If the safety devices are not used, this input must be bridge jumped – LED DL5 must be lighted.
Several safety devices must be connected in series.
5.4.4. S
TOP
Terminal "18 & 20". NC Contact. Any impulse generator (push-button, key selector, etc.) must be connected to this
contact which, by opening the contact, commands immediate stop of the automated system, and deactivation of
any automatic re-closing. To resume the normal programmed cycle after this contact is activated, use any impulse
generator which commands the opening and/or closure of the automated system. The status of this input is signalled
by LED DL6.
Several impulse generators must be connected in series.
5.4.5. I
NDICATOR LIGHT
Terminals "19 & 20". An indicator light, if any, supplied on 24Vdc 5W max power must be connected
Terminal 19 is the positive pole of the connection – respect the polarity of the contacts. The indicator light enables you
to monitor the state of the automated system, particularly:
•
Indicator light OFF: automated system closed
•
Indicator light ON: automated system opened
Flashing lamp slow: automated system closing
•
•
Flashing lamp fast: automated system opening
A load of over 5 W cannot be applied to this contact
To connect the indicator light, the polarity of contacts must be respected.
5.4.6. P
A
OWER SUPPLY FOR
Terminals "20 & 21". 24 Vdc output max. 500 mA for feeding the external accessories.
Maximum load of this output is 500 mA.
Observe the power supply polarity.
5.5. CONNECTOR CN5
This connector is used for connecting the thrust capacitor.
If you have a connector without a terminal for insertion on this connector, the capacitor can be connected
in parallel to the two motor phases: terminals 6 & 8.
The control unit is designed to house an 868 or 433 MHz receiver module. The
receiver module must be fitted on the JP1 connector, respecting the orientation
defined by the housing - see figure.
Fitting and, if necessary, removing the receiver module must be done only
after cutting power to the control unit.
CCESSORIES
6. INSERTION OF A RECEIVER MODULE
20