SEA GATE 1 DG R2BF User manual

67410179 REV. 13 - 042020
ED
CONTROL UNIT FOR SLIDING GATES SWING GATES ARRIERS AND GARAGE DOORS
SEA USA Inc.
10850 N.W. - 21st - unit 160 - Doral - MIAMI
Florida (FL) - 33172 - USA
Telephone -  ++1-305.594.1151 ++1-305.594.7325
Toll free: 800.689.4716
www.sea-usa.com
[email protected]

INEININ
All the aboe described operations must be made eclusiel b an authoried installer
Clean and grease parts in movement wheels
counter-connecting rod release etc.
Check for corroded parts and replace if
necessary
Check if the screws and all mounting
hardwares are properly tighten
Annual
Annual
Annual
Check the conditions of wear and tear of the
devices in movement
Check the correct drain of the rainwater
Check the integrity of the connection cales
Annual
Annual
Annual
nspect the track for any signs of cracking or
separation
Ensure that the gate moves freely
Annual
Annual
Check and confirm the proper operation of all
safety devices photocells edge sensors etc
Check and confirm the operation of all
installed accessories
Check and confirm the operation of the
manual release
Annual
Annual
Annual
TURNING ON TE POWER
Check the attery conditions and e sure that
connections are free of corrosion
Verify the functionally of the attery ackup
or power failure option
Y MAIN POWER SOURCE TURNED OFF
Annual
TURNING OFF TE POWER
CCCC
GENERAL SAFETY PRECAUTIONS
The following precautions are an integral and essential part of the product and must e supplied to the user ead
them carefully as they contain important indications for the safe installation use and maintenance.
1. These instruction must e kept and forwarded to all possile future users of the system.
2. This product must e used only for that which it has een expressly designed.
3. Any other use is to e considered improper and therefore dangerous.
4. The manufacturer cannot e held responsile for possile damage caused y improper erroneous or
unreasonale use.
5. Avoid operating in the proximity of the hinges or moving mechanical parts.
6. Do not enter the path of the moving gate while in motion.
7. Do not ostruct the motion of the gate as this may cause a situation of danger.
8. Do not allow children to play or stay within the path of the moving gate.
9. Keep remote control or any other control devices out of the reach of children in order to avoid possile involuntary
activation of the gate operator.
10. n case of reak down or malfunctioning of the product disconnect from the main power source.
Do not attempt to repair or intervene directly contact only ualified personnel for repair.
11. Failure to comply with the aove may create a situation of danger.
12. All cleaning maintenance or repair work must e carried out y ualified personnel.
13. n order to guarantee that the system works efficiently and correctly it is important to have the manufacturers
instructions on maintenance of the gate and operator carried out y ualified personnel.
14. n particular regular checks are recommended in order to verify that the safety devices are operating correctly.
All installation maintenance and repair work must e documented and made availale to the user.
IMPORTANT SAFETY INSTRUCTIONS
WARNING  To reduce the risk of injury or death:
1. EAD AND FLL ALL NSTUCTNS.
2. Never let children operate or play with gate controls. Keep the remote control away from children.
3. Always keep people and oects away from the gate. N NE SULD CSS TE PAT F TE MVN ATE.
4.Test the gate operator monthly. The gate MUST reverse on contact with a rigid oect or stop when an oect
activates the non-contact sensors. After adusting the force or the limit of travel retest the gate operator. Failure to
adust and retest the gate operator properly can increase the risk of inury or death.
5. Use the emergency release only when the gate is not moving
6. KEEP ATES PPEL MANTANED. ead the owners manual. ave a ualified service person make
repairs to gate hardware.
7. The entrance is for vehicles only. Pedestrians must use separate entrance.
8. Every gate operator installation MUST have secondary protection devices agains entrapments such as edge
sensors and photo eams more in particulary in places where the risk of entrapments is more likely to occur
9. SAVE TESE NSTUCTNS
!
PERIODICAL MAINTENANCE
2

GENERAL SAFETY INFORMATION
An appliance shall e provided with an instruction manual. The instruction manual shall give instructions for the
installation operation and user maintenance of the appliance.
The installation instructions shall specify the need for a grounding-type receptacle for connection to the supply and
shall stress the importance of proper grounding.
The installation instructions shall inform the installer that permanent wiring is to e employed as reuired y local
codes and instructions for conversion to permanent wiring shall e supplied.
nformation shall e supplied with a gate operator for
a The reuired installation and adustment of all devices and systems to effect the primary and secondary protection
against entrapment where included with the operator.
 The intended connections for all devices and systems to effect the primary and secondary protection against
entrapment. The information shall e supplied in the instruction manual wiring diagrams separate instructions or the
euivalent.
Vehicular gate operators (or sstems)
A vehicular gate operator shall e provided with the information in the instruction manual that defines the different
vehicular gate operator Class categories and give examples of each usage. The manual shall also indicate the use for
which the particular unit is intended as defined in lossary Section 3. The installation instructions for vehicular gate
operators shall include information on the Types of gate for which the gate operator is intended.
A gate operator shall e provided with the specific instructions descriing all user adustments reuired for proper
operation of the gate. Detailed instructions shall e provided regarding user adustment of any clutch or pressure relief
adustments provided. The instructions shall also indicate the need for periodic checking and adustment y a ualified
technician of the control mechanism for force speed and sensitivity.
nstructions for the installation adustment and wiring of external controls and devices serving as reuired protection
against entrapment shall e provided with the operator when such controls are shipped with the operator.
nstructions regarding intended installation of the gate operator shall e supplied as part of the installation instructions
or as a separate document. The following instructions or the euivalent shall e supplied where applicale
IMPORTANT INSTALLATION INSTRUCTIONS
a nstall the gate operator only when
1 The operator is appropriate for the construction of the gate and the usage Class of the gate
2 All openings of a horizontal slide gate are guarded or screened from the ottom of the gate to a minimum of 4 feet
1.22 m aove the ground to prevent a 2-1/4 inch 57.2 mm diameter sphere from passing through the openings
anywhere in the gate and in that portion of the adacent fence that the gate covers in the open position
3 All exposed pinch points are eliminated or guarded and
4 uarding is supplied for exposed rollers.
 The operator is intended for installation only on gates used for vehicles. Pedestrians must e supplied with a
separate access opening. The partial access opening shall e designed to promote pedestrian usage. Locate the gate
such that persons will not come in contact with the vehicular gate during the entire path of travel of the vehicular gate.
c The gate must e installed in a location so that enough clearance is supplied etween the gate and adacent
structures when opening and closing to reduce the risk of entrapment. Swinging gates shall not open into pulic access
areas.
d The gate must e properly installed and work freely in oth directions prior to the installation of the gate operator. Do
not over-tighten the operator clutch or pressure relief valve to compensate for a damaged gate.
e The gate operator controls must e placed so that the user has full view of the gate area when the gate is moving and
AA FM TE ATE PAT PEMETE.
f Controls intended for user activation must e located at least six feet 6 away from any moving part of the gate and
where the user is prevented from reaching over under around or through the gate to operate the controls. utdoor or
easily accessile controls shall have a security feature to prevent unauthorized use.
g The Stop and/or eset utton must e located in the line-of-sight of the gate. Activation of the reset control shall not
cause the operator to start.
h A minimum of two 2 ANN SNS shall e installed one on each side of the gate where easily visile
3

i) For gate operators utiliing a non-contact sensor:
1 See instructions on the placement of non-contact sensors for each Type of application
2 Care shall e exercised to reduce the risk of nuisance tripping such as when a vehicle trips the sensor while the
gate is still moving
3 ne or more non-contact sensors shall e located where the risk of entrapment or ostruction exists such as the
perimeter reachale y a moving gate or arrier
) For a gate operator utiliing a contact sensor:
1 ne or more contact sensors shall e located where the risk of entrapment or ostruction exists such as at the
leading edge trailing edge and postmounted oth inside and outside of a vehicular horizontal slide gate.
2 ne or more contact sensors shall e located at the ottom edge of a vehicular vertical lift gate.
3 ne or more contact sensors shall e located at the pinch point of a vehicular vertical pivot gate.
4 A hardwired contact sensor shall e located and its wiring arranged so that the communication etween the
sensor and the gate operator is not suected to mechanical damage.
5 A wireless contact sensor such as one that transmits radio freuency F signals to the gate operator for
entrapment protection functions shall e located where the transmission of the signals are not ostructed or
impeded y uilding structures natural landscaping or similar ostruction. A wireless contact sensor shall
function under the intended end-use conditions.
6 ne or more contact sensors shall e located on the inside and outside leading edge of a swing gate. Additionally
if the ottom edge of a swing gate is greater than 6 inches 152 mm aove the ground at any point in its arc of
travel one or more contact sensors shall e located on the ottom edge.
7 ne or more contact sensors shall e located at the ottom edge of a vertical arrier arm.
nstruction regarding intended operation of the gate operator shall e provided as part of the user instructions or as a
separate document. The following instructions or the euivalent shall e provided
NOTICE
As for misunderstandings that may arise refer to your area distriutor or call our help desk. These instructions are part
of the device and must e kept in a well known place. The installer shall follow the provided instructions thoroughly.
SEA products must only e used to automate doors gates and wings. Any initiative taken without SEA USA nc. explicit
authorization will preserve the manufacturer from whatsoever responsiility. The installer shall provide warning notices
on not assessale further risks. SEA USA nc. in its relentless aim to improve the products is allowed to make
whatsoever adustment without giving notice. This doesnt olige SEA to up-grade the past production. SEA USA nc.
can not e deemed responsile for any damage or accident caused y product reaking eing damages or accidents
due to a failure to comply with the instructions herein. The guarantee will e void and the manufacturer responsiility
will e nullified if SEA USA nc. original spare parts are not eing used. The electrical installation shall e carried out y
a professional technician who will release documentation as reuested y the laws in force. Packaging materials such
as plastic ags foam polystyrene nails etc must e kept out of childrens reach as dangers may arise.
To respect the norms in force it is recommended to use the ENCODER SYSTEM together with the electronic
control units
Starting on an. 12 2016 new UL 325 changes take effect ringing a series of new mandates for the gate operator
industry. eres a uick guide to the key modifications.
1. Entrapment-Protection Deices. ate operators are reuired to have a minimum of two independent means of
entrapment protection where the risk of entrapment or ostruction exists. A manufacturer can use two inherent-type
systems two external-type systems or an inherent and an external system to meet the reuirement. owever the
same type of device cannot e used for oth means of protection.
2. Monitoring Reuired. An external non-contact sensor or contact sensor may e used as a means of entrapment
protection. owever the sensor must e monitored once every cycle for 1 the correct connection to the operator and
2 the correct operation of the sensor.
f the device is not present not functioning or is shorted then the gate operator can only e operated y constant
pressure on the control device. Portale wireless controls will not function in this case.
3. Entrapment Ris Identification. As in the past its up to the installer to examine the installation and determine
where a risk of entrapment or ostruction exists. Manufacturers are reuired to provide instructions for the placement
of external devices ut they give only examples of suggested entrapment protection in their installation manuals. f the
installer identifies a risk of entrapment or ostruction at least two independent means of entrapment protection are
reuired.
4.Terminolog Change. The terms primary and secondary have een removed in the description of entrapment
protection devices. This was done to emphasize that all entrapment protection devices are eually important.
ED
4

5. The End of Tpe E. Type E audile alarm devices can no longer e used for entrapment protection. This change
was made ecause the Type E device is really a warning device not an entrapment-protection device. Also all gate
operator classes are now reuired to have an audio alarm that sounds when two successive ostructions are
encountered via a contact-type system.
6. Access Control Location for Emergenc Use. An exception has een added in the manufacturers instructional
reuirements for the location of controls that operate the gate.
The instructional reuirements state that these controls must e at least 6 away from any moving part of the gate. n the
new exception Emergency access controls only accessile y authorized personnel e.g. fire police EMS may e
placed at any location in the line-of-sight of the gate.
7. arrier-Arm Operator Eception. An exception has changed for arrier-arm gate operators reuiring entrapment
protection. The previous exception stated that a arrier-arm operator did not reuire entrapment protection if the arm
did not move toward a rigid oect closer than 2. The distance has een reduced to 16 so it more closely aligns with the
industry-defined entrapment protection provisions in ASTM F2200.
8. Gate Operator Class II and Class III Definitions. The definitions for installation classes for gate operators were
modified. Class  now includes commercial locations accessible to the general pulic. Class  was refined to specify
industrial locations not accessible to the general pulic. These changes while seemingly minor may affect which gate
operator is suitale for a particular installation location.
EDENENEINEIEEN
This ehicular gate operator must be installed with at least two independent entrapment protection
means as specified in the table below.
VERITICAL ARRIER NOTE:
arrier gate operators (arm) that is not intended to moe toward a rigid obact closer than 16 inches (406mm)
are not reuired to be proided with a means of entrapment protection
 1 and 2 means of entrapment protection MUST be MONITORED
ORIONTAL SLIDE
VERTICAL LIFT - VERTICAL PIVOT
ENTRAPMENT
PROTECTION
TYPES
TPE A
TPE B1
TPE B2
TPE C
nherent entrapment protection system
Non-contact sensors such as photoelectric sensors or euivalents
Contact sensors such as edge sensors or euivalent devices
nherent force limiting inherent adustale clutch or inherent pressure relief device
The same type of device shall not e used for oth entrapment protection means. Use of a single device to cover oth
the opening and closing directions is in accordance with the reuirement however a single device is not reuired to
cover oth directions. Tice installer is reuired to install entrapment protection devices in each entrapment zone
TPE D Actuating device reuiring constant pressure to maintain opening or closing motion of the gate
SWING
VERTICAL ARRIER (ARM)
A  B1 B2 or D A  B1 B2 C or D
GATE OPERATOR CATEGORY
Effectie anuar 12 2016
VEICULAR GATE OPERATOR CLASSES
Residential Vehicular Gate Operator-Class I: A vehicular gate operator or system intended for use in garages or
parking areas associated with a residence of one-to-four single families
CommercialGeneral Access Vehicular Gate Operator-Class II: A vehicular gate operator or system intended for
use in a commercial location or uilding such as a multi-family housing unit ve or more single family units hotel
garages retail store or other uildings accessile y or servicing the general pulic
IndustrialLimited Access Vehicular Gate OperatorClass III: A vehicular gate operator or system intended for
use in an industrial location or uilding such as a factory or loading dock area or other locations not accessile y or
intended to service the general pulic
Restricted Access Vehicular Gate OperatorClass IV: A vehicular gate operator or system intended for use in an
industrial location or uilding such as a factory or loading dock area or other locations not accessile y or intended to
service the general pulic
5

INDEX
7
8
8
9
9
9
9
9
9
9
10
10
10
10
11
11
12
12
13
13
13
14
14
16
1
2
3
4
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
4.11
4.12
4.13
4.14
5
5.1
5.2
6
6.1
7
CHAPTER PAGE
Components
Connections
umpers
Connections on CN1
Start
Partial opening Start
Stop
Photocells 1 and 2
24V AUX
Timer
Flashing lamp
Safety edge
10K Photocells
Buzzer
Safety loop
Magnetic lock
External receiver
Latch opening/closing
Connections on CN2 - CN3
Pre-wired limit switch
Non pre-wired limit switch
Connections on CN4
Master / Slave
Connections on CN5
16
16
17
17
17
17
18
18
18
18
19
19
19
19
20
21
22
23
24
25
26
28
31
37
7.1
7.2
8
8.1
9
9.1
10
10.1
11
11.1
12
12.1
13
13.1
13.2
14
15
16
17
18
19
20
--
--
Dry contact
24V contact
Connections on CN6
Motor connection
Connections on CN7
Battery connection
Connections on CN8
Control unit power supply
Connections on EP
SEM 2 management unit
Connections on CNE
Encoder connection
Additional functions
Surge Protector circuit
Amperometric management
Preliminar
asic Menu
Woring times
Logics
Password
Input management
Receiers - Remote controls
Menu table
Alarms indications
CHAPTER PAGE

INPUT OUTPUT
MOTOR
CAPACITOR
COUTESY LIGT
POWER SUPPLY
24V
ENCODER
PRE-WIRED
LIMIT-SWITC
NOT PRE-WIRED
LIMIT-SWITC
R RECEIVER
RF FI RECEIVER
PROGRAMMING
ETERNAL MODULE
MASTER  SLAVE
OLLY 3
SEACLOUD
MOTOR CONTROL
TRIAC
COURTESY LIGT
AND MOTOR RELAY
MOTOR ECANGE
RELAY
FUSE 6.3AT ON 230V
10AT ON 115V
1A ACCESSORIES
FUSE
POWER
TRANSFORMER
POWER SUPPLY
WORKING TEMPERATURE
STAND-BY ABSORPTION
EXTERNAL BOX
610 inches
335 inches
--------
--------
--------
--------
-
-
DISPLAY
CN1
14 15 16 17 18 19 20
N
98
7
6
5
43
2
110 13
12
11
R1
F1
T1
R2
CN6CN7
OLLY 3
CNA CNSCNS
EP
CN4
CNP
UP DOWN O
CMS
TR1
CN5
CN3 CN2
F2
L
CN1
CN2
CN3
CN4
CN5
CN6
CN7
CNA
CNS
CNP
EP
CMS
OLLY
T1
R1
R2
F1
F2
TR1
NEN
230 Vac 5060 
115Vac 5060 
30 mA -20C +50C
720937472 inches
IP55
ENID
7

Partial opening Start
Photocell 2
Safety Edge
Common
Common
Photocell 1
NNEIN
E
OPTIONAL
Start
Stop
Antenna
Flashing lamp (-)
AUX
* (24V 500 mA max)
* 24V 500 mA max
(Accessories)
Opening Limit Switch (green)
Closing Limit Switch (yellow)
Common (white)
* 24V (red)
Common
Opening Limit Switch (green)
Closing Limit Switch (yellow)
 The maimum indicated load of 500 mA refers to the maimum load distributed
on all 24V outputs included the absorption of the receier on board (30 mA)
On the 24V AU output it is possible to connect a maimum load of 500 mA
WARNING: The control unit is designed
for the automatic detection of not used
N.C. inputs (Photocells Stop and Limit
switch) ecept for the SAFETY EDGE
input. The ecluded inputs during the
self-programming can be restored
through the INPUT STATUS CEC
menu (chapter 15) without need to repeat
the control unit programming
NOTE:
The herein reported functions are aailable starting from Software Reision 03.02 of this
control unit and it is compatible with OLLY 3 programmer
E
CN1
98
7
6
5
43
2
110 13
12
11
CN4
24Vac 
Ma. 150 mA
CN5
CN6
1
CN1
98
7
6
5
43
2
110 13
12
11
+
-
+
-
+
-
+
-
14 15 16 17 18 19 20
CN2
M
ENCODER
ANT COM START PEDST STOP COM PH1 PH2 EDGE 24VAUX COM 24V(FL) (FL)-
Courtesy light (phase)
LIGHT LIGHTN MCL MN MOP CAPACITOR
Courtesy light (neutral)
Closing Motor 1
Neutral Motor 1
Opening Motor 1
Motor 1 capacitor
CNA
RADIO MODULE
CONNECTOR
PROGRAMMING
UTTONS
UP DOWN OK
ETERNAL MODULE
CONNECTOR
EP
CNS CNP
OPEN PROGRAMMER
(Firmware update)
OLLY 3
OLLY3SEACLOUD
CONNECTOR
CN7
CN3
N
Neutral
Line
L
green or black
white or blue
brown or red
1
Partial opening Start
Photocell 2
Safety Edge
Common
Common
Photocell 1
Start
Stop
Antenna
Flashing lamp (-)
AUX
* (24V 500 mA max)
* 24V 500 mA max
(Accessories)
Common
WARNING: CONNECT ALL DEVICES WITH SWITCHED-OFF CONTROL UNIT
8

NNEINNN
Common
Common
Photocell 1
Common
Photocell 2
Partial Opening START
TX1
TX2
24V
CN1
13
12
11
10
9
CN1
8
7
6
5
43
2
1
Start
Stop
Antenna
RX1
RX2
3.1 - START (N.O.)
On clamps 2 and 3
The automation can e opened or closed through an impulse
transmitted to this input via key utton keyoard etc.. To
connect other Start devices for ex. the magnetic loop refer to
the respective instructions
Note 1: For details on the logics that can e associated to the
STAT utton see chapter 17 (LOGICS)
Note 2: f this contact is engaged during the pause eg. Timer
the gate will not close until releasing
3.2 - PARTIAL OPENING START (N.O.)
On clamps 2 and 4
The input allows to otain the partial opening. t is possile to
manage the opening space through the menu-90 or through
the LL 3. t is also possile to manage the partial opening
pause time through the menu- 91
Note 1: For details on the logics that can e associated to the
PATAL PENN STAT utton see chapter 17 (LOGICS)
Note 2 f this contact is engaged during the pause eg. Timer
the gate will not close until releasing
3.3 - STOP (N.C.) On clamps 5 and 6
f this utton is pressed the engine stops immediately in whatever condition or position it is. A new Start
command will e reuired to restore the movement.
Note: After the Stop command, the engine will always re-start in closing
3.4 - POTOCELL 1 AND POTOCELL 2
+ = 24V max 500mA (clamp 12) COM = 0V (clamps 2 - 6 - 11)
Ph1 = Photocell 1(clamp 7) PH2 = Photocell 2 (clamp 8)
Note 1 To perform the self-test connect the TX positive to the clamp 10 AUX and activate the Phototest
function on menu-94 From the 95-POTOTEST menu it is possile to activate the self-test also on a
single photocell choosing from the menu options.
Note 2 The default settings are 97-POTOCELL 1  closing 98-POTOCELL 2  opening
for further functions and management see menu-97 and menu-98
3.5 - AU 24V OPTIONS ma 500mA
From menu 94-24VAU or through the LL 3 it is possile to choose when to have voltage on the AUX
output. t is advisale the use of an emercengy UPS. t is advisale to connect the unused accessories eg.
Photocells to the AUX output and then configure the menu 94-24VAU as «IN CYCLE AND PHOTOTEST» so
it will e possile to save energy y lowering the power consumption in stand-y and increasing the system
autonomy
3.6 - TIMER (N.O.)
On clamp 4 (Partial Opening Start) or on clamp 8 (Photocell 2)
t can e enaled through menu-92 or via LL 3. t opens and keeps the automation open until it
releases the contact. hen released the operator will wait for the pause set then will close again
Note 1 f connected to the Partial pening Start this command will also e disaled on the remote control
Note 2 hen the timer is active in the event of a safety intervention a Start command will e reuired to
reset the movement
Note 3 n case of a power failure and with the gate open if the TME is still active it will cause the gate
reclosing if no longer active a new Start impulse will e reuired
IMPORTANT: on menu 89-TRAFFIC LIGHTS RESERVATION it is
possible to activate the priority in opening or closing to be associated
to the START and the PARTIAL OPENING START buttons
(only with SEM management unit)
9

Common
Safety Edge
Lamp FL(-)
EXAMPLE OF
LAMP AND
SAFETY EDGE
CONNECTION
GREY
WHITE
BLUE
Photocell 10K
BROWN
Common
Edge
EXAMPLE OF 10K PHOTOCELL
AND BUZZER CONNECTION
-
+
24V 500 mA max
CN1
13
12
11
10
9
24V 500 mA max
CN1
13
12
11
10
9
Safety Edge
3.7 - 24V FLASING LIGT - MA 3W
On clamps 12 and 13
t warns of the gate movement y performing 1 link per
second on opening 2 links per second on closing and
remaining on steady during pause. Through the flashing
light it is also possile to read the alarm signals linked to the
Stop Photocell1 Photocell2 and Edge devices. From
menu 86-FLASING LIGT or LL3 it is possile to
modify its functions.
Furthermore it is possible to manage the pre-flashing
function from menu 85- PRE-FLASING
3.8 - SAFETY EDGE
On clamps 9 and 11
f activated the safety edge opens the contact causing a partial inversion of the motion oth in opening and
closing. The function can e managed from menu 100-SAFETY EDGE 1 and 102-EDGE 1 DIRECTION
Note 1: among the menu-100 options there is the 82 balanced edge single or doule the edge contact
will e controlled y a specific resistance value which detects any possile short-circuit of the device. f the
device is unalanced a specific alarm will appear on the display
Note 2: the safety edge functions can also e managed through the LL 3
Note 3: Photocell 2 input can e set on Safety Edge 2 see menu 98-POTOCELL 2 so the input will work
as a second Safety Edge for further settings see menu-103
Lamp FL(-)
100
UP
OK OK
100
UP
OK OK
!
24V 500 mA max
CN1
13
12
11
10
9
3.10 - UER 24V
On clamps 12 and 13
The Buzzer is a sound alarm that can e used as a safety device.
Use a self-oscillating 24V and 100 dB Buzzer
The Buzzer can e connected instead of the flashing light and it is
necessary to set on BUZZER in the menu 86-FLASING LIGT
The Buzzer will activate after 2 consecutive interventions of the anti-
crushing protection to reset it press the STP utton
n any case the sound of the Buzzer turns off automatically after 5
minutes and the automation will stand waiting for a new command
IF UER DOES NOT WOR E SURE TAT
MENU 86-FLASING LIGT IS SET ON UER
EXAMPLE OF
TWO 10K
PHOTOCELLS
CONNECTION
GREY
WHITE
BLUE
Photocell 10K
BROWN
GREY
WHITE
BLUE
Photocell 10K
Common
Edge
BROWN
EDGE 1
10K
PHOTO
EDGE 1
10K DOUBLE
PHOTO
3.9 - 10 SINGLE OR DOULE POTOCELL
On clamps 9 and 11
f one or two 10K photocells are connected the menu 100-SAFETY
EDGE 1 must e set on the respective function 10K photocell will
work according to the settings of menu 97-POTOCELL 1 or menu
98-POTOCELL 2 in case of two 10K photocells
Note1 The 10K photocell gives additional protection even in the
event of a short circuit on the cales
SINGLE OR DOULE POTOCELL SETTINGS
SEA
MENU SET
SEA
MENU SET
SEA
MENU SET
SEA
MENU SET
10

BROWN
GREEN
GREEN
GREEN
GREEN
PINK
EXAMPLE OF
SAFETY LOOP CONNECTION
C1  OPEN CONTACT
C2  CLOSED CONTACT
GREY
YELLOW
12  24 V
C (-)  0 V
CN1
Loop1
Loop2
Loop3
98
7
6
5
43
2
110 13
12
11
C C2 C2C1
Loop 1
Safety Exit
Loop 2
Shadow Loop
Loop 3
Free Exit
3.11 - SAFETY LOOP
Safet Eit Loop (Loop 1)
Connection scheme of the
1 reader loop detector
7  Photocell 1 contact (N.C.)
6  Common
Shadow Loop (Loop 2)
Connection scheme of the
2 readers loop detector
8  Photocell 2 contact (N.C.)
6  Common
NOTE: Menu 98-PHOTOCELL 2
must be set on «SHADOW LOOP»
Free Eit Loop (Loop 3)
Connection scheme of the
1 reader loop detector
3  Start contact (N.O.)
6  Common
-
COM
NO
NC
1 2 3 4 5 67
Example: Magnetic Lock
Example:
Magnetic Lock
COM (-)
NO
NC COM
CN1
98
7
6
5
43
2
110 13
12
11
CN1
98
7
6
5
43
2
110 13
12
11
Example:
Vertical Electric Lock
+
+
+
-
+
+
3.12 - MAGNETIC LOC or VERTICAL ELECTRIC LOC
On clamps 10 and 11
ATTENTION: set menu 94-24V AUX on «NEGATIVE BRAKE» before connecting the lock
It is possible to connect a magnetic lock (MagLock) or a vertical electric lock through the Relay card code
23105340 (or old model code 54020285) to the control unit and to the external power supply (12V/24V DC
power supply in case of 12V/24V lock or to 230V power supply in case of 230V lock)
EXAMPLE OF WITH RELAY CODE 23105340CONNECTION
EXAMPLE OF WITH RELAY CODE 54020285CONNECTION
Relay Type 23105340
10 - AUX 24V
(500 mA max)
11 - Common
External Power Suply
12V/24V DC (or 230V)
Relay Type 54020285
11 - Common
10 - AUX 24V (500 mA max)
External Power Suply
12V/24V DC (or 230V)
External Power Suply
12V/24V DC (or 230V)
Example:
Vertical
Electric Lock
11

Common
LATCH CLOSING
CLOSES AND KEEPS CLOSED
LATCH OPENING
OPENS AND KEEPS OPEN
NO OTHER COMMAND ACCEPTED
EXAMPLE OF
EXTERNAL RECEIVER
CONNECTION
24V 500 mA max
(Accessories)
On clamps 4 and 6
A utton for the Latch Opening or Closing function can e connected to the control unit. To activate it
connect the N.. contact on the Partial pening Start this function will e disaled. Through the menu
118-LATC it is possile to choose etween the various Latch options. To deactivate the Latch function
press again the utton used for its activation
LATC OPENING: opens and keeps the automation open. f active no other type of Start command is
accepted until the function is deactivated
LATC CLOSING closes and keeps the automation closed. f active no other type of Start command is
accepted until the function is deactivated
Note 1: The Latch function can also be enabled on the second channel of the remote control; see
paragraph 19.2 for details
Note 2: The Latch function can also be enabled through the SEACLOUD. Please refer to the SEACLOUD
instructions for more details
12
11
6
6
34
4
CN1
98
7
6
5
43
2
110 13
12
11
3.14 - LATC OPENING OR LATC CLOSING UTTON
CN1
98
7
6
5
43
2
110 13
12
11
3.13 - ETERNAL RECEIVER
An external receiver can e connected to
the control unit according to the
connection diagram. For more details on
connections and functionalities of the
external receiver refer to the relative
instruction manual
NO OTHER COMMAND ACCEPTED
NNEINNN
4.1 - MOTOR CONNECTION ON TE CONTROL UNIT
Motor 1
Motor 1 connection output
MCL  OPEN
MN  NEUTRAL
MOP  CLOSE
M

14 15 16 17 18 19 20
CN2
MCL MN MOP CAPACITOR
Capacitor
16 - MCL
17 - MN
18 - MOP
M

Capacitor
19
20

The drawing shows an external operator
for sliding gate only as an exemple
Closing Motor 1
Neutral Motor 1
Opening Motor 1
LU CALE  230V OPERATORS


WITE CALE  115V OPERATORS
12

On the 3-MOTOR menu, set
«3 THREE-PHASE-BOLLARD»
TREE-PASE MODULE CONNECTORS
IG 4000
TREE-PASE
CN1  n oard power connector 220V
CN2  Motor connector 380V
SFT1  round connection Faston
1  230V  16A contactor
2  230V  16A contactor
T1  Thermal switch 
!
 T1 interention threshold:
37A IG 4000 TREE-PASE
18A LEPUS
CN3
N L
T1
CN1
NNF
COM
OP.
CL.
K2
K1
FST1
R (2T1)
S (4T2)
T (6T3)
CN2
U
V
W
16
18
17N L
14 15 16 17 18 19 20
CN2
MCL MN MOP
T S R N
14 15 16 17 18 19 20
CN2
LIGHT LIGHTN
15 - Courtesy light (neutral)
Ma. 50W 230V Ma. 100W 115V
CN3
N L
115V  5
o
230V  5
14 - Courtesy light (phase)
CN4
P1
T1
P1
R1
1 2 3 4 5 6
0 +12 +24 C N N
O O C
M
P1
R2
P1
1 2 3
T2
0 +12 +24
1 2 3 4 5 6
0 +12 +24 C N N
O O C
M
1 2 3
0 +12 +24
P1
4.2 - TREE-PASE MODULE CONNECTION
THREE-PHASE
SUPPLY 380V
TREE-PASE
MODULE
Eemple: Timed Courtes light from 0 up to 4 minutes
A timed courtesy light from 0 to 240 seconds can e connected
to the CN2 according to the aside connection diagram
See the menu 88-COURTESY LIGHT for settings
4.3 - COURTESY LIGT CONNECTIONS (230V or 115V)
NNEINNN
NNEINNN
5.1 - CONTROL UNIT CONNECTION
6.1 - SYNCRONIED POTOCELLS CONNECTION
NEUTRAL
LINE
t is possile to connect one or two pairs of synchro-
nized photocells on the CN4 connector 24Vac - max.
150 mA according to the aside diagram for further
details refer to the photocell instructions. t is also
possile to change the photocell settings through the
97-POTOCELL1 and 98-POTOCELL 2 menus
Fuse 36A delayed on 230V power supply
Fuse 63A delayed on 115V power supply
CAUTION: for the connection to the power grid refer to the
regulations in force
NOTE: t is recommended to use a 10A differential switch to
protect the power supply system
NOTE: n case of unstale power supply we recommend the use
of an external UPS of minimum 800VA
BLACK
BLACK
BLACK
BLACK
RED
RED
RED
RED
JP1 ON
TO ACTIVATE SYNCHRONIZATION
13

CN5
1
ENCODER
-
-
32
OK
48-ENCODER TOT M1
shows the total pulses
stored during programming
47-ENCODER PAR M1
shows the pulses read
during operation
UP
ENCODER PAR M1
-
-
47
-
-
XXX
OK
ENCODER
-
-
32
OK
UP
ENCODER TOT M1
-
-
48
-
-
XXX
OK
UP
ENCODER PAR M1
-
-
47
SETTING OF OPENING INTERVENTION TIME
values can e set from a minimum of 10 rapid intervention to a maximum of 99 slow intervention.
If parameters are OFF (intervention excluded) the Encoder will only work in position detection mode
SETTING OF CLOSING INTERVENTION TIME
CN7
CN6
CN1
13
12
11
10
9
 NNNEINN
7.1 - ENCODER CONNECTION
The ENCODER on oard can e connected on CN5. n case
of non pre-wired Encoder use an appropriate adapter
respecting the cale colors
OLD TYPE ENCODER BROWN - WHITE - GREEN
NEW TYPE ENCODER RED - BLUE - BLACK
green or black
white or blue
brown or red
To enale set the menu 32-ENCODER in N if not N y default
SPECIAL MENU
LANGUAGE
-
-
1
M1 OP. TORQUE
-
-
28
UP
SPECIAL MENU
-
-
16
OK
-
-
ON
UP
ENCODER
-
-
32
OK
7.2 - ENCODER SETTINGS
OK
OPENING
SENSITIVITY M1
-
-
33
UP
DOWN
OK
-
-
XX%
OK
-
-
34
UP
DOWN
OK
-
-
XX%
CLOSING
SENSITIVITY M1
Example of motor with
pre-wired limit switch
Non
pre-wired
limit switch
Closing Limit Switch (yellow)
Opening Limit Switch (green)
8.1 - PREWIRED LIMIT SWITC - CN6
The pre-wired limit switches can e connected
through the CN6 connector on the control unit as
shown in the figure eside. The control unit can
manage mechanical inductive or magnetic limit
switches it is possile to set the type of limit switch
used through menu 104-SELECT LIMIT SWITC
8.2 - - CN7NON PREWIRED LIMIT SWITC
f a uick-fit connector is not present the limit switch must
e connected to connector CN7 and to terminal 11
common of connector CN1 as shown in the figure
eside.
t is possile to set the type of limit switch used through
menu 104-SELECT LIMIT SWITC
NNEINNNN
14

8.3 - IMPORTANT NOTES
1) f not connected the limit switches must not e ridged
2) n some specific applications it will not e necessary to connect the limit switches as the control unit will
automatically detect whether they are present or not.
3) t is possile to activate the anti-intrusion function menu 79-ANTI INTRUSION this function is
linked to the presence of at least one limit switch which if released forces the motor to re-close.
4) For a correct operation of the limit switches there must e a correspondence etween the direction of
movement of the motors and the respective limit switches involved.
5) For SEA magnetic limit switches set the menu 104-SELECT LIMIT SWITC on «N.O.»
!
!
4
5
1
M1
M2
M1 M2
SIGB
SIGB COM SIGA
SIGB
SIGB COM SIGA
CMS
CMS
Note: use a shielded and
twisted pairs transmis-
sion cable type RS482
with a section not
2
exceeding 0.5 mm
M1
CONNECT THE FIRST CIRCUIT
ON MOTOR 1 CONTROL UNIT
2
M2
3
CONNECT THE SECOND CIRCUIT
ON MOTOR 2 CONTROL UNIT
CONNECT THE
TWO CIRCUITS
!
RESPECT THE CABLE
POLARITY
6
7
-
-
9
PROGRAMMING
M1 - MASTER M2 - SLAVE
NNEINN
34-CLOSING SENSITIVITY MOTOR 1
37-SLOW-DOWN SENSITIVITY
47-PARTIAL ENCODER MOTOR 1
48-TOTAL ENCODER MOTOR 1
59-MOTOR 1 SLOWDOWN IN OPENING
60-MOTOR 1 SLOWDOWN IN CLOSING
9.1 - MASTER  SLAVE CIRCUITS
t is possile to use the Master/Slave configuration on OPPOSED SLIDING GATES OPPOSITE
ARRIERS or OLLARDS moved y two operators EAC MANAGED Y A CONTROL OARD
To work in Master/Slave it is necessary to use the MASTERSLAVE IT (code SEA 23001220) consisting of
two circuits to e connected to the control units through the CMS connector Then set a control unit as
Master and the other as Slae through the 105-MASTER-SLAVE menu or the LL 3 programmer
ATTENTION: In the Master/Slave configuration it is necessary to connect all the accessory devices
(photocells, key button, safety edge, etc.) on the control unit set as MASTER which will also control the
operator movement linked to the control unit set as SLAVE. The latter will allow you to adjust only the
functions of the following menus:
3-MOTOR
5-REVERSE MOTOR
28-MOTOR 1 OPENING TORQUE
29-CMOTOR 1 CLOSING TORQUE
32-ENCODER
33-OPENING SENSITIVITY MOTOR 1
63-DECELERATION
64-ACCELERATION
65-OPENING TIME MOTOR 1
66-CLOSING TIME MOTOR 1
70-RECOVERY POSITION IN OPENING
71-RECOVERY POSITION IN CLOSING
9.2 - MASTER  SLAVE SETTING
INSTALL AND SET
THE TWO OPERATORS
INDIVIDUALLY *
before proceeding read the chapter 13 eplaining the operation of the displa and the menus
M1 CONTROL UNIT CONFIGURATION AS MASTER (SEE ALSO CAPTER 13)
00000000
00000000
-
-
UP
03.02
-
-
UP
LANGUAGE
-
-
1
DOWN
MASTER
SLAVE
-
-
105
OK
MASTER
-
-
OK
UP
UP
DOWN
-
-
5 SEC.
M2 CONTROL UNIT CONFIGURATION AS SLAVE (SEE ALSO CAPTER 13)
00000000
00000000
-
-
UP
03.02
-
-
UP
-
-
1
DOWN
MASTER
SLAVE
-
-
105
OK
SLAVE
-
-
OK
UP
UP
DOWN
-
-
5 SEC.
LANGUAGE
WORING TIMES SELF-LEARNING ONLY ON MASTER
CONTROL UNIT
(FOLLOW TE PROCEDURE ON CAPTER 16)
M1 OP. TORQUE
28
M1 OP. TORQUE
28
* Install and configure the two operators as if they were two independent installations;
then check their correct operation and the correct reading of the limit switches, if present
!
!
15

--------
--------
--------
--------
-
-
14 15 16 17 18 19 20
S
+
-
98
7
6
5
43
2
110 13
12
11
11.1 - SEM 2 MANAGEMENT UNIT CONNECTIONS
24V~ / (ac/dc)
or 230V~
DS1
DS2
RL4 RL3 RL2 RL1
L4 L3 L2
IC2
-
M2
+
1 CNP
CN1
L1
1
2
3
4
8 7 6 5 4 3 2 1
M1
EP
11.2 - TEMPERATURE PROE CONNECTION TROUG LSE or LE UNITS
P01 P02
GND
I3
D1 P11 D2 P12 I1 I2 I4
M1
1 2 4 5 6 73 8 9 10 11
M2
DS1
1
2
ON
CN1
POT ENC
CNP
+
-
D1
P11
P01
1
N
FF
2
Dip switch 1 = OFF
Dip switch 2 = OFF
adjust both
Dip-switch on OFF
!
--------
--------
--------
--------
-
-
14 15 16 17 18 19 20
S
+
-
98
7
6
5
43
2
110 13
12
11
EP
EEIENNEINNNNDN
RESPECT
INSERTION
SIDE
CNS
CNS
RF UNI
RF UNI PG
CNA
RADIO MODULE
CNS CNS
RF FI
CNA
RADIO
MODULE
CNS CNS
!
NNEINNEX
SEM 2
MANAGEMENT UNIT
Connect
on
EXP
The SEM 2 management unit can e
connected through the EP connector
The SEM 2 unit manages
- The TRAFFIC LIGT functions
- The COURTESY LIGT functions
- The VERTICAL ELECTRIC LOC
functions
- The POSITIVE ANDOR NEGATIVE
ELECTRIC RAE functions
- The LIMIT SWITC status
For further details on connections,
functions or specifications of the «SEM 2»
unit, refer to the relevant TECHNICAL
INSTRUCTIONS
Through the LSE management unit or the
LE management unit it is possile to wire up
a TEMPERATURE PROE to detect the
engine oil temperature f the oil tempera-
ture falls elow the set value the proe will
activate heating up to the values defined in
the set temperature range
TEMPERATURE PROE can be enabled
through the menu 109-TERMOMETER
TEMPERATURE RANGES can e set on
110-LOW TEMPERATURE TRESOLD
111-IG TEMPERATURE TRESOLD
For further details on connections,
functions or specifications of the LSE or
LE units, refer to the relevant
TECHNICAL INSTRUCTIONS
Example: «LSE»
MANAGEMENT UNIT
Connect
on
EXP
TEMPERATURE PROBE screw to
replace the motor oil cap
P11  lac
D1  White
16

Through the LSE management unit or LE
management unit it is possile to connect
the POSITION GATE a potentiometer
ale to manage the correct position of the
gate and the reversing on ostacle
POSITION GATE can be enabled on menu
32-ENCODER POTENIOMETER ON
For further details on the LSE (or LE) unit
connections and functions refer to the ,
relevant TECHNICAL INSTRUCTIONS
P11  rown
D1  White or lac 
P01  Green or lue 
* The cables colors change depending
on whether it is the old or the
new model of LSE unit (or LE unit)
WARNING:
SPECIAL MENU
LANGUAGE
-
-
1
-
-
UP
SPECIAL MENU
-
-
16
OK
UP
ENCODER
-
-
32
UP
DOWN
POTENTIOMETER
-
-
OK
UP
-
-
DOWN
OK
ON
-
-
OK
UP
-
-
52
UP
I. PAR. M1
-
-
51
51-I.PAR.M1 (PARTIAL PULSES MOTOR 1) displays the current position of the operator
52-I.AP.M1 (OPENING PULSES MOTOR 1) displays the impulses with the leaf completely open and it is
possile accessing through K to increase or decrease the total pulses using the UP and DN uttons
53-I.C.M1 (CLOSING PULSES MOTOR 1) displays the impulses with the leaf completely closed and it is
possile accessing through K to increase or decrease the total pulses using the UP and DN uttons
POTENTIOMETER
UP
-
-
53
I. AP. M1 I. CH. M1
OK
-
-
XX
UP
DOWN
Example:
Example: «LSE»
MANAGEMENT UNIT
To use the potentiometer
it is necessary to adjust
both Dip-switch on OFF
11.4 - POSITION GATE POTENTIOMETER SETTING
NOTE 1: f the potentiometer reading is reversed in respect to the operator movement  the display will
show the alarm POTENTIOMETER DIRECTION see the last chapter Alarms it is therefore
necessary to invert the rown cale with the green cale or Blue and repeat the programming
TO ENABLE POTENTIOMETER
11.3 - POSITION GATE CONNECTION TROUG LSE or LE UNITS
P01 P02
GND
I3
D1 P11 D2 P12 I1 I2 I4
M1
1 2 4 5 6 73 8 9 10 11
M2
DS1
1
2
ON
CN1
POT ENC
CNP
+
-
1
N
FF
2
Dip switch 1 = OFF
Dip switch 2 = OFF
D1
P11
P01
!
--------
--------
--------
--------
-
-
14 15 16 17 18 19 20
S
+
-
98
7
6
5
43
2
110 13
12
11
EP
MANAGEMENT SUB-MENUS
11.5 - POSITION GATE POTENTIOMETER PARAMETERS SETTING
NOTE 1: For a uick reverse on ostacle it is necessary to decrease the sensitivity parameters
NOTE 2: The sensitivity parameters can also e set in FF intervention excluded in this case the
potentiometer will only work in pulse detection mode it does not reverse on ostacle
Connect
on
EXP
POTENTIOMETER
menu adusts the intervention time in opening33-OPENING SENSITIVITY MOTOR 1
menu 34- adusts the intervention time in closingCLOSING SENSITIVITY MOTOR 1
menu 37- adusts the inversion time during the slow-downSLOW-DOWN SENSITIVITY
menu 38-OPENING POTENTIOMETER TRESOLD M1 adusts the intervention threshold in opening
menu 39-CLOSING POTENTIOMETER TRESOLD M1 adusts the intervention threshold in closing
menu 42-POTENTIOMETER DECELERATION TRESOLD IN OPENING M1
menu 43-POTENTIOMETER DECELERATION TRESOLD IN CLOSING M1
M1 OP. TORQUE
28
17

To view the set values maximum
speed threshold and maximum
deceleration threshold ACCESS
TE DDEN «DEBUG» MENU:
03.02
-
-
UP
OK
12
VP 1
-
-
OK
XXX
-
-
3
11.6 - ACCESS TO TE IDDEN DEUG MENU FOR POTENTIOMETER
SEE CHAP. 13
12.1 - AMPEROMETRIC MANAGEMENT
AT THE SAME TIME
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1 2 3 4 5 6
7
1 2 3 4 5 6
7
OUTPUT
INPUT
DDIINNIN
The control unit is euipped with an ostacle detection system (working ONLY on ELECTRO-
MECHANICAL OPERATORS) which allows reversing in opening and closing n electromechanical
operators the amperometric function is set to FF y default ut it automatically activates if values
different from FF are set on menu 37-SLOWDOWN SENSITIVITY.
f the ostacle detection system intervenes in opening it causes a reverse of the motion for aout 2
seconds f the ostacle detection system intervenes in closing it causes the partial or total reopening of
the gate depending on the settings on menu 46-CLOSING INVERSION
NOTE: If the 7-PAUSE TIME menu is NOT set to OFF, the «automatic reclosing» function is active: in
case of obstacle, allows the operator to attempt the reclosing for 5 times, then a new START input
will be required to restore the motion
t is possile to adust the torue value i.e. the inversion force on ostacle through the menus
28-MOTOR 1 OPENING TORQUE adjustable from 10% to 100%
29-MOTOR 1 CLOSING TORQUE adjustable from 10% to 100%
NOTE: with high torque values (max.100%), the force required to reverse on obstacle will be greater
t is possile to adust the sensitivity for each direction opening or closing through the menus
33-MOTOR 1 OPENING SENSITIVITY
34-MOTOR 1 CLOSING SENSITIVITY
NOTE 1: with high sensitiit alues ( ma.100) the inersion on obstacle will occur after 5 seconds
NOTE 2: The sensitiit parameters can also be set in OFF (interention ecluded) in this case the
amperometric management will onl wor according to the settings of the menu-37
ATTENTION: In case of power failure, when the power is restored the first maneuver will be at high
speed in order to allow the automatic recognition of the mechanical stop
OUTPUT
CONNECTIONS ON CONTROL UNIT
INPUT
ACCESSORIES CONNECTIONS
GROUND
WIRE
24V DC ACCESSORIES
CONTACT 1 (Eg. PHOTOCELL)
CONTACT 2 (Eg. SAFETY EDGE)
CONTACT 3 (Eg. START)
CONTACT 4
CONTACT 5
CONTACT 6
24V DC ACCESSORIES
CONTACT 1 (Eg. PHOTOCELL)
CONTACT 2 (Eg. SAFETY EDGE)
CONTACT 3 (Eg. START)
CONTACT 4
CONTACT 5
CONTACT 6
12.2 - IO SURGE PROTECTOR CIRCUIT CONNECTION
t is possile to connect the SURGE
PROTECTOR device to protect up
to 6 inputs  24V power supply from
overvoltages due for example to the
lightning strikes. Simply connect the
cale of the accessory to e protected
to the INPUT of the SUE
PTECT circuit and then from
the corresponding numer on the
OUTPUT terminal lock connect the
cale to the control unit
NOTE: connect the common and
the power supply negative directly
on the control unit
18

DINDIN
!
WARNING MAE ALL DEVICES CONNECTIONS ON SWITCED-OFF CONTROL UNIT
EFORE TE PARAMETERS CONFIGURATION TROUG DISPLAY
- - - -
- - -
- - -
SEA
SET MENU
--
-
01000100
-
00010001
-
NEW INGO DISPLAY
FROM SOFTWARE REV 03.02
OLD DISPLAY
PREVIOUS MANUAL
PROGRAMMING
UTTONS UP DOWN OK
t is possile to navigate within the menus
through the programming keys UP and DN
to scroll ack and forth and K to access
sumenus or to confirm a choice
13.1 - SWITCING ON TE CONTROL UNIT
Starting from the software revision 03.02 the
electronic control unit is euipped with the new
BINGO display with different DIAGNOSTIC
symbols than the previous version. For the
old ersion displa functions consult
the manual of the preious reision
hen a new control unit is powered on the display shows the software revision first and the INPUT
STATUS after 5 seconds.
f a control unit is already programmed the display immediatetly shows the INPUT STATUS view
ON
Power ON
NEW CONTROL UNIT OR AFTER RESET
ALREADY PROGRAMMED CONTROL UNIT
03.02
-
-
00000000
00000000
-
-
UP
1
LANUAE
-
-
5
SECONDI
ON
Power ON
03.02
-
-
UP
1
LANUAE
-
-
00000000
00000000
-
-
UP
SOFTWARE
REVISION
SOFTWARE
REVISION
INPUT STATUS
(CHAPTER 15)
BASIC PROGRAMMING
MENU
INPUT STATUS
(CHAPTER 15)
BASIC PROGRAMMING
MENU
13.2 - ASIC PROGRAMMING MENU AND SPECIAL MENU
AT TE SAME TIME
FOR 5 SECONDS
UP
DOWN
SPECIAL MENU
LANGUAGE
-
-
1
-
-
LANGUAGE
-
-
1
-
-
UP
SPECIAL MENU
-
-
16
OK
12
SPECIAL MENU
The control unit is euipped with a basic programming menu which can e accessed through the
procedure aove indicated when a control unit is switched on
The control unit is also euipped with a special menu that allows the setting of various parameters and the
configuration of the accessories.
To access TE SPECIAL MENU choose one of the following 2 procedures
28
M1 OP. TORQUE
28
M1 OP. TORQUE
19

IENNIN
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
Press next Tx button
to be stored
Skip this step if no need Tx programming
Press the TX
button
to be stored
2
TRANSMITTERS
START
3
MOTOR
6
LOGIC
7
PAUSE
TIME
8
START IN
PAUSE
9
PROGRAM-
MING
10
TEST
START
1
LANGUAGE
ENGLIS
if this
message
appears
verify the receiver
connection
MISSING
RECEIVER
5
REVERSE
MOTOR
15
END
UP
OK
DOWN
MOVE TROUG
OR
OK
UP
UP
UP
OK OK
TO CONFIRM AND EXIT
OK
MEMORIED
!
UP
DOWN
COOSE TE MOTOR TYPE TROUG
OR
OK
OK
UP
DOWN
COOSE ON TO REVERSE MOTOR
DIRECTION TROUG OR
UP
OK
UP
OK
UP
OK
UP
OK
COOSE ON TO START TE WORING TIMES
SELF-LEARNING TROUG
AT TE END OF TE SELF-LEARNING
TE VIEW WILL AUTOMATICALLY
RETURN ON TE MAIN MENU
OK
The gate will perform the following cycle: CLOSE - OPEN - CLOSE
OK
COOSE ON TO TEST TE START
COMMAND TROUG
Skip this step if a Tx has already been stored
UP
UP
OK
TE OPERATOR STARTS UP AND
TE VIEW WILL AUTOMATICALLY
RETURN ON TE MAIN MENU
PRESS TO EXIT FROM BASIC MENU AND RETURN TO
THE «INPUT STATUS» VIEW ON THE DISPLAY
OK
OK
Skip these steps to work
in semi-automatic logic
UP
PRESS TO ACCESS
THE SPECIAL MENU
OK
16
SPECIAL
MENU
NOTE
All other parameters hae
useful default settings for
the 90 of applications
howeer the can be set
through the special menu
OK
14
RESET
HOLD PRESSED AND A 5 SECONDS COUNT-DOWN
WILL START; AT THE END, THE MESSAGE «INIT» WILL
APPEAR TO CONFIRM THE CONTROL UNIT RESET
OK
UP
UP
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
OK
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
OK
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
OK
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
OK
PRESS TO CONFIRM
AND RETURN TO TE
MAIN MENU
OK
PRESS
UTTON
UP
DOWN
COOSE TE DESIRED WORING
LOGIC TROUG OR
UP
DOWN
COOSE TE AUTOMATIC RE-CLOSING
DELAY TROUG OR
UP
DOWN
COOSE ETWEEN ON OR OFF
TROUG OR
UP
DOWN
OR
UP
DOWN
OR


See chapter 19 and 19.2
before programming
remote controls
20