Omega DP119-RTD manual Zero

Page 29

P3

4

RED

 

 

+ Excitation

 

RED

 

 

 

Signal Hi

3

 

 

 

BLACK

Signal Lo

2

 

- Excitation

1

BLACK

 

 

 

RED PRECISION RESISTANCE

BLACK SOURCE

Figure 4-3. 4-Wire Configuration

TABLE 4-1

CALIBRATION VALUES WHEN YOU ARE USING

RESISTANCE SOURCE

 

MODEL

RESISTANCE

METER

POT TO

 

 

OPTION

READING

DISPLAY

ADJUST

 

 

*-MF1

93.01

00¡F

ZERO

 

 

 

375.51

1472¡F

SPAN

 

 

*-MF2

93.01

00.0¡F

ZERO

 

 

 

134.70

194.0¡F

SPAN

 

 

*-MC1

100

00¡C

ZERO

 

 

 

375.51

800¡C

SPAN

 

 

*-MC2

100.0¡C

00¡C

ZERO

 

 

 

174.0¡C

195.0¡C

SPAN

 

* Refer to Table 1-1, for complete models (preface section).

ZERO SPAN

Figure 4-4. Calibration Potentiometers

22

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Contents DP119-RTD For immediate technical or application assistance Table of Contents Section Preface Modelpower ResolutionModels Available RTD Models Available Model TypeOther Models Available Page QTY Description Introduction UnpackingUnpacking & Inspection Safety ConsiderationsFront of the Meter About the Meter+EXC PIN #EXC Getting Started 3.1 Main Board Power Jumpers 1shows the location of solder jumpers W1 through W3 AC Voltage Install Remove2shows the location of the jumper plugs S1 through S5 Changing the Meter ParametersFollowing tables summarizes what parameters you can change Sensor Break Protection Example of How to Set Meter Option MF1 Jumpers S4 and S5Installation and Panel Mounting Installation Information Sensor Input Connections Wire RTDWire colors are for Omega RTD wiring only Analog Output Connections P2 Analog Output ConnectionsDisplay Hold Connections 2shows the location of the P2 connector on the meterÐ2 shows the location of P1 on the meter Main Power Connections2shows the location of P1 on the meter DC WiringDisassembly/Assembly Pull TAB Here PC Board Push Here Equipment Required Operation and CalibrationWire Configuration Calibration ProcedureZero Specifications Display Dimensions Glossary Page USAWARRANTY/DISCLAIMER Temperature