OVERVIEW
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
SPECIFICATIONS
Temperature Range 600°C to 3000°C Method of Control PID Controller Eurotherm make 3504 Controlling Sensor Pyrometer, Make AST AST Model 250 Wavelength 1000 nm or 1600 nm (Pyrometer) Accuracy 0.3% of the full reading with full span of pyrometer Temperature Resolution 0.1°C Emissivity 0.99 Cavity Graphite Dual cavity blackbody, one side for control and one side for measurement Heating Aperture 25mm, other size also available as per user request Cooling Water cooling system through chiller unit Purge Gas Argon gas flow with 10-12 LPM respective Heating Time Approx 5 Minute from 600 to 3000°C Safety Interlocks Cooling water over temperature, Low purge gas flow, cooling water flow, over current and over temperature protection Remote Controller Set Point control and temperature monitoring by RS 232 Ambient Temperature Ambient +/- 15°C Power 440VAC, Two Phase AC 50/60 Hz 60KW Dimension 1570mm (H) x 825 mm (W) x 1200mm (D) Weight 300kg approx
Tempsens FASTCAL 3000 – High Temperature Black Body Source
$0.00 ex GST
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.
