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External Sensor Manuals and Specifications

  • Temperature and Humidity Sensor: Includes specifications and integration guidance for models such as MHS-DL01-RS232.
  • Vehicle data and safety detection: Includes CAN bus protocol modules, alcohol detectors, and camera-related accessories.
  • Identity and status recognition: Includes card readers, IC/ID card readers, door sensors, and facial recognition attendance devices.
  • Fuel consumption and monitoring: Includes RS232/RS485 capacitive fuel sensors and related fuel monitoring solutions.

Temperature and humidity sensors collect temperature and humidity data from vehicles, cargo compartments, or device installation environments. They are commonly used for cold-chain transport, cabin environment monitoring, and environmental alerts for equipment operation.

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Alcohol detectors are used to check whether a driver or staff member has consumed alcohol before operating a vehicle. The result can be recorded with the in-vehicle device and platform for safety management, pre-trip checks, and compliance records.

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CAN bus modules read vehicle bus data and connect vehicle status, fault information, and key parameters to the in-vehicle device. They are typically used to collect speed, RPM, fuel consumption, mileage, and vehicle alerts for platform analysis and maintenance diagnostics.

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Card readers identify drivers, employees, or other authorized personnel by reading identity cards. They can be used for attendance, permission verification, and business records, and may support magnetic stripe cards, ID cards, IC cards, or RFID platform workflows.

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Door sensors detect whether a vehicle door, cargo compartment door, or equipment compartment door is open or closed. They are commonly used for freight vehicles, cold-chain vehicles, school buses, and security monitoring scenarios.

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Facial recognition attendance devices identify personnel through face data for attendance, driver confirmation, or identity verification. They reduce manual registration work and provide traceable records for fleet management, staff scheduling, and safety compliance.

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Fuel sensors collect fuel level or fuel volume changes from vehicle tanks, helping the platform monitor fuel consumption, refueling, leakage, and abnormal fuel usage. Different models support different installation and communication methods, including RS232, RS485, Bluetooth, ADC voltage, and ultrasonic solutions.

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Installation and configuration

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Parameter description

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Light alarm sensors provide audible and visual warnings when vehicle or device alerts occur. They are commonly linked with overspeeding, fatigue driving, improper operation, device faults, and other platform alarms.

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PIR sensors detect human movement or presence through passive infrared signals. They can be used in cabins, driver areas, or equipment areas for intrusion detection, occupancy reminders, and site safety monitoring.

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Seat vibrators remind the driver through vibration, which is useful in noisy environments or when a discreet warning is needed. They are usually linked with fatigue driving, lane departure, collision risk, and other safety alerts.

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The smart camera expansion box extends camera access capability or enhances video peripheral connectivity, allowing more video devices to connect to the in-vehicle system. It is suitable for multi-channel cameras, smart cameras, and complex video collection scenarios.

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Tire pressure sensors monitor tire pressure and temperature in real time to detect low pressure, high pressure, high temperature, or air leakage. They help reduce blowout risks and support tire maintenance and driving safety management.

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UPS batteries provide backup power when the vehicle loses power or the main power supply is abnormal, helping keep positioning, recording, or key data upload available. They are suitable for in-vehicle devices that require power-loss protection, event tracing, and continuous operation.

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