Master Fields List

By default all fields marked in the Base set are included in forwarders unless you filter it in the general config. To add fields use the keys or keys_include options in the general field of the forwarders configuration

Accelerometer

Field	Info	Type	Unit
`ap_cur_deg_x`	Current angle in x-axis	number	degrees
`ap_cur_deg_y`	Current angle in y-axis	number	degrees
`ap_cur_deg_z`	Current angle in z-axis	number	degrees
`ap_cur_mag`	Instant acceleration	number	milli-g
`ap_mov`	Movement by accelerometer	boolean
`ap_ref_deg_x`	Reference angle in x-axis	number	degrees
`ap_ref_deg_y`	Reference angle in y-axis	number	degrees
`ap_ref_deg_z`	Reference angle in z-axis	number	degrees
`moving`	Movement detection	boolean
`imu_mov`	Movement by accelerometer	boolean
`imu_mag`	Movement by accelerometer	value
`imu_event`	Related event [hard_breaking]	String
`imu_mag_x`	Raw acceleration x-axis value	number	milli-g
`imu_mag_y`	Raw acceleration y-axis value	number	milli-g
`imu_mag_z`	Raw acceleration z-axis value	number	milli-g

Counters

Field	Info	Type	Unit
`ce`	Device ignition on timer	number	seconds
`cl`	Device idle on timer	number	seconds
`cr`	Device over rpm time	number	seconds
`cs`	Device over speed	number	seconds
`cv00-49`	Counter value	number
`counter_io_exp_in1`	Total duration of IO expander input 1 activation	number	seconds
`counter_io_exp_in2`	Total duration of IO expander input 2 activation	number	seconds
`counter_io_exp_in3`	Total duration of IO expander input 3 activation	number	seconds
`counter_io_exp_in4`	Total duration of IO expander input 4 activation	number	seconds
`counter_io_exp_out1`	Total duration of IO expander output 1 activation	number	seconds
`counter_io_exp_out1_short`	Total duration of IO expander output 1 short-circuit activation	number	seconds
`counter_io_exp_out2`	Total duration of IO expander output 2 activation	number	seconds
`counter_io_exp_out2_short`	Total duration of IO expander output 2 short-circuit activation	number	seconds
`counter_io_exp_out3`	Total duration of IO expander output 3 activation	number	seconds
`counter_io_exp_out3_short`	Total duration of IO expander output 3 short-circuit activation	number	seconds
`counter_io_exp_out4`	Total duration of IO expander output 4 activation	number	seconds
`counter_io_exp_out4_short`	Total duration of IO expander output 4 short-circuit activation	number	seconds
`counter_io_in1`	Total duration of input 1 activation	number	seconds
`counter_io_in2`	Total duration of input 2 activation	number	seconds
`counter_io_in3`	Total duration of input 3 activation	number	seconds
`counter_io_out1`	Total duration of output 2 activation	number	seconds
`counter_io_out2`	Total duration of output 1 activation	number	seconds
`counter_io_tamper`	Total duration of tamper detection (case opened for Syrus 3/3G/CC devices only)	number	seconds
`dev_dist`	Absolute total distance traveled	number	meters
`dev_idle`	Absolute total idling count	number	seconds
`dev_ign`	Absolute total ignition ON count	number	seconds
`dev_orpm`	Absolute total over RPM time	number	seconds
`dev_ospeed`	Absolute over speed time	number	seconds
`tc00-19`	Time counter values	number
`vehicle_dev_dist`	User editable device distance	number	meters
`vehicle_dev_dist__mi`	User defined device distance	number	miles
`vehicle_dev_dist__km`	User defined device distance	number	km
`vehicle_dev_idle`	User editable total idle time	number	seconds
`vehicle_dev_ign`	User editable total engine on time	number	seconds
`vehicle_dev_orpm`	User editable over rpm time	number	seconds
`vehicle_dev_ospeed`	User editable over speed time	number	seconds
`vehicle_ecu_dist`	User editable engine odometer	number	meters
`vehicle_ecu_dist__km`	User defined engine distance traveled	number	km
`vehicle_ecu_dist__mi`	User defined engine distance traveled	number	miles
`vehicle_ecu_eidle`	User editable engine idle time	number	seconds
`vehicle_ecu_eusage`	User editable engine on time	number	seconds
`vehicle_ecu_ifuel`	User editable fuel consumed while idling	number	liters
`vehicle_ecu_tfuel`	User editable total fuel consumed	number	liters

GPS Related/Location

Field	Info	Type	Unit
`age`	GPS age	number
`al`	Altitude	number	meters
`speed`	Either Engine speed from ECU or GPS speed (can be either `mph` or `km/h` depending on user's preferences)	number	mph/kph
`pdop`	GPS Position Dilution of Precision (PDOP) value	number
`valid_position`	Valid position	boolean
`vdop`	Vertical Dilution of Precision(VDOP) value	boolean
`hdop`	HDOP value	number
`head`	Vehicle direction 0 = North, 180 = South	number	degrees
`source`	GPS source	number
`sv`	Satellites in view	number
`kph`	GPS speed	number	kph
`lat`	GPS Latitude	number
`lon`	GPS Longitude	number
`mph`	Speed	number	mph
`ac`	GPS acceleration	number	mph/s
`vo`	Virtual odometer (gps calculated)	number	meters
`climb_detection`	Climbing detection	number
`checkpoint`	Checkpoint ID sent by tracker	number

Time Related

Field	Info	Type
`event_day`	Event time day's representation	number
`event_epoch`	Event time as epoch	number
`event_hour`	Event time hour's representation	number
`event_min`	Event time minutes's representation	number
`event_month`	Event time month's representation	number
`event_time`	Time the event was generated by the device (YYYY-MM-DDThh:mm:ss)	string
`event_time_epoch`	Event time as epoch in seconds	number
`event_wkday`	Event time week day representation	number
`event_year`	Event time year representation	number
`system_day`	System time day's representation	number
`system_epoch`	Epoch time event was received on the server	number
`system_hour`	System time hour's representation	number
`system_min`	System time minutes's representation	number
`system_month`	System time month's representation	number
`system_time_epoch`	System time as epoch in seconds	number
`system_time`	Time event was received on the server (YYYY-MM-DDThh:mm:ss.sssss)	string
`system_wkday`	System time week day representation	number
`system_year`	System time year representation	number

Inputs/Outputs

Field	Info	Type	Unit
`ad`	ADC value	number	mV
`bl`	Device battery level	number	mV
`io_ign`	Ignition	boolean
`io_in1`	Input 1	boolean
`io_in2`	Input 2	boolean
`io_in3`	Input 3	boolean
`io_in4`	Input 4	boolean
`io_in5`	Input 5	boolean
`io_in6`	Input 6	boolean
`io_in7`	Input 7	boolean
`io_out1`	Output 1/Safe immobilization	boolean
`io_out1_short`	Output 1 short circuit	boolean
`io_out2`	Output 2	boolean
`io_out2_short`	Output 2 short circuit	boolean
`io_out3`	Output 3	boolean
`io_out3_short`	Output 3 short circuit	boolean
`io_out4`	Output 4	boolean
`io_out4_short`	Output 4 short circuit	boolean
`io_tamper`	Tamper detected (case opened)	boolean
`io_pwr`	Device power	boolean
`humidity1-10`	General purpose humidity	number	%
`pc`	Pulse counter value	number

Network

Field	Info	Type	Unit
`cf_cid`	Cell ID	string	HEX
`cf_lac`	Local area code	string	HEX
`cf_mcc`	GSM Mobile country code	number
`cf_mnc`	GSM Mobile network code	number
`cf_rssi`	RSSI	number	dBm
`cf_type`	Radio link technology	string
`comdelay`	Communication delay	number	seconds
`counter_ack_duration`	Counter GSM	number
`counter_bytes_mo`	Counter GPRS	number
`counter_bytes_mt`	Counter GPRS bearer	number
`counter_reset_gprs`	Counter retransmissions	number
`counter_reset_gprs_bearer`	Counter bytes transmitted	number
`counter_reset_gsm`	Counter bytes received	number
`counter_retransmissions`	Counter transmissions	number
`counter_transmissions`	Counter acknowledge duration	number
`ip`	IP address	number
`port`	Port	number
`jamm_detected`	Jammer detected	boolean

Other

Field	Info	Type
`aid`	Asset id	number
`code`	Event Code	number
`device_id`	IMEI (unique identifier per device)	number
`groups`	Group ids	array
`id`	Event unique ID (up to BIGINT)	number
`ii`	Second IMEI	number
`ky`	Device configuration key	string
`label`	Labels	string
`moving`	Moving	boolean
`pid`	Pegasus site ID	number
`primary_name`	Entity name	string
`re_index`	Region index	number
`re_sense`	Region sense	boolean
`re_type`	Region type	number
`sa_seqn`	Sequential ack	number
`sa_type`	Sequential acknowledge type	number
`ti_sense`	Signal sense	boolean
`ti_signal`	Signal	string
`ti_thr`	Signal threshold	number
`ti_val`	Signal value	number
`trip_id`	Trip ID	number
`tx`	RS-232 MDT data	string
`type`	Event type	number
`vid`	Vehicle id	number

Accessory: ADAS

Field	Info	Type	Unit
`adas_distance_from_front_vehicle`	ADAS distance from front of vehicle	number	meters
`adas_headway_measurement`	ADAS headway measurement	number	seconds
`adas_headway_warning_level`	ADAS headway warning level	number
`adas_relative_speed_from_front_vehicle`	ADAS relative speed from front of vehicle	number	kph
`adas_speed`	ADAS measured speed	number	kph
`adas_speed_limit_recognition`	ADAS speed limit recognition	number
`adas_speed_limit_recognition_sensitivity`	ADAS speed limit recognition sensitivity	number
`adas_speed_limit_recognition_state`	ADAS speed limit recognition state	number
`adas_traffic_signs_recognition_warning_level`	ADAS traffic signs recognition warning level	number
`adas_vision_only_sign_type`	ADAS vision only sign type	number

Accessory: Analog Expander

Field	Info	Type	Unit
`an_diff_in1_in2`	Analog diff. input 1, input 2	number	mV
`an_diff_in3_in4`	Analog diff. input 3, input 4	number	mV
`an_diff_in5_in6`	Analog diff. input 5, input 6	number	mV
`an_diff_in7_in8`	Analog diff. input 7, input 8	number	mV
`an_fdiff_in1_in2`	Analog filtered diff. input 1, input 2	number	mV
`an_fdiff_in3_in4`	Analog filtered diff. input 3, input 4	number	mV
`an_fdiff_in5_in6`	Analog filtered diff. input 5, input 6	number	mV
`an_fdiff_in7_in8`	Analog filtered diff. input 7, input 8	number	mV
`an_in1`	Analog input 1	number	mV
`an_in2`	Analog input 2	number	mV
`an_in3`	Analog input 3	number	mV
`an_in4`	Analog input 4	number	mV
`an_in5`	Analog input 5	number	mV
`an_in6`	Analog input 6	number	mV
`an_in7`	Analog input 7	number	mV
`an_in8`	Analog input 8	number	mV

Accessory: Axle Weight Sensor

Field	Info	Type	Unit
`axl_weights`	All axle weights	string	tons
`axl_weights_1_channel_1_weight`	Weight of channel 1 sensor 1	number	tons
`axl_weights_1_channel_2_weight`	Weight of channel 2 sensor 1	number	tons
`axl_weights_1_channel_3_weight`	Weight of channel 3 sensor 1	number	tons
`axl_weights_1_channel_4_weight`	Weight of channel 4 sensor 1	number	tons
`axl_weights_1_device_id`	Axle sensor 1 ID	number
`axl_weights_1_device_load`	Axle sensor 1 load	number	tons
`axl_weights_1_device_serial_number`	Axle sensor 1 serial number	number
`axl_weights_1_device_total`	Axle sensor 1 total weight	number	tons
`axl_weights_1_gross_load`	Axle sensor 1 gross load	number	tons
`axl_weights_1_gross_total`	Axle sensor 1 gross total	number	tons
`axl_weights_1_message_type`	Axle sensor 1 message type	number
`axl_weights_2_channel_1_weight`	Weight of channel 1 sensor 2	number	tons
`axl_weights_2_channel_2_weight`	Weight of channel 2 sensor 2	number	tons
`axl_weights_2_channel_3_weight`	Weight of channel 3 sensor 2	number	tons
`axl_weights_2_channel_4_weight`	Weight of channel 4 sensor 2	number	tons
`axl_weights_2_device_id`	Axle sensor 2 ID	number
`axl_weights_2_device_load`	Axle sensor 2 load	number	tons
`axl_weights_2_device_serial_number`	Axle sensor 2 serial number	number
`axl_weights_2_device_total`	Axle sensor 2 total weight	number	tons
`axl_weights_2_gross_load`	Axle sensor 2 gross load	number	tons
`axl_weights_2_gross_total`	Axle sensor 2 gross total	number	tons
`axl_weights_2_message_type`	Axle sensor 2 message type	number
`axl_weights_3_channel_1_weight`	Weight of channel 1 sensor 3	number	tons
`axl_weights_3_channel_2_weight`	Weight of channel 2 sensor 3	number	tons
`axl_weights_3_channel_3_weight`	Weight of channel 3 sensor 3	number	tons
`axl_weights_3_channel_4_weight`	Weight of channel 4 sensor 3	number	tons
`axl_weights_3_device_id`	Axle sensor 3 ID	number
`axl_weights_3_device_load`	Axle sensor 3 load	number	tons
`axl_weights_3_device_serial_number`	Axle sensor 3 serial number	number
`axl_weights_3_device_total`	Axle sensor 3 total weight	number	tons
`axl_weights_3_gross_load`	Axle sensor 3 gross load	number	tons
`axl_weights_3_gross_total`	Axle sensor 3 gross total	number	tons
`axl_weights_3_message_type`	Axle sensor 3 message type	number
`axl_weights_4_channel_1_weight`	Weight of channel 1 sensor 4	number	tons
`axl_weights_4_channel_2_weight`	Weight of channel 2 sensor 4	number	tons
`axl_weights_4_channel_3_weight`	Weight of channel 3 sensor 4	number	tons
`axl_weights_4_channel_4_weight`	Weight of channel 4 sensor 4	number	tons
`axl_weights_4_device_id`	Axle sensor 4 ID	number
`axl_weights_4_device_load`	Axle sensor 4 load	number	tons
`axl_weights_4_device_serial_number`	Axle sensor 4 serial number	number
`axl_weights_4_device_total`	Axle sensor 4 total weight	number	tons
`axl_weights_4_gross_load`	Axle sensor 4 gross load	number	tons
`axl_weights_4_gross_total`	Axle sensor 4 gross total	number	tons
`axl_weights_4_message_type`	Axle sensor 4 message type	number

Accessory: Bluetooth Tag

Field	Info	Type	Unit
`btt_battery`	Bluetooth tag battery	number	%
`btt_button`	Bluetooth tag button	boolean
`btt_driver`	Bluetooth tag driver	string
`btt_driver_set`	Presence of bt tag driver	boolean
`btt_freefall`	Bluetooth tag freefall	boolean
`btt_humidity`	Bluetooth tag humidity	number	%
`btt_impact`	Bluetooth tag impact	boolean
`btt_light`	Bluetooth tag light	number	%
`btt_mac`	Bluetooth tag MAC	string
`btt_motion`	Bluetooth tag motion	boolean
`btt_presence`	Bluetooth tag presence	boolean
`btt_reed`	Bluetooth tag reed switch	boolean
`btt_temp`	Bluetooth tag temperature	number	°C
`btt_wreason`	Bluetooth tag wake up reason	string
`ble_sensors_raw`	Bluetooth BLE sensors raw data	string

Accessory: ECU Monitor

  <th>
    Info
  </th>

  <th>
    Type
  </th>

  <th>
    Unit
  </th>
</tr>

  <td>
    ABS fully operational
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ac_high_pressure_fan`
  </td>

  <td>
    A/C high pressure fan switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ac_state`
  </td>

  <td>
    AC state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_accumulated_charge`
  </td>

  <td>
    Accumulated charged electric quantity
  </td>

  <td>
    number
  </td>

  <td>
    kwh
  </td>
</tr>

<tr>
  <td>
    `ecu_accumulated_discharge`
  </td>

  <td>
    Accumulated discharged electric quantity
  </td>

  <td>
    number
  </td>

  <td>
    kwh
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_doc_intk_tmp`
  </td>

  <td>
    Aftertreatment DOC intake temp
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_dpf_diff_psi`
  </td>

  <td>
    Aftertreatment DPF diff pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_dpf_intake_tmp`
  </td>

  <td>
    Aftertreatment DPF intake temp
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_dpf_outlet_tmp`
  </td>

  <td>
    Aftertreatment DPF outlet temp
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_dpf_soot_load`
  </td>

  <td>
    Aftertreatment DPF soot regeneration
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_intake_nox`
  </td>

  <td>
    Aftertreatment intake NOx
  </td>

  <td>
    number
  </td>

  <td>
    ppm
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_outlet_nox`
  </td>

  <td>
    Aftertreatment outlet NOx
  </td>

  <td>
    number
  </td>

  <td>
    ppm
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_purge_air_act`
  </td>

  <td>
    Aftertreatment purge air actuator
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_scr_intake_tmp`
  </td>

  <td>
    Aftertreatment SCR intake temp
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_aftmt_scr_outlet_tmp`
  </td>

  <td>
    Aftertreatment SCR outlet temp
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_air_compressor_status`
  </td>

  <td>
    Air compressor status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_air_flow_state`
  </td>

  <td>
    Air flow state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_aload`
  </td>

  <td>
    [Absolute load](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_ambient_air_tmp`
  </td>

  <td>
    [Ambient air temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_at_least_one_pto_engaged`
  </td>

  <td>
    At least 1 PTO engaged
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_b2v_pack_current`
  </td>

  <td>
    Battery pack current
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_b2v_pack_in_high_voltage`
  </td>

  <td>
    Voltage inside the battery
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_battery`
  </td>

  <td>
    [Vehicle battery level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    mV
  </td>
</tr>

<tr>
  <td>
    `ecu_battery_pack_provision`
  </td>

  <td>
    Battery Pack Provision
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_battery_pack_volt`
  </td>

  <td>
    Battery Pack Voltages
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_battery_pack_tmp`
  </td>

  <td>
    Battery Pack Temperatures
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_high_voltage_alarm`
  </td>

  <td>
    The voltage of the cell monomer is too high
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_highest_temp_batt_pack`
  </td>

  <td>
    Highest temperature battery pack
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_low_voltage_alarm`
  </td>

  <td>
    The voltage of the cell monomer is too low
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_lowest_temp_batt_pack`
  </td>

  <td>
    Lowest temperature battery pack
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_soc`
  </td>

  <td>
    [BMS1 SOC - State of charge](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_total_amps`
  </td>

  <td>
    [BMS1 Total current](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_bms1_total_voltage`
  </td>

  <td>
    [BMS1 Total voltage](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bms2_batt_max_temp`
  </td>

  <td>
    Battery maximum temperature
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_bms2_batt_min_temp`
  </td>

  <td>
    Battery minimum temperature
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_bms2_higher_voltage_cell`
  </td>

  <td>
    Maximum voltage of a single cell
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bms2_lower_voltage_cell`
  </td>

  <td>
    Minimum voltage of a single cell
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_fullbatt_threshold_fail`
  </td>

  <td>
    full battery voltage threshold fail
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_lowbatt_threshold_fail`
  </td>

  <td>
    Low battery voltage threshold fail
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_max_charge_current_allowed`
  </td>

  <td>
    Maximum charge current allowed
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_max_charge_voltage_allowed`
  </td>

  <td>
    Maximum charge voltage allowed
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_max_cont_charge_current_allowed`
  </td>

  <td>
    Maximum continuous charge current allowed
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_bms3_max_discharge_current_allowed`
  </td>

  <td>
    Maximum discharge current allowed (positive value)
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_bms4_batt_nominal_voltage`
  </td>

  <td>
    Battery nominal voltage
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bms4_total_batt_case`
  </td>

  <td>
    Total battery case
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms4_total_batt_temp_nodes`
  </td>

  <td>
    Total battery temperature nodes
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms4_total_cell_chain`
  </td>

  <td>
    Total cell chain
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms5_charger_connected`
  </td>

  <td>
    Charger connected
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms6_batt_cooling_request`
  </td>

  <td>
    Battery cooling request
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_batt_current_sensor_fail`
  </td>

  <td>
    Battery current sensor fail
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_batt_temp_sensor_fail`
  </td>

  <td>
    Battery temperature sensor fail
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_batt_terminal_temp_sensor_fail`
  </td>

  <td>
    Battery terminal temperature sensor fail
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_charge_alarm_comm`
  </td>

  <td>
    Communication with charge alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_charge_overcurrent_alarm`
  </td>

  <td>
    Charge overcurrent alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_comm_slave_alarm`
  </td>

  <td>
    Communication with the slave alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_discharge_overcurrent_alarm`
  </td>

  <td>
    Discharge overcurrent alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_low_total_voltage_alarm`
  </td>

  <td>
    Low total voltage alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms7_total_overvoltage_alarm`
  </td>

  <td>
    Total overvoltage alarm
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_bms9_nominal_current_capacity`
  </td>

  <td>
    Nominal current capacity of the battery
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_bms9_nominal_power`
  </td>

  <td>
    Nominal power
  </td>

  <td>
    number
  </td>

  <td>
    W
  </td>
</tr>

<tr>
  <td>
    `ecu_bms9_remaining_power`
  </td>

  <td>
    Remaining power
  </td>

  <td>
    number
  </td>

  <td>
    W
  </td>
</tr>

<tr>
  <td>
    `ecu_bms9_total_nominal_voltage`
  </td>

  <td>
    Total nominal voltage
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_bpressure`
  </td>

  <td>
    [Barometric pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    kPa
  </td>
</tr>

<tr>
  <td>
    `ecu_brake_pedal`
  </td>

  <td>
    [Brake pedal pressed](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_brake_pedal_state`
  </td>

  <td>
    [Brake pedal pressed state](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ccontrol`
  </td>

  <td>
    [Cruise control state](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ccontrol_set_speed`
  </td>

  <td>
    Cruise control set speed
  </td>

  <td>
    number
  </td>

  <td>
    kph
  </td>
</tr>

<tr>
  <td>
    `ecu_clutch_pedal`
  </td>

  <td>
    [Clutch pedal](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_clutch_pedal_state`
  </td>

  <td>
    [Clutch pedal state](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_clutch_pressure`
  </td>

  <td>
    Clutch Pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_cool_lvl`
  </td>

  <td>
    [Coolant level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_cool_psi`
  </td>

  <td>
    [Coolant pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_cool_tmp`
  </td>

  <td>
    [Coolant temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_cruise_control_accelerate_switch`
  </td>

  <td>
    Cruise control acceleration switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_cruise_control_coast_decelerate_switch`
  </td>

  <td>
    Cruise control coast deceleration switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_cruise_control_pause_switch`
  </td>

  <td>
    Cruise control pause switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ddemand`
  </td>

  <td>
    [Driver's demand engine torque](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_def_consumed`
  </td>

  <td>
    [Diesel exhaust fluid consumed](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    centi-liters
  </td>
</tr>

<tr>
  <td>
    `ecu_def_level`
  </td>

  <td>
    [Diesel exhaust fluid level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_def_tmp`
  </td>

  <td>
    [Diesel exhaust fluid temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_direction_indicator`
  </td>

  <td>
    Direction indicator
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_dist`
  </td>

  <td>
    [Engine distance traveled](counters)
  </td>

  <td>
    number
  </td>

  <td>
    meter
  </td>
</tr>

<tr>
  <td>
    `ecu_distance`
  </td>

  <td>
    [Total distance](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    meters
  </td>
</tr>

<tr>
  <td>
    `ecu_door_closed`
  </td>

  <td>
    Door closed
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_door_control_2`
  </td>

  <td>
    Door control 2
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_dpf_intake_psi`
  </td>

  <td>
    Diesel particulate filter intake pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_dpf_soot_load`
  </td>

  <td>
    Diesel particulate filter soot load
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_dpf_status`
  </td>

  <td>
    Diesel particulate filter active regeneration status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_drive_state`
  </td>

  <td>
    Drive state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_driver_card_driver_1`
  </td>

  <td>
    Driver card
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_dtc_cleared`
  </td>

  <td>
    [Time since DTC cleared](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    minutes
  </td>
</tr>

<tr>
  <td>
    `ecu_eco_mode`
  </td>

  <td>
    ECO mode activated
  </td>

  <td>
    boolean
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eidle`
  </td>

  <td>
    [Engine engine idling time](counters)
  </td>

  <td>
    number
  </td>

  <td>
    seconds
  </td>
</tr>

<tr>
  <td>
    `ecu_electronic_retarder_controller`
  </td>

  <td>
    Electronic Retarder Controller, CSV of up to 3 values. Retarder Torque Mode (PGN: f000 SPN: 1.1),  Actual Retarder Percent Torque (PGN: f000 SPN: 2) Retarder Selection Non Engine (PGN: f000 SPN: 7)
  </td>

  <td>
    text
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eload`
  </td>

  <td>
    [Engine load](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_control_tmp`
  </td>

  <td>
    Engine control temperature
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_control_volt`
  </td>

  <td>
    Engine control voltage
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_crank_psi`
  </td>

  <td>
    Engine crankcase pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_egr_diff_psi`
  </td>

  <td>
    Engine exhaust gas recirculation differential pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_egr_maf`
  </td>

  <td>
    Engine exhaust gas recirculation mass flow rate
  </td>

  <td>
    number
  </td>

  <td>
    kg/hr
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_egr_tmp`
  </td>

  <td>
    Engine exhaust gas recirculation temperature
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_egr_valve_control`
  </td>

  <td>
    Engine exhaust gas recirculation valve control
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_egr_valve_pos`
  </td>

  <td>
    Engine exhaust gas recirculation valve position
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_exhaust_psi`
  </td>

  <td>
    Engine exhaust gas pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_exhaust_tmp`
  </td>

  <td>
    Engine exhaust gas temperature
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_intake_manif_psi`
  </td>

  <td>
    Engine intake manifold pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_load`
  </td>

  <td>
    Engine percent load at current speed
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_maf`
  </td>

  <td>
    Engine intake air mass flow rate
  </td>

  <td>
    number
  </td>

  <td>
    kg/hr
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_fuel_filter_diff_press`
  </td>

  <td>
    Engine fuel filter differential pressure
  </td>

  <td>
    number
  </td>

  <td>
    N m
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_oil_lvl`
  </td>

  <td>
    [Oil level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_oil_psi`
  </td>

  <td>
    [Oil pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_oil_tmp`
  </td>

  <td>
    [Oil temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_oil_filter_diff_press_ext_range`
  </td>

  <td>
    Engine oil filter differential pressure(extended range)
  </td>

  <td>
    number
  </td>

  <td>
    N m
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_pto_governor_enable`
  </td>

  <td>
    Engine PTO governor enable switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_pto_pprog_speed_control`
  </td>

  <td>
    Engine remote PTO governor preprogrammed speed control switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_ref_torque`
  </td>

  <td>
    Engine reference torque
  </td>

  <td>
    number
  </td>

  <td>
    N m
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_turbo_intake_psi`
  </td>

  <td>
    Engine turbocharger compressor intake pressure
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_turbo_intake_tmp`
  </td>

  <td>
    Engine turbocharger compressor intake temperature
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_turbo_rpm`
  </td>

  <td>
    Engine turbocharger speed
  </td>

  <td>
    number
  </td>

  <td>
    rpm
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_vgt_act`
  </td>

  <td>
    Engine turbocharger actuator
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eng_vgt_control_mode`
  </td>

  <td>
    Engine variable geometry turbocharger control mode
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eng_vgt_position`
  </td>

  <td>
    Engine turbocharger actuator position
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_eon`
  </td>

  <td>
    [Time since engine ON](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    seconds
  </td>
</tr>

<tr>
  <td>
    `ecu_error`<span style="color:#005596">1-7</span>
  </td>

  <td>
    [Engine error code](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_errors`
  </td>

  <td>
    [Multiple engine error codes](accesories#ecu-monitor)
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_errors_count`
  </td>

  <td>
    [Amount of engine error codes](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_eusage`
  </td>

  <td>
    [Engine ignition on count](counters)
  </td>

  <td>
    number
  </td>

  <td>
    seconds
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_battery_vol_status_df`
  </td>

  <td>
    Electric vehicle battery vol status df
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charger_door_status`
  </td>

  <td>
    Electric vehicle charging compartment door status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_current`
  </td>

  <td>
    Electric vehicle charging current
  </td>

  <td>
    number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_end_hours`
  </td>

  <td>
    Electric vehicle charging end hours
  </td>

  <td>
    number
  </td>

  <td>
    hours
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_end_minutes`
  </td>

  <td>
    Electric vehicle charging end minutes
  </td>

  <td>
    number
  </td>

  <td>
    minutes
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_end_secs`
  </td>

  <td>
    Electric vehicle charging end secs
  </td>

  <td>
    number
  </td>

  <td>
    secs
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_start_hours`
  </td>

  <td>
    Electric vehicle charging start hours
  </td>

  <td>
    number
  </td>

  <td>
    hours
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_start_minutes`
  </td>

  <td>
    Electric vehicle charging start minutes
  </td>

  <td>
    number
  </td>

  <td>
    minutes
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_start_secs`
  </td>

  <td>
    Electric vehicle charging start secs
  </td>

  <td>
    number
  </td>

  <td>
    secs
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_charging_voltage`
  </td>

  <td>
    Electric vehicle charging voltage
  </td>

  <td>
    number
  </td>

  <td>
    voltage
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_first_level_fault_code`
  </td>

  <td>
    Electric vehicle first level fault code
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_fourth_level_fault_code`
  </td>

  <td>
    Electric vehicle fourth level fault code
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_front_air_pressure`
  </td>

  <td>
    Electric vehicle front air pressure
  </td>

  <td>
    Number
  </td>

  <td>
    kpa
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_front_door_status`
  </td>

  <td>
    Electric vehicle front door status
  </td>

  <td>
    Number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_insulation_alarm_df`
  </td>

  <td>
    Electric vehicle insulation alarm df
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_insulation_status_df`
  </td>

  <td>
    Electric vehicle insulation status df
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_mid_door_status`
  </td>

  <td>
    Electric vehicle middle door status
  </td>

  <td>
    Number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_motor_current`
  </td>

  <td>
    Electric vehicle motor current
  </td>

  <td>
    Number
  </td>

  <td>
    A
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_motor_voltage`
  </td>

  <td>
    Electric vehicle motor voltage
  </td>

  <td>
    Number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_rear_air_pressure`
  </td>

  <td>
    Electric vehicle rear air pressure
  </td>

  <td>
    Number
  </td>

  <td>
    kPa
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_s1_anode_temp`
  </td>

  <td>
    Electric vehicle s1 anode temp
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_s1_cathode_temp`
  </td>

  <td>
    Electric vehicle s1 cathode temp
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_s2_anode_temp`
  </td>

  <td>
    Electric vehicle s2 anode temp
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_s2_cathode_temp`
  </td>

  <td>
    Electric vehicle s2 cathode temp
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_ev_second_level_fault_code`
  </td>

  <td>
    Electric vehicle second level fault code
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ev_third_level_fault_code`
  </td>

  <td>
    Electric vehicle third level fault code
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fan_state`
  </td>

  <td>
    [Fan state](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fast_charge_status`
  </td>

  <td>
    Fast charge status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fault_level_of_insulation_detection`
  </td>

  <td>
    Fault level of insulation detection
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fms_standard_diagnostics_supported`
  </td>

  <td>
    FMS standard diagnostics supported
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fms_standard_requests_supported`
  </td>

  <td>
    FMS standard requests supported
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_fpressure`
  </td>

  <td>
    [Fuel pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_fuel_iconsumption`
  </td>

  <td>
    [Instant fuel consumption](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    centi-liters/hours
  </td>
</tr>

<tr>
  <td>
    `ecu_fuel_level`
  </td>

  <td>
    [Analog fuel level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    mV
  </td>
</tr>

<tr>
  <td>
    `ecu_fuel_level_real`
  </td>

  <td>
    [Fuel level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    d%
  </td>
</tr>

<tr>
  <td>
    `ecu_fuel_level_real_volume`
  </td>

  <td>
    Remaining fuel volume in the tank
  </td>

  <td>
    number
  </td>

  <td>
    litre
  </td>
</tr>

<tr>
  <td>
    `ecu_fuel_tmp`
  </td>

  <td>
    Engine fuel temperature
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_handbrake`
  </td>

  <td>
    Handbrake
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_handling_information`
  </td>

  <td>
    Handling information
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_heater_state`
  </td>

  <td>
    Heater state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_hours`
  </td>

  <td>
    [Total engine usage](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    hours
  </td>
</tr>

<tr>
  <td>
    `ecu_hours_idle`
  </td>

  <td>
    [Total engine usage while idling](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    hours
  </td>
</tr>

<tr>
  <td>
    `ecu_hours_idle_trip`
  </td>

  <td>
    [Total engine usage while idling during trip](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    hours
  </td>
</tr>

<tr>
  <td>
    `ecu_hydr_oil_lvl`
  </td>

  <td>
    [Hydraulic oil level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_hydr_oil_psi`
  </td>

  <td>
    [Hydraulic oil pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_hydr_oil_tmp`
  </td>

  <td>
    [Hydraulic oil temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_idle_fuel`
  </td>

  <td>
    [Fuel consumed while idle](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    deci-liters
  </td>
</tr>

<tr>
  <td>
    `ecu_ifuel`
  </td>

  <td>
    [Engine fuel consumed while Idling](counters)
  </td>

  <td>
    number
  </td>

  <td>
    liters
  </td>
</tr>

<tr>
  <td>
    `ecu_ignition_state`
  </td>

  <td>
    Ignition state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ins_efficiency`
  </td>

  <td>
    [Fuel instant efficiency](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    deci-km/l
  </td>
</tr>

<tr>
  <td>
    `ecu_insulation_detection_status`
  </td>

  <td>
    Work status: Insulation detection status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_intake_air_tmp`
  </td>

  <td>
    [Intake air temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_intake_manif_tmp`
  </td>

  <td>
    [Intake manifold temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_maf`
  </td>

  <td>
    [Malfunction Indicator Lamp code](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    cg
  </td>
</tr>

<tr>
  <td>
    `ecu_main_pos_relay_flt`
  </td>

  <td>
    Fault of vehicle main-positive contactor
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_main_pos_relay_flt_flag`
  </td>

  <td>
    ECU flag, Fault of vehicle main-positive contactor
  </td>

  <td>

  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_max_available_temp_batt`
  </td>

  <td>
    Maximum available temperature of battery pack
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_max_available_temp_batt_flag`
  </td>

  <td>
    ECU flag, Maximum available temperature of battery pack
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_max_available_voltage_batt`
  </td>

  <td>
    Maximum available voltage of battery pack
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_mil_error_code`
  </td>

  <td>
    [Malfunction Indicator Lamp code](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_mil_error_count`
  </td>

  <td>
    [Malfunction Indicator Lamp count](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_mil_state`
  </td>

  <td>
    [Malfunction Indicator Lamp state](accesories#ecu-monitor)
  </td>

  <td>
    boolean
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_min_available_temp_batt`
  </td>

  <td>
    Minimum available temperature of battery pack
  </td>

  <td>
    number
  </td>

  <td>
    C
  </td>
</tr>

<tr>
  <td>
    `ecu_min_available_voltage_batt`
  </td>

  <td>
    Minimum available voltage of battery pack
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_negative_insulation_value`
  </td>

  <td>
    Negative insulation value
  </td>

  <td>
    number
  </td>

  <td>
    kOhm
  </td>
</tr>

<tr>
  <td>
    `ecu_neutral_state`
  </td>

  <td>
    Neutral state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_nominal_friction_torque`
  </td>

  <td>
    Nominal friction percent torque
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_obd_auxios`
  </td>

  <td>
    [OBD auxiliary I/Os](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_obd_ftype`
  </td>

  <td>
    [Fuel type](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_oxygen`
  </td>

  <td>
    [Oxygen level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    mV
  </td>
</tr>

<tr>
  <td>
    `ecu_parking_and_or_trailer_air_pressure`
  </td>

  <td>
    Parking and/or trailer air pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_parking_brake`
  </td>

  <td>
    ECU Parking Brake Switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_pg`<span style="color:#005596">1-4</span>
  </td>

  <td>
    [Custom PGNs](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_pneumatic_supply_pressure`
  </td>

  <td>
    Pneumatic supply pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_positive_insulation_value`
  </td>

  <td>
    Positive insulation value
  </td>

  <td>
    number
  </td>

  <td>
    kOhm
  </td>
</tr>

<tr>
  <td>
    `ecu_powertrain_circuit_air_supply_pressure`
  </td>

  <td>
    Powertrain circuit air supply pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_pto`
  </td>

  <td>
    [PTO status](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_pto_state`
  </td>

  <td>
    [PTO state](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_rated_capacity_battery`
  </td>

  <td>
    Rated capacity of battery
  </td>

  <td>
    number
  </td>

  <td>
    Ah
  </td>
</tr>

<tr>
  <td>
    `ecu_rated_total_energy_battery`
  </td>

  <td>
    Total energy of battery
  </td>

  <td>
    number
  </td>

  <td>
    kWh
  </td>
</tr>

<tr>
  <td>
    `ecu_rated_voltage_battery`
  </td>

  <td>
    Rated voltage of battery
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_rbatt`
  </td>

  <td>
    [Hybrid battery life](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_ready_state`
  </td>

  <td>
    Ready state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_regeneration_voltage`
  </td>

  <td>
    Regeneration voltage
  </td>

  <td>
    number
  </td>

  <td>
    V
  </td>
</tr>

<tr>
  <td>
    `ecu_regenerative_brake_level`
  </td>

  <td>
    Regenerative brake level
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_remote_accel_enable`
  </td>

  <td>
    Remote accelerator enable switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_remote_accel_pedal`
  </td>

  <td>
    Remote accelerator pedal position
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_retarder_brake_assist`
  </td>

  <td>
    Retarder enable - brake assist switch
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_reverse_state`
  </td>

  <td>
    Reverse state
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_rpm`
  </td>

  <td>
    [Revolutions per minute](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    rpm
  </td>
</tr>

<tr>
  <td>
    `ecu_serv_distance`
  </td>

  <td>
    [Distance left to service vehicle](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    km
  </td>
</tr>

<tr>
  <td>
    `ecu_service_brake_circuit_1_air_pressure`
  </td>

  <td>
    Service brake circuit 1 air pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_service_brake_circuit_2_air_pressure`
  </td>

  <td>
    Service brake circuit 2 air pressure
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_single_charge_electric`
  </td>

  <td>
    Single charged electric quantity
  </td>

  <td>
    number
  </td>

  <td>
    kwh
  </td>
</tr>

<tr>
  <td>
    `ecu_slow_charge_current`
  </td>

  <td>
    Slow charge current
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_slow_charge_status`
  </td>

  <td>
    Slow charge status
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_speed`
  </td>

  <td>
    [Engine speed](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    kph
  </td>
</tr>

<tr>
  <td>
    `ecu_stability_control`
  </td>

  <td>
    Stability control
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_stability_control_level`
  </td>

  <td>
    Stability control level
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_state_of_charge`
  </td>

  <td>
    SOC. State of charge
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_state_of_health`
  </td>

  <td>
    SOH. State of health
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_steering_wheel_angle`
  </td>

  <td>
    Engine steering wheel angle
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_steering_wheel_turn_counter`
  </td>

  <td>
    Engine steering wheel turn counter
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tachograph_output_shaft_speed`
  </td>

  <td>
    Engine tachograph output shaft speed
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tachograph_performance`
  </td>

  <td>
    Engine tachograph performance
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tachograph_vehicle_speed`
  </td>

  <td>
    Engine tachograph vehicle speed
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tfuel`
  </td>

  <td>
    [Engine total fuel consumed](counters)
  </td>

  <td>
    number
  </td>

  <td>
    liters
  </td>
</tr>

<tr>
  <td>
    `ecu_throttle`
  </td>

  <td>
    [Throttle pedal position](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_tires_psi`
  </td>

  <td>
    [Tires pressure](accesories#tpms)
  </td>

  <td>
    string
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_tires_tmp`
  </td>

  <td>
    [Tires temperature](accesories#tpms)
  </td>

  <td>
    string
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_torque`
  </td>

  <td>
    [Torque position](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_torque_value`
  </td>

  <td>
    [Torque value in Newton meters](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    Nm
  </td>
</tr>

<tr>
  <td>
    `ecu_total_fuel`
  </td>

  <td>
    [Total fuel consumed](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    deci-liters
  </td>
</tr>

<tr>
  <td>
    `ecu_total_fuel_gaseous`
  </td>

  <td>
    [Total fuel consumed in kg](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    kg
  </td>
</tr>

<tr>
  <td>
    `ecu_total_run_time`
  </td>

  <td>
    Total ECU run time
  </td>

  <td>
    number
  </td>

  <td>
    hour
  </td>
</tr>

<tr>
  <td>
    `ecu_tpms_conditions`
  </td>

  <td>
    [TPMS conditions](accesories#tpms)
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tpms_provision`
  </td>

  <td>
    [TPMS provision](accesories#tpms)
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_tpms_warnings`
  </td>

  <td>
    [TPMS warnings](accesories#tpms)
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_trans_lvl`
  </td>

  <td>
    [Transmission oil level](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    %
  </td>
</tr>

<tr>
  <td>
    `ecu_trans_psi`
  </td>

  <td>
    [Transmission oil pressure](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    psi
  </td>
</tr>

<tr>
  <td>
    `ecu_trans_tmp`
  </td>

  <td>
    [Transmission oil temperature](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    °C
  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_actual_gear_ratio`
  </td>

  <td>
    Transmission actual gear ratio
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_current_range`
  </td>

  <td>
    Transmission current range
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_gear`
  </td>

  <td>
    Transmission gear
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_mode`
  </td>

  <td>
    Transmission mode
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_requested_range`
  </td>

  <td>
    Transmission requested range
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_transmission_selected_gear`
  </td>

  <td>
    Selected transmission gear
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_trip_distance`
  </td>

  <td>
    [Trip distance](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    meters
  </td>
</tr>

<tr>
  <td>
    `ecu_trip_fuel`
  </td>

  <td>
    [Trip fuel](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    liters
  </td>
</tr>

<tr>
  <td>
    `ecu_trip_fuel_gaseous`
  </td>

  <td>
    Trip fuel in kg
  </td>

  <td>
    number
  </td>

  <td>
    kg
  </td>
</tr>

<tr>
  <td>
    `ecu_trip_idle_fuel`
  </td>

  <td>
    Trip idle fuel consumed
  </td>

  <td>
    number
  </td>

  <td>
    liters
  </td>
</tr>

<tr>
  <td>
    `ecu_trip_info`
  </td>

  <td>
    ECU Trip Info
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_vehicle_motion`
  </td>

  <td>
    Vehicle motion
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_vehicle_overspeed`
  </td>

  <td>
    Vehicle overspeed
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_ventilation_speed`
  </td>

  <td>
    Ventilation speed
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_vin`
  </td>

  <td>
    [VIN number](accesories#ecu-monitor)
  </td>

  <td>
    string
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_water_in_fuel`
  </td>

  <td>
    Water in fuel indicator
  </td>

  <td>
    number
  </td>

  <td>

  </td>
</tr>

<tr>
  <td>
    `ecu_weights`
  </td>

  <td>
    [Vehicle weights](accesories#ecu-monitor)
  </td>

  <td>
    string
  </td>

  <td>
    kg
  </td>
</tr>

<tr>
  <td>
    `ecu_with_mil_distance`
  </td>

  <td>
    [Distance traveled with MIL on](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    meter
  </td>
</tr>

<tr>
  <td>
    `ecu_with_mil_time`
  </td>

  <td>
    [Time traveled with MIL on](accesories#ecu-monitor)
  </td>

  <td>
    number
  </td>

  <td>
    minutes
  </td>
</tr>

Field
`ecu_abs_fully_operational`

Accessory: Fingerprint Reader

Field	Info	Type
`fpr_code`	Fingerprint code	number
`fpr_conn`	Fingerprint connection	boolean
`fpr_id`	Fingerprint ID	number

Accessory: Flow Meter

Field	Info	Type
`flow_meter_calibration_pattern`	Flow Meter Calibration Pattern	number
`flow_meter_current_flow`	Flow Meter Current Flow	number
`flow_meter_display_state`	Flow Meter Display State	boolean
`flow_meter_sensor_disc`	Flow Meter Sensor Disconnected	number
`flow_meter_src_pwr_disc`	Flow Meter Source Power Disconnected	number
`flow_meter_state`	Flow Meter State	boolean
`flow_meter_total_volume`	Flow Meter Total Volume	number
`flow_meter_volume_dispatched`	Flow Meter Volume Dispatched	number

Accessory: ID Peripherals

Field	Info	Type
`ib`	iButton ID	string
`ib_set`	iButton present	boolean
`rfi_fac`	RFID facility code	number
`rfi_full_id`	Full rfid code	string
`rfi_id`	RFID	number

Accessory: IO Expander

Field	Info	Type
`io_exp_out1`	Expanded output 1	boolean
`io_exp_out1_short`	Expanded output 1 short circuit	boolean
`io_exp_out2`	Expanded output 2	boolean
`io_exp_out2_short`	Expanded output 2 short circuit	boolean
`io_exp_state`	IO Expander State	boolean

Accessory: Photo/Media

Field	Info	Type	Unit
`dphoto_ptr`	Photo ID	number	seconds
`has_photo`	True if event includes a photo	boolean
`photo_status`	Media status	number

Accessory: Road Relay

Field	Info	Type
`rr_coast_consumption`	Road relay coast consumption	number
`rr_coast_distance`	Road relay coast distance	number
`rr_coast_time_mins`	Road relay coast time mins	number
`rr_coast_time_percent`	Road relay coast time percent	number
`rr_cruise_control_consumption`	Road relay cruise control consumption	number
`rr_cruise_control_distance`	Road relay cruise control distance	number
`rr_cruise_control_time_mins`	Road relay cruise control time mins	number
`rr_cruise_control_time_percent`	Road relay cruise control time percent	number
`rr_engine_brakes_distance`	Road relay engine brakes distance	number
`rr_engine_brakes_number`	Road relay engine brakes number	number
`rr_engine_brakes_time_mins`	Road relay engine brakes time mins	number
`rr_engine_brakes_time_percent`	Road relay engine brakes time percent	number
`rr_engine_id`	Road relay engine id	number
`rr_engine_wear_error_code_time`	Road relay engine wear error code time	number
`rr_engine_wear_hot_shutdowns`	Road relay engine wear hot shutdowns	number
`rr_engine_wear_warmup_wear`	Road relay engine wear warm-up wear	number
`rr_idle_shutdowns_count`	Road relay idle shutdowns count	number
`rr_idle_shutdowns_overrides`	Road relay idle shutdowns overrides	number
`rr_max_values_rpm_1`	Road relay max values rpm 1	number
`rr_max_values_rpm_2`	Road relay max values rpm 2	number
`rr_max_values_speed_1`	Road relay max values speed 1	number
`rr_max_values_speed_2`	Road relay max values speed 2	number
`rr_next_gear_down_consumption`	Road relay next gear down consumption	number
`rr_next_gear_down_distance`	Road relay next gear down distance	number
`rr_next_gear_down_time_mins`	Road relay next gear down time mins	number
`rr_next_gear_down_time_percent`	Road relay next gear down time percent	number
`rr_odometer`	Road relay odometer	number
`rr_operating_fuel_drive_mins`	Road relay operating fuel drive mins	number
`rr_operating_fuel_drive_percent`	Road relay operating fuel drive percent	number
`rr_operating_fuel_idle_mins`	Road relay operating fuel idle mins	number
`rr_operating_fuel_idle_percent`	Road relay operating fuel idle percent	number
`rr_operating_fuel_pto_mins`	Road relay operating fuel pto mins	number
`rr_operating_fuel_pto_percent`	Road relay operating fuel pto percent	number
`rr_operating_hours_drive_mins`	Road relay operating hours drive mins	number
`rr_operating_hours_drive_percent`	Road relay operating hours drive percent	number
`rr_operating_hours_idle_mins`	Road relay operating hours idle mins	number
`rr_operating_hours_idle_percent`	Road relay operating hours idle percent	number
`rr_operating_hours_pto_mins`	Road relay operating hours pto mins	number
`rr_operating_hours_pto_percent`	Road relay operating hours pto percent	number
`rr_overspeed_1_consumption`	Road relay overspeed 1 consumption	number
`rr_overspeed_1_distance`	Road relay overspeed 1 distance	number
`rr_overspeed_1_time_mins`	Road relay overspeed 1 time mins	number
`rr_overspeed_1_time_percent`	Road relay overspeed 1 time percent	number
`rr_overspeed_2_consumption`	Road relay overspeed 2 consumption	number
`rr_overspeed_2_distance`	Road relay overspeed 2 distance	number
`rr_overspeed_2_time_mins`	Road relay overspeed 2 time mins	number
`rr_overspeed_2_time_percent`	Road relay overspeed 2 time percent	number
`rr_road_speed_governor_consumption`	Road relay road speed governor consumption	number
`rr_road_speed_governor_distance`	Road relay road speed governor distance	number
`rr_road_speed_governor_time_mins`	Road relay road speed governor time mins	number
`rr_road_speed_governor_time_percent`	Road relay road speed governor time percent	number
`rr_safety_coast_out_of_gear`	Road relay safety coast out of gear	number
`rr_safety_panic_stops`	Road relay safety panic stops	number
`rr_safety_service_brakes`	Road relay safety service brakes	number
`rr_service_brakes_distance`	Road relay service brakes distance	number
`rr_service_brakes_number`	Road relay service brakes number	number
`rr_service_brakes_time_mins`	Road relay service brakes time mins	number
`rr_service_brakes_time_percent`	Road relay service brakes time percent	number
`rr_sweet_spot_consumption`	Road relay sweet spot consumption	number
`rr_sweet_spot_distance`	Road relay sweet spot distance	number
`rr_sweet_spot_time_mins`	Road relay sweet spot time mins	number
`rr_sweet_spot_time_percent`	Road relay sweet spot time percent	number
`rr_to_operator_consumption`	Road relay to operator consumption	number
`rr_to_operator_distance`	Road relay to operator distance	number
`rr_to_operator_time_mins`	Road relay to operator time mins	number
`rr_to_operator_time_percent`	Road relay to operator time percent	number
`rr_top_gear_consumption`	Road relay top gear consumption	number
`rr_top_gear_distance`	Road relay top gear distance	number
`rr_top_gear_time_mins`	Road relay top gear time mins	number
`rr_top_gear_time_percent`	Road relay top gear time percent	number
`rr_trip_distance`	Road relay trip distance	number
`rr_trip_fuel_consumption`	Road relay trip fuel consumption	number
`rr_trip_fuel_efficiency`	Road relay trip fuel efficiency	number
`rr_trip_percentage`	Road relay trip percentage	number
`rr_trip_speed`	Road relay trip speed	number
`rr_trip_time`	Road relay trip time	number

Accessory: Sigfox

Field	Info	Type
`sigfox_country_code`	Sigfox country code	number
`sigfox_lat`	Sigfox latitude	number
`sigfox_link_quality`	Sigfox link quality	number
`sigfox_lon`	Sigfox longitude	number
`sigfox_operator`	Sigfox operator	string
`sigfox_radius`	Sigfox radius	number
`sigfox_sequence_number`	Sigfox seq. number	number
`sigfox_source`	Sigfox source	number
`sigfox_status`	Sigfox status	number

Accessory: Fuel Sensor

Field	Info	Type	Unit
`tec_1_ff`	Technoton 1 frequency	number	Hz
`tec_1_fn`	Technoton 1 level	number	liters
`tec_1_ft`	Technoton 1 temperature	number	°C
`tec_1_st`	Technoton 1 state	boolean
`tec_2_ff`	Technoton 2 frequency	number	Hz
`tec_2_fn`	Technoton 2 level	number	liters
`tec_2_ft`	Technoton 2 temperature	number	°C
`tec_2_st`	Technoton 2 state	boolean
`tec_3_ff`	Technoton 3 frequency	number	Hz
`tec_3_fn`	Technoton 3 level	number	liters
`tec_3_ft`	Technoton 3 temperature	number	°C
`tec_3_st`	Technoton 3 state	boolean
`tec_ff`	Technoton fuel frequency	number	Hz
`tec_fn`	Technoton fuel level	number	liters
`tec_ft`	Technoton fuel temperature	number	°C
`tec_st`	Technoton state	boolean
`usense_filtered_value`	Ultrasonic fuel sensor filtered value of the height of the tank in millimeters, this value is multiplied by the dimensions of the tank in order to obtain the amount of fuel	number
`usense_hardware_code`	Ultrasonic fuel sensor hardware code	number
`usense_hour`	Ultrasonic fuel sensor hour	number	hour
`usense_median_value`	Ultrasonic fuel sensor median value	number
`usense_minute`	Ultrasonic fuel sensor minute	number	minute
`usense_raw_value`	Ultrasonic fuel sensor raw unfiltered value	number
`usense_signal_strength`	Ultrasonic fuel sensor signal strength	number
`usense_software_code`	Ultrasonic fuel sensor software code	number
`usense_tilt_angle`	Ultrasonic fuel sensor tilt angle	number
`usense_valid_signal`	Ultrasonic fuel sensor valid signal	number

Accessory: Temp Sensor

Field	Info	Type	Unit
`ea_a`	Analog / temp sensor probe A	number	mV / °C
`ea_b`	Analog / temp sensor probe B	number	mV / °C
`ea_c`	Analog / temp sensor probe C	number	mV / °C
`temp`	General purpose temperature	number	°C
`temp1`	General purpose temperature 1	number	°C
`temp2`	General purpose temperature 2	number	°C
`temp3`	General purpose temperature 3	number	°C
`temp4`	General purpose temperature 4	number	°C
`temp5`	General purpose temperature 5	number	°C
`temp6`	General purpose temperature 6	number	°C
`temp7`	General purpose temperature 7	number	°C
`temp8`	General purpose temperature 8	number	°C
`temp9`	General purpose temperature 9	number	°C
`temp10`	General purpose temperature 10	number	°C