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Get special settings for the specified tracker.

If parameter type is present:

return:

{
    "success": true,
    "value": <settings object> //[Settings object]
}

If parameter type is omitted:

return:

{
    "success": true,
    "list": [<settings object>] //[Settings objects array]
}

phonebook_pt100

{
    "type": "phonebook_pt100",
    "capacity": 3, //[int]
    "items": <list of phone book items,> //[array of objects - {"name":"some name", "phone":"some phone"}]
}

phonebook_gt300

{
    "type": "phonebook_gt300",
    "capacity": 20, //[int]
    "items": <list of phone book items,> //[array of objects - {"name":"some name", "phone":"some phone"}]
}

pwr_off_key

{
    "type": "pwr_off_key",
    "mode": <enable or disable> //[string]
}

sos_key

{
    "type": "sos_key",
    "mode": <report or call_report> //[string],
    "phone": <SOS phone to call> //[string],
}

charging_gmt100

{
    "type": "charging_gmt100",
    "mode": <on_need or ign_on_only or ign_on_or_low_charge> //[string]
}

autofon_sms_alerts

{
    "type": "autofon_sms_alerts",
    "low_battery_mode": <disable | enable>, //[string]
    "ext_input_mode": <disable | enable>, //[string]
    "sos_button_mode": <disable | enable> //[string]
}

hbm_ql

{
    "type": "hbm_ql",
    "mode": <disable | enable>, //[string]
    "high_speed": <100-400>, //int
    "high_speed_braking_delta": <0-100>, //int
    "high_speed_acceleration_delta": <0-100> //int
    "medium_speed": <60-100>, //int
    "medium_speed_braking_delta": <0-100>, //int
    "medium_speed_acceleration_delta": <0-100> //int
    "low_speed_braking_delta": <0-100>, //int
    "low_speed_acceleration_delta": <0-100> //int
}

hbm_ms_ql

{
    "type": "hbm_ms_ql",
    "mode": <disable | gps_only | motion_sensor_only | gps_and_motion_sensor>, //[string]
    "high_speed": <100-400>, //int
    "high_speed_braking_delta": <0-100>, //int
    "high_speed_acceleration_delta": <0-100> //int
    "medium_speed": <60-100>, //int
    "medium_speed_braking_delta": <0-100>, //int
    "medium_speed_acceleration_delta": <0-100> //int
    "low_speed_braking_delta": <0-100>, //int
    "low_speed_acceleration_delta": <0-100> //int
    "turn_brake_threshold": <30-70>//int
    "turn_brake_duration": <320-800>//int, milliseconds
    "acceleration_threshold": <15-50>//int
    "acceleration_duration": <400-2000>//int, milliseconds

}

tow_detection_ql

{
    "type": "tow_detection_ql",
    "mode": <disable | enable>, //[string]
    "engine_off_to_tow": <0-900>, //int, seconds
    "fake_tow_delay": <0-600>, //int, seconds
    "tow_interval": <30-86400> //int, seconds
    "rest_duration": <15-3825>, //int, seconds, step 15
    "motion_duration": <100-9900>, //int, milliseconds, step 100
    "motion_threshold": <2-9> //int

}

tow_detection_ql2

{
    "type": "tow_detection_ql2",
    "mode": <disable | enable>, //[string]
    "engine_off_to_tow": <300-900>, //int, seconds, step 60
    "fake_tow_delay": <0-600>, //int, seconds, step 60
    "tow_interval": <30-86400> //int, seconds
    "rest_duration": <15-3825>, //int, seconds, step 15
    "motion_duration": <100-9900>, //int, milliseconds, step 100
    "motion_threshold": <2-9> //int

}

engine_off_to_tow – A time parameter to judge whether the device is considered towed after the engine off. If the motion sensor doesn’t detect stillness within the specified time after engine off the device is being towed.[[BR]]
fake_tow_delay – After engine off and stillness detected, if motion sensor detects moving again, the device turns into a state called fake tow. If the device keeps in fake tow after a period of time defined by this parameter, it is considered towed.[[BR]]
tow_interval – The period to send alarm messages.[[BR]]
rest_duration – A time parameter to make sure that the device enters stillness status, i.e. the status of the device will be changed to stillness if the motion sensor detects stillness and maintains for a period of time defined by this parameter.[[BR]]
motion_duration – A time parameter to make sure that the device enters motion status.[[BR]]
motion_threshold – The threshold for the motion sensor to measure whether the device is moving.

ddd_emails

{
    "type": "ddd_emails",
    "emails": <array of strings, valid emails, max size 5>
}

hbm_telfm

{
    "type": "hbm_telfm",
    "mode": <disable | enable>, //[string]
    "max_acceleration_force":<0.25-0.85>, //float, g
    "max_braking_force":<0.25-0.85>, //float, g
    "max_angular_velocity":<0.1-1.0> //float, rad/s
}

max_acceleration_force – It is max allowed acceleration force which can be reached while accelerating without
triggering harsh acceleration event.[[BR]]
max_braking_force – It is max allowed braking force which can be reached while braking without triggering
harsh braking event.[[BR]]
max_angular_velocity – It is max allowed cornering angle which can be reached while cornering without triggering
harsh cornering event.[[BR]]

errors:

  • 201 – Not found in database (if there is no tracker with such id belonging to authorized user)
  • 208 – Device blocked (if tracker exists but was blocked due to tariff restrictions or some other reason)
  • 214 – Requested operation or parameters are not supported by the device

If you have more questions please contact our support team

Contacts

USA: +1 858 815 9045

Mexico: +52 334 1642158

UK: +44 808 1641499

Germany: +49 1573 5988250

Russia: +7 495 223 0427

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