Simu 5055191C Traducción Del Manual Original página 6

3
End limits adjustment
During the operations in this section (§3), do not work on several motors at the same time.
battery 12V - 2.2Ah réf : 9014734
3.1
a- Connect the motor to the power supply.
* For any further informations regarding the technical characteristics of power supply,
please consult the technical booklet SIMU ref.:5059076
b- Press simultaneously on the UP and DOWN buttons of a Hz transmitter. The
motor turns 0.5 second in one direction, then in the other. This transmitter
now commands the motor in unstable mode. Go to step 3.2
3.2 - Test and setting the direction of rotation
Press on the UP button on the transmitter:
a- If the shaft turns in the UP direction, go to step §3.3
b- If the motorized tube runs in the DOWN direction,
reverse the rotation direction by pressing the STOP
key for at least 3 seconds. The motor will confirm
the reversal of the rotation direction by running 0.5
second in both directions. Go to step 3.3.
3.3- End limits adjustment: The end limits of the T3.5 DC EHz are adjusted in 4 different ways depending
on the following conditions:
- Bottom slat stop or not, stiff or flexible* link between the rolling shaft and the shutter.
A
*V.A.R
V.A.S
A
1
B
1
1- Position the motor on the UP end limit by using the keys UP or DOWN.
2- To memorize the UP end limit position, press simultaneoulsy the keys STOP and DOWN. The motor will run
automatically in the DOWN direction.
3- Press the STOP key to immobilize the motor.
4- Press 2 seconds the STOP key to validate the setting. The motor will run for 0,5 second in one direction, then in
the other direction. The operation is completed. Go to step §4.
2/4
B
*V.A.R
V.A.S
2
1- Simultaneously press the UP and DOWN keys of a Hz transmitter. The
2- Press the "stop" key for 2 s. The motor will run for 0.5 second in one di-
2s
2
OK >> 3.3
>>
C
motor will run for 0.5 second in one direction and then in the other.
rection and then in the other. The operation is completed. Go to step §4.
3
>>
3s
D
4
2s
T3.5 EHz DC
>>