10. PROGRAMMING
At first start-up of the control unit, you need to perform a programming procedure to memory store the required operating
cycle. Observe the following instructions for the programming procedure:
Move the rod up to half the required opening
Power up the system and press push-button P1 until the first parameter is shown.
Send an OPEN/CLOSE pulse using any device connected to this input, the control unit enters the programming mode
and value “
Pr
” appears on the display.
The automated system begins to close until it reaches the closing mechanical stop point.
If the first movement of the automated system is an opening manoeuvre, stop the beam movement by pressing the RESET
push-button. Cut power to the system, check the sequence of the cables connected to terminals 4 & 5, according
to the instructions given in paragraph 5.2.1., and resume from point 1.
When the closing position has been reached, the automated system begins an opening phase until it reaches the opening
mechanical stop point, without any deceleration.
When the opening mechanical stop point has been reached, the control unit stays at rest waiting for an OPEN/CLOSE
pulse to start the closing movement. The programming phase is thus completed.
As long as the programming phase is in progress, the control unit shows value “
Pr
”.
11. PROTECTIVE FUSES
6 protective fuses are located on the control unit: 4 of which are self-resettable. The following table summarises the value of
each fuse and the part of the protected circuit:
Fuse Protection Fuse Protection
F1=T3.15A 250V 5x20 Primary power supply RV2=350mA Self-resetting Power supply to accessories
F5=T10A 250V 5x20 Motor power supply F2=700mA Self-resetting Flashing lamp output
RV1=750mA Self-resetting
Power supply to
battery-charger circuit
F3=700mA Self-resetting Indicator light output
F4=700mA Self-resetting Rod light output
1.
2.
3.
4.
5.
6.
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