Beninca CP.ZED230-E Mode D'emploi page 17

The CP.ZED230E control unit can be used with various versions of the ZED gear motor:
ZED with 2 limit switches (opening an closing).
ZED with 1 limit switch (usually used as opening limit switch or auxiliary operations)
ZED without limit switch
If one or more limit switch are missing, the operation stop is controlled by the control unit after memorizing the opening/closing posi-
tions.
The following procedure shall apply for all versions:
1) Power the control unit
2) Manually unlock and completely close the door.
3) If provided, adjust the closing limit switch cam, the SWC display segment switches on (see section "Diagnostics"). If the
SWO segment switches on, invert the SWO<>SWC limit switch wires.
4) Move the door into the desired open position. Provide for some overrun centimetre.
5) If provided, adjust the opening limit switch cam. The SWO display segment switches on.
6) Lock the door again.
7) Start a self-test operation:
- Press PGM, select the AUTO Menu with push-buttons <#> and <$> il menu AUTO.
- Press PGM, the word AUTO starts flashing.
- Press PGM agaom, the word "UP" is displayed.
- If the door is not in the desired position, press and keep the <#> to open the door or <$> to sjut the door, release the push-
button in the opening position to be stored in memory .
Note:
- if, by pressing <#>, the door closes, this means that the connection to the motor is incorrect. Therefore invert the opera-
tion wires (6<>8) and repeat the procedure from item 7.
- the opening potizion can be adjusted in the SERVICE MAN mode; therefore, all safety devices are de-activated. A previou-
sly memorized transmitter can be used as an alternative to push-buttons <#> and <$>.
- Press PGM again to start the self-learning procedure. The PRG message is displayed. The control unit controls a total clo-
sure operation, followed by an opening and closing operation.
- At end of procedure, the message OK is displayed.
NB.: If the "ERR" error message appears during the self-test phase, see section "Error messages".
Exit the programming mode by pressing keys <#> and <$> simultaneously, or by waiting for 30 seconds (time-out).
oPERATiNG modE WiTh ENAbLEd/diSAbLEd ENCodER
With ENC=oN LoGiCS:
- the anti-crash sensor is activated. The sensitivity must be adjusted through the SEAV and SEAR parameters according to regula-
tions in force.
Once the stroke length is stored in memory by the control unit, the latter will automatically manage the braking phases during opening
and closing. The braking space can be increased or decreased by the TSM parameter. The stroke is constantly updated and stored in
memory together with the gate position in the event of power failure.
If the BLOC logics is ON, after the TSM braking time has elapsed, the stop will be delayed by around 1s when the limit switch is trig-
gered.
With the ENC=oFF LoGiCA (To be used with motors without encoder):
- the anti-crash sensor is deactivated.
- if the parameter TSM>0 (braking activated), the control unit starts the braking phase after triggering the limit switch. Duration is
preset through the parameter itself.
NB: Preset the TM parameter for a value higher than the stroke time.
In this position, the BLOC logics is irrelevant.
If the transmitter code is already stored in the receiver, the remote radio learning can be carried out (without accessing the control
unit).
IMPORTANT: The procedure should be carried out with gate in the opening phase, during the TCA dwell time.
Proceed as follows:
1 Press the hidden key of the transmitter, the code of which has already been stored in memory.
2 Within 5 seconds, press the already memorised transmitter key corresponding to the channel to be matched to the new transmitter.
The flashing light switches on.
3 Within 10 seconds, press the hidden key of the new transmitter.
4 Within 5 seconds, press the key of the new transmitter to be matched to the channel selected at item 2. The flashing light switches
off.
5 The receiver stores the new transmitter code and exits from the programming mode immediately.
iNSTALLATioN
TRANSmiTTER REmoTE LEARNiNG
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