Parameter Setting
OCM F - rev. 05 / 06.04.2018
page 81
25.3 CAL submenu “Analog Outputs”
25.3.1
Basic Information on Simulation
DANGER
High risk of danger during simulation conditions
NIVUS herewith in advance refuse responsibility for any possible damage to persons or
objects at any extent due to the extremely high risk of danger (direct access to following
facility sections) and unforeseeable consequences in case of incorrect or faulty simulation.
Simulations shall be carried out exclusively by trained expert personnel.
>Calibration<
The three analog outputs can be adjusted to following systems with-
in a range of -4…+4 mA (see Fig. 25-11).
These values will be added or subtracted to/from the analog outputs.
Adjustment is not possible as soon as the analog output is set to
>Constant current<.
Fig. 25-11 Calibration of analog outputs
DANGER
Personal injury
The simulation of OCM F outputs will access any following facility areas without any safety
locking measures!
Simulations may only be carried out by NIVUS expert personnel or by specialist companies
trained by NIVUS in cooperation with qualified operator personnel.
Always pay attention to safety.
It is absolutely necessary to have a safety person available!
The simulation of analog inputs and outputs is allowed to be carried out by specialist elec-
tricians only who have sound knowledge on the control system of the facility. This requires
detailed preparation.
The following system must be set to manual operation mode. Actuators or similar have to
be disabled if possible or have to be functionally restricted in a way not to cause any dam-
age.
>Simulation<
It is possible to simulate a freely adjustable analog output current for
the three analog outputs. Choose the desired analog output by using
the >right< or >left< arrow keys.
In case of output current simulation it is possible to increase or de-
crease the mA value in steps of 0,01 mA by pressing arrow keys
>up< and >down<. Furthermore it is possible to directly enter the
desired simulation value by pressing ENTER. A maximum output
current of 21.000 mA can be simulated (see Fig. 25-12).
Содержание OCM F
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