JT16 waterproof fuel GPS tracker, dimensions and views

FUEL / JT16 1 / 5

Fuel New Custom project

Car GPS Tracker

JT16

JT16 Series | 4G Vehicle Tracking | External Fuel Sensor Support | OEM/ODM

Shenzhen Jinshengchang Technology Co., Ltd. provides waterproof fuel monitoring GPS trackers for commercial vehicles, transport fleets and equipment management projects. The device combines vehicle positioning with compatible external fuel sensor integration, helping operators review where a vehicle travelled and how its recorded fuel level changed during operation.

Vehicle GPS tracking and fuel data collection in one connected system. Compatible external fuel sensor integration for tank-level monitoring. Hardwired installation for vehicles and powered equipment. Waterproof enclosure options for demanding installation environments. Ignition status monitoring where supported by the selected wiring configuration. Vehicle movement history for trip and operational review. Fuel-level records linked with location and reporting time. Configurable alerts for unusual fuel changes. Fleet reports to support refuelling and consumption analysis. OEM/ODM manufacturing and platform integration support.

PROJECT PRICE

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Project-basedPrice and MOQ by configuration

Lead time and configuration confirmed per project · Samples available · USD/EUR export pricing

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Price and MOQ confirmed by project configuration · Reply within one business day

Protection rating by model Global delivery Engineering support

Need branding, protocol or hardware changes?Talk to customization

IP67Enclosure

9–90VInput

4GConnectivity

Overview Specifications Deployment Applications Customization FAQ Request quote

01 / OVERVIEW

Overview

Field-ready hardware, documented deployment and engineering support from NEXA.

Designed for hardwired installation, the tracker connects to the vehicle’s electrical system and uploads supported positioning, ignition and sensor data to a management platform through a compatible cellular network. Fleet managers can review vehicle locations, movement history and fuel records from a connected dashboard.

When paired with an appropriate fuel level sensor, the system can record tank-level changes and support the analysis of refuelling events, unusual fuel drops and consumption trends. Fuel monitoring requires sensor compatibility checks, correct installation and tank calibration.

The waterproof enclosure supports installations where moisture and dust exposure are expected. Installation location, cable connections and sealing methods must match the selected model’s verified protection rating.

Jinshengchang supports OEM/ODM projects for fleet service providers, distributors and vehicle management platforms, including communication configuration, firmware development and sensor data integration.

“Waterproof hardwired fuel GPS tracker with external fuel sensor support, ACC detection, movement history, geofence alerts and OEM/ODM options.”
Field conditions define the specification. Let the data answer the question before the problem escalates.

02 / SPECIFICATIONS

Specifications

Field-ready hardware, documented deployment and engineering support from NEXA.

Product type: Waterproof hardwired fuel monitoring GPS tracker
Manufacturer: Shenzhen Jinshengchang Technology Co., Ltd.
Applications: Commercial vehicles, trucks, buses and compatible powered equipment
Positioning: GPS / BeiDou or other GNSS configuration, depending on module
Communication: Cellular connectivity; network technology and bands confirmed by version
Power supply: External vehicle power; supported voltage range confirmed by model
Backup battery: Availability and capacity depend on configuration
Enclosure protection: Waterproof enclosure; exact IP rating confirmed by model
Fuel monitoring: Requires a compatible external fuel sensor or supported vehicle data source
Sensor connection: Wired or Bluetooth connection, depending on the selected hardware
Wired sensor interface: Analogue, RS232 or RS485 options require model-specific confirmation
Ignition detection: ACC input or supported ignition-detection method
Tracking functions: Location reporting, movement history and geofence management
Fuel functions: Fuel-level records and configured refuelling or fuel-drop analysis
Alerts: Supported geofence, power, ignition and fuel-related notifications
Reporting interval: Configurable according to operating requirements
Management platform: Compatible web platform; mobile access where provided
Integration: Protocol or API integration according to project scope
Dimensions and weight: Confirmed for the selected enclosure
Supply options: Samples, batch orders and OEM/ODM development

CE / FCC / RoHS and project-level certification; documents are provided after commercial confirmation.

In the box

Tracker ×1
Wiring harness ×1
Quick start guide ×1
Installation notes ×1

03 / DEPLOYMENT

Deployment

Field-ready hardware, documented deployment and engineering support from NEXA.

Confirm the vehicle

Check vehicle type, electrical system and installation environment.

Select voltage and bands

Confirm supply voltage and cellular bands for the destination market.

Confirm monitoring goals

Tank-level monitoring, consumption reports or both.

Select a fuel sensor

Verify output interface and protocol.

Inspect the tank

Check dimensions, shape, baffles and sensor position.

Install the sensor

Use qualified personnel and the sensor manufacturer’s procedure.

Build calibration

Map sensor readings to actual fuel volume.

Install the tracker

Position for effective GNSS and cellular operation.

Connect power

Follow the wiring diagram for power, ground and ACC.

Seal connections

Protect cable joints for the installation environment.

Configure parameters

Set vehicle identity, reporting intervals and fuel data.

Validate data

Test location, ignition and sensor readings before handover.

Road test

Compare readings when stationary and on representative journeys.

Set thresholds

Filter sloshing and vehicle movement.

Compare refuelling

Check platform reports against known fuelling volumes.

Roll out

Expand after pilot validation.

Typical schedule: sample and volume lead times are confirmed by configuration and certification requirements.

Book a site survey

04 / APPLICATIONS

Applications

Field-ready hardware, documented deployment and engineering support from NEXA.

Long-haul truck fleets

Review routes, refuelling records and fuel-level changes.

Delivery vehicles

Compare trip activity with recorded fuel use.

Construction equipment

Monitor location and tank records of compatible machinery.

Agricultural machinery

Support tracking and fuel records for tractors and farm vehicles.

Bus and shuttle fleets

Review routes, ignition records and fuel trends.

Vehicle rental

Maintain location and fuel records during rental operations.

Remote powered equipment

Combine location and fuel monitoring where compatible.

Fleet service providers

Integrate vehicle and fuel data into a branded platform.

05 / CUSTOMIZATION

Customization

Brand customization starts at 500 units, with 30–45 days for engineering validation and first delivery.

Branding and packaging

Logos, labels, packaging, wiring guides and multilingual documentation.

Communication configuration

Cellular module and band selection by country, carrier and service.

Fuel sensor integration

Compatibility assessment for wired or Bluetooth sensors, data formats and fault reporting.

Firmware development

Reporting intervals, ignition modes, sensor schedules and event logic.

Platform and reports

Location, fuel curves, refuelling events and consumption calculations.

Enclosure and wiring

Enclosure, connector and harness adaptation with protection assessment.

Turn this product into your own branded hardware. Tell us the volume and target market; NEXA handles the rest.

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06 / FAQ

FAQ

Field-ready hardware, documented deployment and engineering support from NEXA.

Does the GPS tracker measure fuel by itself$1

The tracker collects and transmits data. Fuel monitoring requires a compatible external sensor or a supported vehicle data source. GPS location alone cannot measure fuel remaining in the tank.

Which fuel sensors can be connected$2

Compatibility depends on the tracker’s interfaces and firmware. A sensor must be checked for electrical requirements, communication protocol, output range and installation requirements before selection.

Can it work with a Bluetooth capacitive fuel sensor$3

A version with compatible Bluetooth hardware and sensor protocol support can be evaluated. Bluetooth availability alone does not establish compatibility with every Bluetooth fuel sensor.

Can the system detect fuel theft$4

The platform can flag unusual fuel drops when suitable sensor data and event rules are available. An alert identifies an event for investigation; tank movement, parking angle, sensor faults and maintenance can also affect readings.

Can it record refuelling events$5

With calibrated fuel data and suitable event logic, the platform can identify increases in fuel level and estimate the added volume. Detection depends on reporting frequency, sensor stability and the size of the change.

How accurate is fuel monitoring$6

Accuracy depends on the sensor, tank geometry, calibration quality and operating conditions. The complete installed system should be validated against known fuel quantities before an accuracy figure is stated.

Can a waterproof tracker be installed underneath a vehicle$7

Suitability depends on the verified enclosure rating, connector protection and exposure to road spray, pressure washing, heat and impact. The mounting position must be assessed for the selected model.

Can it monitor a vehicle with two fuel tanks$8

This requires sufficient sensor connections and platform support for separate tank records or a combined total. Tank arrangement and any fuel transfer must be considered during configuration.

Can it calculate fuel consumption per 100 kilometres$9

The platform can calculate this when reliable distance data and a suitable fuel-consumption data source are available. Calculations based on tank-level changes must account for refuelling events and measurement variation.

Can it monitor ignition and idling$10

A supported ACC connection can provide ignition status. The platform can combine ignition status with movement data to identify periods when ignition is on and the vehicle is stationary. Direct engine-running confirmation requires an appropriate data source.

Can it connect to our existing fleet platform$11

Integration can be assessed using your required device protocol, fuel-data fields, server connection method and command functions. Sample data should be verified before production deployment.

What information is needed for a quotation$12

Please provide the destination country, vehicle types, order quantity, supply voltage, number of fuel tanks, preferred sensor type, required reports and platform integration requirements.

Car GPS Tracker

Overview

Specifications

In the box

Deployment

Confirm the vehicle

Select voltage and bands

Confirm monitoring goals

Select a fuel sensor

Inspect the tank

Install the sensor

Build calibration

Install the tracker

Connect power

Seal connections

Configure parameters

Validate data

Road test

Set thresholds

Compare refuelling

Roll out

Applications

Long-haul truck fleets

Delivery vehicles

Construction equipment

Agricultural machinery

Bus and shuttle fleets

Vehicle rental

Remote powered equipment

Fleet service providers

Customization

FAQ

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