P.06 LED 1 = 0001 (5 kvar = 1 times P.02)
P.06 LED 2 = 0002 (10 kvar = 2 times P.02)
P.06 LED 3 = 0004 (20 kvar = 4 times P.02)
P.06 LED 4 = 0004 (20 kvar = 4 times P.02)
P.06 LED 5 = 0004 (20 kvar = 4 times P.02)
P.06 LED 6 = 0004 (20 kvar = 4 times P.02)
P.06 LED 7 = noA (Normally open alarm)
1.9 QUICK SET-UP VIA PC
For quick set-up via PC, it is necessary to use the apposite setting kit code
A25060000000056, that includes the PC software and the connection cable. For this
reason all the RPA models are provided with a communication port in the rear of the en-
closure.
All of the parameters are viewed on the PC monitor. The settings can be transmitted and
stored with a few simple clicks of the mouse.
In case a number of controllers must be programmed with the same setting, the set-up
can be downloaded to a file and then later reused by programming all of the parameters
with maximum ease and security.
1.10 RAPID CT SET-UP
In circumstances when the CT value is not known and only used at the moment of the
installation, the P.01 parameter for CT primary can remain set at OFF while all the others
can be programmed.
In this case during the system installation and once the controller is powered up, the dis-
play will view a flashing Ct (Current Transformer). By pressing + and -, the CT primary
can be directly set.
Once programmed, press MANU/AUTO to confirm. The unit will store the setting and
directly restart in automatic mode.
1.11 AUTOMATIC SET-UP (available only on RPA)
CAUTION!
Never use if a complete panel has been purchased.
The setting is useful if it is not possible to access the C.T. or else when the characteristics
of the capacitor banks are not known.
The automatic set-up of parameters provides for the unit to be set working without pro-
gramming any parameter.
To activate the automatic set-up, simultaneously press the MODE and MANU/AUTO keys
for at least 5 seconds.
The wording ASE (Automatic Setup) flashes indicating the automatic setup of the parame-
ters, has been implemented.
The procedure will last a few minutes during which the controller measures the power
rating of the connected steps. This measurement will then be continuously updated during
the normal operation.
If the load of the system varies frequently, the same step may have to be measured sev-
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