Button BButton BButton BButton BButton B
PC
P
C
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
FUNCTIONS
CODE
DISPLAY
8. 8.
Decrease time
or change to NO
BUTTON A
BUTTON B
BUTTON C
BUTTON D
A
B
SI
NO
C
D
_
+
Move from the top
level menu to the lower
level menu
Cycle round the top
level menu
Increase time
or change to YES
I
IF
I
F
Button B
Motor working time
0 99
21
Motor torque
8 19
14
Motor
Deceleration time
0 (N1 - 2”)
6
19Motor power during
Deceleration
10 19
Button BButton B Button B
VALUESTIMES
FUNCTIONS
CODE
P
Delay time before
automatic closing
0 99
3
Button B
P
Pedestrian
opening time
0 99 (N1 - 1)
7
Button B
Photocells test
SOFT START
YES
YES
Motor test YES
Multi occupation NO
Deceleration on YES
Automatic closing
step by step
YES
Pre blinking NO
2P
Button B
Button B
E
P
Button B
4P
Button B
6
6
P
Button B
7P
Button B
8P
P
Button B Button B
US
Button B
P
—
A
—
A
Button A
Button AButton A
PARAMETERS
STAND BY
RADIO
DEFAULT
SEQUENTIAL
PROGRAMMING
AS
Button A
Button A
P
Press & hold button C
to set defaults
FUNCTIONS
CODE
Button B
Button B
Only
1 Motore
FUNCTIONS
CODE
I
PARAMETERS
Buse button B to move to next parameter
Cuse button C to INCREASE a numeric value or change NO to YES
Duse 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 .
US
RESTORABLE FUSE 24V
IMPORTANT:
restore itself after few seconds.
If a temporary short circuit occurs the fuse will
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.
DISPLAY SIGNALS
Opening
Closing
Delay time before
automatic Closing
Press & hold
C to SAVE changes
button
Press
to ABANDON changes
button D
standard
default
values
A B
A
B lower level menu button
C button to increase or change to yes (si)
D button to decrease or change to no
F1 230V fuse 2A
F2 24V fuse (restorable) 0,6A
F3 24V fuse (restorable) 1,6A
DISPLAY 7 SEGMENTS Display
M1 radio/aerial terminal block
M2A/M2B Controls and safety devices terminal
blocks
M3 motor terminal block
M4 main power terminal block
earth connections
MR radio unit
CN not used connector
Z2 filter
K1/ K2 motor relay
K3 blinker relay
VI Primary Varistor
V2 Secondary Varistor
top level menu button
CONTROL UNIT COMPONENTS
07_2011_prof_gb
Q60S
F
Magnetic limitswitch NO
Proteco S.r.l. Via Neive, 77
12050 Castagnito (CN) ITALY
Tel. +39 0173 210111 - Fax +39 0173 210199
www.proteco.net - [email protected]
A B
CONTROL UNIT
FOR SLIDING GATES
230V
Q60S/R
Morsettiera 2
19 20
13 14 15
Morsettiera 4Morsettiera 3
1 2 3 4 5 6 7 8 9 10 11 12 A
24V
AC
AC
V1
F1
K3
Z2
230V
N
L
B
K2
K1
Red
Red
Black
Black
DISPLAY V2
8. 8.
A
B
SI
NO
C
D
_
+
Transformer
230V / 23V
F2F2
F3
CN
Q60S
Red
Black
White
Aerial
EXTERNAL RADIO PANEL
EXTERNAL
RADIO
PANEL
THE RADIO PANEL CAN ALSO BE PLACED
INSIDE THE BLINKER TO FURTHER IMPROVE
THE RADIO RANGE
WARNING :
Before proceeding with the control board commissioning, check which kind of limit
switch is installed on the motor.
The control board is preset to work with electromechanical limit switches.
In case of magnetic limit switch please select parameter:
u
Method 1 = STANDARD u
Method 2 = SEQUENTIAL
Example:
Increase the motor working time by 5 seconds
With the switched on control board , ensure that the display shows :
Press button Auntil the display shows
Press button Buntil the display shows
Wait until the display shows
Press 5 times the Cuntil the display shows
Press button B ntil the display shows
Press the button C for some seconds ntil the display shows
The motor working time has been increased from 21 to 26 seconds
Warning:
Before powering up and programming the control unit refer to the wiring scheme and then:
1Check that the motor connections are correct (method 2)
2Check that the photocell connections are correct
Important:
If the photocells are not installed in closing phase, you must link terminals 3 and 9. SLIDING GATE SEQUENTIAL PROGRAMMING
If the photocells are not installed in opening phase, you must link terminals 4 and 9.
3Check that the control connections are correct. a) Press button A (steps through the top menu) until the display shows
Important:
If an emergency stop button is not fitted, you must link terminals 2 and 8. b) Press button B (steps through the sub-menu) until the display shows
4Use the motor release key supplied to disengage the electric motor from the
mechanical drive; then close the gate and re-engage. c) Give a START signal: the leaf starts opening and the display shows
5Power the control unit up
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.
STANDARD PROGRAMMING PROCESS (Method 1)
e) When the opening phase has been completed (OPENING LIMIT
a) Give a START signal (terminal 1 and terminal 8). SWITCH) and the display shows , the control board has stored the
After an opening movement of about 240mm, the deceleration phase will start (since opening and deceleration times and starts calculating the “stay open”
the control board is pre-adjusted for an opening of 2,50 m). T (pause) time
he motor will wait about 3 seconds and after that will start again with the closing phase.
f) At the reaching of the desired pause time, give another START impulse.
b) Give a START signal to verify which functions and times are not suitable with the The control board has stored the “stay open” time and the gate starts the
installation and take note. closing cycle.
c) Enter the programming phase through the buttons A and B to reach the wished g) When the closing cycle has completely finished, till the complete closure
parameter of the gate, the control unit automatically exits from the sequential
d) Use the buttons C and D to change or confirm every single parameter programming process and all the working times have been saved.
e)IMPORTANT: save the changes by selecting the parameter and pushing the
button C.
SEQUENTIAL PROGRAMMING
PROGRAMMING THE Q60S W PARAMETERS
SELF-DIAGNOSIS DISPLAY MESSAGES
US
I
I
I
P
A
S
P E
CF
Closing phase photocell
beam interruoted
or wiring fault
Pedestrian start signal
(short circuit between
terminal7 & 8)
Limit switch
in opening phase
Motor problem (wiring
fault, obstruction or
torque setting too low)
Limit switch
in closing phase
F A
5
C
A
.
P A
I
I
S U
2 5
— —
— —
Photocell’s test error
E
Both opening and closing
phase photocell beam
interrupted or wiring fault
Start signal
(short circuit between
terminal 1 & 8)
Stop pressed
(or open circuit between
terminal 2 & 8)
Radio fob
continuously
trasmitting
SPECIAL FUNCTIONS
P A
E
P
2
P
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:
st
- 1 impulse starts the opening phase
nd
- 2 impulse stops the opening phase
rd
- 3 impulse starts the closing phase
MULTI-USER FUNCTION
when set to YES (“SI”):
The control unit will not accept any
command during the opening phase
PROGRAMMING THE RADIO
IMPORTANT:
LLLLL
BEFORE PROGRAMMING FOR THE FIRST
TIME THE RADIO RECEIVER, DELETE ALL THE RECORDED TEST CODES.
SEE FUNCTION AT THE BOTTOM OF THIS CHAPTER
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
IN CASE OF TRANSMITTERS WITH DIP-SWITCHES, SET THE
MICROSWITCHES TO CREATE A NEW PERSONAL CODE.
(For security reasons avoid to set the microswitches all in OFF or all in ON position).
IN CASE OF HIT TYPE TRANSMITTERS, THE ABOVE MENTIONED
PROCEDURE IS NOT NECESSARY BECAUSE EACH TRANSMITTER
COMES WITH ITS OWN CODE RANDOM.
A
A
A
A
A
P
C
P
C
P
P
P
P
C
C
C
A
NO
F
YES
F
PHOTOCELL OR SAFETY RUBBER EDGE
IN OPENING PHASE
TERMINAL BLOCK CONNECTIONS
All the connections must be done without power supply.
EARTH TERMINAL BLOCK CONNECTIONS
Connect the yellow/green motors cable to earth terminal A .
Connect the yellow/green network cable to earth terminal B.
TERMINAL BLOCK 2 CONNECTIONS
1-8 Start control normally open (NA) for button, key selector , radio receiver or Timer clock connection.
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 and 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 sliding gate).
Normally closed (NC).
In opening phase: Stops and changes direction for 3 seconds
In closing phase: does not work
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 safety rubber edges in opening phase (for sliding gate).
Normally closed (NC).
In opening phase: Stops and changes direction for 3 seconds
In closing phase: does not work
Using more than one safety rubber edges, the contacts must be connected in series.
5-8 Limit switch input in closing phase.
6-8 Limit switch input in opening phase.
7-8 Pedestrian start input. Normally open (NA).Only one leaf start to open
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 3 CONNECTIONS
PLEASE PAY ATTENTION TO REVERSE THE MAGNET SUPPORTS
TERMINAL BLOCK 4 CONNECTIONS
Motor M1- output
Power input 230-240 Vac - 50/60 Hz. (19=Neutral - 20=phase)
The motor is assembled to be fixed on the right side of the gate (looking from inside).
If you need to fix it on the left side of the gate and the motor has electromechanical limit switch system, you have to swap
motor wires 13 with 15 and limit switch wires 5 with 6. Capacitor between plugs 13 and 15.
If you need to fix it on the left side of the gate and the motor has magnetic limit switch system, you have to swap motor wires
13 with 15 and keep unchanged the limit switch wires.
Capacitor between plugs 13 and 15.
.
13- 14 15-
19-20
Common +24V dc
START
STOP
FCC
FCA
1 2 3 4 5 6 7 8 910 11 12
Terminal block 2
Blinker
24V max 20W
Com. -24 Photo RX/TX
+24 Photo TX
+24 Photo RX
Common
Pedestrian
Contact photo 1
Contact photo 2
N L
19 20
Neutral Phase
Terminal block 4
Open
Closing
13 14 15
M1
Terminal block 3
Capacitor
Com.
AERIAL
RED
BLACK
WHITE
EXTERNAL RADIO PANEL
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
13 14 15
13 14 15
4 EMERGENCY STOP BUTTON
Safety
emergency button
Terminal block 2
WIRING SCHEME FOR THE Q60S CONTROL UNIT
1 START
Terminal block 2
2 PEDESTRIAN START
START
Pedestrian
Terminal block 2
N.B.: Link terminals 2 and 8 if an emergency STOP
button is NOT USED
Link terminals 2-8
Terminal block 2
BLINKER
MAX 20W
KEY SWITCH
Terminal block 2
Terminal block 2
CLOCK
3 PERMANENT START COMMAND WITH TIMER
5 MOTOR AND LIMIT SWITCH ELECTROMECHANICAL
Terminal block 3
BLACK
YELLOW / GREEN
BLUE OR GREY
BLUE OR GREY
BROWN
BROWN
BROWN
WHITE
BLACK
Terminal block 2
CAPACITOR
BLACK
YELLOW / GREEN
YELLOW / GREEN
BLUE +OR GREY
BROWN
BROWN
WHITE
BLACK
IF IT IS MOUNTED ON THE LEFT-HAND SIDE (inside view)
TO INVERT WIRE 13 WITH WIRE 15 END WIRE 5 WITH WIRE 6
Terminal block 3
Terminal block 3
Terminal block 2
Terminal block 2
13 14 15
(inside view)
MOTOR WIRING
WIRING SCHEME FOR MOTOR ON THE RIGHT SIDE AND GATE CLOSING LEFT
CAPACITOR CAPACITOR
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12 1 2 3 4 5 6 7 8 910 11 12
START
1 2 3 4 5 6 7 8 910 11 12 1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
RED
RED
REDRED
BLACK
BLACK
BLACK
MAGNETIC LIMIT SWITCHES FIXING
LOW bracket for magnetic limit on the
LEFT SIDE of the gate (opening function)
HIGH bracket for magnetic limit on the
RIGHT SIDE of the gate (closing function)
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
1 2 3 4 5 6 7 8 910 11 12
12V dc
24V dc
RF 36
Tx
+AC -0AC
Rx
+AC
+AC
+AC -0AC
24V dc
24V ca
- 0AC
- 0AC
6 CONNECTING PHOTOCELL IN CLOSING PHASE
CONNECTING PHOTOCELL IN OPENING PHASE
4 - 9:
not used in the opening phase.
Link terminals 4 and 9 if the photocells are
PHOTOCELLS CONNECTIONS
8= Power supply + PHOTO RX
9= Power supply + PHOTO TX
10= Power supply - COM. PHOTO TX/RX
4 - 8 = Connections photocells
Link terminals 4 - 9
Terminal block 2
3 - 9: Link terminals 3 and 9 if the photocells are
not used in the closing phase.
PHOTOCELLS CONNECTIONS
8= Power supply + PHOTO RX
9= Power supply + PHOTO TX
10= Power supply - COM. PHOTO TX/RX
3 - 8 = Connections photocells
Link terminals 3 - 9
Terminal block 2
Terminal block 2
Terminal block 2
12V dc
RF 36
Tx
+AC -0AC
Rx
+AC
+AC
+AC -0AC
24V dc
24V ca
24V dc
- 0AC
- 0AC
12V dc
24V ac
12V dc
24V ac
MOTOR AND LIMIT SWITCH WIRING IN CASE OF USE WITH ROAD BARRIER
RIGHT
control unit
FC
STOP
FC
AP
FC
CH
1 2 3 4 5 6 7 8 910 11 12
N.B. : TO REVERSE THE OPENING SIDE PLEASE SEE THE BARRIER INSTRUCTION MANUAL
BLUE
BLUE
BROWN
BROWN
13 14 15
BLUE OR GREY
BROWN
BLACK
BLACK
LOW bracket for magnetic limit on the
LEFT SIDE of the gate (closing function)
HIGH bracket for magnetic limit on the
RIGHT SIDE of the gate (opening function)
BROWN
CAPACITOR
YELLOW / GREEN
BLUE +OR GREY
Terminal block 3Terminal block 2
13 14 15
WIRING SCHEME FOR MOTOR ON THE LEFT SIDE AND GATE CLOSING RIGHT
(inside view)
MOTOR WIRING
1 2 3 4 5 6 7 8 910 11 12
Red Red
Red
Red
BLACK
BLACK
BLACK
MAGNETIC LIMIT SWITCHES FIXING
-
1
-
2
-
3
-
4
-
5
-
6
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