_STAT_DTC_136_NUM_WERT (RXBUF_UINT(948))
#define I3_RES_EME_STAT_DTC_136_NUM_WERT_TYPE unsigned short
// Numerator from DTC 136 / Numerator von DTC 136
#define I3_RES_EME_STAT_DTC_136_DEN_WERT (RXBUF_UINT(950))
#define I3_RES_EME_STAT_DTC_136_DEN_WERT_TYPE unsigned short
// Denominator of DTC 136 / Denominator von DTC 136
// Can't yet generate code for STAT_DTC_137_HEXCODE_DATA of type data[3] at offset 952. But we account for the 3 bytes
// HexCode of DTC 137 / HexCode von DTC 137
#define I3_RES_EME_STAT_DTC_137_NUM_WERT (RXBUF_UINT(955))
#define I3_RES_EME_STAT_DTC_137_NUM_WERT_TYPE unsigned short
// DTC 137 numerator / Numerator von DTC 137
#define I3_RES_EME_STAT_DTC_137_DEN_WERT (RXBUF_UINT(957))
#define I3_RES_EME_STAT_DTC_137_DEN_WERT_TYPE unsigned short
// Denominator of DTC 137 / Denominator von DTC 137
// Can't yet generate code for STAT_DTC_138_HEXCODE_DATA of type data[3] at offset 959. But we account for the 3 bytes
// HexCode of DTC 138 / HexCode von DTC 138
#define I3_RES_EME_STAT_DTC_138_NUM_WERT (RXBUF_UINT(962))
#define I3_RES_EME_STAT_DTC_138_NUM_WERT_TYPE unsigned short
// DTC 138 numerator / Numerator von DTC 138
#define I3_RES_EME_STAT_DTC_138_DEN_WERT (RXBUF_UINT(964))
#define I3_RES_EME_STAT_DTC_138_DEN_WERT_TYPE unsigned short
// Denominator of DTC 138 / Denominator von DTC 138
// Can't yet generate code for STAT_DTC_139_HEXCODE_DATA of type data[3] at offset 966. But we account for the 3 bytes
// HexCode of DTC 139 / HexCode von DTC 139
#define I3_RES_EME_STAT_DTC_139_NUM_WERT (RXBUF_UINT(969))
#define I3_RES_EME_STAT_DTC_139_NUM_WERT_TYPE unsigned short
// Numerator from DTC 139 / Numerator von DTC 139
#define I3_RES_EME_STAT_DTC_139_DEN_WERT (RXBUF_UINT(971))
#define I3_RES_EME_STAT_DTC_139_DEN_WERT_TYPE unsigned short
// Denominator of DTC 139 / Denominator von DTC 139
// Can't yet generate code for STAT_DTC_140_HEXCODE_DATA of type data[3] at offset 973. But we account for the 3 bytes
// HexCode of DTC 140 / HexCode von DTC 140
#define I3_RES_EME_STAT_DTC_140_NUM_WERT (RXBUF_UINT(976))
#define I3_RES_EME_STAT_DTC_140_NUM_WERT_TYPE unsigned short
// Numerator from DTC 140 / Numerator von DTC 140
#define I3_RES_EME_STAT_DTC_140_DEN_WERT (RXBUF_UINT(978))
#define I3_RES_EME_STAT_DTC_140_DEN_WERT_TYPE unsigned short
// Denominator of DTC 140 / Denominator von DTC 140
// Can't yet generate code for STAT_DTC_141_HEXCODE_DATA of type data[3] at offset 980. But we account for the 3 bytes
// HexCode of DTC 141 / HexCode von DTC 141
#define I3_RES_EME_STAT_DTC_141_NUM_WERT (RXBUF_UINT(983))
#define I3_RES_EME_STAT_DTC_141_NUM_WERT_TYPE unsigned short
// Numerator from DTC 141 / Numerator von DTC 141
#define I3_RES_EME_STAT_DTC_141_DEN_WERT (RXBUF_UINT(985))
#define I3_RES_EME_STAT_DTC_141_DEN_WERT_TYPE unsigned short
// Denominator of DTC 141 / Denominator von DTC 141
// Can't yet generate code for STAT_DTC_142_HEXCODE_DATA of type data[3] at offset 987. But we account for the 3 bytes
// HexCode of DTC 142 / HexCode von DTC 142
#define I3_RES_EME_STAT_DTC_142_NUM_WERT (RXBUF_UINT(990))
#define I3_RES_EME_STAT_DTC_142_NUM_WERT_TYPE unsigned short
// Numerator from DTC 142 / Numerator von DTC 142
#define I3_RES_EME_STAT_DTC_142_DEN_WERT (RXBUF_UINT(992))
#define I3_RES_EME_STAT_DTC_142_DEN_WERT_TYPE unsigned short
// Denominator of DTC 142 / Denominator von DTC 142
#define I3_PID_EME_LADEKOORDINATOR_INTERFACE 0xE5FE
// Interfaces from the charging coordinator to HVPM and chargers / Schnittstellen von Ladekoordinator zu HVPM und
// Ladern
#define I3_RES_EME_STAT_TAR_OPMO_CHGE_WERT (RXBUF_UCHAR(0))
#define I3_RES_EME_STAT_TAR_OPMO_CHGE_WERT_TYPE unsigned char
// Set operating mode from HVPM to charging coordinator / Soll Betriebsart von HVPM an Ladekoordinator
#define I3_RES_EME_STAT_AVL_OPMOCHGE_WERT (RXBUF_UCHAR(1))
#define I3_RES_EME_STAT_AVL_OPMOCHGE_WERT_TYPE unsigned char
// Is the operating mode from LDK to HVPM / Ist Betriebsart von LDK an HVPM
#define I3_RES_EME_STAT_TAR_OPMO_INTLE_WERT (RXBUF_UCHAR(2))
#define I3_RES_EME_STAT_TAR_OPMO_INTLE_WERT_TYPE unsigned char
// Set operating mode from LDK to internal loader / Soll Betriebsart von LDK an internen Lader
#define I3_RES_EME_STAT_AVL_OPMO_INTLE_WERT (RXBUF_UCHAR(3))
#define I3_RES_EME_STAT_AVL_OPMO_INTLE_WERT_TYPE unsigned char
// Is the operating mode of the internal loader on the LDK / Ist Betriebsart von internem Lader an LDK
#define I3_RES_EME_STAT_TAR_OPMO_CF_CHGE_WERT (RXBUF_UCHAR(4))
#define I3_RES_EME_STAT_TAR_OPMO_CF_CHGE_WERT_TYPE unsigned char
// Set operating mode from LDK to external loader / Soll Betriebsart von LDK an externen Lader
#define I3_RES_EME_STAT_AVL_OPMO_CF_CHGE_WERT (RXBUF_UCHAR(5))
#define I3_RES_EME_STAT_AVL_OPMO_CF_CHGE_WERT_TYPE unsigned char
// Is the operating mode of the external charger on the LDK / Ist Betriebsart von externem Lader an LDK
#define I3_RES_EME_STAT_TAR_CHG_MOD_CF_CHGE_WERT (RXBUF_UCHAR(6))
#define I3_RES_EME_STAT_TAR_CHG_MOD_CF_CHGE_WERT_TYPE unsigned char
// Target charging mode of the external charger (1- or multi-phase) / Soll-Lademodus des externer Laders (1- oder
// mehrphasig)
#define I3_RES_EME_STAT_AVL_CHG_MOD_CF_CHGE_WERT (RXBUF_UCHAR(7))
#define I3_RES_EME_STAT_AVL_CHG_MOD_CF_CHGE_WERT_TYPE unsigned char
// Actual charging mode of the comfort charging electronics (1- or multi-phase) / Ist-Lademodus der Komfort
// Ladeelektronik (1- oder mehrphasig)
#define I3_RES_EME_STAT_TAR_PWR_CHGNG_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_TAR_PWR_CHGNG_WERT_UNIT 'W'
#define I3_RES_EME_STAT_TAR_PWR_CHGNG_WERT_TYPE unsigned long
// Target output from HVPM to LDK / Sollleistung von HVPM an LDK
#define I3_RES_EME_STAT_AVL_PWR_CHGNG_WERT (RXBUF_UINT32(12)*0.1f)
#define I3_RES_EME_STAT_AVL_PWR_CHGNG_WERT_UNIT 'W'
#define I3_RES_EME_STAT_AVL_PWR_CHGNG_WERT_TYPE float
// Actual performance from LDK to HVPM / Istleistung von LDK an HVPM
#define I3_RES_EME_STAT_TAR_PWR_INTLE_WERT (RXBUF_UINT32(16)*0.1f)
#define I3_RES_EME_STAT_TAR_PWR_INTLE_WERT_UNIT 'W'
#define I3_RES_EME_STAT_TAR_PWR_INTLE_WERT_TYPE float
// Target power from LDK to internal charger / Sollleistung von LDK an interen Lader
#define I3_RES_EME_STAT_AVL_PWR_INTLE_WERT (RXBUF_UINT32(20)*0.1f)
#define I3_RES_EME_STAT_AVL_PWR_INTLE_WERT_UNIT 'W'
#define I3_RES_EME_STAT_AVL_PWR_INTLE_WERT_TYPE float
// Actual HV power of the internal charger / Ist-HV-Leistung des internen Laders
#define I3_RES_EME_STAT_TAR_PWR_CF_CHGE_WERT (RXBUF_UINT(24))
#define I3_RES_EME_STAT_TAR_PWR_CF_CHGE_WERT_UNIT 'W'
#define I3_RES_EME_STAT_TAR_PWR_CF_CHGE_WERT_TYPE unsigned short
// Target output from LDK to external charger / Sollleistung von LDK an exteren Lader
#define I3_RES_EME_STAT_AVL_PWR_CF_CHGE_WERT (RXBUF_UINT(26))
#define I3_RES_EME_STAT_AVL_PWR_CF_CHGE_WERT_UNIT 'W'
#define I3_RES_EME_STAT_AVL_PWR_CF_CHGE_WERT_TYPE unsigned short
// Actual HV output from external charger / Ist-HV-leistung von externem Lader
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CHGE_WERT (RXBUF_UINT32(28)*0.1f)
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CHGE_WERT_TYPE float
// HVPM specification of the maximum permissible AC conductor current (effective value) for all available network
// phases / HVPM-Vorgabe des maximal zulässigen AC-Leiterstromes (Effektivwert) für alle verfügbaren Netzphasen
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CF_CHGE_WERT (RXBUF_UINT(32)*0.1f)
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CF_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_SPEC_I_MAX_ALTC_CF_CHGE_WERT_TYPE float
// Specification of the maximum permissible AC conductor current (effective value) for all available mains phases
// - external charger. / Vorgabe des maximal zulässigen AC-Leiterstromes (Effektivwert) für alle verfügbaren
// Netzphasen - Externer Lader.
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CHGE_WERT (RXBUF_UINT32(34)*0.1f)
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CHGE_WERT_TYPE float
// HVPM specification of the maximum permissible DC-HV current upper limit / HVPM-Vorgabe der maximal zulässigen
// DC-HV-Stromobergrenze
#define I3_RES_EME_STAT_AVL_I_CHGE_WERT (RXBUF_SINT(38)*0.1f-204.7)
#define I3_RES_EME_STAT_AVL_I_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_AVL_I_CHGE_WERT_TYPE float
// Information about the current DC-HV current supplied by the LDK / Information über den aktuell von der LDK
// abgegebenen DC-HV-Strom
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_INTLE_WERT (RXBUF_UINT32(40)*0.1f)
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_INTLE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_INTLE_WERT_TYPE float
// Specification of the maximum permissible DC-HV current upper limit - internal charger. / Vorgabe der maximal
// zulässigen DC-HV-Stromobergrenze - Interner Lader.
#define I3_RES_EME_STAT_AVL_I_INTLE_WERT (RXBUF_UINT32(44)*0.1f)
#define I3_RES_EME_STAT_AVL_I_INTLE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_AVL_I_INTLE_WERT_TYPE float
// Information about the DC-HV current currently being supplied by the KLE - internal charger / Information über
// den aktuell von der KLE abgegebenen DC-HV-Strom - Interner Lader
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CF_CHGE_WERT (RXBUF_UINT(48)*0.1f)
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CF_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_SPEC_I_MAX_DC_CF_CHGE_WERT_TYPE float
// Specification of the maximum permissible DC-HV current upper limit - external charger. / Vorgabe der maximal
// zulässigen DC-HV-Stromobergrenze - Externer Lader.
#define I3_RES_EME_STAT_AVL_I_CF_CHGE_WERT (RXBUF_SINT(50)*0.1f-204.7)
#define I3_RES_EME_STAT_AVL_I_CF_CHGE_WERT_UNIT 'A'
#define I3_RES_EME_STAT_AVL_I_CF_CHGE_WERT_TYPE float
// Information about the DC-HV current currently being supplied by the KLE - external charger / Information über
// den aktuell von der KLE abgegebenen DC-HV-Strom - Externer Lader
#define I3_RES_EME_STAT_SPEC_U_MAX_CHG_CHGE_WERT (RXBUF_UINT(52)*0.1f)
#define I3_RES_EME_STAT_SPEC_U_MAX_CHG_CHGE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPEC_U_MAX_CHG_CHGE_WERT_TYPE float
// HVPM specification of the maximum permissible DC-HV voltage upper limit of the charging electronics. /
// HVPM-Vorgabe der maximal zulässigen DC-HV-Spannungsobergrenze der Ladeelektronik.
#define I3_RES_EME_STAT_AVL_U_CHGE_WERT (RXBUF_UINT(54)*0.1f)
#define I3_RES_EME_STAT_AVL_U_CHGE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_CHGE_WERT_TYPE float
// HV voltage measured by chargers (max from internal and external charger) / von Ladegeraeten gemessene
// HV-Spannung (Max aus internem und externem Lader)
#define I3_RES_EME_STAT_SPEC_U_MAX_INTLE_WERT (RXBUF_UINT32(56))
#define I3_RES_EME_STAT_SPEC_U_MAX_INTLE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPEC_U_MAX_INTLE_WERT_TYPE unsigned long
// Specification of the maximum permissible DC-HV voltage limit - internal charger. / Vorgabe der maximal
// zulässigen DC-HV-Spannungsgrenze - Interner Lader.
#define I3_RES_EME_STAT_AVL_U_INTLE_WERT (RXBUF_UINT32(60)*0.1f)
#define I3_RES_EME_STAT_AVL_U_INTLE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_INTLE_WERT_TYPE float
// Actual HV voltage from internal charger / Ist-HV-Spannung von internem Lader
#define I3_RES_EME_STAT_SPEC_U_MAX_CF_CHGE_WERT (RXBUF_SINT(64)*0.25f)
#define I3_RES_EME_STAT_SPEC_U_MAX_CF_CHGE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_SPEC_U_MAX_CF_CHGE_WERT_TYPE float
// Specification of the maximum permissible DC-HV voltage limit - external charger. / Vorgabe der maximal
// zulässigen DC-HV-Spannungsgrenze - Externer Lader.
#define I3_RES_EME_STAT_AVL_U_CF_CHGE_WERT (RXBUF_SINT(66)*0.1f)
#define I3_RES_EME_STAT_AVL_U_CF_CHGE_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_CF_CHGE_WERT_TYPE float
// Actual HV voltage from external charger / Ist-HV-Spannung von externem Lader
#define I3_RES_EME_STAT_AVL_U_CHGE_ALTC_WR_1_WERT (RXBUF_UCHAR(68))
#define I3_RES_EME_STAT_AVL_U_CHGE_ALTC_WR_1_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_CHGE_ALTC_WR_1_WERT_TYPE unsigned char
// Smoothed and filtered AC voltage rms actual value between conductor 1 and neutral conductor (internal charger)
// / Geglätteter und gefilterter AC-Spannungseffektiv-Istwert zwischen Leiter 1 und Nullleiter (Internes
// Ladegeraet)
#define I3_RES_EME_STAT_AVL_U_1_CF_CHGE_ALTC_WERT (RXBUF_UCHAR(69))
#define I3_RES_EME_STAT_AVL_U_1_CF_CHGE_ALTC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_1_CF_CHGE_ALTC_WERT_TYPE unsigned char
// Smoothed and filtered AC voltage rms actual value between conductor 1 and neutral conductor (external charger)
// / Geglätteter und gefilterter AC-Spannungseffektiv-Istwert zwischen Leiter 1 und Nullleiter (externes
// Ladegeraet)
#define I3_RES_EME_STAT_AVL_U_2_CF_CHGE_ALTC_WERT (RXBUF_UCHAR(70))
#define I3_RES_EME_STAT_AVL_U_2_CF_CHGE_ALTC_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_2_CF_CHGE_ALTC_WERT_TYPE unsigned char
// Smoothed and filtered AC voltage rms actual value between conductor 2 and neutral conductor (external charger)
// / Geglätteter und gefilterter AC-Spannungseffektiv-Istwert zwischen Leiter 2 und Nullleiter (externes
// Ladegeraet)
#define I3_RES_EME_STAT_AVL_TEMP_CHGE_WERT (RXBUF_SINT(71)-48.0)
#define I3_RES_EME_STAT_AVL_TEMP_CHGE_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_TEMP_CHGE_WERT_TYPE short
// Current temperature of the charging electronics. / Aktuelle Temperatur der Ladeelektronik.
#define I3_RES_EME_STAT_AVL_TEMP_INTLE_WERT (RXBUF_SINT(73))
#define I3_RES_EME_STAT_AVL_TEMP_INTLE_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_TEMP_INTLE_WERT_TYPE short
// Current temperature of the internal charger. / Aktuelle Temperatur des internen Laders.
#define I3_RES_EME_STAT_AVL_TEMP_CF_CHGE_WERT (RXBUF_SINT(75)-48.0)
#define I3_RES_EME_STAT_AVL_TEMP_CF_CHGE_WERT_UNIT '°C'
#define I3_RES_EME_STAT_AVL_TEMP_CF_CHGE_WERT_TYPE short
// Current temperature of the external charger. / Aktuelle Temperatur des externenLaders.
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_DER_WERT (RXBUF_UINT32(77))
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_DER_WERT_UNIT 'W'
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_DER_WERT_TYPE unsigned long
// Current derating performance of the charging electronics / Aktuelle Derating-Leistung der Ladeelektronik
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_INTLE_DER_WERT (RXBUF_UINT32(81))
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_INTLE_DER_WERT_UNIT 'W'
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_INTLE_DER_WERT_TYPE unsigned long
// Current derating power of the internal charger / Aktuelle Derating-Leistung des internen Laders
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_CF_CHGE_DER_WERT (RXBUF_UINT32(85)*10.0f)
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_CF_CHGE_DER_WERT_UNIT 'W'
#define I3_RES_EME_STAT_PWR_HV_STAT_AVLB_CF_CHGE_DER_WERT_TYPE float
// Current derating upper limit of the ExtLe. / Aktuelle Derating-Leistungsobergrenze der ExtLe.
#define I3_RES_EME_STAT_REAS_FAILSAFE_CHGNG_WERT (RXBUF_UINT(89))
#define I3_RES_EME_STAT_REAS_FAILSAFE_CHGNG_WERT_TYPE unsigned short
// Information about the trigger for the Failsafe state / Information über den Auslöser für den Zustand Failsafe
#define I3_RES_EME_STAT_REAS_FAILSAFE_INTLE_WERT (RXBUF_UINT(91))
#define I3_RES_EME_STAT_REAS_FAILSAFE_INTLE_WERT_TYPE unsigned short
// Information about the trigger for the failsafe state of the internal loader / Information über den Auslöser
// für den Zustand Failsafe des internen Laders
#define I3_RES_EME_STAT_REAS_CON_VRFD_CF_CHGE_WERT (RXBUF_UINT(93))
#define I3_RES_EME_STAT_REAS_CON_VRFD_CF_CHGE_WERT_TYPE unsigned short
// Information about the trigger for the Failsafe state in the external loader. / Information über den Auslöser
// für den Zustand Failsafe im externen Lader.
#define I3_RES_EME_STAT_REAS_DER_CHGNG_WERT (RXBUF_UCHAR(95))
#define I3_RES_EME_STAT_REAS_DER_CHGNG_WERT_TYPE unsigned char
// Information about the cause of the derating of the charging electronics / Information über die Deratingursache
// der Ladeelektronik
#define I3_RES_EME_STAT_REAS_DER_INTLE_WERT (RXBUF_UCHAR(96))
#define I3_RES_EME_STAT_REAS_DER_INTLE_WERT_TYPE unsigned char
// Information about the cause of the derating of the internal charger / Information über die Deratingursache des
// internen Laders
#define I3_RES_EME_STAT_REAS_DER_CF_CHGNG_WERT (RXBUF_UCHAR(97))
#define I3_RES_EME_STAT_REAS_DER_CF_CHGNG_WERT_TYPE unsigned char
// Information about the cause of the derating of the external charger / Information über die Deratingursache des
// externen Laders
#define I3_RES_EME_STAT_ST_ERR_CHGNG_WERT (RXBUF_UCHAR(98))
#define I3_RES_EME_STAT_ST_ERR_CHGNG_WERT_TYPE unsigned char
// Information about error states of the charging electronics / Information über Fehlerzustände der
// Ladeelektronik
#define I3_RES_EME_STAT_ST_ERR_INTLE_WERT (RXBUF_UCHAR(99))
#define I3_RES_EME_STAT_ST_ERR_INTLE_WERT_TYPE unsigned char
// Information about error states of the internal loader / Information über Fehlerzustände des internen Laders
#define I3_RES_EME_STAT_ST_ERR_CF_CHGE_WERT (RXBUF_UCHAR(100))
#define I3_RES_EME_STAT_ST_ERR_CF_CHGE_WERT_TYPE unsigned char
// Information about error states of the external charger / Information über Fehlerzustände des externer Laders
#define I3_RES_EME_STAT_FREQWR_CHGNG_WERT (RXBUF_UINT32(101))
#define I3_RES_EME_STAT_FREQWR_CHGNG_WERT_UNIT 'Hz'
#define I3_RES_EME_STAT_FREQWR_CHGNG_WERT_TYPE unsigned long
// Frequency AC network of the charging electronics / Frequenz AC-Netz der Ladeelektronik
#define I3_RES_EME_STAT_FREQWR_INTLE_WERT (RXBUF_UINT32(105))
#define I3_RES_EME_STAT_FREQWR_INTLE_WERT_UNIT 'Hz'
#define I3_RES_EME_STAT_FREQWR_INTLE_WERT_TYPE unsigned long
// Frequency AC network of the internal charger / Frequenz AC-Netz des internen Laders
#define I3_RES_EME_STAT_FREQWR_1_CF_CHGE_ALTC_WERT (RXBUF_UINT32(109)*0.25f)
#define I3_RES_EME_STAT_FREQWR_1_CF_CHGE_ALTC_WERT_UNIT 'Hz'
#define I3_RES_EME_STAT_FREQWR_1_CF_CHGE_ALTC_WERT_TYPE float
// Smoothed and filtered AC grid frequency between conductor 1 and neutral of the external charger. / Geglättete
// und gefilterte AC-Netzfrequenz zwischen Leiter 1 und Nulleiter des externen Laders.
#define I3_RES_EME_STAT_FREQWR_2_CF_CHGE_ALTC_WERT (RXBUF_UINT32(113)*0.25f)
#define I3_RES_EME_STAT_FREQWR_2_CF_CHGE_ALTC_WERT_UNIT 'Hz'
#define I3_RES_EME_STAT_FREQWR_2_CF_CHGE_ALTC_WERT_TYPE float
// Smoothed and filtered AC grid frequency between conductor 2 and neutral of the external charger. / Geglättete
// und gefilterte AC-Netzfrequenz zwischen Leiter 2 und Nulleiter des externen Laders.
#define I3_RES_EME_STAT_AVL_EFFY_CHGNG_CYC_WERT (RXBUF_UINT32(117))
#define I3_RES_EME_STAT_AVL_EFFY_CHGNG_CYC_WERT_UNIT '%'
#define I3_RES_EME_STAT_AVL_EFFY_CHGNG_CYC_WERT_TYPE unsigned long
// Efficiency of the charging electronics / Effizienz der Ladeelektronik
#define I3_RES_EME_STAT_AVL_EFFY_INTLE_CYC_WERT (RXBUF_UCHAR(121))
#define I3_RES_EME_STAT_AVL_EFFY_INTLE_CYC_WERT_UNIT '%'
#define I3_RES_EME_STAT_AVL_EFFY_INTLE_CYC_WERT_TYPE unsigned char
// Internal loader efficiency / Effizienz des internen Laders
#define I3_RES_EME_STAT_AVL_EFFY_CF_CHGNG_CYC_WERT (RXBUF_UCHAR(122))
#define I3_RES_EME_STAT_AVL_EFFY_CF_CHGNG_CYC_WERT_UNIT '%'
#define I3_RES_EME_STAT_AVL_EFFY_CF_CHGNG_CYC_WERT_TYPE unsigned char
// External charger efficiency / Effizienz des externen Laders
#define I3_RES_EME_STAT_TAR_CHGNG_TYP_WERT (RXBUF_UCHAR(123))
#define I3_RES_EME_STAT_TAR_CHGNG_TYP_WERT_TYPE unsigned char
// Default charging type by HVPM (conductive, inductive) / Vorgabe-Ladetyp durch HVPM (konduktiv, induktiv)
#define I3_RES_EME_STAT_AVL_CHGNG_TYP_WERT (RXBUF_UCHAR(124))
#define I3_RES_EME_STAT_AVL_CHGNG_TYP_WERT_TYPE unsigned char
// Actual charging type feedback through LDK (conductive, inductive) / Ist-Ladetyp Rückmeldung durch LDK
// (konduktiv, induktiv)
#define I3_PID_EME_DCDC_MESSGROESSEN_KOMPLETT 0xE5FF
// Status of all available DCDC measured values for both PKR2 and non-PKR2 software / Status aller verfügbaren
// DCDC Messgrössen für beide PKR2 und nicht-PKR2 Software
#define I3_RES_EME_STAT_AVL_CUTIL_DCDC_CNV_WERT (RXBUF_UINT32(0))
#define I3_RES_EME_STAT_AVL_CUTIL_DCDC_CNV_WERT_UNIT '%'
#define I3_RES_EME_STAT_AVL_CUTIL_DCDC_CNV_WERT_TYPE unsigned long
// Load DCDC / Auslastung DCDC
#define I3_RES_EME_STAT_AVL_I_HV_DCDC_WERT (RXBUF_SINT32(4)*0.1f)
#define I3_RES_EME_STAT_AVL_I_HV_DCDC_WERT_UNIT 'A'
#define I3_RES_EME_STAT_AVL_I_HV_DCDC_WERT_TYPE float
// Instantaneous HV current of the DC / DC converter / Momentaner HV-Strom des DC/DC-Wandlers
#define I3_RES_EME_STAT_AVL_I_LV_DCDC_WERT (RXBUF_UINT32(8))
#define I3_RES_EME_STAT_AVL_I_LV_DCDC_WERT_UNIT 'A'
#define I3_RES_EME_STAT_AVL_I_LV_DCDC_WERT_TYPE unsigned long
// DCDC converter: ACTUAL current LV side at the B + bolt / DCDC Wandler: IST-Strom LV-Seite am B+ Bolzen
#define I3_RES_EME_STAT_AVL_OPMO_DCDC_CNV_WERT (RXBUF_UCHAR(12))
#define I3_RES_EME_STAT_AVL_OPMO_DCDC_CNV_WERT_TYPE unsigned char
// Actual operating mode of the DCDC converter / Ist-Betriebsart des DCDC-Wandlers
#define I3_RES_EME_STAT_AVL_U_DCDC_CNV_HV_WERT (RXBUF_UINT32(13))
#define I3_RES_EME_STAT_AVL_U_DCDC_CNV_HV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_DCDC_CNV_HV_WERT_TYPE unsigned long
// HV voltage in the DC / DC converter / HV Spannung im DC/DC-Wandler
#define I3_RES_EME_STAT_AVL_U_LV_DCDC_CNV_WERT (RXBUF_UINT32(17)*0.1f)
#define I3_RES_EME_STAT_AVL_U_LV_DCDC_CNV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_AVL_U_LV_DCDC_CNV_WERT_TYPE float
// DCDC converter: ACTUAL voltage LV side at B + bolt / DCDC Wandler: IST-Spannung LV-Seite am B+ Bolzen
#define I3_RES_EME_STAT_SPEC_PWR_DCDC_CNV_MAX_WERT (RXBUF_UINT32(21))
#define I3_RES_EME_STAT_SPEC_PWR_DCDC_CNV_MAX_WERT_UNIT 'W'
#define I3_RES_EME_STAT_SPEC_PWR_DCDC_CNV_MAX_WERT_TYPE unsigned long
// Commanded maximum HV power / Kommandierte maximale HV-Leistung
#define I3_RES_EME_STAT_ST_DCDC_CNV_DIAG_WERT (RXBUF_UINT32(25))
#define I3_RES_EME_STAT_ST_DCDC_CNV_DIAG_WERT_TYPE unsigned long
// Status of which current limit / which derating of the DCDC converter is active / Status welche
// Stromgrenze/welches Derating des DCDC-Wandlers aktiv ist
#define I3_RES_EME_STAT_ST_ERR_DCDC_CNV_WERT (RXBUF_UINT(29))
#define I3_RES_EME_STAT_ST_ERR_DCDC_CNV_WERT_TYPE unsigned short
// Return of the active / inactive errors of the DC / DC converter - bit-coded / Rückgabe der aktiven/inaktiven
// Fehler des DC/DC Wandlers - bitcodiert
#define I3_RES_EME_STAT_TAR_OPMO_DCDC_CNV_WERT (RXBUF_UCHAR(31))
#define I3_RES_EME_STAT_TAR_OPMO_DCDC_CNV_WERT_TYPE unsigned char
// Target operating mode of the DC / DC converter: 1: Standby 2: Buck 5: AC emergency charging / Soll-Betriebsart
// des DC/DC-Wandlers: 1: Standby 2: Buck 5: AC-Notladen
#define I3_RES_EME_STAT_TAR_U_LV_DCDC_CNV_WERT (RXBUF_UINT32(32)*0.1f)
#define I3_RES_EME_STAT_TAR_U_LV_DCDC_CNV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_TAR_U_LV_DCDC_CNV_WERT_TYPE float
// Target LV voltage of the DCDC converter in buck operation (maximum value) / Soll-LV-Spannung des DCDC-Wandlers
// im Buck-Betrieb (Maximaler Wert)
#define I3_RES_EME_STAT_U_DCDC_CNV_HV_MIN_WERT (RXBUF_UINT32(36))
#define I3_RES_EME_STAT_U_DCDC_CNV_HV_MIN_WERT_UNIT 'V'
#define I3_RES_EME_STAT_U_DCDC_CNV_HV_MIN_WERT_TYPE unsigned long
// Minimum permissible HV voltage limit / Minimal zulässige HV-Spannungsgrenze
#define I3_RES_EME_STAT_V_B_DCDC_HI_ENABLE_WERT (RXBUF_UCHAR(40))
#define I3_RES_EME_STAT_V_B_DCDC_HI_ENABLE_WERT_TYPE unsigned char
// DCDC-enabled signal (HW signal to activate the DCDC HW) / DCDC-enabled-Signal (HW-Signal zum aktivieren der
// DCDC-HW)
#define I3_RES_EME_STAT_V_E_DCDC_BTS_STATUS_MC6_WERT (RXBUF_UINT(41))
#define I3_RES_EME_STAT_V_E_DCDC_BTS_STATUS_MC6_WERT_TYPE unsigned short
// Status of the component protection diagnostics on the MC6 (PIC) - bit-coded / Status der
// Bauteilschutzdiagnosen auf dem MC6 (PIC) - bitcodiert
#define I3_RES_EME_STAT_V_E_DCDC_CTRL_STATUS_MC6_PKR2_WERT (RXBUF_UINT(43))
#define I3_RES_EME_STAT_V_E_DCDC_CTRL_STATUS_MC6_PKR2_WERT_TYPE unsigned short
// Status of the DC / DC controller (from PIC) - bit-coded (only PKR2!) / Status des DC/DC-Controllers (von PIC)
// - bitcodiert (nur PKR2!)
#define I3_RES_EME_STAT_V_E_DCDC_HI_ST_OUT_WERT (RXBUF_UINT32(45))
#define I3_RES_EME_STAT_V_E_DCDC_HI_ST_OUT_WERT_TYPE unsigned long
// The reason for the limit values of the DC / DC converter. / Die Ursache für die Begrenzungsgrößen des
// DC/DC-Wandlers.
#define I3_RES_EME_STAT_V_E_DCDC_MC0_CTRL_WERT (RXBUF_UINT32(49))
#define I3_RES_EME_STAT_V_E_DCDC_MC0_CTRL_WERT_TYPE unsigned long
// Status and control bits for the DCDC: Bit 0: Release signal (at 1) for frequency modulation operation in DCDC
// Bit 1: KL15 status Bit 2: Status ELUP startup (1: active) (Bit 2 - only for PKR2!) / Status und Steuerungsbits
// für den DCDC: Bit 0: Freigabesignal (bei 1) für den Frequenzmodulation-Betrieb im DCDC Bit 1: KL15-Status
// Bit 2: Status ELUP Anlauf (1: aktiv) (Bit 2 - nur für PKR2!)
#define I3_RES_EME_STAT_V_H_SPI_DCDC_0_SPI_DATA_E_STATUS_WERT (RXBUF_UINT(53))
#define I3_RES_EME_STAT_V_H_SPI_DCDC_0_SPI_DATA_E_STATUS_WERT_TYPE unsigned short
// Status of SPI communication from the point of view of MC0 / Status SPI-Kommunikation aus Sicht von MC0
#define I3_RES_EME_STAT_V_H_SPI_DCDC_6_SPI_DATA_E_STATUS_WERT (RXBUF_UINT(55))
#define I3_RES_EME_STAT_V_H_SPI_DCDC_6_SPI_DATA_E_STATUS_WERT_TYPE unsigned short
// Status of SPI communication from the point of view of MC6 / Status SPI-Kommunikation aus Sicht von MC6
#define I3_RES_EME_STAT_V_I_DCDC_HV_MC6_WERT (RXBUF_UINT32(57)*0.1f)
#define I3_RES_EME_STAT_V_I_DCDC_HV_MC6_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_DCDC_HV_MC6_WERT_TYPE float
// HV electricity / HV-Strom
#define I3_RES_EME_STAT_V_I_DCDC_TRA1_MC6_WERT (RXBUF_UINT32(61)*0.1f)
#define I3_RES_EME_STAT_V_I_DCDC_TRA1_MC6_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_DCDC_TRA1_MC6_WERT_TYPE float
// Transformer electricity / Transformator Strom
#define I3_RES_EME_STAT_V_I_DCDC_TRA_FIL_WERT (RXBUF_UINT32(65)*0.1f)
#define I3_RES_EME_STAT_V_I_DCDC_TRA_FIL_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_DCDC_TRA_FIL_WERT_TYPE float
// Filtered transformer electricity / Gefilterter Transformator Strom
#define I3_RES_EME_STAT_V_S_DCDC_PWM_HTS1_WERT (RXBUF_UINT(69))
#define I3_RES_EME_STAT_V_S_DCDC_PWM_HTS1_WERT_TYPE unsigned short
// Duty cycle buck converter 1 (only for non-PKR2 software!) Push-pull converter phase shift between HSS1 and
// HSS2 (only PKR2!) / Einschaltdauer Tiefsetzsteller 1 (nur für non-PKR2 Software!) Gegentaktwandler
// Phasenverschiebung zwischen HSS1 und HSS2 (nur PKR2!)
#define I3_RES_EME_STAT_V_S_DCDC_PWM_HTS2_WERT (RXBUF_UINT(71))
#define I3_RES_EME_STAT_V_S_DCDC_PWM_HTS2_WERT_TYPE unsigned short
// Switch-on time buck converter 2 (only for non-PKR2 software!) Switch-on time rectifier (only PKR2!) /
// Einschaltzeit Tiefsetzsteller 2 (nur für non-PKR2 Software!) Einschaltzeit Gleichrichter (nur PKR2!)
#define I3_RES_EME_STAT_V_S_DCDC_SW_VERSION_WERT (RXBUF_UINT(73))
#define I3_RES_EME_STAT_V_S_DCDC_SW_VERSION_WERT_TYPE unsigned short
// DCDC SW version / DCDC SW-Version
#define I3_RES_EME_STAT_V_T_DCDC_BO_WERT (RXBUF_UINT32(75))
#define I3_RES_EME_STAT_V_T_DCDC_BO_WERT_UNIT '°C'
#define I3_RES_EME_STAT_V_T_DCDC_BO_WERT_TYPE unsigned long
// Temperature DCDC board / Temperatur DCDC Board
#define I3_RES_EME_STAT_V_T_DCDC_GR_MC6_WERT (RXBUF_UINT32(79))
#define I3_RES_EME_STAT_V_T_DCDC_GR_MC6_WERT_UNIT '°C'
#define I3_RES_EME_STAT_V_T_DCDC_GR_MC6_WERT_TYPE unsigned long
// Temperature rectifier / Temperatur Gleichrichter
#define I3_RES_EME_STAT_V_T_DCDC_GTW_MC6_WERT (RXBUF_UINT32(83))
#define I3_RES_EME_STAT_V_T_DCDC_GTW_MC6_WERT_UNIT '°C'
#define I3_RES_EME_STAT_V_T_DCDC_GTW_MC6_WERT_TYPE unsigned long
// Temperature push-pull converter / Temperatur Gegentaktwandler
#define I3_RES_EME_STAT_V_U_DCDC_GT_MC6_PKR2_WERT (RXBUF_UINT32(87))
#define I3_RES_EME_STAT_V_U_DCDC_GT_MC6_PKR2_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_DCDC_GT_MC6_PKR2_WERT_TYPE unsigned long
// Gate driver supply voltage (only PKR2!) / Gatetreiber-Versorgungsspannung (nur PKR2!)
#define I3_RES_EME_STAT_V_U_DCDC_LV_WERT (RXBUF_UINT32(91)*0.1f)
#define I3_RES_EME_STAT_V_U_DCDC_LV_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_DCDC_LV_WERT_TYPE float
// LV actual voltage / LV Ist-Spannung
#define I3_RES_EME_STAT_V_U_DCDC_LV_CAL_WERT (RXBUF_UINT32(95)*0.1f)
#define I3_RES_EME_STAT_V_U_DCDC_LV_CAL_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_DCDC_LV_CAL_WERT_TYPE float
// Raw signal LV voltage measurement DCDC converter / Rohsignal LV Spannungsmessung DCDC Wandler
#define I3_RES_EME_STAT_V_U_DCDC_LV_SOLL_WERT (RXBUF_UINT32(99)*0.1f)
#define I3_RES_EME_STAT_V_U_DCDC_LV_SOLL_WERT_UNIT 'V'
#define I3_RES_EME_STAT_V_U_DCDC_LV_SOLL_WERT_TYPE float
// LV target voltage specification / LV-Soll-Spannung-Vorgabe
#define I3_RES_EME_STAT_V_I_DCDC_TS1_MC6_RUKO_WERT (RXBUF_UINT32(103))
#define I3_RES_EME_STAT_V_I_DCDC_TS1_MC6_RUKO_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_DCDC_TS1_MC6_RUKO_WERT_TYPE unsigned long
// Buck converter phase 1 current (only for non-PKR2 software!) / Tiefsetzsteller Phase1 Strom (nur für non-PKR2
// Software!)
#define I3_RES_EME_STAT_V_I_DCDC_TS2_MC6_RUKO_WERT (RXBUF_UINT32(107))
#define I3_RES_EME_STAT_V_I_DCDC_TS2_MC6_RUKO_WERT_UNIT 'A'
#define I3_RES_EME_STAT_V_I_DCDC_TS2_MC6_RUKO_WERT_TYPE unsigned long
// Buck converter phase 2 current (only for non-PKR2 software!) / Tiefsetzsteller Phase 2 Strom (nur für non-PKR2
// Software!)
#define I3_RES_EME_STAT_V_T_DCDC_TS_MC6_RUKO_WERT (RXBUF_UINT32(111))
#define I3_RES_EME_STAT_V_T_DCDC_TS_MC6_RUKO_WERT_UNIT '°C'
#define I3_RES_EME_STAT_V_T_DCDC_TS_MC6_RUKO_WERT_TYPE unsigned long
// Step-down converter temperature (only for non-PKR2 software!) / Tiefsetzsteller Temperatur (nur für non-PKR2
// Software!)
// Skipping NV_FLASH_PRUEFEN on 0xF000 which takes arguments
// Skipping RBM_TEST on 0xF001 which takes arguments
// Skipping AE_HWCAL_LESEN on 0xF010 which takes arguments
#define I3_PID_EME_AE_RESETINFO_LESEN 0xF011
// Reading out the reset info from the flash / Auslesen der Resetinfo aus dem Flash
// Skipping AKS_DIAG_STATUS_SELECT on 0xF012 which takes arguments
#define I3_PID_EME_AE_FREILAUF_MODUS 0xF050
// Free running mode / Freilauf Modus
#define I3_RES_EME_STAT_STATUS (RXBUF_SCHAR(0))
#define I3_RES_EME_STAT_STATUS_UNIT '0-n'
#define I3_RES_EME_STAT_STATUS_TYPE char
// Free running status: 0 = inactive; 1 = active / Status Freilauf: 0=inaktiv; 1=aktiv
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