Manual

Manual – TopCon TC.GSS
Analogue interface
Power limit and internal resistance simulation
7.2.5. Power limit and internal resistance simulation
If this set value setting is not required, these inputs can be left unconnected
or connected to the analogue reference earth.
Power limit
set value 10kΩ
Internal
resistance
set value 10kΩ
Standard input values
1
6 +10VDC
14 PREF
15 RREF
1 AGND
X105
Shieldearthed
Power limit
set value
Internal
resistance
set value
6 +10VDC
2011-10-18 124 / 298 V00.05b
=
=
2
7
14 VREF
X105
15 IREF
1 AGND
Shield earthed
Fig. 63 Analogue specification of power limit and internal resistance.
Only positive analogue set values can be specified with
potentiometers (0 … 10 KΩ) -1-.
Analogue set value specification using external sources -2-
Pin Analogue control Function
14
15
Power limit PREF
10…0 V or
0 … 10 KΩ
Internal res. RREF
0…10 V or
0 … 10 KΩ
Output power Pmax= = Pnom * [0… 100%]
where PREF ≙ [0… 100%]
Internal resistance RREF = 0…1000 mΩ
Table 45 Factory pin definition and value range for the manipulated values PREF and RREF
Only positive set values can be specified with a resistor (0 … 10 KΩ).
Internal resistance extension (option)
With an optional internal resistance extension, the same pin definition
and specification values apply.
For the power limit the specification is inverted!
In the case the power limit input voltage PREF = 0 V, there will not be
any limiting of the maximum power, i.e. the power limit is set to the (full)
nominal power. For this reason the power limit is set correspondingly on
operation via pin 14 (PREF).
Changing the power input to bipolar inputs
The output power can be changed to bipolar inputs using a configuration flag.
Power limitPREF:-10 V… 0 … 10 V ; PREF ≙ [-100% ... 0 … 100%]
If necessary, please contact Regatron support.