Heat Flux Sensors

MF-180M

  • Waterproof & Durable
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Heat Flux Sensors

Features

  • Teflon substrate with Carbon FRP cladding
  • Small size and profile
  • Calibration complies with JIS A 1412

MF-180M

  • Waterproof & Durable

Tough enough to weather constant outdoor exposure, the MF-180M is tough, sensitive, and comes in the same small 4 x 2 cm² size as the MF-180, suitable for a range of applications.

Add to list
Heat Flux Sensors

Features

  • Teflon substrate with Carbon FRP cladding
  • Small size and profile
  • Calibration complies with JIS A 1412
See how it's used

Overview

A heat flux sensor is a thermopile, an electronic device that translates thermal energy into an electrical voltage proportional to the temperature gradient across its thermocouples' hot and cold junctions. 

EKO Instruments offers a selection of thin substrate heat-flux sensors in a range of different sizes and thicknesses, an ideal option for research and engineering applications as well as manufacturing control and monitoring processes.

Tough enough to weather constant outdoor exposure, the MF-180M is moulded with epoxy resin, and based on a Teflon (PTFE) substrate with Carbon FRP cladding. It's tough, sensitive, and comes in the same small 4 x 2 cm² size as the MF-180, suitable for a range of applications.

Specifications

View Product
Attribute MF-180M View Product
Response time 95% 13 Sec
Sensitivity Approx. 25 µV/W/m²
Thermal Resistance 0.015 °C/(W/m2)
Impedance 150 to 550 Ω
Operating temperature range -20 to 120 °C
Cable length 10 m (20 or 30 m)
Dimensions mm 50 (L) x 25 (W) x 1.2 (H)
Weight 0.001 kg
Substrate Teflon
Cladding Carbon FRP
Ingress protection IP 65

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Use Case

Measuring Energy Loss in Buildings

The effective measurement of heat flow through exterior walls is crucial to understanding the energy consumption and efficiency of any building. Environmental conditions determined by location, design, structural conditions, and the materials used in construction can all contribute to...

Read more regarding Measuring Energy Loss in Buildings

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