To Simulate A Rtd Or A Resistor; Rtd Simulation; Resistor Simulation - GE Sensing MCX Bedienungsanleitung

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To simulate a RTD To simulate a RTD To simulate a RTD
To simulate a RTD To simulate a RTD
or Resistor or Resistor
or Resistor or Resistor or Resistor
The excitation current to source a
resistance should be between 0.175 and
2 wire
2 Leiter
3.500 mA. Excitation currents may be
2 fils
intermittent as with some smart
temperature transmitters.

RTD Simulation

RTD Simulation
RTD Simulation RTD Simulation RTD Simulation
Go through the RTD menu and make
the selections as required. Select
DIRECT mode to simulate any
temperature within the range of the
chosen RTD type. Adjustment
3 wire
resolution is 0.1 or 0.01 degree
3 Leiter
depending on RTD type.
3 fils
See specifications for details.
Resistances representing temperatures
are really simulated across the two
terminals as shown. Connecting a third
or a fourth wire adapts the simulation to
3 or 4 wire inputs.
4 wire
4 Leiter
4 fils

Resistor Simulation

Resistor Simulation Resistor Simulation Resistor Simulation Resistor Simulation
Go through the OHMS menu and select
either the 0-400 or the 0-2000 Ohms
range and enter the DIRECT mode.
Adjustment resolution is
respectively 0.01 Ohms and 0.1 Ohms.