Product Overview
Engineered for electric mobility operators, fleet managers, and vehicle manufacturers, this 4G IoT hardware terminal delivers real-time positioning, multi-sensor telemetry, and remote power cutoff for electric two-wheels, integrating high-voltage wide-range input protection and IP67 weather sealing to ensure uninterrupted tracking across shared fleets and commercial delivery networks.
Technical Specifications
|
Parameter |
Specification Details |
|
Operating Voltage |
9V–90V DC wide input range, direct vehicle bus compatibility |
|
GNSS Positioning |
GPS, GLONASS, Galileo multi-constellation; cold start < 35s |
|
Cellular Network |
4G LTE Cat.1 with 2G fallback, global frequency bands |
|
Power Consumption |
Sleep mode < 3mA (12V); active transmission < 150mA |
|
Backup Battery |
Built-in 3.7V 100mAh Li-Polymer for power-cut alerts |
|
Enclosure & IP |
Flame-retardant ABS+PC, ultrasonic welding, IP67 rating |
|
Dimensions & Weight |
85mm × 42mm × 15mm, 55g net weight |
Core Hardware Features
Direct High-Voltage Compatibility: Connects directly to 48V, 60V, and 72V electric vehicle batteries without external step-down converters, absorbing 100V load dump surges.
Continuous Multi-Mode Tracking: Simultaneous satellite reception maintains stable coordinate fixes in dense urban environments and multi-level structures.
Remote Power Interruption: External 12V relay integration executes remote ignition or motor controller cutoff via secure command protocol during unauthorized movement.
Intelligent Power Conservation: Three-axis accelerometer detects static states, automatically shifting to deep sleep mode to prevent vehicle battery depletion during extended parking.
Open Protocol Integration: Standard JSON/TCP binary communication protocol enables rapid API integration into third-party fleet management servers and custom software platforms.
Installation Guidelines
Concealed Placement: Position horizontally beneath the front cowl or seat bucket, facing upward, away from thick metal shields and engine heat sources.
Harness Wiring: Connect red wire to positive terminal, black to ground, yellow to ACC ignition signal, and white to the relay control circuit.
Vibration Dampening: Secure the module using industrial-grade 3M VHB mounting tape or cable ties to prevent high-frequency engine vibration damage.
Antenna Clearance: Ensure no metallic plates or carbon fiber layers obstruct the top surface of the enclosure to prevent signal attenuation.
Vehicle Compatibility
Electric Bicycles & Mopeds: Direct wiring compatibility with urban commuting lithium-ion and lead-acid battery systems.
Electric Motorcycles: High-voltage tolerance up to 90V accommodates high-performance motor controllers and heavy-duty drivetrains.
Shared Scooters: Compact footprint and low standby power consumption fit securely within stem and deck compartments.
Delivery E-Bikes: Ruggedized electronic design withstands continuous daily vibration and extreme weather in last-mile logistics.
Security & Tamper Detection
Power Disconnection Alert: Instantaneous SMS or TCP alert transmitted via backup battery when the main power harness is severed.
Motion & Towing Alarms: Configurable G-sensor triggers automated alerts when unauthorized impact or towing occurs while parked.
Geo-Fence Boundary Control: Server and hardware-level monitoring generates alerts when vehicles cross predefined operational zones.
Enclosure Removal Sensor: Optional light-sensitive or magnetic sensor detects detachment from the mounting surface.
Customization Services
Firmware Protocol Flashing: Custom binary or TCP/UDP protocol adaptation to match proprietary server architectures.
Enclosure Laser Branding: Serial numbers, IMEI barcodes, and custom corporate logo printing on device housing.
Wiring Configurations: Tailored cable lengths, waterproof connector types, and pre-installed relay modules.
OEM/ODM Development: Complete hardware redesign, custom PCB layout, and sensor integration based on volume project specifications.
Packaging & Logistics
Unit Packaging: Anti-static PE bag and recycled Kraft paper box containing tracker, standard harness, and installation guide.
Master Carton Specs: 100 units per carton; dimensions: 45cm × 35cm × 30cm; gross weight: 7.2kg per box, secured with moisture-resistant sealing.
Global Shipping Compliance: UN38.3 certification for internal lithium backup batteries; MSDS documentation provided for air, sea, and express freight.
Production Lead Time: Sample orders dispatched within 3-5 business days; volume production lead time of 15-25 days.
Frequently Asked Questions
Q: Does the tracker drain the electric vehicle battery during extended parking?
A: No. The built-in 3-axis accelerometer detects stationary states and shifts the device into a low-power sleep mode, drawing less than 3mA, preventing battery depletion during multi-week storage.
Q: Can this unit connect directly to a 72V electric motorcycle battery?
A: Yes. The internal power supply circuit supports continuous input voltage from 9V to 90V DC, allowing direct connection without external voltage reducers.
Q: What communication protocol is used for server integration?
A: The device utilizes an open TCP/IP binary protocol with comprehensive documentation provided. Firmware can also be adapted to support custom communication protocols for volume orders.
Q: What is the procedure for requesting OEM/ODM modifications?
A: Clients provide technical requirements regarding interface specifications, housing dimensions, or protocol changes. Engineering teams evaluate feasibility and deliver prototype samples within 20 business days.
Q: Is the device certified for international regulatory compliance?
A: Yes. The hardware is manufactured in compliance with CE, FCC, and RoHS standards, complete with test reports available for regional import clearance.
Hot Tags: gps tracker for electric two-wheelers, China gps tracker for electric two-wheelers manufacturers, suppliers, factory
