SAMT GE UNI R DL Technical specifications

CONTROL UNIT FOR TWO-LEAF GATES
INSTRUCTIONS AND WARNINGS FOR INSTALLATION, USE AND MAINTENANCE
GE UNIR DL
GE UNI R DL
GE UNI RS DL

I R DLNUEG
Cenr
tae
ld
c
io
mandop
e
rc
ane
ca
i
l
ld
uea
ne
t
r
t
s
Iur
e
v
v
a
e
i
no
iz s
n
i
`
l
r
e
p
e
z
n
e
t`
l
,
en
o
i
z
a
l
l
a
te
o
s
um
a
l
n
aue
n
o
i
z
n
e
t
8
/
"%
'
/
"%
'8
8
/"
%'
STANDARD INSTALLATION
Tab. 1: Components and devices of a typical GE UNI R DL automation.
Tab. 2: Description of the content of a GE UNI R DL control unit pack.

052.mm
481.mm
04mcnim
5
3
4
1
2
GEBOX ASSEMBLY INSTRUCTIONS.

• Use the power supply cable provided with the operator only.
• The power cable provided may not be extended or shortened
This manual does not describe how the electrics system should be prepared for connection to the mains. It does, however, give the following warnings:
• The electricity supply line must be installed and connected by an authorised electrician or professional fitter.
• The electricity supply must be adequately protected against short circuits and static discharge.
• T
he power supply network must contain an omnipolar circuit breaker with a contact opening distance equal to or greater than 3.5 mm that
assures the complete disconnection of the power supply.
Fitters must make the connections of the 230 Vac 50 Hz electricity supply, and the various automation devices.
Connections between the control unit, motor, encoder and transformer have already been performed by the Manufacturer.
• O
nce the connections to the control unit have been made, the Fitter must use bands to join adjacent wires into groups of 2, 3 or 4 in order to prevent
t hem coming away from the terminal board: bands must be attached as close as possible to the terminals, no more than 10mm away, taking care not
to damage wire insulation. No cable may remain unpaired.
• The bands are only for unsheathed cables (sheathed cables are held in place by the sheath).
• Pay careful attention not to pair wires with voltages higher than 50 Volt RMD with lower voltage wires.
• The wiring performed internally by the manufacturer is already equipped with clamping bands.
L7
L8
L9
L10
L11
L12
There is a row of 6 LEDs on the right hand side of the board, under the terminals.
the NC inputs, stop and photo, the corresponding LEDs L7, L11 and L12 are
normally lit; for the NO inputs open, close and step, the corresponding LEDS
L8, L9 and L10 are normally off. These LEDs therefore indicate any malfunction
of the connected devices.
ATTENTION: the cables used must be suited to the type of installation.
It is the Fitter’s responsibility to choose appropriate material.
Pos. Type of cable
Connection
Electricity supply line
Internal button panel.
Sensitive strip (signal)
Power supply
Flashing light
Radio aerial
Tx Photo
Rx Photo
Selector
3x1,5 mm2cable
6XSSOLHGZLWKPRWRU
Screened RG58 50 Ω cable
4x1 mm2cable
2x1 mm2cable
2x1 mm2cable
3x1 mm2cable
3x1 mm2cable
2x1 mm2cable
1.2 List of electric cables
The cables needed may vary depending on the installation and type and quantity of devices installed.
The cables used in the installation must be IEC 60335 compliant.
FUSES
Two internal Fuses
a)F1 protects the secondary 24v supply against
transformer overload
Technical: Mini fuses 5x20 T1.6A certificated by IEC
60127 or EN 60127
b)F2 protects the primary 24v supply against motor
overload
Technical: Mini fuses 5x20 T3.15A certificated by IEC
60127 or EN 60127
possible
• If it is possible that wires subject to voltage higher than 50 Volt RMS and very low voltage
s
• All wires must be unsheathed as little as possible (6mm at the most), as close as
to the connection terminals, in order to prevent accidental contact with live parts should the
cables disconnect from the terminals.
voltage safety wire must have an insulating sheath at least 1mm thick.
afety wires may come into contact with one another, wires with voltage higher than 50 volt RMS must be insulated with a sheath; or the very low
• Do not pre-seal cables to be fastened to the terminals using screws.
• No external connection cables must be of the flat twin tinsel cord type.
Indicator LEDs
Control unit connections
Setting up the electric system and connection to the mains supply

24 Vac 3W max
230 Vac 25W max
CAPACITOR
230 Vac 40W max COUTESY LYGHT
FLASHING
ELECTRIC LOCK
INDICATOR LIGHT
MOTOR2 OPEN
COMMON MOTOR2
MOTOR2 CLOSE
MOTOR1 OPEN
COMMON MOTOR1
MOTOR1 CLOSE
OUTPUT 24 Vac 200 mA max
PHOTO1
PHOTO
STEP
12 Vac 15VA
1
2
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
L1
RG58-50ohm
AERIAL
N.C.
N.O.
N.O.
N.O.
N.C.
N.C.
L1
L2
230 Vac
CAPACITOR
V0
V21
V42
MOC
ON CN
RX
V0
V21
V42
TX
6
12
15
16
1
2
24
25
23
25
1
CN
O
N
MOC
6
7
10
2
3
5
6
7
13
16
230 Vac 40W max
14
16
4
24 Vac 3w max
230aV
GE UNI R DL
EULB NWORB
KCALB
EGNARO
4!
8
9
6
-
1 - 2 Aerial: aerial cable input 1 sheath, 2 cables. Use a RG58- 50ohm cable
6 Common: for stop, open, close, step and photo inputs.
6 - 7 STOP* : programmable NC input, commands gate stoppage. Can be connected to safety devices such as an emergency stop button.
When the command is released automatic closure never occurs and a new movement command must be given.
Leave jumpered if no device is envisaged
6 - 8 OPEN: NO input, commands gate opening.
6 - 9 CLOSE: NO input, commands gate closure.
6 -10 STEP: NO input, commands gate movement according to the following cycles:
SEMI-AUTOMATIC MODE: Open, stop, close, stop.
4-STEP MODE Open, pause, close, pause.
4-STEP with stop : OPEN-STOP-CLOSE-STOP
CONDOMINIUM MODE: Open.
6 -11 PHOTO 1*:
programmable NC input for photocells or safety devices. Causes gate stoppage during both opening and closure. Motion
resumesduring opening when the photocell or safety device is disengaged.
Leave jumpered if no device is envisaged.
6 - 12 P
HOTO: NC input for photocells or safety devices. Does not intervene during gate opening; during closure causes reversal of gate motionuntil open.
Leave jumpered if no device is envisaged.
16 - 13 ELECTROLOCK 12 V ac output for connection of the 12 Vac 15 VA electrolock.
16 - 14 INDICATOR LIGHT : 24Vac 3W max output, for connecting an indicator light that copies the function of the flashing light during movement
and that remains on when the gate is open.
16 - 15 24 V ac OUTPUT : power supply for various devices, 200 mA max.
16 ELECTROLOCK, INDICATOR LIGHT AND 24 V ac OUTPUT COMMON.
25 FLASHING OR COURTESY LIGHT POWER SUPPLY COMMON.
19 PHASE 2, CAPACITOR
17 PHASE 1, CAPACITOR
18 COMMON OPERATOR 2 POWER SUPPLY: 230 Vac 50 Hz output 300 W max.
22 FASE 2, CONDENSATORE
20 FASE 1, CONDENSATORE
21 COMMON OPERATOR 1 POWER SUPPLY: 230 Vac 50 Hz output 300 W max.
23 - 25 FLASHING LIGHT: 230 Vdc 25W max output for connecting a SPLENDOR SRL flashing light characterised by three flashing modes:
1) slow during door opening; 2) fast (flashing times halved) during closure. 3) three flashes and a pause to indicate a fault state or travel identification.
COURTESY LIGHT: 230 Vdc 40W max. output for connecting a courtesy light that switches on at the start of each movement (opening
or closure) and is characterised by an adjustable on time.
24 - 25
230Vac 50Hz POWER SUPPLY, fusable input L2.
L 2
L 1
For PHOTO and PHOTO1
input functions
see page 7

PHASE 2
PROGRAMMING THE TRAVEL
PHASE 3
AACKNOWLEDGMENT OF THE TOTAL OPENING RADIOCOMMAND
a) P ress , the green led (SX)will light and the red one A will
switch on.
b) H
old down the key (P1) on the radio control until all five LEDs
light .
c) Wait 25 seconds or press two times again to quit.
ACKNOWLEDGMENT OF THE PEDESTRIANS’ OPENING
RADIOCOMMAND
a) P ress , two times, the green (left) and the red (right)
led switch on.
b) K eep the button (P2) pushed untile all the five leds switch on
.
The automation is now programmed.
SEMIAUTOMATIC mode is enabled: by giving the ‘STEP’ command, the automation changes movement following the sequence 1 –OPEN2 – STOP 3 –
CLOSE 4 – STOP. Automatic re-closure is not enabled.
Once programming is complete, the key acts as a STEP command.
PHASE 1
PROGRAMMING THE CONTROL UNIT
DEFINING THE STOP PLATES
Ensure that the automation’s opening and closure stop plates have been fixed.
P1 P2
1
12
HSILGNE
OFF
230V
OFF
13
ON
ON
230V
2
OFF
230V
N.B. In case just one motor is utilised, choose from Menu Options 2 “Activate single motor” and connect on terminals 20-21-22
b) Press for 5seconds, the5 LEDs will light and
then start flashing.
c) P
ress and the gate starts rolling, if it opens
press again to invert the movment.
T
he first activated limit switch has to be the one of the
closing system.
Finished the two flash programming
green LED will be lit and a steady light led the two
reds.
If the result was not satisfactory, you can
perform a programming manual to determine the
lags. See Section 3.3.4
a) Position the leaf gates at 45°.
STOP PLATES - Ensure that the open and close stop plates are set to the correct position
SINGLE MOTOR - In the case of a single gate installation connect the motor into terminals 20-21-22
before programming enter the options menu 2 and select single motor activated (led 4 on)
ISOLATION
SWITCH - A means of isolation must be connected to the incoming supply cable, local to the control
board, to aid programming.
PROGRAMMING RADIO TRANSMITTERS
TOTAL OPENING COMMAND
•Press the radio icon button (top left) once.
The left green led will light and the first
(L to R) of the top 5 led’s (A) will light.
•Hold down the button on the transmitter that
you want to perform a total opening of the
gates. Once the top 5 led’s light the transmit-
ter has been coded.
•To exit wait 25 seconds or push the radio icon
button twice.
PEDESTRIAN OPENING COMMAND
(ACTIVE ON MOTOR 1)
•Press the radio icon button (top left) TWICE.
The left green led will light and the second
(L to R) of the top 5 led’s (B) will light.
•Hold down the button on the transmitter that
you want to perform a pedestrian opening of
the gate. Once the top 5 led’s light the trans-
mitter has been coded.
POWERING UP - With the power off, hold the start button down ,reinstate the power supply and release the
button. The red led’s will flash
NOTE: Carrying out this operation will reset the previously stored perameters
Once programming is complete the START button acts as a step command
Secs
PROGRAMMING THE CONTROL BOARD
PHASE 1
OFF
230V
OFF
13
ON
ON
230V
2
OFF
230V
AUTOMATIC PROGRAMMING
•Position the gate leafs at 45 degrees.
•Press the start button for 5 seconds, the 5 leds
at the top of the board will light and start to
flash.
•Press the start button and motor 2 should run
closed. If it runs open,
electric motors to invert the movement. The red
and green led’s will flash.
•Once motor 2 has closed, motor 1 will then
close, once closed it will re-open followed by
motor 2. Once both motors are open, motor 1
will start to close again followed by motor 2.
•Once both motors have completed this full
close cycle the programming is complete and
the red led’s will light and green led’s will
flash. The gates will now operate on the start
button in semi automatic mode.OPEN-STOP-
CLOSE-STOP
•This programming will set a default leaf delay
time. If you wish to change this please refer to
the manual set up instructions (page 10)
•You can now encode the radio transmitters
and enter the programming menus to suit the
type of operation required.
you must invert the cables of

2 RADIO CONTROL MANAGEMENT
The control unit is fitted with a built-in radio receiver with a 1 channel 1000-code memory, with a 433.92 MHz frequency with LIFE Rolling
Code and Auto code encoding.
2.1 Resetting an initialised radio control
 

45"35
 

45"35
P
))
a) P ress , for 5 seconds, the green LED will light and
then start flashing.
b) H
old down the key on the radio control until all five LEDs
light , the remote control has been reset.
c) Wait 25 seconds or press again to quit.
2.2 Resetting all identified radio controls
 

45"35
 

45"35
)) ))
a) P ress for 5 seconds, the green LED will light and
then start flashing.
b) P
ress for 5 more seconds , the first two and the
l ast two LEDs will flash alternatively
.
A
fter alternate flashing all initialised remote controls are reset.
c) A ttendere 25 secondi o premere nuovamente per uscire.
HSILGNE
DELETING A SINGLE RADIO TRANSMITTER
DELETING A SINGLE RADIO TRANSMITTER
•
•
Press the radio icon button (top left) for 5
Press the radio icon button (top left) for 5
seconds. The left green led will light and
seconds. The left green led will light and
start flashing.
start flashing.
•
•
Hold down the button on the transmitter you
Hold down the button on the transmitter you
wish to delete until all the top 5 led’s light.
wish to delete until all the top 5 led’s light.
The transmitter has been deleted
The transmitter has been deleted
•
•
To exit wait 25 seconds or push the radio
To exit wait 25 seconds or push the radio
icon button once.
icon button once.
Secs
Secs Secs
DELETING ALL RADIO TRANSMITTERS.
DELETING ALL RADIO TRANSMITTERS.
•
•
Press the radio icon button (top left) for 5
flashing.
flashing.
• five more seconds, the first two and
five more seconds, the first two and
the last two led’s will flash alternatively. All
flash alternatively. All
transmitters have been deleted
Photo Input
Photo Input
Opening - No effect, continues to open.
Opening - No effect, continues to open.
Closing - Re opens.
Photo1 input
Photo1 input
Opening - Stops and continues opening when
Opening - Stops and continues opening when
photocells are cleared.
DELETING RADIO CONTROL TRANSMITTERS
PHOTOCELL FUNCTIONS

3.1.2 Automatic reclosure
Automatic reclosure is activated after a preset PAUSE TIME.
In this mode, by pressing the ‘STEP’ key, the automation changes its motion according to the sequence 1 – OPEN 2 – PAUSE 3 – CLOSE 4 - PAUSE;
for example, if the automation is opening and one selects the step command on the remote control, the automation stops in pause; conversely, if the
automation is closed, when the step command is given it opens. PAUSE TIME is intended as the pause time before automatic re-closure.
Press and to set the various PAUSE TIME values.
Wait 25 seconds or press again to quit.
 

45"35
 

45"35
 

45"35



Press the green LED (RIGHT) switches on :
• i
f none of the LEDs is switched on, automatic
reclosure is not enabled, to enable it press ;
• i
f at least one of the LEDs is switched on,
a utomatic reclosure is enabled, to deactivate it press
until all the LEDs switch off.
LEDS ON PAUSE TIME
AUTOMATIC RE-CLOSURE IS NOT ENABLED
5 s
10 s
30 s
60 s
120 s








PROGRAMMING MENUS
PROGRAMMING MENUS
AUTOMATIC CLOSING
In this mode by pressing the start button or
In this mode by pressing the start button or
radio transmitter the automation changes it
SELECTING A PAUSE TIME
SELECTING A PAUSE TIME
•
•
Press the time button (top right) and
LEDS OPTIONS 1
No function is active.
Residential : The automation closes automatically after the
set PAUSE TIME
Functioning mode as OPEN – STOP – CLOSE – STOP.
Activation of the electrolock.
Input STOP becomes FOTO2, the photocell is activated
also for the opening phase
When gate has been opened, after passing between the
photocells the gates will close
,
OPTION MENU 1
OPTION MENU 1
Press the option button (bottom right) once, then press in sequence to scroll through the options as shown by the five
Press the option button (bottom right) once, then press in sequence to scroll through the options as shown by the five
led’s at the top. The flashing of the led indicates the option selected. The + button is used to select the function indicated
flashing of the led indicates the option selected. The + button is used to select the function indicated
by the led staying lit without flashing. The – button will de select the option, led off. To exit continue to scroll through to
flashing. The – button will de select the option, led off. To exit continue to scroll through to
option 5.
5”
LEDS
No function is active.
Deceleration when reaching end points
Activate extra-stroke on closing and opening.
Preflashing
Single motor activated (connect on terminals 20-21-22)
Soft Start
OPTIONS 2
OPTION MENU 2
OPTION MENU 2
Press the option button (bottom right) for 5 seconds, then press in sequence to scroll through the options as shown by
Press the option button (bottom right) for 5 seconds, then press in sequence to scroll through the options as shown by
the five led’s at the top. The flashing of the led indicates the option selected. The + button is used to select the function
five led’s at the top. The flashing of the led indicates the option selected. The + button is used to select the function
indicated by the led staying lit. The – button will de select the option. To exit continue to scroll through to option 5.
5Secs
(See page 7 for details)

3.2.3 Force
The force function regulates the thrust and the speed of the automation.
Wait 25 seconds or press again to quit.
 

45"35
 

45"35
Press the red LED (LEFT) switches on.
Press and to set the various force values.
Minimum
Maximum
LEDS ON FORCE VALUE












3.2.4 Obstacle detection
The automation is fitted with an obstacle detection system: the automation inverts its movement when it strikes an obstacle during the opening and
closure phases.
Sensitivity regulation consists in greater or lesser rapidity in response to the obstacle.
1) During the closure phase, if the control unit identifies an obstacle, the automation inverts motion and performs complete opening. If the obstacle is
detected 3 times consecutively, the automation stops in a completely open position awaiting a command.
2) If the control unit identifies an obstacle, the automation performs a short reversal of motion, before stopping awaiting a command.
Wait 25 seconds or press again to quit.

45"35

45"35
))
Press
MINIMUM
MAXIMUM
LEDS ON OBSTACLE DETECTION

HSILGNE
NO OBSTACLE DETECTION
FORCE
FORCE
•
•
Press the force button (bottom left) and the
OBSTACLE DETECTION
OBSTACLE DETECTION
The automation is fitted with an obstacle detection system. The automation inverts its movement when it strikes an
The automation is fitted with an obstacle detection system. The automation inverts its movement when it strikes an
obstacle during the opening and closing phases. fies an obstacle, the automation inverts the motion and performs
fies an obstacle, the automation inverts the motion and performs
a complete opening. If the obstacle is detected 3 times consecutively, the automation stops in the open position
fies an obstacle on opening, the automation performs a short reversal of motion, before
fies an obstacle on opening, the automation performs a short reversal of motion, before
stopping awaiting a command.
MINIMUM
MAXIMUM
LEDS ON OBSTACLE DETECTION
NO OBSTACLE DETECTION
5Secs

3.3.4 Programming Manual
LEARNING LIMIT CLOSING
SFAS OPEN
LEARNING SFAS CLOSING.
1 1
22
1 2
1 2
1 2
1 2 12 1 2
a) Press for 5 seconds, the first 5 leds light up and
after flash
The programming can be done manually with a button
connected to terminals 6-10 STEP BY STEP or the radio
previously stored.
a) Learning door closing switch 2. Give the command
step (A) the door (2) reaches and is pushing for a moment the
switch
closing. When the door (2) learned of the switch closure
remains on only the red LED (DX).
b) Learning end closing door 1st Giving back
the command step (A) reaches the door and push for a
moment the
switch closure. If the switch closure has been learned
successfully remain on the central lit only red LED.
a) Give the command step (A) and release the shutter (1)
opens. Al reaching the point where you want to open the
door (2)
Opening lag to the command step (A) and release it:
the door (2) opens.
b) The two doors shall open now and until reaching
pushing for a moment their opening switches. If the
Opening switches have been properly learned about Central
remain turned on only the red LEDs.
a) Give the command step (A) and release the shutter (2) closes.
Al reaching the point where you want to quit
the door (1) (delay of closure) to the command step (A)
the door (1) closes. The two proceed hours before closing
until reaching and pushing for a moment the respective switches
closing.
b) When both the doors (1) and (2) reached the end of
closing to verify that flashing the two green LEDs and are fixed
the two red LEDs.
Automation is now planned. Automation is placed by default in
semiautomatic mode.
If the result is not satisfactory to reset the power and start over from scratch.
Position the leaf gates at 45°
POSITION THE GATE AT 45 DEGREES
POSITION THE GATE AT 45 DEGREES
•
•
Press the start button for 5 seconds, the first of the 5 top
Press the start button for 5 seconds, the first of the 5 top
led’s light and flash.
led’s light and flash.
•
•
The programming can be done manually with a radio trans-
The programming can be done manually with a radio trans-
mitter or a switch connected across terminal 6 & 10 .
mitter or a switch connected across terminal 6 & 10 .
MANUAL PROGRAMMING
LEARNING THE CLOSING LIMIT
LEARNING THE CLOSING LIMIT
•
•
Give a command with a radio transmitter or with a switch
Give a command with a radio transmitter or with a switch
connected across terminals 6 & 10. Motor 2 will run closed
connected across terminals 6 & 10. Motor 2 will run closed
and shut off when it drives against the close stop. The right
and shut off when it drives against the close stop. The right
red led will remain on.
red led will remain on.
•
•
Give a second command using the radio transmitter or
Give a second command using the radio transmitter or
switch and motor 1 will run closed and shut off when it
switch and motor 1 will run closed and shut off when it
drives against the close stop. The left red led will remain on.
drives against the close stop. The left red led will remain on.
LEARNING THE OPEN LIMIT
LEARNING THE OPEN LIMIT
•
•
Give a command with a radio transmitter or with a switch
Give a command with a radio transmitter or with a switch
connected across terminals 6 & 10. Motor 1 will run open.
connected across terminals 6 & 10. Motor 1 will run open.
To set the required opening leaf delay, give a second com-
To set the required opening leaf delay, give a second com-
mand when the first gate has achieved the required delay.
mand when the first gate has achieved the required delay.
•
•
The two motors will run to the open stops and shut off. The
The two motors will run to the open stops and shut off. The
two red led’s will light.
two red led’s will light.
LEARNING THE FULL CLOSING TRAVEL
LEARNING THE FULL CLOSING TRAVEL
•
•
Give a command with a radio transmitter or with a switch
Give a command with a radio transmitter or with a switch
connected across terminals 6 & 10. Motor 2 will run closed.
connected across terminals 6 & 10. Motor 2 will run closed.
To set the required closing leaf delay give a second com-
To set the required closing leaf delay give a second com-
mand using the radio transmitter or switch when motor 2
mand using the radio transmitter or switch when motor 2
has achieved the required delay.
has achieved the required delay.
•
•
The two motors will run to the closing stops and shut off. To
The two motors will run to the closing stops and shut off. To
verify the completion of the manual programming the two
verify the completion of the manual programming the two
red led’s will light and the green led’s will flash.
red led’s will light and the green led’s will flash.
If the result is not satisfactory carry out the procedure again.
If the result is not satisfactory carry out the procedure again.