TECHNICAL SPECIFICATION
z Input:
Thermocouples: (with J1 module)
K, S, R, E, J, T, B, N and WRe5-WRe26
Two-wire RTDs: (with J2 module that supports 2 inputs)
PT100, Cu50, 0~80 ohm, 0~400 ohm
Three-wire RTDs: (with J0 module that supports 1 inputs)
PT100, Cu50, 0~80 ohm, 0~400 ohm
Linear mV voltages: (with J1 module)
0~20mV, 0~60mV, 0~100mV, 0~1V
Linear voltage: (with J3 module)
0~1V, 0~3V, 0~5V, 1~5V etc.
Linear current: (with J4 module)
0~12mA, 0~20mA, 4~20mA etc.
Extraction calculation input: (with J3 voltage and J4 current input module)
1~5V, 4~20mA etc.
Two-wire transmitter inputs: (with J5 module that provides 24VDC power supply)
Connect to 4~20mA two wires transmitter
z Maximum lead wire resistance for RTD input:
2-wire type RTDs:
2 ohm for Pt100 or 0~400 ohm input ;1 ohm for Cu50 and 0-200 ohm input；
3-wire type RTDs:
5 ohm
z Measurement range：
K(0~1300℃), S(0~1700℃), R(0~1700℃), T(-200~+350℃), E(0~1000℃),
J(0~1200℃), B(0~1800℃), N(0~1300℃), WRe5-WRe26(0~2300℃),
Pt100(-200~+800℃), Cu50(-50~+150℃)
Linear input：-1999~+9999 set by user
z Measurement accuracy:
±0.2%FS±1digit / ±0.3%FS±1digit (only for Cu50)
Note 1: For thermocouple inputs with internal cold junction compensation, 1℃ CJC error
should be taken into consideration. For those with Cu resistor, ice point or
thermostat bath compensation, the accuracy is as above.
Note 2: Accuracy is not guaranteed between 0 and 600℃ for type B thermocouple input.
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