Reassemble the cover by screwing on the two appropriate screws.
Hand the technical documentations over to the client.
Define the Master door (see Set Dip-Switch paragraph) before performing the connections.
It will not be possible to determine the Master or Slave door after completing the wiring.
Both devices should be connected to the same power supply branch with no switches or fuses between them.
The SAFE CLOSE, KEY, START 1 and START 2 peripherals, if any, should be connected to the Master door.
The safety sensors (Safe Open) should be connected and controlled separately on
both circuit cards.
The two terminals of the selector should be connected to ensure that both SWINGY
circuit cards communicate with each other and that both devices function properly.
(Fig. 23)
The selector (optional) is connected to the Master card only. Any parameters that need
to be changed will be the same for both cards.
Double doors should be moved in asynchronously (see Set Dip-Switch paragraph) if there is a central jamb between them. The default set-
tings are 3 (opening) and 5 (closing).
The doors will only start to close when both are wide open. If one door opens completely before the other one, it will wait until the latter is
completely open.
Both doors reverse at the same time (START 1 or 2, SAFE CLOSE, anti-crush safety device, etc.).
The electric lock functions can be entered on both circuit cards in exactly the same way as with single devices by selecting Dip S7.
The Push&Go function can be activated on both devices in exactly the same way as with single devices. If it is detected that one of the
devices is trying to open a door, this will cause both doors to open.
The anti-crush safety devices and obstacle detection functions are controlled separately and independently by both cards.
If one card detects an anti-crush device whilst closing, it will stop the motion of both doors and open them completely at low
speed.
If one card detects an anti-crush device whilst opening, it will stop the motion of the door involved and open it completely at low speed.
The other door, which will have opened completely in the meantime, will wait for the door involved before proceeding to close.
Double SWINGY connection and use
The SWINGY unit is set to work in inter lock mode through connections to an electronic unit of the same family.In inter lock mode one
door can only open if the other is not moving, that is, if not in the movement phase.To inter lock two automatisms proceed as f
ollows
(Fig. 24)
:
t
connect the terminal
AUX IN +
of unit A to the terminal
AUX OUT +
of unit B
t
connect the terminal
AUX IN -
of unit A to the terminal
AUX OUT -
of unit B
t
connect the terminal
AUX OUT +
of unit A to the terminal
AUX IN +
of unit B
t
connect the terminal
AUX OUT -
of unit A to the terminal
AUX IN -
of unit B
Use 4 x 0.22 shielded wire for connections and do not connect
the shield.
When open requests come from the both sensors on both
doors an opening priority needs to be set; to do this, set one
door as MASTER and the other as SLAVE.
When simultaneous signals occur, the MASTER door will open.
Inter lock connection and use
Fig. 24
UNIT A
UNIT B
Delivery modality
WARNING
: The interblock function is NOT
available for double SWINGY
Installation Instruction
QKSW80
18
Summary of Contents for Swingy QK-SW80
Page 1: ... QK SW80 USER MANUAL V01_2011 ...
Page 19: ... QK SW80 ...
