-
CleverIR
ACE-250-420-87
Temperature Sensor, Non-Contact, 12-30VDC Input, 87 Degree Field of View, 0°C to 250°C (32°F to 482°F) Target Temperature, 4-20mA Output Signal, 3mm Minimum Spot Size, 9mm Diameter (M8 Thread) x 18mm Length Sensor Head, IP65
$299.00$299.00 -
CleverIR
ACE-250-DIG-16
Temperature Sensor, Non-Contact, 12-30VDC Input, 16 Degree Field of View, 0°C to 250°C (32°F to 482°F) Target Temperature, Digital UART/RS232 Output Signal, 3mm Minimum Spot Size, 9mm Diameter (M8 Thread) x 18mm Length Sensor Head, IP65
$299.00$299.00 -
CleverIR
ACE-250-DIG-46
Temperature Sensor, Non-Contact, 12-30VDC Input, 46 Degree Field of View, 0°C to 250°C (32°F to 482°F) Target Temperature, Digital UART/RS232 Output Signal, 3mm Minimum Spot Size, 9mm Diameter (M8 Thread) x 18mm Length Sensor Head, IP65
$299.00$299.00 -
CleverIR
ACE-250-DIG-87
Temperature Sensor, Non-Contact, 12-30VDC Input, 87 Degree Field of View, 0°C to 250°C (32°F to 482°F) Target Temperature, Digital UART/RS232 Output Signal, 3mm Minimum Spot Size, 9mm Diameter (M8 Thread) x 18mm Length Sensor Head, IP65
$299.00$299.00 -
Available Now! 
$61.32$61.32 -
Exergen
IRT/C-J-340F/170C
Infrared T/C, J Type, 340°F/170°C, Stainless Steel, 1:1 FOV, Regular Mount, Pre Calibrated
$334.05$334.05 -
Exergen
IRT/C-K-140F/60C
Infrared T/C, K Type, 140°F/60°C, Stainless Steel, 1:1 FOV, Regular Mount, Pre Calibrated
$334.05$334.05 -
Exergen
IRT/C-K-280F/140C
Infrared T/C, K Type, 280°F/140°C, Stainless Steel, 1:1 FOV, Regular Mount, Pre Calibrated
$334.05$334.05 -
Exergen
IRT/C.01-K-80F/27C
Infrared T/C, K Type, ABS, 1:1 FOV, 80°F/27°C, Linear from 32-120°F, Unshielded, Light Duty with Nylon Locknuts
$214.20$214.20 -
Exergen
IRT/C.03-K-80F/27C
Infrared T/C, K Type, 80°F/27°C, Stainless Steel, 3:1 FOV, 32° - 120°F, Unshielded
$334.05$334.05 -
$651.10$651.10 -
Exergen
IRT/C.10A-K-1500HIE
Adjustable Infrared T/C, K Type, Stainless Steel, 10:1 FOV, Non Metal, Air Purge/Air Cool, -50-2500°F
$762.45$762.45
Temperature sensors detect and measure the temperature and convert it into an electrical signal that can be used by other devices.
They are generally used to measure heat and make sure the process stays within an optimal range.