Gatekeeper YG-5602/1U/E, Руководство пользователя

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8.4 ‐ First Time Activation Test
Two Gate Operation
Press the button for channel 2 on the remote control (black button) and the
programming systems will enter into “system self – learning mode”. The lamp will
start quick flashing and the motors (one by one) will start moving through the
following steps:
Slave Gate will Close (actuator extending)

Master Gate will Close (actuator
extending)

Master Gate will Open (actuator retracting)

Slave Gate will Open
(actuator retracting)

Slave Gate will Close (actuator extending)

Master Gate
Will Close (actuator extending).
Single Gate Operation
For the single gate, when the system receives a signal from channel 2, the lamp will
start quick flashing but the system will execute learning motion after 75 sec. The
learning mode will execute as the following step:
Master Gate Close (actuator extending)

Master Gate will Open (actuator
retracting)

Master Gate Will Close (actuator extending)
Verify open direction
If the gate does not move in the desired direction, then you will need to reverse the
motor operating direction. No matter which method of installation is used, pull to
open or push to open, the first operation should be defined as gate closing phase
during the procedure for learning. If the system executes the opposite motion during
the learning mode, please swap the wires of the motor to the correct polarity.
Determine if Adjustment is Required
During the “system learning mode”, there are two situations that need to be adjusted
for using the VR1 (over current sensitivity / obstruction sensor)

If one leaf stops before arriving at the end of travel.

If one leaf stops at end of travel but the other leaf is not moving and the lamp
is still quick flashing.
After adjusting the VR1, repeat the self–learning system from the beginning.
Important
During the “System Self Learning Process”, if any command interrupts the leaf ʹ s
travel (Transmitter or Push ‐ button or other abnormal stop), .the “System Self
Learning Process” will not be successful and the “System Self Learning Process”
must be repeated again from the beginning.
In case of the absence of a power supply, the stored learning memory will be
lost and the systems should execute the “System Self Learning Process” again.