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3.4) Manual programming of mechanical stops
This procedure involves manually entering all the positions indicated in Fig 4, respecting the order indicated in the following table; in partic-
ular, position 0 is the reference position and must be programmed first and never moved.
Table “D” Programming positions manually:
1. Set the dip switches to one of the following layouts depending on the parameter to memorise
POSITION 0: Mechanical stop in closing cycle
POSITION RC: Position at which the closing manoeuvre begins slowing down
POSITION B: Stopping position in the Partial opening manoeuvre
POSITION RA: Position at which the normal opening manoeuvre begins slowing
down
POSITION A: Stopping position in the Normal opening manoeuvre
POSITION 1: Mechanical stop in opening cycle
2. Press the “Open” button (ref. I, Fig. 1) or “Close” button (ref. K, Fig. 1) on the board and hold it down until the required position
is reached.
N.B. Press the “Memory” button (ref. J, Fig. 1) if acceleration is required.
3. When the position has been reached, release the buttons and perform the “Memorisation procedure” (paragraph 3.3)
N.B. 1. As an alternative to the manual programming of all the positions, just positions 0, A and 1 may be memorised while positions B, RA
and RC can be automatically calculated by the control unit.
3.5) Programming the electric block position
When the ELB output is assigned an electric block type of function (see switch 8 in paragraph 5) the threshold over which the output switch-
es off can be programmed.
Table “E” Programming electric block positions:
1. Set the dip switches as shown in the figure:
2. Press the “Open” button (ref. I, Fig. 1) or the “Close” button (ref. K, Fig. 1) until the required position is reached
N.B. Press the “Memory” button (ref. J, Fig. 1) if acceleration is required.
3.
When the required position has been reached, release the buttons and perform the “Memorisation procedure” (paragraph 3.3)
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