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Omega CL526, Multifunction Indicator-Simulator 9.3.9.4 Manual step advance, 9.3.10 Automatic simulation cycle, 9.3.10.1 Simulation cycle selection

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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:

S

e

l

:

P

rogram

• 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

9.3.9.4 Manual 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

T

c

K

:

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

9.3.10 Automatic 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.

9.3.10.1 Simulation 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:

S

e

l

:

A

u

t

oramp

1

S

e

l

:

A

u

t

oramp

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

Contents

Main OMEGAnetSM On-Line Service http://www.omega.com Internet e-mail info@omega.com Servicing North America: USA: Canada: For immediate technical or application assistance: INTRODUCTORY NOTE TABLE OF CONTENTS Page 1 GENERAL PERFORMANCE 1.1 Specifications Page 1.2.1 Table of ranges and accuracy Sensor or Total range High accuracy Resolution Limi t of error parameter range 2 GENERAL FEATURES Page 3 PHYSICAL DESCRIPTION 4 FUNCTIONAL DESCRIPTION 4.1 Power supply 4.2 Keyboard 4.3 Input circuit 4.4 Microprocessor 4.5 Firmware 4.6 Digital display 4.7 Digital to analog converter 4.8 Battery charger. Operation from line source 4.9 Digital interface 4.10 Resistance and Rtd measurements 4.11 Resistance and Rtd simulation 4.12 Thermocouples input-output circuit Measuring junction Tc wires Copper wires emf output 5 UNPACKING 6 PRE-OPERATIONAL CHECK 7 ELECTRICAL CONNECTIONS Table A Colour code & polarity for extension wires Thermocouple Wires Colour code 7.1 Wiring practice 7.2 Thermocouple wires Limit of Error of thermocouple wires 8 POWER SUPPLY 8.1 Rechargeable batteries B a tt 9 OPERATION & APPLICATIONS 9.1 Power ON 9.2 Battery voltage indication 9.3 Operating mode set up 9.3.1 IN - OUT mode selection 9.3.2 Parameter or sensor selection 9.3.3 Tecnical unit 9.3.4 Decimal point position 9.3.5 International Temperature Scale 9.3.6 Rj mode 9.3.7 Convert function 9.3.8 Average readings 9.3.9 IN-OUT data memories 9.3.9.1 Data memory configuration 9.3.9.2 Data memory manual recall 9.3.9.3 Data memory automatic scanning 9.3.9.4 Manual step advance 9.3.10 Automatic simulation cycle 9.3.10.1 Simulation cycle selection Page 9.3.10.2 Simulation cycle 9.3.11 Rj compensation mode check 9.3.12 Scale factor program : ! hP i 9.3.13 Installation parameter procedure 9.3.13.1 Firmware version code - Serial number 9.3.13.2 External Rj compensation 10 DIGITAL INTERFACE 10.1 Digital interface data program mode 10.2 Digital output wiring practice Front view 1 2 3 10.3 TTL to RS 232 adapter 10.4 Communication protocol from CL526 to a PC Page Page Page 10.5 Computer request for CL526 settings Page Page Page 10.6 Communication programs Page 11 MAINTENANCE 11.1 Safety recommendations 11.2 Faulty operating conditions 11.3 Protection fuses 11.4 Storage INDEX A B C D E WARRANTY/DISCLAIMER RETURN REQUESTS / INQUIRIES Where Do I Find Everything I Need for Process Measurement and Control? OMEGAOf Course!