The SEM210 is a universal programmable temperature transmitter which accepts most commonly used Pt100, thermocouple, mV and slide-wire sensors and generates an industry standard (4 to 20) mA transmission signal. This type of product is useful if you use a number of different sensors; you only need to hold one product in stock. The output range and other operating parameters are easily programmed using our free software and USB powered configurator. Isolation is a standard feature to overcome any potential ground loop effects and a sensor referencing facility enables the transmitter to be calibrated to a particular sensor.

































INPUT SENSORS AND RANGES RTD (Pt100) Sensor Range (-200 to 850) °F, (18 to 390 Ω) Minimum Span*¹ 25 ºC Linearisation BS-EN60751 BS1904 DIN43760 JISC 1604 CUSTOM [X]*³ Basic Measurement Accuracy ± 0.01 % FRI ± 0.05 % rdg FRI = Full Range Input Thermal Drift Zero 0.008 °C/°C Span 0.01 %/°C Excitation Current (300 to 550) μA Maximum Lead Resistance 50 Ω/leg Lead Resistance Effect 0.002 °C/Ω Basic Measurement Accuracy*² ± 0.04 % FRI ± 0.04 % rdg or 0.5 ºC (whichever is greater) Linearization BS 4937/EC 584-3 Cold Junction Error ± 0.5 °C Cold Junction Tracking 0.05 °C/°C Cold Junction Range (-40 to 85) ºC Thermal Drift Zero 0.1 μV/°C Span 0.01 %/°C MILLIVOLTS Input Voltage source Range (-10 to 75) mV Characterisation Linear Custom [X]*³ (5th Order Polynomial) Minimum Span*¹ 5 mV Basic Measurement Accuracy*² ±10μV ±0.07% rdg Input Impedance 10 MΩ Thermal Drift Zero 0.1 μV/°C Span 0.01 %/°C SLIDEWIRE Input 3 wire potentiometer Resistance Range (10 to 390) Ω [End to End] (Larger values can be accommodated by fitting an external resistor) Characterisation Linear Custom [X]*³ (5th Order Polynomial) Minimum Span*¹ 5 % Basic Measurement Accuracy*² 0.1 % Temperature Drift 0.01 %/ºC OUTPUT Output Range < 3.8 to > 20.2 mA Max Output 23 mA Accuracy ± 5 μA Voltage Effect 0.2 μA/V Thermal Drift 1 μA/°C Supply Voltage (10 to 35) V Max. Output Load [(V supply -10)/20] KΩ (700 Ω @ 24 V)