DAYTON HV3VE49001G Fuel Gauge

Item: AH8ZXD
Model: HV3VE49001G
28 In Stock

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£15.06
5.00% off
£14.3/unit (Inc. VAT)
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Specifications

Item Fuel Gauge
Fits Brand Dayton
For Use With Grainger Item Number 3VE49C, 3VE49D, 3VE49E, 3VE49F, 3VE49G
For Use With Grainger Item Number 3VE49C, 3VE49D, 3VE49E, 3VE49F, 3VE49G

Product Details

Dayton HV3VE49001G fuel gauge provides real-time information about fuel quantities, enabling efficient monitoring and management of fuel resources. This gauge incorporates advanced technology to ensure accurate readings & durable performance, contributing to operational safety and cost-effectiveness. Its compact design and compatibility with different fuel types make it versatile in diverse sectors, including manufacturing, transportation and energy production.

Shipping Information

height 3.81
length 14.22
width 4.32
country of origin KR
weight 0.022500

Uses

Working Mechanism

  • Dayton HV3VE49001G fuel gauge operates based on the principle of hydrostatic pressure.
  • It comprises a sensing element connected to the fuel tank and a display unit.
  • As the fuel level changes, the hydrostatic pressure on the sensing element varies.
  • This pressure change is converted into an electrical signal by the sensor.
  • The display unit then interprets this signal and shows the corresponding fuel level on the gauge.

Features

Compatible Accessories

Standards and Approvals

Installation

FAQ′s

Q. What are the different types of fuel gauges?

A.

  • Analog gauges
  • Digital gauges

Q. What are the factors to be considered while choosing a fuel gauge?

A. Major factors include compatibility, accuracy, installation ease, environmental durability, integration capabilities, power source, maintenance requirements and user interface.

Q. How to maintain this fuel gauge?

A.

  • Keep the gauge's display and components clean to maintain clear visibility and accurate readings.
  • Ensure secure and corrosion-free electrical connections to prevent signal disruptions and inaccuracies.
  • Safeguard the gauge from extreme temperatures and moisture to prolong its operational life.
  • Promptly address unusual readings or discrepancies to prevent potential gauge malfunctions.