Year1
< %r = d < input and output range
Input signal type thermocouple or other user-specific specifications. Main technical parameters< Input impedance:< Output load resistance:< Voltage output type< Current output type ( Special requirements (specify when ordering)< Accuracy: .%< Linearity: .%< Couple burnout detection: Output is greater than the upper limit when the couple is burnt out < Temperature coefficient: /℃< Frequency response: < Isolation voltage: D (minutes) < ( Three-way isolation of input, output and power supply)< Operating temperature range: ~℃< Power supply voltage: D%< Power consumption: Voltage output type<< Current output type< (when outputting)
d =
Input
Output
Description
Price
--[Thermocouple model]/ [Temperature range]
....r .
~
With cold junction compensation
--[Thermocouple model]/[Temperature range ]
....r .
~
With cold junction compensation
--[Thermocouple model]/[Temperature range]
/> ....r .
~
Intelligent linearized cold junction compensation
--[Thermocouple model]/[Temperature range]
~
Three-wire input constant current power supply with linearization
--[Thermocouple model]/[Temperature range]
~
Three-wire input constant current power supply with linearization
--[Potentiometer resistance]/
~Ω-~
~< br/> Constant voltage power supply
--[Potentiometer resistance]/
~Ω-~
~
Constant voltage power supply
--r [resistor value]/
~Ω-~
~
Constant voltage power supply
--r [Resistance value]/
~Ω-~
~
Constant voltage power supply
--[Bridge sensitivity]/< br/> Strain bridge millivolt signal
~
Precision voltage source power supply
--[Bridge sensitivity]
Strain bridge Millivolt signal
-~
Precision voltage source power supply
--[Bridge sensitivity]/
Strain bridge millivolt signal
/> ~
Precision voltage source power supply
--[Bridge sensitivity]/
Strain bridge millivolt signal
~
Precision voltage source supplies excitation current
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