Omega Multifunction Indicator-Simulator, CL526 Manual step advance, Automatic simulation cycle

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Press the <2> key to confirm the selection and to return to the menu page

Press the <AUTORAMP> key to obtain one of the following indications:

Sel : Program

Select with <▲> and <▼> keys the required "Sel:program" page

Press the <AUTORAMP> key to confirm the selection and to return to the menu page

Press the <SELECT> key to memory load the program and to return to the operative mode

9.3.9.4Manual step advance

To run the program with manual step advance, press the <AUTORAMP> key obtaining the following indication (as per example indicated at par. 8.6.9.3)

 

 

.A0

-50 TcK :

The symbol on the left of the display has the following meaning:

O

=

output

 

I

=

input

 

Press the <AUTORAMP> key to advance one step of the program. After the "end" point (n.5 in the example - B1) the manual sequence will start again from the point 1.

To go back to the previous step press <ENTER> + <AUTORAMP> keys

Press the <▲> or <▼> or <SELECT> or <!> or <"> key to exit the program

9.3.10Automatic simulation cycle

The instrument can be programmed for simulating two types of pre-programmed continuous or step ramp output.

By programming the incremental steps to its minimum value (0.1 or 1 degree resolution) the step ramp can be assimilated to a continuous ramp.

Select first the technical unit (°C or °F), the type of thermocouple and then follow the procedure indicated below. The procedure will consider a simulation in mV.

9.3.10.1Simulation cycle selection

Two different automatic simulations identified as "Autoramp1" and "Autoramp 2" can be memory stored. To select the required program press the <SELECT> key to obtain one of the menu pages.

Press the <AUTORAMP> key to obtain one of the following indications:

Sel : Autoramp 1

Sel : Autoramp 2

Press the <▲> and <▼> key to select the required Autoramp program

Press the <AUTORAMP> key to confirm the selection and to return to the menu page indication

Press the <SELECT> key to return to the operative mode

The automatic ramp cycle has the following behaviour

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Contents CL526 OMEGAnetSM On-Line Service Internet e-mail Info@omega.com Introductory Note Table of Contents Digital Interface General Performance Specifications Battery life Power supplyBattery voltage Dimensions 120x60x230 mm Weights net 1 Kg32 to +302F ± 0.02% of rdg +0.18F Table of ranges and accuracyGeneral Features Case Physical Description + 5 V for logic and analog circuits 5 V for analog circuits Power supplyFunctional Description Input circuit Firmware MicroprocessorDigital display Digital to analog converterResistance and Rtd measurements Battery charger. Operation from line sourceThermocouples input-output circuit Resistance and Rtd simulationUnpacking Out 1248.3C Tc PRE-OPERATIONAL CheckElectrical Connections Wiring practiceExamples of input /output wiring and connections Thermocouple wiresClass Limit of Error of thermocouple wiresBattery Charger Power SupplyHow to maximize the battery life Battery Line OpBattery voltage indication Power onOperating mode set up Operation & ApplicationsParameter or sensor selection OUT mode selection1032.2C TcK Out 0.0C TcKRj mode International Temperature ScaleTecnical unit Decimal point positionIN-OUT data memories Data memory configurationAverage readings Data memory automatic scanning Data memory manual recallSimulation cycle selection Manual step advanceAutomatic simulation cycle Start 0.0mV Time 0h 0m 50sEnd 100.0mV 0mVSimulation cycle Rj compensation mode checkScale factor program Mode Linear Mode SquareRJ 0.0C ext ProgWord psi Word hPa Word mbarExternal Rj compensation Installation parameter procedureFirmware version code Serial number Digital output wiring practice Digital interface data program modeDigital Interface Baud RateComputer CL526 TTL to RS 232 adapterCommunication protocol from CL526 to a PC Data InstructPage Ramp = OHM Computer request for CL526 settingsMode InstrDis/Lin STO 2 #D 127 202 Display Chksum = DATA1 + DATA2 + Data 3 + Data 4 .AND.7F Example a data transfer from CL526 to PC Communication programsExample B PC instructions to CL526 Example a3ØØ While LOC 1 = Ø Wend Safety recommendations MaintenanceFaulty operating conditions Error ChecksumStorage Protection fusesIndex WARRANTY/DISCLAIMER Temperature