АвтоГРАФ GSM

Количество объектов

2617
Онлайн
8118
Всего

Для того чтобы система мониторинга Wialon корректно идентифицировала данные от АвтоГРАФ GSM в диалоге настроек объекта, укажите следующие данные :

Тип устройства: Avtograph
Уникальный ID: serial

Укажите следующие параметры в конфигурационной программе или в конфигурации АвтоГРАФ GSM для использования его в Wialon Hosting :

Порт сервера: 20132

Всего в серверном центре Wialon используется 8118 объектов АвтоГРАФ GSM — это составляет 0.33% от общего количества устройств в категории «Автомобильные контролеры».

График изменения количества подключений в серверном центре Wialon за последние 30 дней:

Имя параметра Описание Единицы измерения
ainN Analog inputs, where N - number of inputs V
air_pressure Air pressure kPa
air_temp Air temperature °C
amber_warning_lamp_status Amber warning lamp status (On, Off)
battery Battery voltage V
charge_air_pressure Charge air pressure kPa
charge_air_temp Charge air temperature from CAN-bus °C
choker_pos Choker position %
coolant_temp Coolant temperature °C
counterN Counter state, where N - number of counter
counterN_mode

Counter mode, where N - number of counter:
1 - counter
2 - periodical
3 - frequency (need to devide counter value by 100)

cpu_load CPU usage %
cruise_control_speed Cruise control speed km/h
cruise_control_state Cruise control state
dinN Digital inputs
engine_hours Engine Hours h
engine_oil_pressure Engine oil pressure from CAN-bus kPa
engine_oil_temp Engine oil temperature from CAN-bus °C
engine_rpm Engine RPM rpm
engine_torque_mode Engine torque mode
error_status Error status (1, 0)
flash_lamp_status Flash lamp status
fmi Failure Mode Identifier
fuel_consumption Fuel consumption L
fuel_flow_sensor_can_adress Fuel flow sensor can adress from RS485
fuel_flow_sensor_channel Fuel flow sensor channel from RS485
fuel_flow Total fuel flow L
fuel Fuel level from LLS 1 sensor L
fuel_level Fuel level %
fuel_levelN Fuel level from CAN bus, where N - number of sensor %
fuel_temp Fuel temperature °C
gpsant GPS antenna state
hdop HDOP (Horizontal Dilution Of Precision)
idle_trottle_mode Idle trottle mode
incoming_passengers Incoming passengers from RS485 person
inputs_expander_status Inputs expander status
instant_fuel_consumption Instant fuel consumption L
kickdown_trottle_mode Kickdown trottle mode
llsN LLS sensor value, where N - number of sensor
malfunction_indicator_lamp_status Malfunction indicator lamp status (On, Off)
manometr_pressure Gauge pressure from CAN-bus kPa
mileage_day Day mileage km
mileage Mileage km
mileage_mtn Mileage till next maintenance km
navigation_device Navigation data source (Internal, External)
navigation_system Navigation data source (GPS, Glonass or GPS+Glonass)
negative_inputs_status Negative inputs state
nominal_friction_torque Nominal friction torque %
occurence_count Occurence count
oil_temp Engine oil temperature °C
operating_torque Operating torque %
outgoing_passengers Outgoing passengers from RS485 person
passenger_flow_channel Passenger flow channel from RS485
passenger_flow_mode Passenger flow mode from RS485
passenger_flow_status Passenger flow status from RS485
positive_inputs_status Positive inputs state from RS485
prev_instant_fuel_consumption Previous instant fuel consumption L
protect_lamp_status Protect lamp status (On, Off)
PTO_state PTO state
pwr_ext External power V
pwr_int Internal power V
red_stop_lamp_status Red stop lamp status (On, Off)
refueling_amount Refueling amount from RS485 L
refueling_card_id Refueling card ID from RS485
refueling_time Refueling time from RS485 s
spn_conv_method Spn Conversion method
spn Suspect Parameter Number
tempN Temperature sensors value, where N - number of sensor °C
user_record User record from CAN-bus
weight_measurement_channel Weight measurement channel from RS485
weight_measurement_mode Weight measurement mode from RS485
weight_measurement_status Weight measurement status from RS485
weight Weight from RS485 kg
wheel_loadN Wheel load, where N - number of wheel kg
wheel_speed Wheel speed km/h
fm_ver Firmware Version
hd_ver Hard Version
flags

Flags. Bitwise parameter (1 - on, 0 - off):
bit1 - Main power
bit2 - Backup power
bit3 - 1-th antenna state
bit4 - 2-nd antenna state
bit5 - SOS button
bit6 - Move
bit7 - GSM connection
bit8 - Home network
bit9 -
Used receiver (1 - inner, 0 - external)
bit10...bit12 - Position detection mode (01 - only GPS, 10 - only GLONASS, 11 - mixed, 100 - GSM position)

inN

Input wutn number N

gps_acc

Quality Of Coordinates:
1 - best
7 - worst
0 - not valid

gsm_acc GSM accuracy m
sensN_M Sensor data from the senros where N - module address and M - sensor number
sens0_M Fuel sensor
sens1_M

Temperature sensor. Resolution 1/16 degree per bit with -55 offset.

sens2_M

Voltage:
Sensor 0 - voltage of main network, 0.01 V per bit
Sensor 1 - backup battery voltage, 0.01 V per bit
Sensor 2 - Analog input 1 voltage, 0.01 V per bit
Sensor 3 - Analog input 2 voltage, 0.01 V per bit

sens3_M

RAW GSM signal level (0-31)

sensN_M_valid

Bitwise parameter:
bit1 - Validity of the sensor with N module address and M number
bit2 - Sensor data format (0 - not calibrated data, 1 - raw data)

tps_channel Passenger counter system channel number
tps_er

Passenger counter system error code:
0 - no error
1 - door close error
2 - defect sensor possible
3 - sabotage possible

tps_door

Door state:
1 - opened

tps_pass Passenger category
tps_in The number of passengers who entered from the previous message
tps_out The number of passengers who left from the previous message
lls_wideN Data from LLS sensor with N number (advanced mode)
temp_wideN LLS sensor temperature with N number (advanced mode)
valid_lls_wideN

Data validity from LLS sennsor with number N:
0 - not valid
1 - valid

tpms_press_x_y tire pressure value
tpms_temp_x_y tire temperature value
tpms_alarm_x_y too low or high tire pressure
user_mbus_#1_#2 User modbus, #1 - Modbus address, #2 - Modbus register address

В настройках детектора поездок системы мониторинга транспорта Wialon обязательно используйте тип определения движения - либо по GPS координатам, либо по датчику зажигания (если он подключен и настроен), поскольку АвтоГРАФ GSM передает скорость отдельно от координат.

Пример настроек объекта в системе Wialon использующего Avtograph. При создании объекта выберите "Импорт из файла", далее этот файл и все секции для загрузки. Создастся уже настроенный объект с несколькими датчиками. Не забудьте указать уникальный Id Вашего устройства.

Единицы измерения параметров зависят от конфигурации устройства.

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