-
TIMJA/PAM-24-JTemprel Inc Thermocouples
Item NumberTIMJA/PAM-24-JMFG Item NumberTIMJA/PAM-24-JProduct Description24 Circuit J-Type ThermocoupleSpecificationsSpecifications Depth Behind Panel 0.65 " AvailabilityOrder by 5:00 PM ET and your package will ship the same day. -
TISJA/PAS-1-JTemprel Inc ThermocouplesItem NumberTISJA/PAS-1-JMFG Item NumberTISJA/PAS-1-JProduct Description1 Circuit J-Type ThermocoupleSpecificationsSpecifications Depth Behind Panel 0.95 " AvailabilityOrder by 5:00 PM ET and your package will ship the same day. -
TISJA/PAS-2-JTemprel Inc ThermocouplesItem NumberTISJA/PAS-2-JMFG Item NumberTISJA/PAS-2-JProduct Description2 Circuit J-Type ThermocoupleSpecificationsSpecifications Depth Behind Panel 0.95 " AvailabilityOrder by 5:00 PM ET and your package will ship the same day. -
TISJA/PAS-3-JTemprel Inc ThermocouplesItem NumberTISJA/PAS-3-JMFG Item NumberTISJA/PAS-3-JProduct Description3 Circuit J-Type ThermocoupleSpecificationsSpecifications Depth Behind Panel 0.95 " AvailabilityOrder by 5:00 PM ET and your package will ship the same day. -
TISJA/PAS-4-JTemprel Inc ThermocouplesItem NumberTISJA/PAS-4-JMFG Item NumberTISJA/PAS-4-JProduct Description4 Circuit J-Type ThermocoupleSpecificationsSpecifications Depth Behind Panel 0.95 " AvailabilityOrder by 5:00 PM ET and your package will ship the same day.
Toggle Nav
Search
Thermocouples
A thermocouple is an electrical device that joins two different conductors at electrical junctions, with a temperature difference between the joints. This produces a temperature-dependent voltage that can be interpreted as a temperature measurement.
Thermocouples are among the most widely used temperature sensors, as they are inexpensive, interchangeable, equipped with standard connectors, and can measure a wide range of temperatures.
Thermocouples are more suitable for industrial applications that do not require a great deal of accuracy, because they cannot reliably measure small temperature changes within 1 degree C. Thermocouples can be used for industrial processing, manufacturing, power production and other applications that only require more general temperature readings.
Thermocouples are among the most widely used temperature sensors, as they are inexpensive, interchangeable, equipped with standard connectors, and can measure a wide range of temperatures.
Thermocouples are more suitable for industrial applications that do not require a great deal of accuracy, because they cannot reliably measure small temperature changes within 1 degree C. Thermocouples can be used for industrial processing, manufacturing, power production and other applications that only require more general temperature readings.