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Dataforth 7B Thermocouple Input Module
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Select the products of this series that you wish to request quantity or project pricing, or lead time information for:
SCM7B37J-01
7B Thermocouple Input Module: Type J, -100°C to 760°C input, +1V to +5V output
SCM7B37B-07
7B Thermocouple Input Module: Type B, 0 to 1800°C input, +1V to +5V output
SCM7B37B-07A
7B Thermocouple Input Module: Type B, 0 to 1800°C input, 0 to +5V output
SCM7B37B-07D
7B Thermocouple Input Module: Type B, 0 to 1800°C input, 0 to +10V output
SCM7B37E-04
7B Thermocouple Input Module: Type E, 0 to 900°C input, +1V to +5V output
SCM7B37E-04A
7B Thermocouple Input Module: Type E, 0 to 900°C input, 0 to +5V output
SCM7B37E-04D
7B Thermocouple Input Module: Type E, 0 to 900°C input, 0 to +10V output
SCM7B37J-01A
7B Thermocouple Input Module: Type J, -100°C to 760°C input, 0 to +5V output
SCM7B37J-01D
7B Thermocouple Input Module: Type J, -100°C to 760°C input, 0 to +10V output
SCM7B37J-10
7B Thermocouple Input Module: Type J, 0 to 200°C input, +1V to +5V output
SCM7B37J-10A
7B Thermocouple Input Module: Type J, 0 to 200°C input, 0 to +5V output
SCM7B37J-10D
7B Thermocouple Input Module: Type J, 0 to 200°C input, 0 to +10V output
SCM7B37J-11
7B Thermocouple Input Module: Type J, 0 to 400°C input, +1V to +5V output
SCM7B37J-11A
7B Thermocouple Input Module: Type J, 0 to 400°C input, 0 to +5V output
SCM7B37J-11D
7B Thermocouple Input Module: Type J, 0 to 400°C input, 0 to +10V output
SCM7B37J-12
7B Thermocouple Input Module: Type J, 0 to 600°C input, +1V to +5V output
SCM7B37J-12A
7B Thermocouple Input Module: Type J, 0 to 600°C input, 0 to +5V output
SCM7B37J-12D
7B Thermocouple Input Module: Type J, 0 to 600°C input, 0 to +10V output
SCM7B37J-13
7B Thermocouple Input Module: Type J, 300°C to 600°C input, +1V to +5V output
SCM7B37J-13A
7B Thermocouple Input Module: Type J, 300°C to 600°C input, 0 to +5V output
SCM7B37J-13D
7B Thermocouple Input Module: Type J, 300°C to 600°C input, 0 to +10V output
SCM7B37K-02
7B Thermocouple Input Module: Type K, -100°C to 1350°C input, +1V to +5V output
SCM7B37K-02A
7B Thermocouple Input Module: Type K, -100°C to 1350°C input, 0 to +5V output
SCM7B37K-02D
7B Thermocouple Input Module: Type K, -100°C to 1350°C input, 0 to +10V output
SCM7B37K-20
7B Thermocouple Input Module: Type K, 0 to 300°C input, +1V to +5V output
SCM7B37K-20A
7B Thermocouple Input Module: Type K, 0 to 300°C input, 0 to +5V output
SCM7B37K-20D
7B Thermocouple Input Module: Type K, 0 to 300°C input, 0 to +10V output
SCM7B37K-21
7B Thermocouple Input Module: Type K, 0 to 600°C input, +1V to +5V output
SCM7B37K-21A
7B Thermocouple Input Module: Type K, 0 to 600°C input, 0 to +5V output
SCM7B37K-21D
7B Thermocouple Input Module: Type K, 0 to 600°C input, 0 to +10V output
SCM7B37K-22
7B Thermocouple Input Module: Type K, 0 to 1200°C input, +1V to +5V output
SCM7B37K-22A
7B Thermocouple Input Module: Type K, 0 to 1200°C input, 0 to +5V output
SCM7B37K-22D
7B Thermocouple Input Module: Type K, 0 to 1200°C input, 0 to +10V output
SCM7B37K-23
7B Thermocouple Input Module: Type K, 600°C to 1200°C input, +1V to +5V output
SCM7B37K-23A
7B Thermocouple Input Module: Type K, 600°C to 1200°C input, 0 to +5V output
SCM7B37K-23D
7B Thermocouple Input Module: Type K, 600°C to 1200°C input, 0 to +10V output
SCM7B37R-05
7B Thermocouple Input Module: Type R, 0 to 1750°C input, +1V to +5V output
SCM7B37R-05A
7B Thermocouple Input Module: Type R, 0 to 1750°C input, 0 to +5V output
SCM7B37R-05D
7B Thermocouple Input Module: Type R, 0 to 1750°C input, 0 to +10V output
SCM7B37S-06
7B Thermocouple Input Module: Type S, 0 to 1750°C input, +1V to +5V output
SCM7B37S-06A
7B Thermocouple Input Module: Type S, 0 to 1750°C input, 0 to +5V output
SCM7B37S-06D
7B Thermocouple Input Module: Type S, 0 to 1750°C input, 0 to +10V output
SCM7B37T-03
7B Thermocouple Input Module: Type T, -100°C to 400°C input, +1V to +5V output
SCM7B37T-03A
7B Thermocouple Input Module: Type T, -100°C to 400°C input, 0 to +5V output
SCM7B37T-03D
7B Thermocouple Input Module: Type T, -100°C to 400°C input, 0 to +10V output
Spurious error messages, especially those from rolling-stock subsystems, can be difficult and time consuming to diagnose. Siemens Rail, in Manchester, wished to install a data logging system onto their rolling stock to transmit data in real-time back to their depot for efficient data analysis by their team.