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Diagram showing the top view of the device with cable connection.
Diagram showing the top view with cover removed, detailing internal components.
Step-by-step guide on inserting the Micro-SIM card into the device.
Instructions for downloading and installing necessary USB drivers on a Windows PC.
Specifies the required Microsoft .NET Framework versions for the configuration software.
Guidelines for properly connecting and securing wires to avoid damage and interference.
Instructions for connecting the device to a reliable vehicle power source, including fuse recommendations.
Guidance on identifying and connecting the ignition wire for accurate detection.
Instructions for establishing a secure ground connection to the vehicle frame or metal parts.
Explains the meaning of different LED behaviors for navigation status.
Describes the meaning of various LED blinking patterns for device status.
Details the module name and supported technologies like GSM, GPRS, GNSS, and BLUETOOTH.
Lists GNSS features, receiver details, sensitivity, accuracy, and start times.
Outlines cellular capabilities including technology, 2G bands, data transfer, and data support.
Details the power input range, back-up battery, and consumption characteristics.
Specifies the Bluetooth version and supported peripherals.
Mentions the SIM card interface type (Micro-SIM or eSIM).
Provides dimensions and weight of the device with and without battery.
Lists operating and storage temperature ranges, and humidity.
Details available sensors and device scenarios.
Lists different power-saving sleep modes supported by the device.
Using SMS commands for device configuration, events, and DOUT control.
Utilizing GPRS commands for configuration, DOUT control, and debugging.
Methods for synchronizing device time, including GPS, NITZ, and NTP.
Details on fuel monitoring capabilities using LLS and OBDII dongles.
Various inputs for ignition detection like Digital Input 1 and accelerometer.
Specifies the recommended operating voltage range and supply voltage for the device.
Details the drain current and static drain-source resistance for digital outputs.
Lists input voltage thresholds and resistance for analog inputs (DIN1, DIN2, DIN3).
Diagram showing the top view of the device with cable connection.
Diagram showing the top view with cover removed, detailing internal components.
Step-by-step guide on inserting the Micro-SIM card into the device.
Instructions for downloading and installing necessary USB drivers on a Windows PC.
Specifies the required Microsoft .NET Framework versions for the configuration software.
Guidelines for properly connecting and securing wires to avoid damage and interference.
Instructions for connecting the device to a reliable vehicle power source, including fuse recommendations.
Guidance on identifying and connecting the ignition wire for accurate detection.
Instructions for establishing a secure ground connection to the vehicle frame or metal parts.
Explains the meaning of different LED behaviors for navigation status.
Describes the meaning of various LED blinking patterns for device status.
Details the module name and supported technologies like GSM, GPRS, GNSS, and BLUETOOTH.
Lists GNSS features, receiver details, sensitivity, accuracy, and start times.
Outlines cellular capabilities including technology, 2G bands, data transfer, and data support.
Details the power input range, back-up battery, and consumption characteristics.
Specifies the Bluetooth version and supported peripherals.
Mentions the SIM card interface type (Micro-SIM or eSIM).
Provides dimensions and weight of the device with and without battery.
Lists operating and storage temperature ranges, and humidity.
Details available sensors and device scenarios.
Lists different power-saving sleep modes supported by the device.
Using SMS commands for device configuration, events, and DOUT control.
Utilizing GPRS commands for configuration, DOUT control, and debugging.
Methods for synchronizing device time, including GPS, NITZ, and NTP.
Details on fuel monitoring capabilities using LLS and OBDII dongles.
Various inputs for ignition detection like Digital Input 1 and accelerometer.
Specifies the recommended operating voltage range and supply voltage for the device.
Details the drain current and static drain-source resistance for digital outputs.
Lists input voltage thresholds and resistance for analog inputs (DIN1, DIN2, DIN3).
General| Purpose | Universal |
|---|---|
| Product color | Black |
| SIM card slot | Yes |
| Electronic compass | - |
| GSM bands supported | 850, 900, 1800, 1900 MHz |
| SIM card capability | Single SIM |
| International Protection (IP) code | IP67 |
| USB version | 2.0 |
| USB connector type | Micro-USB |
| Number of analog inputs | 1 |
| Battery voltage | 7.2 V |
| Battery capacity | 400 mAh |
| Battery life (max) | - h |
| Battery technology | Nickel-Metal Hydride (NiMH) |
| Operating relative humidity (H-H) | 5 - 95 % |
| Built-in display | No |
| Built-in memory capacity | 0.128 GB |
| Certification | CE, EAC |
Weight and Dimensions| Depth | 73 mm |
|---|---|
| Width | 72.5 mm |
| Height | 27.3 mm |
| Weight | 205 g |
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