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Fuel Level Sensor Wire

Name: Fuel Level Sensor Wire
Brand: Ghaziabad Flopol Insulation Pvt. Ltd.
Price: 100 INR
Availability: InStock

Price 100 INR/ Meter

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Fuel Level Sensor Wire Specification

No Of Core
2 Core

Temperature
-30C to +90C

Cable Length
Customizable

Conductor Type
Stranded

Connector Type
Pin Type

Product Type
Fuel Level Sensor Wire

Material
Copper

Function
Transmits electrical signals from fuel sensor to gauge

Usage
Automotive fuel level measurement

Voltage Surge
Up to 75V

Frequency (MHz)
DC (0 Hz)

Rated Voltage
12V-24V DC

Rated Current
2A

Cable Capacity
1.5 sq mm

Insulation Material
PVC

Conductor Material
Tinned Copper

Length
1 Meter

Size
Standard

Color
Black/Red

Diameter
3.2 mm

Application
Fuel tank sensor connection

UV Resistant
Yes

Operating Humidity
Up to 95% RH

Minimum Bending Radius
25 mm

Outer Jacket Material
Flexible PVC

Packing Type
Roll or Coil

Environmental Compliance
RoHS Compliant

Resistance per Meter
0.012 Ohms

Flame Retardant
Yes

Shielding
Unshielded

Tension Strength
Above 50N

Fuel Level Sensor Wire Trade Information

Minimum Order Quantity
100 Meter

Main Domestic Market
All India

About Fuel Level Sensor Wire

Ghaziabad Flopol Insulations Private Limited, are one of the leading manufacturer and supplier of all kinds PTFE Cable & Wire. All our products are at par with the highest quality standards. Apart from this, we also offer PTFE Insulated Cables, PTFE Tapes and Floor Heating Mats.

Premium Flame Retardant Safety

Designed with a flexible PVC jacket that is both flame retardant and UV resistant, this sensor wire ensures maximum safety in automotive environments. The durable insulation protects against fire hazards and environmental degradation, offering extended operational lifespan even under tough conditions.

Reliable Performance in Challenging Conditions

Built to withstand extreme temperatures from -30C to +90C and operating humidities up to 95% RH, this wire is ideal for automotive applications where reliability is essential. Its high tension strength and minimum bending radius allow for versatile installation without compromising signal integrity.

Precision Engineering for Accurate Measurements

With a precise resistance per meter of just 0.012 Ohms and a cable capacity of 1.5 sq mm, the wire guarantees efficient and accurate transmission of electrical signals from the fuel tank sensor to the gauge, supporting voltage surges up to 75V for added resilience.

FAQ's of Fuel Level Sensor Wire:

Q: How is the fuel level sensor wire installed in automotive applications?

A: To install, connect the two-core, pin-type conductors to both the fuel sensor and the gauge, ensuring cables are routed with at least a 25 mm bending radius. The wire's flexible construction and customizable length make installation straightforward in various vehicle models.

Q: What benefits does the flexible PVC jacket provide in automotive use?

A: The flexible PVC jacket offers excellent flame retardancy and UV resistance, protecting the wire from fire hazards and sunlight exposure. It also simplifies installation, particularly in tight or curved spaces within the vehicle.

Q: Where is this fuel level sensor wire commonly used?

A: This wire is primarily used in automotive fuel tank systems to connect the level sensor to the dashboard gauge, facilitating accurate fuel measurement and monitoring in both commercial and private vehicles.

Q: What makes the wire environmentally compliant?

A: The fuel level sensor wire is RoHS compliant, meaning it meets environmental standards for the restriction of hazardous substances, thus contributing to safer, more eco-friendly vehicle manufacturing.

Q: When should you consider replacing the fuel level sensor wire?

A: Replacement is advisable if fuel level readings become inconsistent or if there's visible wear or damage to the wire's insulation, ensuring continued signal reliability and safety.

Q: How does the unshielded design affect signal transmission?

A: Though unshielded, the stranded tinned copper conductors and high-quality insulation help minimize interference in DC (0 Hz) applications, ensuring clear signal transmission from the sensor to the gauge.

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