Telcoma T201 Mode D'emploi page 63

GB
Before programming:
- If limit switches are used, adjust them before executing the self-learning procedure.
Programming:
1 - Disconnect the power supply to the control unit.
2 - Bring the gate to mid-travel position.
in the reverse direction, disconnect the power supply, exchange the motor phase wires and repeat the procedure)
8 and 9 - When it reaches the stop point, motor M2 will stop while motor M1 will automatically start closing (wing with
electric lock).
10 and 11- When M1 also reaches the stop position the motor will stop and then start again in the opening direction.
12 -During this manoeuvre, the space offset of the two opening wings must be selected. In order to set the time delay,
press button P/P when the wing driven by motor M1reaches the point where the wing driven by motor M2 should
start moving**.
13 -Motor M1 stops momentarily and then starts opening the wing again.
14 and 15 - When the wing driven by motor M1 has opened all the way, the wing driven by motor M2 will automatically
start opening.
16 -The wing driven by motor M2 will stop as soon as it has completed the opening manoeuvre.
18 -When the desired pause time has elapsed, press button P/P: motor M2 will start closing.
19 and 20 - During this manoeuvre, the space offset of the two closing wings must be selected. In order to set the time
delay, press button P/P when the wing driven by motor M2 reaches the point where the wing driven by motor M1
should start moving. Motor M2 stops momentarily and then starts closing the wing again**.
21 and 22 - When the wing driven by motor M2 has closed all the way, the wing driven by motor M1 will start closing.
23 and 24 - The wing driven by motor M1 completes the closing manoeuvre and stops; Led L1 goes out.
*Note: if dip-switch 9 is set to the ON position after the programming procedure has been completed, the
control unit will execute factory-set decelerations. To modify the deceleration settings, see the chapter
titled DECELARATION TIME PROGRAMMING.
**Optional operation: if this step is not performed, the control unit will use a factory-set offset.
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