Industrial heat flux sensor
IHF01 industrial heat flux sensor measures heat flux and temperature, typically in industrial high-temperature environments. IHF01 is waterproof, withstands high pressures and is extremely robust. With signal wires electrically insulated from the sensor body, it complies with industrial safety standards, such as CE and ATEX for explosive areas. IHF01 is particularly suitable for trend-monitoring and comparative testing. The same technology can be used to manufacture heat flux sensors for different applications.
trend-monitoring and comparative measurement of heat flux and surface temperature in industrial installations
- suitable for use at high temperatures
- IP protection class: IP67
- signal wires electrically insulated from the sensor body
Take a look at the Gallery to view various images of IHF01.
IHF01 measures heat flux and surface temperature of industrial equipment like furnaces, boilers, fluidised beds, distillation columns and ovens. The sensors inside IHF01, a thermopile and a thermocouple, are protected by a fully sealed stainless steel body. It is suitable for long-term use at one location as well as repeated installation when a measuring system is used at multiple locations. IHF01 measures heat flux through the object on which it is mounted, in W/m2, as well as the temperature in °C. The sensors in IHF01 are a thermopile and a type K thermocouple. The thermopile measures the local heat flux. The thermocouple measures the absolute temperature of the surface on which HF01 is mounted, as well as the approximate sensor body temperature. A thermopile and a thermocouple are passive sensors; they do not require power.
The part of the cabling closest to the sensor is a special high-temperature metal sheathed cable with an interlocked spiral stainless steel armour. The sensor as well as the high-temperature cable and armour withstand temperatures up to 900 °C. The temperature range is reduced to 750 °C in case the optional black coating is used. The low-temperature extension cable has a jacket of PTFE type plastic.
Using IHF01 is easy. It can be connected directly to commonly used data logging systems. The heat flux, in W/m2, is calculated by dividing the IHF01 output, a small voltage, by the sensitivity. The sensitivity is provided with IHF01 on its product certificate. Equipped with heavy duty cabling, and having a fully stainless steel casing so that moisture does not penetrate the sensor, IHF01 has proven to be very reliable. It survives long-term outdoor installation.
IHF01 complies with the requirements of ASTM C1041-10 Standard Practice for In-Situ Measurements of Heat Flux in Industrial Thermal Insulation Using Heat Flux Transducers.
IHF01 calibration is traceable to international standards. The factory calibration method follows the recommended practice of ASTM C1130-07 (2012).
- longer cable (specify total cable length for both cable types in m)
- EC type examination certificate (ATEX) II 2 G EEx d IIC T6
- black coating
- connector at IHF01 cable end
- low-temperature extension cable with 2 connectors, matching cable connector and chassis connector
- chassis connector with internal wiring (colour code of wiring identical to cable colour code)
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- heat flux
- Heat flux sensor
- Temperature sensor
- thermocouple type K
- Sensitivity (nominal)
- 9 x 10-9 V/(W/m2)
- Calibration traceability
- to SI units
- Recommended number of sensors
- 2 per measurement location
- Measurement range
- -1000 to 1000 x 103 W/m2
- Rated operating temperature ranges
- sensor and high temperature cable
- -30 to +900 oC
- optional black coating
- -30 to +750 oC
- low temperature extension cable
- -30 to +240 oC
- IP protection class
- Standard cable lengths
- high-temperature cable
- 1 m (see options)
- low-temperature extension cable
- 3 m (see options)
- Order code
- IHF01 - high temperature cable length in m - low temperature extension cable length in m