background image

Single anti-crush safety func-

tion  whilst opening  

The  door    encounters  an  obstacle  that  stops  its  motion  whilst  it  is  opening.  The  device  should  stop  the

motion of the door for a few seconds and then open it completely at low speed and close it again at normal

speed.  

Single anti-crush safety func-

tion whilst closing

The door encounters an obstacle that stops its motion whilst it is closing. The device should stop the motion

of the door for a few seconds and then open it completely at low speed and close it again at low speed.  

Start Up - Operating logic

Operations  

Description

If no optional operation lock device is installed, make sure the KEY input is short circuited with the COM

input. Otherwise the equipment cannot be started.
If no safe close device is installed, make sure the SAFE CLOSE input is short circuited with the COM input.

Otherwise the equipment cannot be started.

Power

Position wings ~20 cm from total closure. Turn the power switch to 1 to power the equipment.

In the event of power failure the equipment can not be started and the Reset operation is not available.
The battery pack ensures the proper use only when the power failure happens during the normal operation

of the equipment.

Reset and auto-setting of  

ends-of-stroke

The device is switched on and the reset phase checked.  The device completely opens and completely clo-

ses the door at low speed (reset speed).  If an obstacle prevents the door from completing its entire stroke,

the device will signal that there is an initialization error (AV=intermittent and L3=On) if the stroke is less than

a preset limit (around 70-80°) and performs another reset after 10 seconds.  After the third failed reset, the

device stops functioning as a malfunction. The reset continues even if the safety sensor (Safe Open) detects

an obstacle.  If the IR photocell sends a signal that an obstacle has been detected whilst the door is closing,

the door will stop moving for the entire duration of the signal. 

Multi-logic selector not installed:

when the equipment finishes limit reset it is ready to work in 2 RADAR

logic.

Multi-logic selector installed:

when the equipment finishes limit reset it is ready to work and is positioned

in the “STOP CLOSED” logic. 

At the end of reset the equipment is ready for use; check correct sensor operations for opening command

and safety control.Also check anti-crushing sensitivity; if the value requires increasing and decreasing, see

the advanced selector manual.
To test automatism operations without connections to the open command device use the START button on

the unit (see  Fig. 17 )

Standard manoeuvre

The device opens and closes the door accelerating and decelerating in accordance with the opening and

closing speed limits, which will be reached at low speed. 

Push&Go

An initial push on a closed door will cause it to open.  

Reverse function (radar 1 and

2) 

If the radar detects an obstacle whilst the door is closing, it must suddenly reverse motion opening comple-

tely at normal speed and closing at normal speed. 

Reverse function (IR) 

After the IR detects an obstacle whilst the door is closing, it must suddenly reverse motion opening comple-

tely at normal speed and closing at normal speed.

Safety sensor function whilst

closing (Safe Close)

If the safety sensor (Safe Close) detects an obstacle whilst the door is closing, it will immediately stop and

reverse  the  motion  of  the  door  opening  it  completely  at  low  speed  and  then  closing  it  at  normal  speed.

Detection of obstacles whilst the door is opening does not cause the system to react.

Operating logic can

be entered using the

selector. 

1 radar

Exit-only radar:

only the input START 2 of the electronic control card is monitored. A signal originating from

a sensor connected to this input triggers the opening and consequent closing of the door wings. The elec-

tric locking system, if present, blocks the door wings every time that these reach the position of complete

closure

WARNING

WARNING

WARNING

WARNING

16

2 radar

Entry-exit radar

: both the inputs START1 and START2 of the electronic control card are monitored. A signal

originating from a sensor connected to one of these inputs triggers the opening and consequent closing of
the door wings.The electric locking system, if present, never blocks the door wings.

Stop

Close

The automatism controls the complete closure of the door wings. In this logic the inputs START1 and START2
of the electronic control card are not monitored;if present, the electric locking system blocks the door wings.

Stop

Open

The automatism controls the complete opening of the door wings.In this logic the inputs START1 and
START2 of the electronic control card are not monitored.

QKSW80

Safety sensor function whilst
opening (Safe Open)

If the safety sensor (Safe Open) detects an obstacle whilst the door is opening, it will immediately stop the
motion of the door.  If the sensor no longer detects an obstacle, the door will continue to open at low speed
and then close at normal speed.The door complete an opening cycle at reduced speed after 30 seconds
from the continuous activation of the safe open Detection of obstacles whilst the door is closing does not
cause the system to react. 

Summary of Contents for Swingy QK-SW80

Page 1: ... QK SW80 USER MANUAL V01_2011 ...

Page 2: ...pag 11 Double wing Master Slave selection pag 11 Low Power mode selection pag 11 First input mode selection pag 12 Antipanic mode selection pag 12 Electric Lock selection pag 12 Logic right left opening sense pag 12 Type of arm selection pag 13 SWINGY electronic board pag 13 Connections pag 13 Led functions pag 15 Jumpers pag 15 Start up Operating logic pag 16 Error Message Table pag 17 Double SWI...

Page 3: ...ame All automatic entrance safety and protection devices photocells active sensors etc must be installed in accordance with the regulations and directives in force forces and inertia in play Pay careful attention to area where the following may occur crushing cutting conveyance and any other type of hazard in general applying if necessary tion information on every installation Make sure that the u...

Page 4: ...up of A Steel fastening base B Plastic cover C Gear motor unit D Electronic control panel E Transformer F Emergency battery 12V 1 3Ah G Encoder unit H Switch Installation Instruction 4 Fig 1 Fig 2 Power supply 230V ac 50 Hz Nominal power 60 W Nominal motor torque 35 Nm External device power 12Vdc 2 5W Emergency battery 12 V 1 3 Ah Max opening angle 100 Wing maximum weight 80 Kg Wing dimensions 700...

Page 5: ...with the product to make easier the installation Fig 4 440 311 65 87 47 9 153 269 76 94 9 Dimension of the fixing holes and cables opening SWINGY standard In case of double SWINGY provide to the predisposition of the connection cables passing between the two operators QK SW80 ...

Page 6: ...wings anticlockwise direc tion the assembly of the automatism perfectly mir rors the left hand opening assembly Rigid pull arm Aluminium guide Gearmotor Axis OPENING DIRECTION Fig 6 WARNING The final tighte ning of the screws must be perfor med only after having checked that the vertical positioning of the automatism guarantees a good parallelism between the hinge axis and the gearmotor axis For t...

Page 7: ...nsions articulated push arm QK SW80PUSH The articulated push arm is used when the automatism is installed on the approach side of the door the side opposite the swing side WARNING For a correct positioning always use the main axis of the wing hinges and the operation axis of the gear motor as a reference as shown in Fig 7 WARNING The final tightening of the screws must be performed only after havi...

Page 8: ...on ding to the V impression on the guide profile Use the holes to fix the guide to the frame using the appropriate screws Fig 11 Part C Insert the cylindrical slide Fig 11 Part D complete with the relative spindle inside the guide and distribute a uniform layer of grease over the sliding zone Then after finishing the installation of the rigid arm Fig 11 Part E screw the threaded shaft inserted in ...

Page 9: ...es Insert the bracket of the arm Fig 13 part A in the appropriate seat on the gearmotor and fix it using the two countersunk head screws provi ded Carefully check that the upper part of the articulated arm rotates easily under the frame of the wing Fig 7 8 and 9 Drill the frame at the positions indicated in Fig 7 and fix the wing attach ment of the articulated arm to the frame using the appropriat...

Page 10: ...st or shavings Ensure the proper fixing of the automatism on the wall Check correct tightening Check that the wires are fixed and that no wire pass near the carriage sliding area Check that the arm is solidly fixed to the wing and that it is equipped with the appropriate stop to limit the max opening angle to 100 Electrical connections WARNING All board or peripheral connections on the terminal bo...

Page 11: ...al mode S1 ON S2 ON S3 ON Enter double Master door If asynchronous it is the first to open and the last to close S1 OFF S2 ON S3 ON Enter double Slave door If asynchronous it is the last to open and the first to close Synchronised door motion Asynchronous door motion A single selector can be connected and extended to several SWINGY automatisms using two different operation logics DEFAULT the selec...

Page 12: ...or S6 OFF DEFAULT Antipanic mode disabled In the event of power failure the equipment continues working powered by the battery Logic right left opening sense S8 ON Wing Left Opening rigid pull arm Wing Right Opening articulated push arm S8 OFF DEFAULT Wing Right Opening rigid pull arm Wing Left Opening articulated push arm Wing Left Opening rigid pull arm Wing Right Opening articulated push arm Wi...

Page 13: ... led D33 is on it indicates normal voltage presence 12V If off check For mains and or battery voltage BASE SELECTOR Shielded cable with 4 wires 0 22 mm Do not con nect the shield of the wire used Fig 19 Type of arm selection J13 ON ARTICULATED PUSH ARM Wing Left Opening or Wing Right Opening J13 OFF DEFAULT RIGID PULL ARM Wing Left Opening or Wing Right Opening In order to optimize the operation o...

Page 14: ...n the set condition Reset open closed etc SAFE OPEN NA Signal for the connection of sensors for protec tion during wing opening If the door is opening and the contact closes the unit sends an immedi ate movement stop command Opening will only continue after this sig nal is deactivated KEY NC Lock signal Closure devices can be con nected such as electronic key key selec tor transponder etc The sign...

Page 15: ...ripheral power supply Fig 22 Diagnostics Led see Error Message Table External peripheral signal presence led LED Functions Jumpers Jumper ON OFF Default J13 Articulated arm Rigid pull arm J11 Set cycle operations Normal operation J12 Set properly the jumper J13 look at the arm typology paragraph QK SW80 ...

Page 16: ...ons without connections to the open command device use the START button on the unit see Fig 17 Standard manoeuvre The device opens and closes the door accelerating and decelerating in accordance with the opening and closing speed limits which will be reached at low speed Push Go An initial push on a closed door will cause it to open Reverse function radar 1 and 2 If the radar detects an obstacle w...

Page 17: ...se it again at normal speed After detecting the third obstacle without being able to complete the manoeuvre without completely opening the door the device signals a malfunction AV intermittent and L1 On stops for a few seconds whilst closing and then performs a new reset to set the ends of stroke If the object remains in the movement area it will be detected as the end of stroke and the device wil...

Page 18: ...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 d...

Page 19: ... QK SW80 ...

Page 20: ...Quiko Italy Sas Via Seccalegno 19 36040 Sossano VI Italy Tel 39 0444 785513 Fax 39 0444 782371 info quiko biz www quikoitaly com ...

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