iseg EHS 40100p, Техническая документация инструкция

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Example:
A channel is set to 60V. At the time it is switched on a temperature of 25°C is measured. The VCT-coefficient is set to +1V/K. If the
temperature now increases to 26°C the output voltage will increase to 61V. (For channels with a negative output voltage the
voltage changes from –60V to –61V).
A VCT-coefficient of -1V/K would decrease the voltage to 59V.
Note:
•
During operation the values for V
set
are adjusted. If a channel is switched off the adjusted set value will be kept, not the
original value set by the user.
•
If the VCT-coefficient if modified during operation, V
ref
and T
ref
are reset to the present values to prevent a sudden
voltage change.
•
If the temperature sensor is dis- and reconnected during operation, V
ref
and T
ref
are reset to the present values to
prevent a sudden voltage change.
•
The temperature dependent voltage correction can be deactivated by setting the VCT-coefficient to 0 or by
disconnecting the temperature sensor. If this is done during operation, the channel will keep the actual voltage set.
•
If the temperature sensor is disconnected a temperature of -273.15°C is shown for that channel.
•
The VCT data points are described in the reference manual " CAN_EDCP_Programmers-Guide.pdf ” (see Appendix ) and in
the manual "iseg Hardware Abstraction Layer" (see Appendix ) .
EHS High Voltage Power Supply series | Last changed on: 16.01.2020 |
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