MyGate Q60A-R User Manual

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Page 1

Q60A/R

CONTROL UNIT FOR SWING GATE SINGLE OR DOUBLE LEAF 230V

EXTERNAL RADIO PANEL

SELF-RESTORABLE FUSE 24V IMPORTANT: will restore itself after few seconds.

BUTTON A

Cycle round the top level menu

BUTTON B

Move from the top level menu to the lower level menu

BUTTON C

Increase time or change to YES

BUTTON D

Decrease time or change to NO

Button BButton BButton BButton BButton B

If a temporary short circuit occurs the fuse

8. 8.

FUNCTIONSCODE

Show stored codes

New remote control code acquisition

Remote control code acquisition with STOP function

Remote control code acquisition with PEDESTRIAN function

Delete ALL remote control codes

DISPLAY

EXTERNAL RADIO PANEL

8. 8.

DISPLAY

1 2 3 4

M 2a M 2b

DISPLAY SIGNALS

Opening

Closing

Delay time before automatic Closing

Button BButton BButton B

SIMPLY MOTOR DEFAULTS

RUNNER DRIVE DAFAULTS

THE RADIO PANEL CAN ALSO BE PLACED INSIDE THE BLINKER TO FURTHER IMPROVE THE RADIO RANGE

Red

Black

White

Aerial

7 8 9 10 11 12

In case of a permanent short circuit, cut the main power off, remove the terminal blocks 2A and 2B, wait few seconds and then power the unit again. The fuse will be automatically restored. Find and remove the short circuit cause before plugging the terminal blocks in.

FUNCTIONSCODE

Press & hold button C to set defaults for ASTER or BLANK.

Press & hold button C to set defaults for SIMPLY

Press & hold button C to set defaults for RUNNER

CONTROL UNIT COMPONENTS

A B lower level menu button C button to increase or change to yes (si)

Trasformer 230V / 23V

RED

24V

13 14 15 16 17 18

Button AButton AButton AButton AButton A

M 3

TOP LEVEL MENU

—

P—A

RADIO

DEFAULT

SEQUENTIAL

PROGRAMMING

BUTTON B BUTTON B

BLACK

230V

A B C

F2 F1

19 20

M 4

STAND BY

PARAMETERS

FUNCTIONSDISPLAY

Only 1 Motor

2 Motor

D button to decrease or change to no F1 230V fuse 5A F2 2 1,6 A

BLACK

F3 1 1,6 A F4 24V fuse (self-restorable) 1,6A F5 24V fuse (self-restorable) 0,65A DISPLAY 7 SEGMENTS Display M1 radio/aerial terminal block M2A/M2B Controls and safety devices terminal

M3 motors terminal block M4 main power terminal block

A B C

MR radio unit CN electrolock interface pcb connector Z2 filter K1/ K2 motors relay K3 blinker relay VI Primary Varistor V2 Secondary Varistor

top level menu button

cocoon fusesfuse cocoon fusesfuse motor

blocks

earth connections

I 2 IF

I 2

F F

I 2

Button B Button B Button B Button B Button B Button B Button B Button B Button B Button B Button B Button B

motor

TIMESDISPLAY

Motor 1 working time 0 99

Motor 2 working time 0 99

Motor 1 Torque 8 19

Motor 2 Torque 8 19

Motor power during deceleration 10 19

Motor 1 deceleration time 0 (N1 - 2”)

Motor 2 deceleration time 0 (N2 - 2”)

Motors’ closing differential time delay 0 N2

Motors’ opening differential delay time 0 (N1 - 1)

Delay time before automatic closing 0 99

Pedestrian opening time 0 (N1 - 1)

Lock pulse time 0=½ seconds, 1= 1 secs.

2=1½ secs. Etc........

standard

Simply

default

values

21 13 9

14 10 12

191419

7 4 4

332

3 3 3

7 7 3

0 0 0

Proteco S.r.l. Via Neive, 77 12050 Castagnito (CN) ITALY

Tel. +39 0173 210111 - Fax +39 0173 210199

mygateautomation.com

PARAMETERS

B use button B to move to next parameter C use button C to INCREASE a numeric value or change NO to YES D use button D to DECREASE a numeric value or change YES to NO

To save changes and to ensure that they are not lost when power is removed, use button B to step through parameter, the press and hold button C until the display reverts to idle display .

Runner

default values

Button B

FUNCTIONS

Press & hold C to SAVE changes

Press to ABANDON changes

SOFT START

button

button D

standard

default

values

Runner

Simply

default

values

Photocells test

Motors test SI NO SI

Deceleration on SI SI SI

Only one motor

NO NO NO

Pre blinking

NO NO NO

Automatic closing

step by step

Multi occupation NO NO NO

SI SI SI

Electro lock NO NO SI

Water hammer NO NO NO

Button B Button B Button B Button B Button B Button B Button B Button B Button B Button B

06_gb_utility_2020

Page 2

PROGRAMMING THE RADIO

LLLLL

(For security reasons avoid to set the microswitches all in OFF or all in ON position).

IMPORTANT:

TIME THE RADIO RECEIVER, DELETE ALL THE RECORDED TEST CODES.

SEE FUNCTION AT THE BOTTOM OF THIS CHAPTER

IN CASE OF TRANSMITTERS WITH DIP-SWITCHES, SET THE

MICROSWITCHES TO CREATE A NEW PERSONAL CODE.

IN CASE OF HIT TYPE TRANSMITTERS, THE ABOVE MENTIONED

PROCEDURE IS NOT NECESSARY BECAUSE EACH TRANSMITTER

DISPLAYING STORED CODES

Press the button A repeatedly until the display shows Press button B until the display shows The display will now cycle trough each stored code from 01 to 50.

TO ERASE A SINGLE STORES CODE

Press button D when the number of the code to be removed is displayed

STORING NEW REMOTE CONTROL CODE

- Press the button A repeatedly until the display shows

- Press button B until the display shows

- Press and hold the remote control button until a dot appears on the display (this means that the receiver is ready to store a new code) and simultaneously press button C to store the new code

STORING NEW REMOTE CONTROL CODE with STOP function

- Press the button A repeatedly until the display shows

- Press button B until the display shows

- Press and hold the remote control button until the dot appears on the display and simultaneously press button C to store the new code.

STORING NEW REMOTE CONTROL CODE with PEDESTRIAN function

- Press the button A repeatedly until the display shows

- Press button B until the display shows

- Press and hold the remote control button until the dot appears on the display and simultaneously press button C to store the new code

DELETING ALL STORED CODES

- Press the button A repeatedly until the display shows

- Press button B until the display shows

- Press and hold button D until the display shows This indicates that all the codes have been erased

BEFORE PROGRAMMING FOR THE FIRST

COMES WITH ITS OWN CODE RANDOM.

SELF-DIAGNOSIS DISPLAY MESSAGES

Start signal (short circuit between terminal 1 & 8)

Radio fob continuously transmitting

Motor 1 problem (wiring fault, obstruction or

torque setting too low)

Motor 2 problem

(see ‘n1‘ above)

Both motors problem (see ‘n1‘ above)

Photocell’s test error

Opening phase photocell beam interrupted

or wiring fault

Closing phase photocell beam interrupted

or wiring fault

Both opening and closing phase photocell beam interrupted or wiring fault

Stop pressed (or open circuit between terminal 2 & 8)

Pedestrian start signal (short circuit between

terminal 7 & 8)

PROGRAMMING THE Q60A PARAMETERS

Method 1 = STANDARD Method 2 = SEQUENTIAL

Warning:

Before powering up and programming the control unit refer to the wiring scheme and then:

1 Check that the motor connections are correct 2 Check that the photocell connections are correct

Important: If the photocells are not installed in closing phase, you must link terminals 3 and 9. If the photocells are not installed in opening phase, you must link terminals 4 and 9.

3 Check that the control connections are correct.

Important:

If an emergency stop button is not fitted, you must link terminals 2 and 8.

4 Use the motor release key supplied to disengage the electric motor from the

mechanical drive; then close the gate and re-engage.

5 Power the control unit up

STANDARD PROGRAMMING PROCESS (Method 1)

a) Give a START signal by either turning the key s:witch or by another control

device (terminals 1 and 8)

b) Wa it until the gat e h as finished a co mpl ete (pre-programmed)

OPEN/STOP/WAIT/CLOSE cycle. c) Give another START signal and not which parameter need adjusting d) Press button A on the control unit to select the Parameters menu. e) Press button B repeatedly until the display shows the parameter that you need

to change

f) Use buttons C and D to change or confirm each parameter as necessary

IMPORTANT: press button B repeatedly until the display shows and then press button C to save the changes.

Example : Increase the Motor 1 working time by 2 seconds

With the control board switched on, ensure that the display shows: Press button A (steps thru the top menu) until the display shows Press button B (steps thru the sub-menu) until the display shows Wait until the display shows the currents setting, for example Press button C twice until the display shows Press button B repeatedly until the display shows Press and hold button C until the relays click and the display shows

— — P A

2 i 2 3 S U — —

SPECIAL FUNCTIONS

AUTOMATIC CLOSING FUNCTION

When set to YES (“SI”):

- an impulse during the opening phase will stop the motors until another impulse is received

- an impulse during the closing phase will stop and reverse the motors

When set to NO, the step-by-step operation is active:

- 1 impulse starts the opening phase

- 2 impulse stops the opening phase

- 3 impulse starts the closing phase

P A

SEQUENTIAL PROGRAMMING

SEQUENTIAL programming for gates with only one leaf

Press button A (steps thru the top menu) until the display shows b) Press button B (steps thru the sub-menu) until the display shows c) Give a START signal: the leaf starts opening and the display shows d) Wait until the leaf has done the 90% of the opening cycle and then give another

START signal: the display shows and the deceleration phase begins

e) Wait 4/5 seconds after the opening cycle has completely finished and give a

START signal.

f) The display shows , the control unit has stored the opening and deceleration

times and is now calculating the “stay open” time

g) Give a START signals to stop calculating the “stay open” time and start the

CLOSING CYCLE.

g) When the closing cycle has completely finished, the control unit automatically

exits from the sequential programming process and all the working times have been saved.

SEQUENTIAL programming for gates with two leaf

Press button A (steps thru the top menu) until the display shows b) Press button B (steps thru the sub-menu) until the display shows c) Give a START signal:

The leaf 1 starts opening and the display shows

d) Wait until the leaf 1 has done the 90% of the opening cycle and then give another

START signal: the display shows and the deceleration phase of leaf 1 begins e) Wait 4/5 seconds after the leaf 1 has completely opened and give another START

signal. The display shows and the leaf 2 starts opening f) Wait until the leaf 2 has done the 90% of the opening cycle and then give another

START signal: the display shows and the deceleration phase of leaf 2 begins g) Wait 4/5 seconds after the leaf 2 has completely opened and give another START

signal. h) The display shows , the control unit has stored the opening and deceleration

times of both leaves and is now calculating the “stay open” time

i) Give a START signals to stop calculating the “stay open” time and start the

closing cycle. l) When the closing cycle has completely finished, the control unit automatically

exits from the sequential programming process and all the working times have

been saved.

(method 2)

MULTI-USER FUNCTION

when set to YES (“SI”): The control unit will not accept any command during the opening phase

Page 3

EXTERNAL RADIO PANEL

TERMINAL BLOCK CONNECTIONS

All the connections must be done without power supply.

Connect the yellow/green network cable and the yellow/green motor cables to earth terminals A B C.

EARTH TERMINAL BLOCK CONNECTIONS

RED

BLACK

WHITE

Terminal block 2a Terminal block 2b

1 2

START

3 4

STOP

Contact photo 1

Common +24V dc

7 8

Contact photo 2

Pedestrian

Terminal block 3

13 1614 17

Open

15 18

Com.

Closing

Com.

Apre

Chiude

AERIAL

10 11

Common

+24 Photo TX

+24 Photo RX

Com. -24 Photo RX/TX

Terminal block 4

Blinker

24V max 20W

1-8 Start control normally open (NA) for button, key selector, radio receiver or Timer clock connections.

The Start control starts the programmed running cycle.

2-8 Stop control normally closed (NC). Emergency button.

When pressed the gate stops immediately. In Opening phase: at the first impulse the gate closes. Break-time: at the first impulse the gate closes In Closing phase: at the first impulse the gate opens.

If temporarily the Stop contact is not used, link terminal 2 with terminal 8.

3-8 Input of one safety photocell in closing phase.

Input of safety rubber edges and of safety photocell in closing phase. Input of several safety photocells in closing phase.

The receiver contacts must be connected in series. Normally closed (NC). In opening phase: does not work In closing phase: Stop, break-time for 2 seconds, opening phase again.

If temporarily the photocell contacts are not used, link terminal 3 with terminal 9.

3-9 Input only for safety rubber edges in closing phase.

The contacts must be connected in series if there is more than one safety rubber edge. Normally closed (NC). In opening phase: does not work.

In closing phase: Stop, break-time for 2 seconds, opening phase again.

4-8 Input for safety photocells in opening phase (for swing gate).

Normally closed (NC). In opening phase: Stops until the obstacle has not been removed In closing phase: Stops and changes direction when the obstacle has been removed If you also want to connect the safety rubber edges, you must connect in series their contacts with the photocell ones.

If temporarily the photocell contacts are not used, link terminal 4 with terminal 9.

4-9 Input for safety rubber edges in opening phase (for swing gate).

Normally closed (NC). In opening phase: Stops until the obstacle has not been removed In closing phase: Stops and changes direction when the obstacle has been removed The contacts should be connected in series.

7-8 Pedestrian start input. Normally open (NA). 8-10 Output for photocell receiver power supply.

Output for extra 24V dc accessories power supply.

With all Standard accessories included 100 m A are still available for extra accessories.

9-10 Output for photocell transmitter power supply. 11-12 Blinker intermittent output. 24V 20W max.

TERMINAL BLOCK 2 CONNECTIONS

M1 M2

CAPACITORCAPACITOR

19 20

N L

Neutral Phase

13-14-15

16-17-18

19-20

Motor M1- output L

In case of a gate of one single leaf connect the motor to output M1, select parameter on SI, confirm with and save with push button C. CAPACITOR between terminal 13 and 15 Motor M2 Leaf that opens secondly. CAPACITOR between terminal 16 and 18

Power input 230-240 Vac - 50/60 Hz. (19=Neutral - 20=phase)

- output

eaf that opens firstly and that delays in closing phase.

TERMINAL BLOCK 3 CONNECTIONS

TERMINAL BLOCK 4 CONNECTIONS

Page 4

1 START

Terminal block 2a

3 4

1 2

START

3 PERMANENT START

COMMAND WITH TIMER

Terminal block 2a

3 4

1 2

Clock

7 8

Terminal block 2b

10 11

Terminal block 2b

2 PEDESTRIAN START

Terminal block 2b

START

Terminal block 2a

3 4

1 2

Key switch

WIRING SCHEME FOR THE Q60A NEW CONTROL UNIT

7 8

Pedestrian

10 11

7 8

Terminal block 2b

10 11

Blinker

MAX 20 W

First opening leaf, LEFT

Terminal block 3

16 17

BROWN

16 17

BLUE

OR GREY

BLACK

YELLOW / GREEN

13 14

7 8

BLUE

BLACK

BROWN

OR GREY

ONE MOTOR ONLY (RIGHT) CONNECTION

Terminal block 3

13 14

7 8

BLACK

BROWN

M1 M2 sx dx

M1 sx M2 dx

M1 dx M1 sx

INSIDE

ONE MOTOR ONLY (LEFT) CONNECTION

Terminal block 3

13 14

7 8

BROWN

BLACK

16 17

YELLOW / GREEN

4 EMERGENCY STOP BUTTON

Terminal block 2a Terminal block 2b

1 2

3 4

Safety emergency button

7 8

10 11

5 MOTORS CONNECTIONS

MyAster

First opening leaf, RIGHT

M2 M1 sx dx

Terminal block 3

13 14

7 8

BLACK

BROWN

BLUE OR GREY

16 17

BROWN

BLUE

OR GREY

INSIDE

M2 sx M1 dx

BLACK

YELLOW / GREEN YELLOW / GREEN

BLUE OR GREY

N.B.: Link terminals 2 and 8 if, an emergency

STOP button is NOT USED.

Terminal block 2a Terminal block 2b

1 2

3 4

Link terminals 2-8

Open

7 8

Terminal block 3

15 18

13 1614 17

CAPACITOR CAPACITOR

Open

Closing

Com.

M1 M2

10 11

Com.

Closing

MyHook

First opening leaf, RIGHT

Terminal block 3

13 14

7 8

BLACK

BLUE OR GREY

BROWN

16 17

BROWN

First opening leaf, LEFT

Terminal block 3

13 14

7 8

BROWN

BLUE OR GREY

BLACK

16 17

BLACK

BLUE BLUE

OR GREY OR GREY

BLACK

YELLOW / GREEN

BROWN

YELLOW / GREEN

M2 M1

sx dx

M2 sx

M1 M2 sx dx

M1 sx

INSIDE

BLUE OR GREY

YELLOW / GREEN

M1 dx

YELLOW / GREEN

INSIDE

M2 dx

YELLOW / GREEN

Page 5

ONE MOTOR ONLY (RIGHT) CONNECTION

Terminal block 3 Terminal block 3

13 14

7 8

BLACK

BLUE OR GREY

16 17

BROWN

M1 dx

YELLOW / GREEN

ONE MOTOR ONLY (LEFT) CONNECTION

13 14

7 8

BLACK

BLUE OR GREY

BROWN

16 17

YELLOW / GREEN

M1 sx

MyFlow

First opening leaf, RIGHT

Terminal block 3

13 14

7 8

16 17

M2 sx

INSIDE

M2 sx

M1 dx

MyShark

First opening leaf, RIGHT

Terminal block 3

13 14

7 8

BROWN

BLUE OR GREY

BLACK

16 17

BLACK

BLUE OR GREY

First opening leaf, LEFT

Terminal block 3

13 14

7 8

BLACK

BLUE OR GREY

BROWN

16 17

BROWN

BLUE OR GREY

M2 sx

BROWN

M1 sx

BLACK

YELLOW / GREEN

M2 sx

M1 sx

INSIDE

M1 dx

M2 dx

M1 dx

YELLOW / GREEN

M2 dx

YELLOW / GREEN

BROWN

BLUE OR GREY

BLACK

BROWN

BLACKBLACK

BLUE OR GREY

First opening leaf, LEFT

Terminal block 3

13 14

7 8

BROWN

BLUE OR GREY

BLACK

16 17

BROWN

BLUE OR GREY

ONE MOTOR ONLY (RIGHT) CONNECTION

Terminal block 3

13 14

7 8

BROWN

BLACK

16 17

M1 dx

YELLOW / GREEN

M1 sx

YELLOW / GREEN

M1 M2 sx dx

INSIDE

M2 dx

YELLOW / GREEN

ONE MOTOR ONLY (LEFT) CONNECTION

Terminal block 3

13 14

7 8

BLACK

BLUE OR GREY

BROWN

16 17

M1 sx

YELLOW / GREEN

ONE MOTOR ONLY (RIGHT) CONNECTION

Terminal block 3

13 14

7 8

BROWN

BLUE OR GREY

16 17

BLACK

M1 dx

YELLOW / GREEN

BLUE OR GREYBLUE OR GREY

ONE MOTOR ONLY (LEFT) CONNECTION

Terminal block 3

13 14

7 8

BROWN

BLACK

16 17

YELLOW / GREEN

M1 sx

YELLOW / GREEN

Page 6

6 CONNECTING PHOTOCELL IN CLOSING PHASE

TRAS

-AC

+AC

7 ELECTRO-LOCK INTERFACE BOARD(MEL)

IF YOU WANT TO CONNECT THE MEL INTO CN

• CONNECT THE ELECTRO LOCK

8 = Power supply + PHOTO RX 9 = Power supply + PHOTO TX 10= Power supply - COM. PHOTO TX/RX

3 - 8 = Photocells connection

3 - 9: Link terminals 3 and 9 if the photocells

are not used in the closing phase.

PHOTOCELLS CONNECTIONS

• CHANGE THE PARAMETERS - AND

P0 P I

ELECTRO LOCK

12V 15W

8. 8.

MEL

12V dc 24V ca

24V dc

3 4

1 2

Terminal block 2a Terminal block 2b

7 8

CONNECTING PHOTOCELL IN OPENING PHASE

TRAS

-AC

+AC

12V dc 24V ca

24V dc

3 4

1 2

Terminal block 2a Terminal block 2b

7 8

12V dc

24V dc 24V ca

10 11

-AC

+AC

1 2

Terminal block 2a Terminal block 2b

PHOTOCELLS CONNECTIONS

8 = Power supply + PHOTO RX 9 = Power supply + PHOTO TX 10= Power supply - COM. PHOTO TX/RX

4 - 8 = Photocells connection

4 - 9: Link terminals

12V dc

24V dc 24V ca

10 11

1 2

Terminal block 2a Terminal block 2b

link terminals 3 - 9

3 4

are not used in the opening phase.

3 4

4 and 9 if the photocells

link terminals 4 - 9

7 8

7 8910 11

7 8

7 8910 11

10 11

MyGate Q60A-R User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual