Combustible Nuevo Proyecto personalizado

Bluetooth Fuel Level Sensor with Personnel Radar and Cuttable Probe

JSC-FLS-BLE

JSC-FLS-BLE | BLE 5.4 | Built-in Battery | IP69 Claimed | Personnel Radar

The Jinshengchang Bluetooth Fuel Level Sensor is a probe-type monitoring device designed for fuel-tank applications.

La documentación técnica detallada de este producto está actualmente en inglés. Contáctenos para recibir apoyo de selección en español.

BLE 5.4 for compatible receiver integration. Built-in battery for standalone sensor power. Up to 7-year battery life claimed in the image (conditions apply). Personnel-detection radar for activity near the installation. Cuttable probe for different installation depths. Mobile application configuration. IP69 enclosure protection claimed in the image. Fuel-level data for fleet and equipment platforms.
PRECIO DE PROYECTO
Solicitar cotización
Según proyectoPrecio y MOQ según configuración
Plazo y configuración por proyecto · Muestras · Precios USD/EUR

Precio y MOQ según configuración · Respuesta en 1 día laborable

Protección según modelo Entrega global Soporte técnico
¿Necesita marca, protocolo o cambios de hardware?Hablar de personalización
BLE 5.4Connectivity
7 yearsBattery claim
IP69Protection claim
01 / OVERVIEW

Resumen

Hardware para campo, despliegue documentado y soporte técnico de NEXA.

The Jinshengchang Bluetooth Fuel Level Sensor is a probe-type monitoring device designed for fuel-tank applications.

The supplied information highlights BLE 5.4 communication, a built-in battery, mobile application configuration, a cuttable probe and personnel-detection radar.

Wireless communication can reduce the need for a dedicated signal cable between the sensor and a compatible receiver. The probe still requires correct mechanical installation in the tank.

Remote monitoring requires a compatible Bluetooth GPS terminal or gateway to receive sensor data and forward it to the platform. The sensor’s Bluetooth does not provide an independent cellular or satellite link, and the image does not establish integrated GPS.

“Probe-type Bluetooth fuel level sensor with BLE 5.4, built-in battery, cuttable probe and personnel-detection radar; compatible receiver required.”
Las condiciones del sitio definen la especificación. Deje que los datos respondan antes de que el problema crezca.
02 / SPECIFICATIONS

Especificaciones

Hardware para campo, despliegue documentado y soporte técnico de NEXA.

Product name
Bluetooth Fuel Level Sensor with Personnel Radar
Supplier
Shenzhen Jinshengchang Technology Co., Ltd.
Product structure
Sensor head with insertion probe
Bluetooth
BLE 5.4 (image claim)
Power
Built-in battery
Battery life
Up to 7 years claimed; conditions and replacement requirements to be confirmed
Radar function
Personnel detection (image claim)
Configuration
Mobile application
Probe adjustment
Cuttable within approved limits
Protection
IP69 claimed; test documentation to be confirmed
Model
To be confirmed
Fuel-level sensing principle
To be confirmed
Compatible liquids
Confirm approved fuel types and material compatibility
Probe length/minimum cut length
To be confirmed
Measurement range
To be confirmed
Accuracy/resolution
To be confirmed
Measurement/broadcast intervals
To be confirmed
Bluetooth range
Validate in the actual installation
Radar range/detection angle
To be confirmed
Battery type/capacity
To be confirmed
Operating temperature
To be confirmed
Mounting and sealing
Approved installation kit
Receiver protocol
Confirm payload documentation and compatible terminals
Hazardous-area approval
Not established by image; confirm if required

CE / FCC / RoHS y certificación de proyecto bajo pedido. La ficha completa se proporciona tras la confirmación comercial.

In the box

  • Sensor ×1
  • Mounting/sealing kit (by configuration) ×1
  • Quick start guide ×1
  • Calibration notes ×1
03 / DEPLOYMENT

Despliegue

Hardware para campo, despliegue documentado y soporte técnico de NEXA.

01

Confirm tank

Fuel type, dimensions and sensor compatibility.

02

Check approvals

Hazardous-area or other approvals if required.

03

Qualified installation

Personnel qualified for the tank and environment.

04

Select location

Specified mounting and sealing arrangement.

05

Measure probe

Required length before modification.

06

Approved cutting

Follow procedure and preserve clearance.

07

Configure sensor

Complete setup after installation.

08

Pair receiver

Bind to the intended Bluetooth GPS/gateway.

09

Tank calibration

Build the level-to-volume curve.

10

Verify known levels

Check readings at known quantities.

11

Test Bluetooth

At the final installation position.

12

Set thresholds

Use representative operating data.

13

Refuel test

Validate before fleet rollout.

Plazo típico: los plazos de muestra y volumen se confirman según configuración y certificación.

Book a site survey
04 / APPLICATIONS

Aplicaciones

Hardware para campo, despliegue documentado y soporte técnico de NEXA.

Logistics trucks

Fuel records with vehicle journeys.

Construction machinery

Tank monitoring across work sites.

Agricultural machinery

Fuel records for approved equipment.

Mining support equipment

Assessment under representative conditions.

Diesel generators

Tank-level changes and refuelling.

Stationary fuel tanks

Gateway and approved installation.

Fleet integration

Data into an existing telematics platform.

05 / CUSTOMIZATION

Personalización

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

Sensor and receiver

BLE data format, device ID and compatible terminals.

Fuel and reports

Calibration, curves, refuelling events and alerts.

Radar events

Personnel-detection output and platform association.

Platform and API

Decoding, vehicle assignment, dashboards and API.

Convierta este producto en su propia marca. Indique volumen y mercado; NEXA se encarga del resto.

Start a project
06 / FAQ

FAQ

Hardware para campo, despliegue documentado y soporte técnico de NEXA.

Is this a radar fuel-level sensor$1
The radar in the image is for personnel detection. The fuel-level sensing principle must be confirmed separately.
Does it contain GPS$2
The image does not establish integrated GPS. Vehicle location must come from a compatible GPS terminal.
Can it send fuel data directly to the cloud$3
Remote reporting requires a compatible receiver and onward link unless another communication module is explicitly specified.
Does IP69 mean explosion-proof$4
No. Enclosure protection does not establish hazardous-area approval.
Will every installation achieve 7 years$5
No guaranteed duration can be established from the image. Confirm battery specification, measurement schedule, radar activity and test conditions.
Can it measure fuel consumption directly$6
It measures fuel level. Consumption estimates require calibration, event processing and operating records.
Los detalles técnicos y artículos se muestran actualmente en inglés.