Automotive
In the painting of new car bodies and many other products, long term durability and consumer appeal are dependent upon the quality of the coating application processes. This quality, determined by adhesion, hardness, corrosion resistance, finish and colour, depends largely upon curing temperature cycles. Calex’s non-contact infrared temperature sensors are capable of giving the user or OEM tight control over this cycle, where none existed before.
Detailed application notes: paint curing (PDF)
Non-contact measurements in tyre manufacturing with the PyroCouple (PDF)
Suggested products
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PyroMini OEM
Low-cost pyrometer for machine manufacturers4-20 mA Output High Ambient Temperature 120C Low Temperature (-20 to 500°C) Measures Non-Reflective Surfaces Miniature Thermocouple Output Very Low Cost Voltage OutputRead more -
PyroUSB
Advanced pyrometers with 4-20 mA output and USB configuration4-20 mA Output Air or Water Cooling Available High Temperature (500 to 1000°C) Low Temperature (-20 to 500°C) Measures Metals Measures Non-Reflective Surfaces USB Very High Temperature (> 1000°C) Views Through GlassRead more -
PyroMiniBus
Miniature pyrometer with RS-485 Modbus for multi-channel systemsData Logging High Ambient Temperature 120C Low Temperature (-20 to 500°C) Measures Non-Reflective Surfaces Networkable Relay Output RS485 Modbus Temperature Display Touch Screen Interface Very Low CostRead more -
PyroEpsilon
Continuously variable emissivity4-20 mA Output Air or Water Cooling Available Low Temperature (-20 to 500°C) Measures Non-Reflective Surfaces Very Low CostRead more -
PyroCouple
Simple, robust pyrometer with analogue output4-20 mA Output Air or Water Cooling Available Low Temperature (-20 to 500°C) Measures Non-Reflective Surfaces mV Output Thermocouple Output Very Low CostRead more -
ExTemp
Intrinsically Safe for hazardous areas4-20 mA Output High Temperature (500 to 1000°C) Intrinsically Safe Low Temperature (-20 to 500°C) Measures Non-Reflective Surfaces USBRead more