A: Refer to Fig.3 of the owner’s manual, install the retainer (the block) at the positions where he wants the gate opened and closed(This is required and not optional). The gate will stop after it hits the retainers at the opened or closed position. Be sure the force adj. knobs are adjusted to minimal force so as to avoid injury.

Reminders:
1.Please make sure to turn off all power switches
2.AC power and DC battery must be connected (AC Power is required for learning mode)
3.Hitting an obstruction will abor the self-learning mode
4. Adjust sensitivity of VR1, please adjust to 3 o’clock position when gate is in learning mode, and after the gate finish learning, it is adjusted to the 12:30 position.
5. the delay VR2 was adjusted at 1 o’clock position
6.Both gates will move in a normal speed when it’s in self-learning mode
7.Both gates stop in close position when it’s in self-learning mode
8.When the self-learning process is successful, it will open and close the gate normally.

YG-5602 FAQ for handling problems with completing learning phase

The YG-5602 controller must complete a learning phase before it can be used in daily operation. This learning phase is necessary to discover certain parameters used during operation. However this learning process cannot setup the controller for any gate geometry. Gate geometry in this context means the lengths of the brackets used to attach the gate actuator to the pillar/column and to the gate, the location of the closed position stop and the location of the open position stop or internal stops. The controller logic is written with the assumption that the gate / gate actuator has been installed with the gate geometry described in the users manual http://www.gatekeeperltd.com/YG5602UE_User_Manual.pdf Page 11 / 12.

THE GATE ACTUATOR MUST BE INSTALLED ACCORDING TO THIS SPEC!!

The controller sets a timer during the initialization of the learning phase and starts the actuator moving. If it hits an obstruction before this timer expires, then the learning phase is aborted and must be started again. If the gate geometry is not setup correctly as mentioned above, then the actuator may have more mechanical advantage (leverage) than designed and therefore the movement of the gate will complete before the timer expires causing the behavior mentioned above.