Omega CL526, Multifunction Indicator-Simulator manual Dis/Lin STO 2 #D 127 202 Display

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Dis/Lin STO 2 #D

127

0

202

Display

(2)

Lin

0

192

Value

STO 2 #D

127

0

204

Value Hi (2)

Value Lo (2)

0

192

Dis/Lin STO 0 #E

127

0

210

Display

(0)

Lin

0

208

Value

STO 0 #E

127

0

212

Value Hi (0)

Value Lo (0)

0

208

Dis/Lin STO 1 #E

127

0

214

Dispaly

(1)

Lin

0

208

Value

STO 1 #E

127

0

216

Value Hi (1)

Value Lo (1)

0

208

Dis/Lin STO 2 #E

127

0

218

Display

(2)

Lin

0

208

Value

STO 2 #E

127

0

220

Value Hi (2)

Value Lo (2)

0

208

Dis/Lin STO 0 #F

127

0

226

Display

(0)

Lin

0

224

Value

STO 0 #F

127

0

228

Value Hi (0)

Value Lo (0)

0

224

Dis/Lin STO 1 #F

127

0

230

Dispaly

(1)

Lin

0

224

Value

STO 1 #F

127

0

232

Value Hi (1)

Value Lo (1)

0

224

Dis/Lin STO 2 #F

127

0

234

Display

(2)

Lin

0

224

Value

STO 2 #F

127

0

236

Value Hi (2)

Value Lo (2)

0

224

Dis/Lin STO 0 ##

127

0

242

Display

(0)

Lin

0

240

Value

STO 0 ##

127

0

244

Value Hi (0)

Value Lo (0)

0

240

Dis/Lin STO 1 ##

127

0

246

Dispaly

(1)

Lin

0

240

Value

STO 1 ##

127

0

248

Value Hi (1)

Value Lo (1)

0

240

Dis/Lin STO 2 ##

127

0

250

Display

(2)

Lin

0

240

Value

STO 2 ##

127

0

252

Value Hi (2)

Value Lo (2)

0

240

Dis/Lin STO 0 #H

127

1

2

Display

(0)

Lin

1

0

Value

STO 0 #H

127

1

4

Value Hi (0)

Value Lo (0)

1

0

Dis/Lin STO 1 #H

127

1

6

Dispaly

(1)

Lin

1

0

Value

STO 1 #H

127

1

8

Value Hi (1)

Value Lo (1)

1

0

Dis/Lin STO 2 #H

127

1

10

Display

(2)

Lin

1

0

Value

STO 2 #H

127

1

12

Value Hi (2)

Value Lo (2)

1

0

Dis/Lin STO 0 #I

127

1

18

Display

(0)

Lin

1

16

Value

STO 0 #I

127

1

20

Value Hi (0)

Value Lo (0)

1

16

Dis/Lin STO 1 #I

127

1

22

Dispaly

(1)

Lin

1

16

Value

STO 1 #I

127

1

24

Value Hi (1)

Value Lo (1)

1

16

Dis/Lin STO 2 #I

127

1

26

Display

(2)

Lin

1

16

Value

STO 2 #I

127

1

28

Value Hi (2)

Value Lo (2)

1

16

Dis/Lin STO 0 #J

127

1

34

Display

(0)

Lin

1

32

Value

STO 0 #J

127

1

36

Value Hi (0)

Value Lo (0)

1

32

Dis/Lin STO 1 #J

127

1

38

Dispaly

(1)

Lin

1

32

Value

STO 1 #J

127

1

40

Value Hi (1)

Value Lo (1)

1

32

Dis/Lin STO 2 #J

127

1

42

Display

(2)

Lin

1

32

Value

STO 2 #J

127

1

44

Value Hi (2)

Value Lo (2)

1

32

Dis/Lin STO 0 #K

127

1

50

Display

(0)

Lin

1

48

Value

STO 0 #K

127

1

52

Value Hi (0)

Value Lo (0)

1

48

Dis/Lin STO 1 #K

127

1

54

Dispaly

(1)

Lin

1

48

Value

STO 1 #K

127

1

56

Value Hi (1)

Value Lo (1)

1

48

Dis/Lin STO 2 #K

127

1

58

Display

(2)

Lin

1

48

Value

STO 2 #K

127

1

60

Value Hi (2)

Value Lo (2)

1

48

Dis/Lin STO 0 #L

127

1

66

Display

(0)

Lin

1

64

Value

STO 0 #L

127

1

68

Value Hi (0)

Value Lo (0)

1

64

Dis/Lin STO 1 #L

127

1

70

Dispaly

(1)

Lin

1

64

Value

STO 1 #L

127

1

72

Value Hi (1)

Value Lo (1)

1

64

Dis/Lin STO 2 #L

127

1

74

Display

(2)

Lin

1

64

Value

STO 2 #L

127

1

76

Value Hi (2)

Value Lo (2)

1

64

Dis/Lin STO 0 #M

127

1

82

Display

(0)

Lin

1

80

Value

STO 0 #M

127

1

84

Value Hi (0)

Value Lo (0)

1

80

Dis/Lin STO 1 #M

127

1

86

Dispaly

(1)

Lin

1

80

Value

STO 1 #M 127

1

88

Value Hi (1)

Value Lo (1)

1

80

Dis/Lin STO 2 #M

127

1

90

Display

(2)

Lin

1

80

Value

STO 2 #M

127

1

92

Value Hi (2)

Value Lo (2)

1

80

Dis/Lin STO 0 #N

127

1

98

Display

(0)

Lin

1

96

Value

STO 0 #N

127

1

100

Value Hi (0)

Value Lo (0)

1

96

Dis/Lin STO 1 #N

127

1

102

Dispaly

(1)

Lin

1

96

Value

STO 1 #N 127

1

104

Value Hi (1)

Value Lo (1)

1

96

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Image 42
Contents CL526 OMEGAnetSM On-Line Service Internet e-mail Info@omega.com Introductory Note Table of Contents Digital Interface General Performance Specifications Battery voltage Power supplyBattery life Dimensions 120x60x230 mm Weights net 1 KgTable of ranges and accuracy 32 to +302F ± 0.02% of rdg +0.18FGeneral Features Case Physical Description Power supply Functional Description+ 5 V for logic and analog circuits 5 V for analog circuits Input circuit Digital display MicroprocessorFirmware Digital to analog converterBattery charger. Operation from line source Resistance and Rtd measurementsResistance and Rtd simulation Thermocouples input-output circuitUnpacking PRE-OPERATIONAL Check Out 1248.3C TcWiring practice Electrical ConnectionsThermocouple wires Examples of input /output wiring and connectionsLimit of Error of thermocouple wires ClassHow to maximize the battery life Power SupplyBattery Charger Battery Line OpOperating mode set up Power onBattery voltage indication Operation & Applications1032.2C TcK OUT mode selectionParameter or sensor selection Out 0.0C TcKTecnical unit International Temperature ScaleRj mode Decimal point positionData memory configuration Average readingsIN-OUT data memories Data memory manual recall Data memory automatic scanningManual step advance Automatic simulation cycleSimulation cycle selection End 100.0mV Time 0h 0m 50sStart 0.0mV 0mVRj compensation mode check Simulation cycleRJ 0.0C ext Mode Linear Mode SquareScale factor program ProgWord mbar Word psi Word hPaInstallation parameter procedure Firmware version code Serial numberExternal Rj compensation Digital Interface Digital interface data program modeDigital output wiring practice Baud RateTTL to RS 232 adapter Communication protocol from CL526 to a PCComputer CL526 Instruct DataPage Ramp Computer request for CL526 settings = OHMInstr ModeDis/Lin STO 2 #D 127 202 Display Chksum = DATA1 + DATA2 + Data 3 + Data 4 .AND.7F Example B PC instructions to CL526 Communication programsExample a data transfer from CL526 to PC Example a3ØØ While LOC 1 = Ø Wend Faulty operating conditions MaintenanceSafety recommendations Error ChecksumProtection fuses StorageIndex WARRANTY/DISCLAIMER Temperature