Allmatic ARGO 1 Series Handmatig - Pagina 8
Blader online of download pdf Handmatig voor {categorie_naam} Allmatic ARGO 1 Series. Allmatic ARGO 1 Series 9 pagina's. Switchboards, programmable for 1 or 2 motors with independent slowdown control
Pagina afdrukken8.4. Adjustment returned motion.
Once performed movement gate regulation, it is possible that the point in which the wings stop the opening phase does not correspond to the one
programmed. Two situations may be presented:
1. Wings opening-corner, equivalent to opening gate condition, DECREASE to each reversal motion and/or by intervent of photocells.
2. Wings opening-corner, equivalent to opening gate condition, INCREASE to each reversal motion and/or by intervent of photocells.In these cases
is at your disposal a procedure for adjusting gate movement, in order to obtain better condition of the same.Starting from one situation in which
your gate is closed and stopped, the activation sequence for this learning is:
1. Press the UP key (the blinking light signals reception of key by a brief flashing), then release the same.
2. Press and release for 3 times the DOWN key. Every button learned is signalized by the blinking light with a brief flashing.
3. Press the UP key (the blinking light signals reception of key by a short blinking), then release the same.
The entering into learning menu is confirmed by the blinking light with a 3 flashes and 1 pause sequence.
To exit from learning modality, is sufficient to convey a Step-by-Step command.
If wings do not open totally, INCREASE slowing down phase by pushing DOWN button. Please note that each pressure of DOWN key causes an in-
crease in slowing down phase. If wings open too much, DECREASE slowing down phase by pushing UP button. Please note that each pressure of
key UP cause a decrease in slowing phase.
At this point is advisable to check gate motion, as the wings will open more or less according to the execution of this learning.
Try to perform two or three inversions and verify if your gate keeps his position, otherwise, decide if you have to repeat the procedure described.
NOTE: Before carring out any modification, control that other selections (working time, torque ...) are suitable for the gate you are automa-
ting. The reset memory operation readecuate this value to the feature production.
9. Reception mode selection.
The switchboard is designed to be used with two types of transmitters: conventional set code transmitters (i.e. AEMX, AKMY) and the most innovati-
ve, rolling code transmitters in the Birol® series (i.e. B.RO4WN, B.RO STAR and the BRO4K quartz series).
If transmitters of the fixed code series are used, place Jumper J1 in the 2nd-3rd position.
With rolling-code transmitters, place Jumper J1 in the 1st-2nd position.
It is not possible to store set and rolling code transmitters on the same memory module. Therefore, the memory has to be cleared completely (see
paragraph 5.4), before switching from set to rolling code transmitters or viceversa.
PLEASE NOTE: If the blinking light comes on as soon as power is applied to the control unit, this indicates that any memory has been installed or
also that the memory and the jumper setting do not correspond. Besides, please remember to shut off the power supply before installing or disinstal-
ling the memory.
10. Radio diagnosis.
The control panel features a LED for radio diagnosis: the wireman is in fact able to immediately detect whether there are any radio disturbances in the
area that could negatively affect the system:
LED off = no interference.
Blinking LED = light interference.
LED on = strong interference.
11. Supplementary devices and accessories.
11.1 LED and input signals.
The central unit comes with a series of LED signals for inputs status, to facilitate the installation selections and check in case of a failure in the
system. LED signals have visible definition in figure below, where the term "normally lighted" means that LED have to stay lighted when the relative
input is short-circuited (NC input).
6-1622192
rev. 14
21/09/2012
!! IMPORTANT !!
Step-by-step (normally off)
Pedestrian function (normally off)
Stop button (normally on)
Photocells closing (normally on)
Photocells opening (normally on)
Limit switch 1 (normally on)
Limit switch 2 (normally on)
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