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FASTCAL 3000 High Temperature Black Body Source

Manufacturer:
FastCAL 3000 is a high temperature blackbody source with a capacity to produce high temperature using high emissivity emitter(graphite tube) and at the same time stabilize at the required temperature within a few minutes.
Part Number: FASTCAL 3000
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FastCAL 3000 is a high temperature blackbody source with a capacity to produce high temperature using high emissivity emitter(graphite tube) and at the same time stabilize at the required temperature within a few minutes. It is mainly used to calibrate non-contact temperature sensors. Step change in temperature is achievable within seconds. The graphite tube has an emitter diameter of 25mm (1.00") and an emissivity of +0.995 ±0.005. Target temperature is sensed by a non contact temperature sensor/Pyrometer which gives a feedback to PID controller to regulate the cavity temperature precisely to the desired set points. Remote set point is achieved via RS-232 C communication port. All safety features to protect equipment and operator are easily accessible.

 

Key Features:

  • Water flow failure
  • Increase in water temperature
  • Argon gas flow failure
  • Over current

FastCAL 3000 is a high temperature blackbody source with a capacity to produce high temperature using high emissivity emitter(graphite tube) and at the same time stabilize at the required temperature within a few minutes. It is mainly used to calibrate non-contact temperature sensors. Step change in temperature is achievable within seconds. The graphite tube has an emitter diameter of 25mm (1.00") and an emissivity of +0.995 ±0.005. Target temperature is sensed by a non contact temperature sensor/Pyrometer which gives a feedback to PID controller to regulate the cavity temperature precisely to the desired set points. Remote set point is achieved via RS-232 C communication port. All safety features to protect equipment and operator are easily accessible.

 

Key Features:

  • Water flow failure
  • Increase in water temperature
  • Argon gas flow failure
  • Over current