GPS tracker Queclink GV300CAN | Integrated with Wialon

The following data should also be added to Queclink GV300CAN unit properties section of Wialon GPS tracking software :

Device type:	Queclink GV300CAN
Unique ID:	imei

Specify the following parameters in configuration software or configuration Queclink GV300CAN for use in Wialon Hosting :

Server port:

21856

575 units of Queclink GV300CAN device type are connected to Wialon Data Center. This represents 0.03% of all AVL Hardware connected.

Below chart represents the dynamic of connections in the last 30 days:

Parameter name	Description	Units
can_state	CANBUS Device State: 0 - Abnormal. It fails to receive data from the external CANBUS device. 1 - Normal. It is OK to receive data from the external CANBUS device.
can_vin	Vehicle identification number
can_ignition_key	Ignition status: 0 - ignition off. 1 - ignition on. 2 - engine on.
can_total_dist_hect	Vehicle total distance	Hectometer (H)
can_total_dist_imp	Vehicle total distance	Impulse (I)
can_total_fuel_used	Number of liters of fuel used since vehicle manufacture or device installation	L
can_engine_rpm	The revolutions per minute	rpm
can_vehicle_speed	The vehicle speed based on wheel	km/h
can_eng_cool_temp	Engine coolant temperature	°C
can_fuel_consumpt	The fuel consumption. The consumption is calculated depending on values read from vehicle.
can_fuel_level_l	The level of fuel in vehicle tank	L
can_fuel_level_p	The level of fuel in vehicle tank	%
can_range	The number of hectometer to drive on remaining fuel	Hectometer (H)
can_acc_pedal_press	Accelerator pedal pressure	%
can_total_eng_hours	Time of engine running since vehicle manufacture or device installation	h
can_total_driv_time	Time of engine running (non-zero speed) since vehicle manufacture or device installation	h
can_eng_idle_time	Time of engine running during idling status (vehicle stopped) since vehicle manufacture or device installation	h
can_idle_fuel_used	Total idle fuel used. Number of liters of fuel used since vehicle manufacture or device installation	L
can_axle_weight	Vehicle axle weight	kg
can_driver#_time_st	T2-T0: Driving time related states: 0: Normal / no limits reached 1: 15 min before 4½ h 2: 4½ h reached 3: 15 min before 9 h 4: 9 h reached 5: 15 min before 16 h (without 8h rest during the last 24h) 6: 16 h reached 7: Other limit
can_driver#_work_st	W1-W0: Driver working states: 0: Rest - sleeping 1: Driver available – short break 2: Work – loading, unloading, working in an office 3: Drive – behind the wheel
can_indicators	Detailed Information/Indicators: Bit 1: FL – fuel low indicator (1 – indicator on, 0 – off). Bit 2: DS – driver seatbelt indicator (1 – indicator on, 0 – off). Bit 3: AC – air conditioning (1 – on, 0 - off). Bit 4: CC – cruise control (1 – active, 0 - disabled). Bit 5: B – brake pedal (1 – pressed; 0 – released). Bit 6: C – clutch pedal (1 – pressed; 0 – released). Bit 7: H – handbrake (1 – pulled-up, 0 – released). Bit 8: CL – central lock (1 – locked, 0 – unlocked). Bit 9: R – reverse gear (1 – on, 0 – off). Bit 10: RL – running lights (1 – on, 0 – off). Bit 11: LB – low beams (1 – on, 0 – off). Bit 12: HB – high beams (1 – on, 0 – off). Bit 13: RFL – rear fog lights (1 – on, 0 – off). Bit 14: FFL – front fog lights (1 – on, 0 – off). Bit 15: D – doors (1 – any door opened, 0 – all doors closed). Bit 16: T – trunk (1 – opened, 0 – closed).
can_light	Each bit contains information of particular light: Bit 1: Running Lights (1 – on, 0 – off). Bit 2: Low Beam (1 – on, 0 – off). Bit 3: High Beam (1 – on, 0 – off). Bit 4: Front Fog Light (1 – on, 0 – off). Bit 5: Rear Fog Light (1 – on, 0 – off). Bit 6: Hazard Lights (1 – on, 0 – off). Bit 7: Reserved. Bit 8: Reserved.
can_doors	Each bit contains information of one door: Bit 1: Driver Door (1 – opened, 0 – closed). Bit 2: Passenger Door (1 – opened, 0 – closed). Bit 3: Rear Left Door (1 – opened, 0 – closed) Bit 4: Rear Right Door (1 – opened, 0 – closed). Bit 5: Trunk (1 – opened, 0 – closed). Bit 6: Boot (1 – opened, 0 – closed). Bit 7: Reserved. Bit 8: Reserved.
can_total_veh_ovspd	The total time when vehicle engine speed is greater than the limit defined in CAN100's configuration
can_total_eng_ovspd	The total time when vehicle engine speed is greater than the limit defined in CAN100's configuration
can_ad_blue_lvl	The level of Ad-Blue	kg
can_axle_weight_1	Weight of vehicle’s first axle.	kg
can_axle_weight_3	Weight of vehicle’s third axle.	kg
can_axle_weight_4	Weight of vehicle’s fourth axle.	kg
tacho_ovspd_sign	The tachograph overspeed signal. The value 1 indicates "overspeed". The value 0 indicates "no overspeed"
tacho_motion_sign	The tachograph vehicle motion signal. The value 1 indicates "motion". The value 0 indicates "no motion"
tacho_direction	Vehicle driving direction obtained from tachograph
can_ain1	The value of analog input
can_engine_braking_factor	Counts of braking with brake pedal or with engine
can_pedal_braking_factor	Counts of braking with brake pedal or with engine
can_total_accel_kickdowns	Total time when accelerator pedal is pressed over 90%
can_total_effective_eng_speed_time	Total time when the vehicle engine speed is effective	hour
can_total_cruise_cntrl_time	Total time when the vehicle speed is controlled by cruise control module	hour
can_total_accel_kickdown_time	Total time when accelerator pedal is pressed over 90%	hour
can_total_brakes	The total number of braking processes initiated by brake pedal
tacho_drv1_card_number	The card number of driver 1 from the tachograph
tacho_drv2_card_number	The card number of driver 2 from the tachograph
tacho_drv1_name	The name of driver 1 from the tachograph
tacho_drv2_name	The name of driver 2 from the tachograph
vrn	Vehicle Registration Number
can_exp_info	Detailed Information/Indicators: Bit 1: W – webasto (1 – on, 0 – off or not available). Bit 2: BFL – brake fluid low indicator (1 – on, 0 – off or not available). Bit 3: CLL – coolant level low indicator (1 – on, 0 – off or not available). Bit 4: BAT – battery indicator (1 – on, 0 – off or not available). Bit 5: BF – brake system failure indicator (1 – on, 0 – off or not available). Bit 6: OP – oil pressure indicator (1 – on, 0 – off or not available). Bit 7: EH – engine hot indicator (1 – on, 0 – off or not available). Bit 8: ABS – ABS failure indicator (1 – on, 0 – off or not available). Bit 9: R – reverse. Bit 10: CHK – check engine indicator (1 – on, 0 – off or not available). Bit 11: AIR – airbags indicator (1 – on, 0 – off or not available). Bit 12: SC – service call indicator (1 – on, 0 – off or not available). Bit 13: OLL – oil level low indicator.
can_rapid_brakings	Number of total rapid since installation
can_rapid_accels	Number of total rapid accelerations since installation
can_t_v	The total voltage of the electric vehicle	V
can_charg_t	The charging times of the electric vehicle
can_t_pow_rec	The total power recovered of the electric vehicle
can_s_chrg_cap	The single charge capacity of the electric vehicle
can_s_dischr_cap	The single discharge capacity of the electric vehicle
can_rem_pow	The remaining power of the vehicle
gps_acc	GPS accuracy
report_id	Report ID
report_type	Type of report: Type of the report: FRI - Fixed Report Information GEO - Geo-Fence Information SPD - Speed Alarm SOS - SOS report RTO - Real Time Operation PNL - The first location after the device powers on NMR - Non movement is detected by motion sensor DIS - The status of digital input is detected being changed HIS - History report INF - Device Information Report WIF - WLAN Information Report GPS - The report for real time operation GPS CID - The report for real time operation CID CSQ - The report for real time operation CSQ VER - The report for real time operation VER PNA - Power on report PFA - Power off report EPN - The report for connecting external power supply EPF - The report for disconnecting external power supply BPL - Battery low report BTC - Start charging report STC - Stop charging report STT - Device motion state indication PDP - Mobile Data Service PDP connect report SWG - Switch on or off Geo-Fence 0 via function key GSM - The report for the information of the service cell and the neighbor cells. GSI - G-sensor Information Report
harsh_speed_level	The speed level of which the harsh behavior is detected: 0 - unknown speed 1 - low speed 2 - medium speed 3 - high speed
harsh_behavior	Harsh behavior: 0 - harsh braking behavior 1 - harsh acceleration behavior 2 - harsh turn behavior 3 - harsh braking and turn behavior 4 - harsh acceleration and turn behavior 5 - Unknown harsh behavior
eri_mask	This mask is used to configure whether to report the data from peripherals via +RESP:GTERI
pwr_ext	The voltage of the external power supply	V
adc1	Fuel level / Number of pulses
adc2	Analog input 2
state	The current motion state of device: 16 - Tow 1A - Fake Tow 11 - Ignition Off Rest 12 - Ignition Off Motion 21 - Ignition On Rest 22 - Ignition On Motion 41 - Sensor Rest 42 - Sensor Motion
din_status	A bitwise hex integer to represents the logical status of the digital input. From the lowest bit to the highest bit, each bit represents ignition detection and one of the digital inputs 1 respectively. For each bit, 0 means disable status, 1 means enable status.
dout_status	A bitwise hex integer to represents the logical status of the digital output. From the lowest bit to the highest bit, each bit represents one of the digital outputs 1 – 2 respectively. For each bit, 0 means disable status, 1 means enable status
lls	Digit Fuel Sensor Data
onewire#_id	1-Wire ID #, where # - number
onewire#_type	1-Wire type #, where # - number
onewire#_data	1-Wire data #, where # - number
onewire#_temp	1-Wire temperature #, where # - number
fuel_sensor#_type	The sensor type for the currently set table. 0: EPSILON ES2 or ES4 1: LLS 20160 2: DUT-E 3: QFS100 4: UFSxxx 5: Reserved 6: DUT-E SUM 20: ADC1 21: Reserved
fuel_sensor#_percent	Fuel sensor percentage
fuel_sensor#_volume	Fuel sensor volume
bt#_index	Index of the Bluetooth device
bt#_type	<Accessory Type>: The type of the Bluetooth accessory which is defined in the <Index>. The following is supported now: 0: No Bluetooth accessory. 1: Escort Bluetooth Accessory. 2: Beacon temperature sensor 6: Beacon Multi-Functional Sensor. 7: Technoton accessory
bt#_model	<Accessory Model>: The model of the Bluetooth accessory which is defined in <Accessory Type>. The following is supported now: The model of Escort Bluetooth Accessory. (<Accessory Type> is: 1: TD_BLE fuel sensor 3: Angle Sensor The model of beacon temperature sensor (<Accessory Type> is 2): 0: WTS300 The model of Beacon Multi-Functional Sensor (<Accessory Type> is 6): 2: WTH300 The model of for Technoton accessory (<Accessory Type> is 7): 0: DUT-E S7 1: DFM 100 S7 2: DFM 250D S7 3: GNOM DDE S7 4: GNOM DP S7
bt#_raw_data	This data read from Bluetooth accessory. It varies depending on <Accessory Type> and <Accessory Model>. WTS300: It is a four-byte hexadecimal value. The 2 higher bytes of the hexadecimal value indicate battery voltage, the unit is millivolt. And the 2 lower bytes of the hexadecimal value indicate temperature, the high byte is the integer part and the low byte is the fractional part. Temperature is equal to the low byte divided by 256 plus the high byte, the unit is Celsius. If this value is negative, it is represented in 2’s complement format. WTH300: It is a four-byte hexadecimal value. The 2 higher bytes of the hexadecimal value indicate temperature. And the 2 lower bytes of the hexadecimal value indicate humidity. The high byte is the integer part and the low byte is the fractional part. Temperature is equal to the low byte divided by 256 plus the high byte, and the unit is Celsius. Humidity is equal to the low byte divided by 256 plus the high byte, and the unit is RH. Escort Angle Sensor: It is a four-byte hexadecimal value. The first byte in higher 2-byte of the hexadecimal value is reserved byte, the value is 00. The second byte in higher 2-byte of the hexadecimal value indicate Event Notification of Angle sensor. And the 2 lower bytes of the hexadecimal value indicate Tilt Angle of sensor. The specific definitions are as follows:
bt#_mask	If the device is connected with the Bluetooth accessory, and the Bit 8 (for <Bluetooth Accessory Data>) of <ERI Mask> is set to 1, the device will report +RESP:GTERI instead of +RESP:GTFRI. This mask is used to configure the accessory data fields to be reported in the +RESP:GTERI and +RESP:GTBAR messages. Bit 0: <Accessory Name> Bit 1: <Accessory MAC> Bit 2: <Accessory Status> Bit 3: <Accessory Battery Level> Bit 4: <Accessory Temperature> Bit 5: <Accessory Humidity> Note: When <Accessory Type> is set to 7, Bit 3-5 will be blocked. And when <Accessory Type> is set to 1 or 2, Bit 5 will be blocked.
bt#_name	<Accessory Name>: The name of the Bluetooth accessory. Note: The WTS300, WTH300 and Technoton accessories do not support connection by name for now.
bt#_mac	The MAC address of the Bluetooth accessory. If the MAC address is the default value, the device will search for the Bluetooth accessory by accessory name. The name of the Bluetooth accessory is variable and the MAC address is unique. It is thus recommended to connect Bluetooth accessories using the MAC address. Note: If both <Accessory Name> and <Accessory MAC> are set, the device will search for peripherals by <Accessory MAC>. If only <Accessory Name> is set, and <Accessory MAC> is the default, the device will search for peripherals according to <Accessory Name>.
bt#_conn_status	It indicates the connection status of Bluetooth accessory. 0: Disconnected. 1: Connected.
bt#_bat_level	It indicates the remaining level of the battery in Bluetooth accessory
bt#_temp	It indicates the temperature measured by Bluetooth accessory.
bt#_hum	It indicates the humidity measured by Bluetooth accessory
fuel_sensor_type	Fuel sensor type
fuel_sensor_percent	Fuel sensor percentage
fuel_sensor_volume	Fuel sensor volume
ibutton	iButton ID
ibutton_auth	iButton
time_zone	Time zone offset
car_model_id	<Car Model ID>: The car model ID of the CAN Chipset device. If the value is 0, it means that no model has been obtained.
upc_url	The complete URL to download the configuration. It includes the file name.
jamming_net	The network mode. 1: GSM. 2: WCDMA 3: Both WCDMA and GSM.
jamming_status	The current Jamming status of the device. 1 - quit the jamming 2 - enter the jamming
can_ign_key	Ignition key, 0-no, 1-yes
can_total_distance	<Total Distance>: Vehicle total distance. The number is always increasing. The unit is hectometer (H) or impulse (I) (if distance from dashboard is not available).	H or I
can_total_fuel	<Total Fuel Used / Electric Total Power Used>: The number of liters of fuel used since vehicle manufacture or device installation. The unit is liter. If bit28 (<Electric Report Mask>) of the <CANBUS Report Mask> is set 1 in AT+GTCAN command, this parameter means the number of power used since vehicle manufacture or device installation	Wh
can_eng_rpm	Engine speed (from CAN)
can_speed	Vehicle speed (from CAN)
can_fuel_consumpt_unit	Indicates the unit. The unit L/100km is represented as FE, and the unit L/H is represented as FF
can_total_eng_idle	Total Engine Idle Time
can_total_idle_fuel	Total Idle Fuel Used
can_axle_weight_2	Weight of vehicle’s second axle	kg
can_tacho_inf	Two bytes. The high byte describes driver 2, and the low byte describes driver 1.
can_detail_inf	It takes up two bytes. Each bit contains information of one indicator. Bit 0: FL – fuel low indicator (1 – indicator on, 0 – off). Bit 1: DS – driver seatbelt indicator (1 – indicator on, 0 – indicator off). Bit 2: AC – air conditioning (1 – on, 0 - off). Bit 3: CC – cruise control (1 – active, 0 - disabled). Bit 4: B – brake pedal (1 – pressed, 0 – released). Bit 5: C – clutch pedal (1 – pressed, 0 – released). Bit 6: H – handbrake (1 – pulled-up, 0 – released). Bit 7: CL – central lock (1 – locked, 0 – unlocked). Bit 8: R – reverse gear (1 – on, 0 – off). Bit 9: RL – running lights (1 – on, 0 – off). Bit 10: LB – low beams (1 – on, 0 – off). Bit 11: HB – high beams (1 – on, 0 – off). Bit 12: RFL – rear fog lights (1 – on, 0 – off). Bit 13: FFL – front fog lights (1 – on, 0 – off). Bit 14: D – doors (1 – any door opened, 0 – all doors closed). Bit 15: T – trunk (1 – opened, 0 – closed).
can_lights	Each bit contains information of one particular light. Bit 0: Running Lights (1 – on, 0 – off). Bit 1: Low Beam (1 – on, 0 – off). Bit 2: High Beam (1 – on, 0 – off). Bit 3: Front Fog Light (1 – on, 0 – off). Bit 4: Rear Fog Light (1 – on, 0 – off). Bit 5: Hazard Lights (1 – on, 0 – off). Bit 6: Reserved. Bit 7: Reserved.
can_tacho_ovspd	Vehicle overspeed signal from the tachograph. 0: Overspeed is not detected. 1: Overspeed is detected.
can_tacho_motion_sign	The vehicle motion signal in the tachograph. 0: Motion is not detected 1: Motion is detected.
can_tacho_driv_direction	Vehicle driving direction from the tachograph. 0: Driving forward. 1: Driving backward.
can_eng_braking_factor	Counts of braking with brake pedal or with engine
can_tacho_drv1_card_number	The card number of driver 1 from the tachograph
can_tacho_drv2_card_number	The card number of driver 2 from the tachograph
can_tacho_drv1_name	The name of driver 1 from the tachograph
can_tacho_drv2_name	The name of driver 2 from the tachograph
can_reg_number	The vehicle registration number
report	Name of the report (+INF, +BNF, etc)
msg_type	The ID of HEX report message
msg_type_INF	The ID of the specific information report message +RESP:GTINF: 1 +RESP:GTGPS: 2 +RESP:GTCID: 4 +RESP:GTCSQ: 5 +RESP:GTVER: 6 +RESP:GTBAT: 7 +RESP:GTIOS: 8 +RESP:GTTMZ: 9 +RESP:GTGIR: 10 +RESP:GTGSV: 11 +RESP:GTUVN: 12 +RESP:GTCVN: 13 +RESP:GTRSV: 21 +RESP:GTBTI: 24 +RESP:GTBSC: 25 +RESP:GTCML: 26 +RESP:GTDAV: 29 +RESP:GTBAU: 31 +RESP:GTTVN: 32
msg_type_name	Name of message type from msg_type_INF parameter description
dev_type	The type of device
proto_ver	Protocol Version
fw_ver	Firmware version
hw_ver	Hardware Version
mcu_ver	MCU Version
eio100_status	<EIO100 Input Status>: The status of EIO100 inputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”. If EIO100 device is not connected or the mode of AT+GTURT is not for EIO100, it is always “00”. Bit 0: for EIO100 input 9 Bit 1: for EIO100 input A Bit 2: for EIO100 input B Bit 3: for EIO100 input C Bit 4 – 7: Reserved
motion_status	17 (0x11) Ignition off Rest: The vehicle is ignition off and motionless. 18 (0x12) Ignition off Motion: The vehicle had been moving before this action was regarded as car-towing event after ignition off. 22 (0x16) Tow: The vehicle was towed after ignition off. 26 (0x1A) Fake Tow: The vehicle might have been towed after ignition off. 33 (0x21) Ignition On Rest: The vehicle is ignition on and motionless 34 (0x22) Ignition On Motion: The device is ignition on and moving. 65 (0x41) Sensor Rest: The vehicle is motionless and no ignition signal is detected. 66 (0x42) Sensor Motion: The vehicle is moving and no ignition signal is detected.
fri_discard_no_fix	Enable/disable report when there is no GNSS fix. 0: Enable report. 1: Disable report.
resp_report_mask	Response Report Item Mask
ign_dt	IGN Interval
igf_dt	IGF Interval
pwr_int	The voltage of the backup battery. The value of this field is only valid when the external power is not connected	V
iccid	The ICCID of the SIM card
daylight_saving	The current setting of the daylight saving. 0: Daylight saving is disabled 1: Daylight saving is enabled
sat_#	The satellite ID
can100_sw_ver	The SW version of the CAN Chipset device
can100_sn	The Serial Number of the CAN Chipset device
car_can_name	Car Name is human readable make and model of the car. If no model has been obtained or CAN Chipset has been synchronized, the value would be default.
driveraid_ver	The firmware version of the Driveraid device
thr_100_sw_ver	The SW version of the THR_100 device
thr_100_hw_ver	The HW version of the THR_100 device
bt_name	Bluetooth accessory name
bt_mac	Bluetooth accessory mac
con_bt_num	The number of the peripheral device connected
near_bt_num	The name of the peripheral device connected
near_bt_mac_#	The MAC of the peripheral device connected
peer_bt_num	The number of the Peers
peer_bt_name_#	Peer Device Name
peer_bt_mac_#	Peer Device Mac
serv_uuid_type_#	Service UUID Type
serv_uuid_#	Service UUID
char_uuid_num	<Service UUID Number>: The number of the Services which GV300CAN Bluetooth has found.
char_uuid_type_#	Characteristic UUID type
char__uuid_#	Characteristic UUID
msg_type_RSP	Type of +RSP or + BSP messages
msg_type_EVT	Type of +EVT or + BVT messages
head	Report head
battery	The current volume of the backup battery	%
adc_mode	Analog Input Mode
eio100_inputs	The status of EIO100 inputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”.
eio100_outputs	The status of EIO100 outputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”.
ign_mode
ext_gps_ant	External GPS antenna status: 0 - is working 1 - is detected in open circuit state 3 - is in unknown state
phone_number	The phone number of the cellular modem (or SIM card)
ign_dur	Duration of Ignition: Duration of ignition ON (Report GTIGF) Duration of ignition OFF (Report GTIGN)
ign_off_duration	Duration since last time the ignition is off
ign_on_duration	Duration of Ignition On
geo_id	Trigger geo ID
ges_enabled	The current Parking-Fence is active or inactive. 0: The current parking-fence is inactive. 1: The current parking-fence is active.
ges_mode	A numeral to indicate the trigger mode of the geofencing function. 0: Disable auto trigger mode. 21: Auto parking fence 22: Manual parking fence
ges_radius	The radius of the circular Geo-Fence region
ges_dt	The interval for GNSS checking position information against the Geo-Fence alarm.
upc_cmd_id	The command ID in the update configuration file. It is always 0 before the device starts to update device configuration. It is total number of the commands when the result code is 301. It indicates wrong format of command ID when the result code is 302.
upc_result	A numeral to indicate whether the configuration is updated successfully. 100: The update command is starting. 101: The update command is confirmed by the device. 102: The update command is refused by the device. 103: The update process is refused because the battery is low. 200: The device starts to download the package. 201: The device finishes downloading the package successfully. 202: The device fails to download the package. 300: The device starts to update the device configuration. 301: The device finishes updating the device configuration successfully. 302: The device fails to update the device configuration. 303: The device refuses to update the configuration because the battery is low. 304: The device refuses to update the configuration because the mask check in AT+GTFVR fails. 305: The device is interrupted by abnormal reboot
url	It specifies the URL to download the configuration file. If <Download URL> ends with “/” which means the URL is just a path without file name, the unit will add <IMEI>.ini as the file name to complete the URL. If it is greater than 100 bytes in length, error will be returned
digit_fuel_sensor_data	<Digital Fuel Sensor Data>: The raw data read from the digital fuel sensor. If Bit 0 of <ERI Mask> in AT+GTFRI is enabled, this field will be displayed; otherwise, this field will not be displayed.
fuel_sensor#_id	ID of the fuel sensor
pulse_frequency
bt#_status	The connection status of the Bluetooth when the device role is slave. 0: The Bluetooth is not connected 1: The Bluetooth is connected
file_name	The name of the file transferred to FTP server. The suffix is “.jpg”.
mcc	Mobile Country Code
mnc	Mobile network code
curr_mileage	The current mileage	km
total_mileage	The total mileage
curr_hourmetercount	The current hour meter count
total_hourmetercount	The total hour meter count
csq_rssi	The GSM signal strength level. The range is 0-31, 99 for unknown

Parameter name

Description

Units

can_state

CANBUS Device State:
0 - Abnormal. It fails to receive data from the external CANBUS device.
1 - Normal. It is OK to receive data from the external CANBUS device.

can_vin

Vehicle identification number

can_ignition_key

Ignition status:
0 - ignition off.
1 - ignition on.
2 - engine on.

can_total_dist_hect

Vehicle total distance

Hectometer (H)

can_total_dist_imp

Vehicle total distance

Impulse (I)

can_total_fuel_used

Number of liters of fuel used since vehicle manufacture or device installation

can_engine_rpm

The revolutions per minute

rpm

can_vehicle_speed

The vehicle speed based on wheel

km/h

can_eng_cool_temp

Engine coolant temperature

°C

can_fuel_consumpt

The fuel consumption. The consumption is calculated depending on values read from vehicle.

can_fuel_level_l

The level of fuel in vehicle tank

can_fuel_level_p

The level of fuel in vehicle tank

can_range

The number of hectometer to drive on remaining fuel

Hectometer (H)

can_acc_pedal_press

Accelerator pedal pressure

can_total_eng_hours

Time of engine running since vehicle manufacture or device installation

can_total_driv_time

Time of engine running (non-zero speed) since vehicle manufacture or device installation

can_eng_idle_time

Time of engine running during idling status (vehicle stopped) since vehicle manufacture or device installation

can_idle_fuel_used

Total idle fuel used. Number of liters of fuel used since vehicle manufacture or device installation

can_axle_weight

Vehicle axle weight

can_driver#_time_st

T2-T0: Driving time related states:

0: Normal / no limits reached
1: 15 min before 4½ h
2: 4½ h reached
3: 15 min before 9 h
4: 9 h reached
5: 15 min before 16 h (without 8h rest during the last 24h)
6: 16 h reached
7: Other limit

can_driver#_work_st

W1-W0: Driver working states:
0: Rest - sleeping
1: Driver available – short break
2: Work – loading, unloading, working in an office
3: Drive – behind the wheel

can_indicators

Detailed Information/Indicators:
Bit 1: FL – fuel low indicator (1 – indicator on, 0 – off).
Bit 2: DS – driver seatbelt indicator (1 – indicator on, 0 – off).
Bit 3: AC – air conditioning (1 – on, 0 - off).
Bit 4: CC – cruise control (1 – active, 0 - disabled).
Bit 5: B – brake pedal (1 – pressed; 0 – released).
Bit 6: C – clutch pedal (1 – pressed; 0 – released).
Bit 7: H – handbrake (1 – pulled-up, 0 – released).
Bit 8: CL – central lock (1 – locked, 0 – unlocked).
Bit 9: R – reverse gear (1 – on, 0 – off).
Bit 10: RL – running lights (1 – on, 0 – off).
Bit 11: LB – low beams (1 – on, 0 – off).
Bit 12: HB – high beams (1 – on, 0 – off).
Bit 13: RFL – rear fog lights (1 – on, 0 – off).
Bit 14: FFL – front fog lights (1 – on, 0 – off).
Bit 15: D – doors (1 – any door opened, 0 – all doors closed).
Bit 16: T – trunk (1 – opened, 0 – closed).

can_light

Each bit contains information of particular light:
Bit 1: Running Lights (1 – on, 0 – off).
Bit 2: Low Beam (1 – on, 0 – off).
Bit 3: High Beam (1 – on, 0 – off).
Bit 4: Front Fog Light (1 – on, 0 – off).
Bit 5: Rear Fog Light (1 – on, 0 – off).
Bit 6: Hazard Lights (1 – on, 0 – off).
Bit 7: Reserved.
Bit 8: Reserved.

can_doors

Each bit contains information of one door:
Bit 1: Driver Door (1 – opened, 0 – closed).
Bit 2: Passenger Door (1 – opened, 0 – closed).
Bit 3: Rear Left Door (1 – opened, 0 – closed)
Bit 4: Rear Right Door (1 – opened, 0 – closed).
Bit 5: Trunk (1 – opened, 0 – closed).
Bit 6: Boot (1 – opened, 0 – closed).
Bit 7: Reserved.
Bit 8: Reserved.

can_total_veh_ovspd

The total time when vehicle engine speed is greater than the limit defined in CAN100's configuration

can_total_eng_ovspd

The total time when vehicle engine speed is greater than the limit defined in CAN100's configuration

can_ad_blue_lvl

The level of Ad-Blue

can_axle_weight_1

Weight of vehicle’s first axle.

can_axle_weight_3

Weight of vehicle’s third axle.

can_axle_weight_4

Weight of vehicle’s fourth axle.

tacho_ovspd_sign

The tachograph overspeed signal. The value 1 indicates "overspeed". The value 0 indicates "no overspeed"

tacho_motion_sign

The tachograph vehicle motion signal. The value 1 indicates "motion". The value 0 indicates "no motion"

tacho_direction

Vehicle driving direction obtained from tachograph

can_ain1

The value of analog input

can_engine_braking_factor

Counts of braking with brake pedal or with engine

can_pedal_braking_factor

Counts of braking with brake pedal or with engine

can_total_accel_kickdowns

Total time when accelerator pedal is pressed over 90%

can_total_effective_eng_speed_time

Total time when the vehicle engine speed is effective

hour

can_total_cruise_cntrl_time

Total time when the vehicle speed is controlled by cruise control
module

hour

can_total_accel_kickdown_time

Total time when accelerator pedal is pressed over 90%

hour

can_total_brakes

The total number of braking processes initiated by brake pedal

tacho_drv1_card_number

The card number of driver 1 from the tachograph

tacho_drv2_card_number

The card number of driver 2 from the tachograph

tacho_drv1_name

The name of driver 1 from the tachograph

tacho_drv2_name

The name of driver 2 from the tachograph

vrn

Vehicle Registration Number

can_exp_info

Detailed Information/Indicators:
Bit 1: W – webasto (1 – on, 0 – off or not available).
Bit 2: BFL – brake fluid low indicator (1 – on, 0 – off or not available).
Bit 3: CLL – coolant level low indicator (1 – on, 0 – off or not available).
Bit 4: BAT – battery indicator (1 – on, 0 – off or not available).
Bit 5: BF – brake system failure indicator (1 – on, 0 – off or not available).
Bit 6: OP – oil pressure indicator (1 – on, 0 – off or not available).
Bit 7: EH – engine hot indicator (1 – on, 0 – off or not available).
Bit 8: ABS – ABS failure indicator (1 – on, 0 – off or not available).
Bit 9: R – reverse.
Bit 10: CHK – check engine indicator (1 – on, 0 – off or not available).
Bit 11: AIR – airbags indicator (1 – on, 0 – off or not available).
Bit 12: SC – service call indicator (1 – on, 0 – off or not available).
Bit 13: OLL – oil level low indicator.

can_rapid_brakings

Number of total rapid since installation

can_rapid_accels

Number of total rapid accelerations since installation

can_t_v

The total voltage of the electric vehicle

can_charg_t

The charging times of the electric vehicle

can_t_pow_rec

The total power recovered of the electric vehicle

can_s_chrg_cap

The single charge capacity of the electric vehicle

can_s_dischr_cap

The single discharge capacity of the electric vehicle

can_rem_pow

The remaining power of the vehicle

gps_acc

GPS accuracy

report_id

Report ID

report_type

Type of report:
Type of the report:
FRI - Fixed Report Information
GEO - Geo-Fence Information
SPD - Speed Alarm
SOS - SOS report
RTO - Real Time Operation
PNL - The first location after the device powers on
NMR - Non movement is detected by motion sensor
DIS - The status of digital input is detected being changed
HIS - History report
INF - Device Information Report
WIF - WLAN Information Report
GPS - The report for real time operation GPS
CID - The report for real time operation CID
CSQ - The report for real time operation CSQ
VER - The report for real time operation VER
PNA - Power on report
PFA - Power off report
EPN - The report for connecting external power supply
EPF - The report for disconnecting external power supply
BPL - Battery low report
BTC - Start charging report
STC - Stop charging report
STT - Device motion state indication
PDP - Mobile Data Service PDP connect report
SWG - Switch on or off Geo-Fence 0 via function key
GSM - The report for the information of the service cell and the neighbor cells.
GSI - G-sensor Information Report

harsh_speed_level

The speed level of which the harsh behavior is detected:
0 - unknown speed
1 - low speed
2 - medium speed
3 - high speed

harsh_behavior

Harsh behavior:
0 - harsh braking behavior
1 - harsh acceleration behavior
2 - harsh turn behavior
3 - harsh braking and turn behavior
4 - harsh acceleration and turn behavior
5 - Unknown harsh behavior

eri_mask

This mask is used to configure whether to report the data from peripherals via +RESP:GTERI

pwr_ext

The voltage of the external power supply

adc1

Fuel level / Number of pulses

adc2

Analog input 2

state

The current motion state of device:
16 - Tow
1A - Fake Tow
11 - Ignition Off Rest
12 - Ignition Off Motion
21 - Ignition On Rest
22 - Ignition On Motion
41 - Sensor Rest
42 - Sensor Motion

din_status

A bitwise hex integer to represents the logical status of the digital input. From the lowest bit to the highest bit, each bit represents ignition detection and one of the digital inputs 1 respectively. For each bit, 0 means disable status, 1 means enable status.

dout_status

A bitwise hex integer to represents the logical status of the digital output. From the lowest bit to the highest bit, each bit represents one of the digital outputs 1 – 2 respectively. For each bit, 0 means disable status, 1 means enable status

lls

Digit Fuel Sensor Data

onewire#_id

1-Wire ID #, where # - number

onewire#_type

1-Wire type #, where # - number

onewire#_data

1-Wire data #, where # - number

onewire#_temp

1-Wire temperature #, where # - number

fuel_sensor#_type

The sensor type for the currently set table.
0: EPSILON ES2 or ES4
1: LLS 20160
2: DUT-E
3: QFS100
4: UFSxxx
5: Reserved
6: DUT-E SUM
20: ADC1
21: Reserved

fuel_sensor#_percent

Fuel sensor percentage

fuel_sensor#_volume

Fuel sensor volume

bt#_index

Index of the Bluetooth device

bt#_type

<Accessory Type>: The type of the Bluetooth accessory which is defined in the <Index>. The following is supported now:

0: No Bluetooth accessory.
1: Escort Bluetooth Accessory.
2: Beacon temperature sensor
6: Beacon Multi-Functional Sensor.
7: Technoton accessory

bt#_model

<Accessory Model>: The model of the Bluetooth accessory which is defined in <Accessory Type>. The following is supported now:

The model of Escort Bluetooth Accessory. (<Accessory Type> is:
1: TD_BLE fuel sensor
3: Angle Sensor

The model of beacon temperature sensor (<Accessory Type> is 2):

0: WTS300

The model of Beacon Multi-Functional Sensor (<Accessory Type> is 6):

2: WTH300

The model of for Technoton accessory (<Accessory Type> is 7):

0: DUT-E S7
1: DFM 100 S7
2: DFM 250D S7
3: GNOM DDE S7
4: GNOM DP S7

bt#_raw_data

This data read from Bluetooth accessory. It varies depending on <Accessory Type> and <Accessory Model>.

WTS300: It is a four-byte hexadecimal value. The 2 higher bytes of the hexadecimal value indicate battery voltage, the unit is millivolt. And the 2 lower bytes of the hexadecimal value indicate temperature, the high byte is the integer part and the low byte is the fractional part. Temperature is equal to the low byte divided by 256 plus the high byte, the unit is Celsius. If this value is negative, it is represented in 2’s complement format.

WTH300: It is a four-byte hexadecimal value. The 2 higher bytes of the hexadecimal value indicate temperature. And the 2 lower bytes of the hexadecimal value indicate humidity. The high byte is the integer part and the low byte is the fractional part. Temperature is equal to the low byte divided by 256 plus the high byte, and the unit is Celsius. Humidity is equal to the low byte divided by 256 plus the high byte, and the unit is RH.

Escort Angle Sensor: It is a four-byte hexadecimal value. The first byte in higher 2-byte of the hexadecimal value is reserved byte, the value is 00. The second byte in higher 2-byte of the hexadecimal value indicate Event Notification of Angle sensor. And the 2 lower bytes of the hexadecimal value indicate Tilt Angle of sensor. The specific definitions are as follows:

bt#_mask

If the device is connected with the Bluetooth accessory, and the
Bit 8 (for <Bluetooth Accessory Data>) of <ERI Mask> is set to 1, the device will report
+RESP:GTERI instead of +RESP:GTFRI. This mask is used to configure the accessory data fields to be reported in the +RESP:GTERI and +RESP:GTBAR messages.

Bit 0: <Accessory Name>
Bit 1: <Accessory MAC>
Bit 2: <Accessory Status>
Bit 3: <Accessory Battery Level>
Bit 4: <Accessory Temperature>
Bit 5: <Accessory Humidity>

Note: When <Accessory Type> is set to 7, Bit 3-5 will be blocked. And when <Accessory Type> is set to 1 or 2, Bit 5 will be blocked.

bt#_name

<Accessory Name>: The name of the Bluetooth accessory.
Note: The WTS300, WTH300 and Technoton accessories do not support connection by name for now.

bt#_mac

The MAC address of the Bluetooth accessory. If the MAC address is the
default value, the device will search for the Bluetooth accessory by accessory name. The
name of the Bluetooth accessory is variable and the MAC address is unique. It is thus
recommended to connect Bluetooth accessories using the MAC address.
Note: If both <Accessory Name> and <Accessory MAC> are set, the device will search for peripherals by <Accessory MAC>. If only <Accessory Name> is set, and <Accessory MAC> is the default, the device will search for peripherals according to <Accessory Name>.

bt#_conn_status

It indicates the connection status of Bluetooth accessory.

0: Disconnected.

1: Connected.

bt#_bat_level

It indicates the remaining level of the battery in Bluetooth
accessory

bt#_temp

It indicates the temperature measured by Bluetooth accessory.

bt#_hum

It indicates the humidity measured by Bluetooth accessory

fuel_sensor_type

Fuel sensor type

fuel_sensor_percent

Fuel sensor percentage

fuel_sensor_volume

Fuel sensor volume

ibutton

iButton ID

ibutton_auth

iButton

time_zone

Time zone offset

car_model_id

<Car Model ID>: The car model ID of the CAN Chipset device. If the value is 0, it means that no model has been obtained.

upc_url

The complete URL to download the configuration. It includes the file name.

jamming_net

The network mode.

1: GSM.

2: WCDMA

3: Both WCDMA and GSM.

jamming_status

The current Jamming status of the device.
1 - quit the jamming
2 - enter the jamming

can_ign_key

Ignition key, 0-no, 1-yes

can_total_distance

<Total Distance>: Vehicle total distance. The number is always increasing. The unit is hectometer (H) or impulse (I) (if distance from dashboard is not available).

H or I

can_total_fuel

<Total Fuel Used / Electric Total Power Used>: The number of liters of fuel used since vehicle manufacture or device installation. The unit is liter. If bit28 (<Electric Report Mask>) of the <CANBUS Report Mask> is set 1 in AT+GTCAN command, this parameter means the number of power used since vehicle manufacture or device installation

can_eng_rpm

Engine speed (from CAN)

can_speed

Vehicle speed (from CAN)

can_fuel_consumpt_unit

Indicates the unit. The unit L/100km is represented as FE, and the unit L/H is represented as FF

can_total_eng_idle

Total Engine Idle Time

can_total_idle_fuel

Total Idle Fuel Used

can_axle_weight_2

Weight of vehicle’s second axle

can_tacho_inf

Two bytes. The high byte describes driver 2, and the low byte
describes driver 1.

can_detail_inf

It takes up two bytes. Each bit contains information of
one indicator.

Bit 0: FL – fuel low indicator (1 – indicator on, 0 – off).
Bit 1: DS – driver seatbelt indicator (1 – indicator on, 0 – indicator off).
Bit 2: AC – air conditioning (1 – on, 0 - off).
Bit 3: CC – cruise control (1 – active, 0 - disabled).
Bit 4: B – brake pedal (1 – pressed, 0 – released).
Bit 5: C – clutch pedal (1 – pressed, 0 – released).
Bit 6: H – handbrake (1 – pulled-up, 0 – released).
Bit 7: CL – central lock (1 – locked, 0 – unlocked).
Bit 8: R – reverse gear (1 – on, 0 – off).
Bit 9: RL – running lights (1 – on, 0 – off).
Bit 10: LB – low beams (1 – on, 0 – off).
Bit 11: HB – high beams (1 – on, 0 – off).
Bit 12: RFL – rear fog lights (1 – on, 0 – off).
Bit 13: FFL – front fog lights (1 – on, 0 – off).
Bit 14: D – doors (1 – any door opened, 0 – all doors closed).
Bit 15: T – trunk (1 – opened, 0 – closed).

can_lights

Each bit contains information of one particular light.

Bit 0: Running Lights (1 – on, 0 – off).
Bit 1: Low Beam (1 – on, 0 – off).
Bit 2: High Beam (1 – on, 0 – off).
Bit 3: Front Fog Light (1 – on, 0 – off).
Bit 4: Rear Fog Light (1 – on, 0 – off).
Bit 5: Hazard Lights (1 – on, 0 – off).
Bit 6: Reserved.
Bit 7: Reserved.

can_tacho_ovspd

Vehicle overspeed signal from the tachograph.
0: Overspeed is not detected.
1: Overspeed is detected.

can_tacho_motion_sign

The vehicle motion signal in the tachograph.
0: Motion is not detected
1: Motion is detected.

can_tacho_driv_direction

Vehicle driving direction from the tachograph.
0: Driving forward.
1: Driving backward.

can_eng_braking_factor

Counts of braking with brake pedal or with engine

can_tacho_drv1_card_number

The card number of driver 1 from the tachograph

can_tacho_drv2_card_number

The card number of driver 2 from the tachograph

can_tacho_drv1_name

The name of driver 1 from the tachograph

can_tacho_drv2_name

The name of driver 2 from the tachograph

can_reg_number

The vehicle registration number

report

Name of the report (+INF, +BNF, etc)

msg_type

The ID of HEX report message

msg_type_INF

The ID of the specific information report message
+RESP:GTINF: 1
+RESP:GTGPS: 2
+RESP:GTCID: 4
+RESP:GTCSQ: 5
+RESP:GTVER: 6
+RESP:GTBAT: 7
+RESP:GTIOS: 8
+RESP:GTTMZ: 9
+RESP:GTGIR: 10
+RESP:GTGSV: 11
+RESP:GTUVN: 12
+RESP:GTCVN: 13
+RESP:GTRSV: 21
+RESP:GTBTI: 24
+RESP:GTBSC: 25
+RESP:GTCML: 26
+RESP:GTDAV: 29
+RESP:GTBAU: 31
+RESP:GTTVN: 32

msg_type_name

Name of message type from msg_type_INF parameter description

dev_type

The type of device

proto_ver

Protocol Version

fw_ver

Firmware version

hw_ver

Hardware Version

mcu_ver

MCU Version

eio100_status

<EIO100 Input Status>: The status of EIO100 inputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”. If EIO100 device is not connected or the mode of AT+GTURT is not for EIO100, it is always “00”.
Bit 0: for EIO100 input 9
Bit 1: for EIO100 input A
Bit 2: for EIO100 input B
Bit 3: for EIO100 input C
Bit 4 – 7: Reserved

motion_status

17 (0x11) Ignition off Rest: The vehicle is ignition off and motionless.
18 (0x12) Ignition off Motion: The vehicle had been moving before this action was regarded as car-towing event after ignition off.
22 (0x16) Tow: The vehicle was towed after ignition off.
26 (0x1A) Fake Tow: The vehicle might have been towed after ignition off.
33 (0x21) Ignition On Rest: The vehicle is ignition on and motionless
34 (0x22) Ignition On Motion: The device is ignition on and moving.
65 (0x41) Sensor Rest: The vehicle is motionless and no ignition signal is detected.
66 (0x42) Sensor Motion: The vehicle is moving and no ignition signal is detected.

fri_discard_no_fix

Enable/disable report when there is no GNSS fix.
0: Enable report.
1: Disable report.

resp_report_mask

Response Report Item Mask

ign_dt

IGN Interval

igf_dt

IGF Interval

pwr_int

The voltage of the backup battery. The value of this field is only valid when the external power is not connected

iccid

The ICCID of the SIM card

daylight_saving

The current setting of the daylight saving.

0: Daylight saving is disabled
1: Daylight saving is enabled

sat_#

The satellite ID

can100_sw_ver

The SW version of the CAN Chipset device

can100_sn

The Serial Number of the CAN Chipset device

car_can_name

Car Name is human readable make and model of the car. If no model has been obtained or CAN Chipset has been synchronized, the value would be default.

driveraid_ver

The firmware version of the Driveraid device

thr_100_sw_ver

The SW version of the THR_100 device

thr_100_hw_ver

The HW version of the THR_100 device

bt_name

Bluetooth accessory name

bt_mac

Bluetooth accessory mac

con_bt_num

The number of the peripheral device connected

near_bt_num

The name of the peripheral device connected

near_bt_mac_#

The MAC of the peripheral device connected

peer_bt_num

The number of the Peers

peer_bt_name_#

Peer Device Name

peer_bt_mac_#

Peer Device Mac

serv_uuid_type_#

Service UUID Type

serv_uuid_#

Service UUID

char_uuid_num

<Service UUID Number>: The number of the Services which GV300CAN Bluetooth has found.

char_uuid_type_#

Characteristic UUID type

char__uuid_#

Characteristic UUID

msg_type_RSP

Type of +RSP or + BSP messages

msg_type_EVT

Type of +EVT or + BVT messages

head

Report head

battery

The current volume of the backup battery

adc_mode

Analog Input Mode

eio100_inputs

The status of EIO100 inputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”.

eio100_outputs

The status of EIO100 outputs. For each bit, 0 means “Disable status”, and 1 means “Enable status”.

ign_mode

ext_gps_ant

External GPS antenna status:
0 - is working
1 - is detected in open circuit state
3 - is in unknown state

phone_number

The phone number of the cellular modem (or SIM card)

ign_dur

Duration of Ignition:

Duration of ignition ON (Report GTIGF)

Duration of ignition OFF (Report GTIGN)

ign_off_duration

Duration since last time the ignition is off

ign_on_duration

Duration of Ignition On

geo_id

Trigger geo ID

ges_enabled

The current Parking-Fence is active or inactive.

0: The current parking-fence is inactive.

1: The current parking-fence is active.

ges_mode

A numeral to indicate the trigger mode of the geofencing function.

0: Disable auto trigger mode.

21: Auto parking fence

22: Manual parking fence

ges_radius

The radius of the circular Geo-Fence region

ges_dt

The interval for GNSS checking position information against the Geo-Fence alarm.

upc_cmd_id

The command ID in the update configuration file. It is always 0 before the device starts to update device configuration. It is total number of the commands when the result code is 301. It indicates wrong format of command ID when the result code is 302.

upc_result

A numeral to indicate whether the configuration is updated successfully.

100: The update command is starting.
101: The update command is confirmed by the device.
102: The update command is refused by the device.
103: The update process is refused because the battery is low.
200: The device starts to download the package.
201: The device finishes downloading the package successfully.
202: The device fails to download the package.
300: The device starts to update the device configuration.
301: The device finishes updating the device configuration successfully.
302: The device fails to update the device configuration.
303: The device refuses to update the configuration because the battery is low.
304: The device refuses to update the configuration because the mask check in AT+GTFVR fails.
305: The device is interrupted by abnormal reboot

url

It specifies the URL to download the configuration file. If <Download URL>
ends with “/” which means the URL is just a path without file name, the unit will add
<IMEI>.ini as the file name to complete the URL. If it is greater than 100 bytes in length,
error will be returned

digit_fuel_sensor_data

<Digital Fuel Sensor Data>: The raw data read from the digital fuel sensor. If Bit 0 of <ERI Mask> in AT+GTFRI is enabled, this field will be displayed; otherwise, this field will not be displayed.

fuel_sensor#_id

ID of the fuel sensor

pulse_frequency

bt#_status

The connection status of the Bluetooth when the device role is slave.