Motorline MC15SC Instruction Manual

v4.0
REV. 06/2016
EN
USER / INSTALLER MANUAL
MC15SC

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INDEX STANDARDS TO FOLLOW
. CONTENT . SAFETY INSTRUCTIONS
ATTENTION:
• To ensure the people’s safety, it is important that you read all the following instruc-
tions.
Incorrect installation or incorrect use of the product can cause physical injury
and material damage.
• Keep these instructions in a safe place for future reference.
• This product was designed and produced strictly for the use indicated in this manual.
Any other use, not expressly indicated here, could compromise the good condition/ope-
rationof the product and/or be a source of danger.
• ELECTROCELOS S.A. is not responsible for the improper use of the product, or other
use than that for which it was designed.
• ELECTROCELOS S.A. is not responsible if safety standards were not taken into ac-
count when installing the equipment, or for any deformation that may occur to it.
• ELECTROCELOS S.A. is not responsible for the safety and proper operation when using
components not sold by them.
• Do not make any modifications to the operator components and / or their accessories.
• Before installation unplug the automatism from the source of power.
• The installer must inform the client how to handle the product in case of emergency
and provide this manual to the user.
• Keep remote controls away from children, to prevent the automated system from
being activated involuntarily.
• The customer shall not, under any circumstances, attempt to repair or tune the auto-
matism. Call qualified technician only.
• Connect the automatism to a 110V/230V plug with ground wire.
• Automatism for indoor use.
STANDARDS TO FOLLOW
TECHNICAL SPECIFICATIONS
PROGRAMMING PRE-RECOMENDATIONS
MAIN MENU
SCHEME FOR CAPACITATOR
INSTRUCTIONS FOR FINAL CONSUMERS
EXTENDED MENU 1
PHOTOCELLS TEST AND TRANSMITTERS
INSTRUCTIONS FOR SPECIALIZED INSTALLERS
EXTENDED MENU 2
EXTENDED MENU 3
RTX 2278-BASE MODULE (OPTIONAL)
RTX 2252-SENSOR MODULE (OPTIONAL)
. SAFETY INSTRUCTIONS
. THE CONTROL BOARD
. CONFIGURATION
. COMPONENTS TEST
. TROUBLESHOOTING
COMPONENT CONNECTION TO THE CONTROL BOARD
. CONNECTION SCHEME
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The MC15SC is a monophasic control board com a control system via incorporated rá-
dio, developed for the automation of sliding gates.
It is possible to integrate on the central, a radio system which operates as a safety
device composed of a "Base" RTX 2278 receiver-transmitter module (connected on the
own central) which receives a maximum of two “Sensor” RTX 2252 receiver-transmitter,
powered by batteries, for the connection of mechanical safety bands and
resistive 8K2 Ohm.
. THE CONTROL BOARD
TECHNICAL SPECIFICATIONS
• CONNECTOR’S DESCRIPTION
. THE CONTROL BOARD
01
TECHNICAL SPECIFICATIONS
04 • Locking device (NC) Closing push-button input (NO)
05 • Common GND output
06 • Safety device input (NC)
07 •Motor’s opening limit-switch input (NC)
08 • Common GND output
09 •Motor’s closing limit-switch input (NC)
10 • Antenna's common input
11 •Antenna's hot pole input
01 • Auxiliar Power Supply +24V DC for lightbulb or RGB LED
02 • Output nº4 activated during (opening) 100mA maximum capacity
03 • Output nº3 activated during (closing) 100mA maximum capacity
04 • Output nº2 activated during (Pause time) 100mA maximum capacity
05 • Output nº1 activated during (closing gate) 100mA maximum capacity
CN3CN4
Before proceeding to the control board configuration, pay special attencion to the
following parameters in the table below in order to better understand the control board
functions:
PROGRAMMING PRERECOMENDATIONS
01 • Grounding
02 • Grounding
01 • 110V or 230V Line Input (phase)
02 • 110V or 230V Line Input (neutral)
03 • Lightbulb/magnetic lock’s output AC110V or AC230V 100W Max (neutral)
04 • Lightbulb/magnetic lock’s output AC110V or AC230V 100W Max (phase)
05 • 110V or 230V Motor’s Output – Opening
06 • 110V or 230V Motor’s Output – Common
07 • 110V or 230V Motor’s Output - Closing
01 • Photocells power supply output (24V AC 6W)
02 • Photocells power supply output (GND)
03 • Step-by-Step transmitter button or opening button input (NO)
CN1CN2CN3
110V 230V
• Power supply 110V AC 50-60Hz 230V AC 50-60Hz
• Lightbulb’s output 110V AC 50Hz 500W máx. 230V AC 50Hz 500W máx.
• RGB Lightbulb’s output 24V DC 100mA máx.
• Motor’s output 110V AC 50-60Hz 1000 W máx. 230V AC 50-60Hz 1000 W máx.
• Auxiliary accessories output 24V AC 6 W máx.
• Security and BT transmitters 24V DC
• Working temperature -10°C a + 55°C
• Incorporated Radio Receptor 433,92 Mhz
• OP Transmitters 12-18 bits or Rolling Code
• Maximum memory capacity 120 (CODE or CODE PED)
• Control board Dimensions 108x138 mm.

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. THE CONTROL BOARD
PROGRAMMING PRERECOMENDATIONS
• FUNCIONAMENTO PASSO A PASSO
Courtesy light or flashing light:
03 e 04 •This output allows the connection of a courtesy light or a flashing light
(see page 4B), (this output does not blink).
Capacitor:
05 and 07 •Connect the capacitor on the 05 and 07 outputs.
Step-by-step power button:
03 and 05• This input allows you to change the operation according to the
orderssent, using transmitters or buttons on low voltage.
When sending a first order, the gate’s opening is triggered until the motor’s
time ends or the opening limit-switch is detected.
A second order triggers the gate’s closure.
If you send an order during the opening or closing of the gate, the movement
stops and it is only restored (in the opposite direction to what it was before the
stoping order) after sending a new order.
Locking device (STOP button):
04 and 05 • This input allows connection of a lock button (NC).
An order sent (switch to NA) during any gate’s movement causes an immediate
stop and it remains stopped until it returns to it’s normal state (switch to
NC). After returning to NC mode, the first maneuver will always open with 5
seconds of delay (after sending a transmitter order or from a push-button.
If do not use the 04 and 05 inputs, do a bridge (shunt) between them.
Operating with TIMER:
03 and 05 • The control board allows to connect a TIMER.
With this function, it is possible to program an exact time for the gate to
perform the opening /closing in automatic mode.
Safety circuits:
06 •This circuit allows the connection of all kinds of safety devices such as
photocells, safety bands, etc.
This device intervenes only in the gate’s closure and, when it’s triggered, the
operator reverses the travelling direction.
CN2CN3
. THE CONTROL BOARD
Limit-swiches:
07 and 09 •The center allows the connection of opening and closing limit-
switches (both in NC).
The triggering of any limit-switches causes the movement to stop immediately.
The triggering the limit-switches will be signaled by the FCH and FAP LEDs.
When a limit switch is activated, its LED indicator turns off.
The FAP identifies the opening limit-switch and the FCH LED the closing limit.
If it is not using limit switches, connect the circuits 7 with 8 and 9 with 8 of CN3
conector with a shunt.
01 • Lightbulb or 24V DC LED auxiliar input
Open collector for the management of auxiliary functions:
02 • The output Out 4 is activated on intermittently mode, only in the opening phase.
03 • The output Out 3 is activated on intermittently mode, only in the closing phase.
04 • The output Out 2 is activated on fixed mode, only in the pause time.
05 • The output Out 1 is activated on fixed mode, only with the closed gate.
CN3
CN4
PROGRAMMING PRERECOMENDATIONS
• SETTING THE CONTROL BOARD  SEL / SET BUTTON
SEL button: Does the selection of the function to change. The selection is
identified by the blinking LED corresponding to the selected function at that
time. Pressing the SEL key repeatedly will scroll through the various pro-
gramming functions. The selection will remain active for 10 seconds, and af-
ter that time the control unit returns to its original state (no active selection).
SET button:Makes the programming of the selected function by the SEL button.
The SET button can be replaced by a command since the latter is
programmed.
• MOTORS STRENGTH AND SPEED
The control board has a VR1 trimmer for regulating the motors force and
speed, controlled by the microprocessor.The regulation can be made be-
tween 50% and 100% strength.
In each movement startup, the central applies full power for 2 seconds,
even when it is made the force regulation for avalue than the maximum. FORZA
Whenever the VR1 trimmer is adjusted, the control board has to redo the
learning process, because the maneuver and deceleration times may vary.
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SET
SEL

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. CONFIGURATION
MAIN MENU
LED LED OFF LED ON
• CODE No code Inserted code
• CODE PED. No code Inserted code
• IN.CMD.AP Disabled Enabled
• L. CORT. Lightbulb Courtesy light
• PGM. AUT. Automatic PGM=OFF Automatic PGM=ON
• T. MOT. Motor time 30 sec. Programmed time
• T. MOT. PED Motor time Ped. 10 sec. Programmed time
• T. PAUSA Without automatic closure With automatic closure
• OBSTACLES DETECTION
The control board has a VR2 trimmer, controlled by microprocessor, for
regulating the opposition force required for the detection of obstacles.
The adjustment can be performed with a intervention time between 0.1
seconds and 3 seconds.
NOTA: Setting the VR2 trimmer to its minimum, disables the obstacles
detection functionality. SENS.
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• In the presence of limit-switch devices connected to the control board, the detetion
of obstacles causes the complete inversion of the movement during the closure and
the inversion for only 2 seconds during the opening course.
• When there are limit-switch devices connected to the control board, the detetion of
obstacles causes always the inversion of the movement during the closure except in
last 5 seconds of the maneuver for which it performs the stop.
During the opening, it inverts the movement by only 2 seconds, except in the last 5
seconds of maneuver (stoping the motors).
PROGRAMMING PRERECOMENDATIONS
MAIN MENU
. CONFIGURATION
The control board only accepts Dip-Switch transmitters or MOTORLINE Rolling Code
transmitters, and it has a maximum capacity of 120 transmitters. When trying to pro-
gram the 121º transmitter, all the programming LEDs will flash simultaneously (me-
mory is full)
To program new commands:
01. Press SEL button once, the CODE LED will begin to flash.
02. Press once the transmitter button you want to program, during 1sec.
03. The LED CODE remains lit permanently, indicating the programming success.
To delete all configured transmitters:
01. Press SEL button once, the CODE LED will begin to flash.
02. Press the SET button once! The CODE LED will turn off and all controls will be
deleted.
The control board allows to program the passage of people without the gate making the
complete opening. With this function, when pressing the remote's button, the gate will
open only the necessary for the passage of one person.
Programming transmitters for pedestrian mode (CODE PED LED ON) / erase transmit-
ters (LED CODE OFF):
01. Press SEL button the times necessary until the LED CODE PED starts to flash.
02. Press the transmitter button desired for 1 second.
If you are deleting transmitters, press SET button for 1 second.
03. CODE PED LED lighted, signals that the transmitter is programmed and LED OFF
signals that the transmitters have been deleted.
• CODE | PROGRAMMING TRANSMITTERS
• CODE PED | PEDESTRIAN OPERATION
MAIN MENU
With the function ativated, the control board rejects all the transmitter signals during
the opening maneuvers and automatic pause time. Its important that this function is
ativated during a magnetic coil instalation, because the control board will ignore the
crossings performed during the opening course and the pause time.
The control board is supplied by the manufacturer with this funcion active.
Activate (LED ON) / deactivate (LED OFF) function:
01. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the INB CMD AP LED starts to flash.
• INB. CMD. AP | TRANSMITTER INHIBITION DURING THE OPENING AND PAUSE TIME

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• L. CORT | LIGHBULB AND COURTESY LIGHT SELECTION
The control board has a 110V or 230V AC output for a lightbulb or a courtesy light.
The control board is supplied by the manufacturer with this funcion active (LED OFF).
To change the operating mode, follow these steps:
01. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the LED L. CORT starts to flash.
02. Press SET button once to change the operating mode.
The L.CORT LED will turn on/ turn off e a configuration is complete.
COURTESY LIGHT mode (LED ON): The central board is able to command a courtesy
light for 3 minutes. Each time you command the automatism, this output will remain
active for 3 minutes.To activate, press SEL to LAMP/CORT flash alternately. Press again
SEL and the LAMP/CORT will blink quickly. Press SET for 1 seconde, causing the LED
lighting.
LIGHTBULB Mode (LED OFF): the control board provides power to the lightbulb during
the closing and opening phase, turning it off when the gate is open or closed.
OFF - Lightbulb opening/pause/closure
ON - Lightbulb opening/closure
02. Press SET button once to enable/disable the function. The INB CMD AP LED ON
indicates that the function is active and the LED OFF indicates that the function is
deativated.
• PGM. AUT. | AUTOMATIC COURSE SCHEDULE
With the limit switches already set, the control board allows a automatic programming
of the working course (recommended).
01. Unlock the gate, put the rod halfway, and lock the gate.
02. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the LED PGM AUT starts to flash.
03. Press the SET button and hold and the rod have to start closing!
04. Let the rod close, open and re-close without releasing the SET button!
If the rod begins to open,release the SET button, invert the cables of the connectors 5
and 7 of the CN2 and 07 and 09 of the CN3, and start this program from the beginning.
. CONFIGURATION
MAIN MENU
. CONFIGURATION
With this function, can trigger deceleration, decreasing the gate's movement velocity.
NOTE • To perform this programming is necessary that the motors have limit-switch.
Instead of using the SET button on the central board, you can use a transmitter that is
already programmed.
The central board is supplied by the manufacturer with a working time set at 30 se-
conds without deceleration.
Programming motor working time with deceleration (GATE CLOSED):
01. Press SEL button the times necessary until the LED T. MOT. starts to flash.
02. Press SET button for 1 seconde, to motor start's the opening. If the motor don't
start de opening, invert wires connection 5 and 7, on CN2 connector (see page 2B).
03. Press SET button for 1 seconde, when the gate is at the desired deceleration point .
04. Press SET again, when you want to establish the opening limite-switch. At this time,
T. MOT. LED will flash quickly indicating that programming for the closing can be per-
formed automatically and the motor starts the closing move. Repeat the process to set
the closure.
Programming motor working time without deceleration (GATE CLOSED):
01. Press SEL button the times necessary until the LED T. MOT. starts to flash.
02. Press SET button for 1 seconde, to motor start's the opening. If the motor don't
start de opening, invert wires connection 5 and 7, on CN2 connector (see page 2B).
03. Press SET twice when you want to establish the opening limite-switch. At this time,
T. MOT. LED will flash quickly indicating that programming for the closing can be perfor-
med automatically and the motor starts the closing move.
04. Press SET twice when you want to establish the limite-switch.
05. T. MOT. LED will light, signaling that the working time is programmed.
• T.MOT AND DECELERATION MOTOR TIME AND DECELERATION PROGRAMMING
05. By closing the second time, the LED AUTO PGM will remain lit and the T. PAUSE LED
will begin to flash. Release the SET button and wait 10 seconds until the T. PAUSE LED
stops flashing.
The control board automatically sets a deceleration time during the opening and the
closure equal to 15% of the full course.
(MANUAL)
MAIN MENU

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. CONFIGURATION
MAIN MENU
To activate the pedestrian function, the control board allows a small opening programma-
tion.
NOTE • To perform this programming is necessary that the engine has limit.
Instead of using the SET button on the receiver, you can use a command that is already
scheduled.
The unit is supplied by the manufacturer with a pedestrian working time set at 10 seconds
without slowdown.
Programming the pedestrian working time with deceleration (Gate closed):
01. Press SEL button the times necessary until the LED T. MOT.PED. starts to flash.
02. Press SET button for 1 second, to motor starts the opening. If the motor doesn’t
start the opening, invert wires connection 5 and 7, on CN2 connector (see page 2B).
03. Press SET button for 1 second, when the gate is at the desired deceleration point.
04. Press SET again, when you want to establish the opening limit-switch. At this
time, T. MOT. LED will flash quickly and the motor 1 will start the closure maneuver.
05. Press the SET button when the gate is at the desired position to start the decele-
ration.
06. Press SET again when you want to establish the closing limit-switch.
0 7. The T.MOT. PED LED will remain lighted signaling that the working time is program-
med.
Programming the pedestrian working time without deceleration (Gate closed):
01. Press SEL button the times necessary until the LED T. MOT.PED starts to flash.
02. Press SET button for 1 second, to motor starts the opening. If the motor doesn’t
start the opening, invert wires connection 5 and 7, on CN2 connector (see page 2B).
03. Press SET twice when you want to establish the opening limit-switch. At this time,
T. MOT. LED will flash quickly indicating that programming for the closing can be perfor-
med automatically and the motor starts the closing move.
04. Press SET twice when you want to establish the closing limit-switch.
05. The T.MOT. PED LED will remain lighted signaling that the working time is programmed.
• T. MOT. PED | PEDESTRIAN WORKING TIME PROGRAMMING
. CONFIGURATION
MAIN MENU
• T. PAUSA | PAUSE TIME PROGRAMMING FOR AUTOMATIC CLOSURE MIN MAX
The control board is supplied by the manufacturer with automatic closure active after
10sec.
Disable the automatic closure:
01. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the LED T. PAUSA starts to flash.
02. Press the SET button twice in 2sec! The T.PAUSA LED turns off and the function is
disabled.
Activate or change the pause time for automatic closure:
01. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the LED T. PAUSA starts to flash.
02. Press once the SET button, wait the desired time for the pause time
and press again the SET button (the expected time is defined as the pause time).
The T.PAUSA LED remains lit and the pause time is active.

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• CODE | STEP BY STEP / AUTOMATIC OPERATION
Operation in Automatic Mode (CODE LED ON):
• The first impulse from the transmitter/push button triggers the gate’s opening during the
defined working time.
• The second impulse triggers the gate closure.
• If you press the transmitter/push-button during opening or closing maneuvers, the gate
will reverse the direction of operation until reaching the limit-switch.
Operation in Step-by-Step Mode (CODE LED OFF):
For every order sent by the transmitter/push button, the control board will behavior in this
way:open-stop-close-stop-open(…). The control board is supplied by the manufacturer with
the step-by-step operation mode active.
To change the operating mode, follow these instructions:
01. Activate the extended menu 1 (see ACCESSING EXTENDED MENU 1).
02. Press SEL button once, the CODE LED will begin to flash.
03. Press the SET button once to change programming.
The CODE LED will turn on/turn off permanently, signaling the success of operating mode
alteration.
EXTENDED MENU 
. CONFIGURATION
• ACCESS TO EXTENDED MENU 
To access the Extended Menu 1 options follow these instructions:
01. Press and hold the SET button for 5 seconds, the LED's T.MOT.PED and T.PAUSA will
flash alternately.
02. The control board provides 30 seconds to select functions form the extended menu 1
(using the SEL and SET buttons), and after this time it returns to the main menu.
EXTENDED MENU 1
LED LED OFF LED ON
• CODE Step by step Inverter
• CODE PED. Electric Brake = OFF Electric Brake = ON
• IN.CMD.AP Present man = OFF Pres. APCH or CH = ON
• L. CORT. Deceleration = OFF deceleration = ON
• PGM. AUT. Follow Me = OFF Follow Me = ON
• T. MOT. Encoder = OFF Encoder = ON
• T. MOT. PED Switched Flashing Light ON/OFF
• T. PAUSA Switched Flashing Light ON/OFF
With this function active, when the control board finish the maneuver, when it reaches
the end of course, does a brief inversion of output motor, to stop immediately the motor
(eg. Gates with inclination).
Activate (LED ON) / deactivate (LED OFF) function:
01. Activate the extended menu 1 (see ACCESSING EXTENDED MENU 1 on page 7A).
02. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the LED CODE PED starts to flash.
03. Press SET button once to enable/disable the function. The CODE PED LED ON indica-
tes that the function is active and the LED OFF indicates that the function is deativated.
• CODE PED. | ELECTRIC BRAKE
• INB. CMD. AP | PRESENT MAN OPERATION
With this function active, the control board only gives order to the motor while pres¬-
sing the control button from a transmitter or a start button. if the pressing stops, the
gate’s movement stops immediately.
Activate (LED ON) / deactivate (LED OFF) function:
01. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the INB CMD AP LED starts to flash.
02. Press SET button once to enable/disable the function. The INB CMD AP LED ON
indicates that the function is active and the LED OFF indicates that the function is
deativated.
• L. CORT | DECELERATION
When this function is disabled find it is no longer possible to define a slowdown in
motor time schedule.
In automatic programming will also not exist slowdown.
When making the programming of this function you will have to program the motor or
time or do the automatic programming, so that changes made remain in operation.
The control board is supplied by the manufacturer with the operation mode activated.
To change the operating mode, follow these steps:
01. Turn on the extensive menu 1 (see ACCESSING EXTENDED MENU 1 on page 7A).
02. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the L. CORT LED starts to flash.
03. Press once the SET key to change the operating mode.
The L.CORT. LED will turn ON/OFF and the setup is complete.
. CONFIGURATION
EXTENDED MENU 

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. CONFIGURATION
EXTENDED MENU 
• T. MOT | ENCODER FUTURE USE
With the pause time programmed, it is possible to trigger the “Follow Me” option.
With this option enabled, whenever the photocells detect a some user/object passing be-
tween them, the control board triggers the closing maneuver 5 seconds after the detection.
Activate (LED ON)/deactivate (LED OFF) function:
01. Activate the extended menu 1 (see ACCESSING EXTENDED MENU 1 on page 7A).
02. Press SEL button once, the CODE LED will begin to flash. Press the SEL button the
times necessary until the PGM AUT PED starts to flash.
03. Press SET button once to enable / disable the function.
The PGM AUTO LED ON indicates that the function is active and the LED OFF indicates
that the function is deativated.
• PGM. AUT. | FOLLOW ME
. CONFIGURATION
EXTENDED MENU 
EXTENDED MENU 2
LED LED OFF LED ON
• CODE Programming Distance = OFF Programming Distance = ON
• CODE PED. Photocells test = OFF Photocells test = ON
• IN.CMD.AP CS1 = Closing Inversion CS1 = 1s inversion in Open/Close
• L. CORT. CS2 = STOP in Open/Close CS2 = 1s inversion in Open/Close
• PGM. AUT. PUL=Open/Close | BL=STOP PUL=Open/Close | BL=Pedestrian
or DS2
• T. MOT. PUL=Open/Close | BL=STOP PUL=Open | BL= Close
• T. MOT. PED Flashing simultaneously ON/OFF
• T. PAUSA Flashing simultaneously ON/OFF
• ACCESSING THE EXTENDED MENU 
To access the Extended Menu 2 options follow these instructions:
01. Activate the extended menu 1 (see ACCESSING EXTENDED MENU 1 on page 7A).
02. While T.MOT.PED and T.PAUSA LED's blink alternately, return to continuously press the
SET button for 5 seconds until they blink simultaneously.
03. The control board provides 30 seconds to select functions form the extended menu 2
(using the SEL and SET buttons), and after this time it returns to the main menu.
Activating the distance transmitter programming function:
01. Activate the extended menu 2 (see ACCESSING EXTENDED MENU 2).
02. Press SEL button once, the CODE LED will begin to flash.
03. Press for 1 second the SET button and the CODE LED will light up permanently, in-
dicating the programming’s success.
Repeat the operation to restore the previous configuration.
To program a transmitter at distance, read the following instructions:
01. Press the a button from a configured transmitter for longer than 10 seconds wi-
thout releasing. The CODE LED will start to flash indicating that the control board is in
programming mode.
02. Press for 1 second the new transmitter button you want to program.
• CODE | DISTANCE TRANSMITTER PROGRAMMING

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With sensor 1 (RTX 2278) connected to the control board, the action will perform as
follows:
Changing the mode of operation:
01. Turn on the extensive menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL and the IN.CMD.AP LED will intermittently flash
03. Press the SET button and the IN.CMD.AP LED will turn on or off permanently, signa-
ling the success of the programming.
. CONFIGURATION
EXTENDED MENU 
This test is performed before starting any operation.If it doesn’t detect security devices
connected in the CN3 06 output, the control board will reject opening/closing orders.
To enable the photocell test programming, read the following instructions:
01. Activate the extended menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL button and the CODE PED LED will begin to flash.
03. Press the SET button and the CODE PED LED will light up permanently, indicating
the programming’s success.
Repeat the operation to restore the previous configuration.
With sensor 2 (RTX 2252) connected to the control board,the action will perform as follows:
Changing the operation mode:
01. Turn on the extensive menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL and the L. CORT LED will intermittently flash
03. Press the SET button and the L. CORT LED will turn on or off permanently, signaling
the success of the programming.
• CODE PED | PHOTOCELLS TEST
• IN.CMD.AP. | SENSOR OPERATION  RTX 
• L. CORT | SENSOR OPERATION  RTX 
LED STATUS OPENING CLOSING
ON Stops and Inverts the maneuver
for 1 second
Stops and Inverts the maneuver
for 1 second
OFF It does nothing Stops and Inverts completely
LED STATUS OPENING CLOSING
ON Stops and Inverts the maneuver
for 1 second
Stops and Inverts the maneuver
for 1 second
OFF Maneuver Stops Maneuver Stops
. CONFIGURATION
EXTENDED MENU 
Change the operating mode of the PUL and BL inputs:
01. Turn on the extensive menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL and the T. MOT. LED will flash intermittently
03. Press the SET key, LED PGM. AUT will turn ON permanently, signaling the change’s
success.
Repeat the operation to restore the previous configuration.
This way the PUL input (CN3 → 3) enables the connection of a push button (NO) just to
control the opening and BL input (CN3 → 4) enables the connection of a push button
(NO) to control only the closure.
Change the mode of operation of BL input (pedestrian):
01. Turn on the extensive menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL and the PGM. AUT LED will flash.
03. Press the SET button and the PGM. AUT LED will turn on permanently, signaling the
success of the programming.
Repeat the operation to restore the previous configuration.
This way the PUL input (CN3 → 3) enables the connection of a push button (NO) with
step-by-step function and BL input (CN3 → 4) enables the connection of a push button
(NO) exclusive to pedestrian.
Change the mode of operation of BL input (security device 2):
01. Turn on the extensive menu 2 (see ACCESSING EXTENDED MENU 2 on page 8B).
02. Press SEL and the PGM. AUT LED will flash intermittently
03. Press the SET key twice, LED PGM. AUT will flash quickly, signaling the changes
success.
Repeat the operation to restore the previous configuration.
This way the PUL input (CN3 → 3) enables the connection of a push button (NO) with
step-by-step function and BL input (CN3 → 4) enables the connection of an additional
set of photocells. At the opening, the photocells cause the immediate stop and a small
inversion. In the closure, it does not occur any action.
• T. MOT. | OPERATION PUL = OPEN / BL = CLOSE
• PGM. AUT. | OPERATION PUL = STEP BY STEP / BL = PEDESTRIAN OR DS
If you need to restore the control board to the factory settings, press the SET and
SET keys simultaneously. At that moment, all LEDs will light up simultaneously and
then go off, completing the operation.

A B
ENEN
• ACCESS TO EXTENDED MENU 
. CONFIGURATION
EXTENDED MENU 
EXTENDED MENU 3
STRENGTH LEVEL LED'S ON
1 CODE
2 CODE • CODE PED
3 CODE • CODE PED • IN. CMD. AP.
4 CODE • CODE PED • IN. CMD. AP. • L. CORT
5 CODE • CODE PED • IN. CMD. AP. • L. CORT • PGM. AUT
6 CODE • CODE PED • IN. CMD. AP. • L. CORT • PGM. AUT • T. MOT
With the extended menu 3 it is possible to program the power / speed of the motor’s
slowdown.
To access the extended menu 3 options follow these instructions:
01. Access the extended menu 1 (see page 7A).
02. Access the extended menu 2 (see page 8B).
03. Continuously press the SET button for 5 seconds and the T.PAUSA LED and T. RIT.
ANTE LED will flash alternately for a while, and blink at the same time right after.
04. There are available 30 seconds to select functions from the extended menu 3 (using
the SEL and SET button), and after that time the control board returns to the main
menu.
Motor strength programming during the slowdown:
It is possible to choose up to six different levels, in relation to the strength that the
engine performs during the slowdown. The levels are represented by combinations of
the LED indicated in the table above.
Scroll through the LEDs with the SEL key to set the desired strength, knowing that
the AUT / PP. LED ON corresponds to the minimum strength, while the AUT / PP., CODE,
CODE PED, INB. CMD. AP, T. MOT., T. MOT. PED LEDs ON correspond to the maximum
strength.
The control board is supplied by the manufacturer with the strength set at level 3 (AUT/
PP., CODE, CODE PED ON).
RTX BASE MODULE OPTIONAL
• OPERATION
The RTX 2278 device (Base) controls through radio frequency up to two RTX 2252 devi-
ces (sensor) for security bands connection.
This device has two different menus – MONITOR and PROGRAMMING.
The MONITOR menu is the stand-by mode of the device and is only for information dis-
play. It has the following indications:
The RTX 2278-Base module is only used when applying a security bandat the gate or
pillars.
MONITOR MENU
LED LED OFF LED ON* Flashing LED**
• CODE SENSOR 1
No alarm
Alarm SENSOR 1 Battery or
communication Low
Battery/communication OK
• CODE SENSOR 2
Nenhum Alarme
Alarm SENSOR 2 Battery or
communication Low
Battery/communication OK
* Also issued a brief sound signal
** Every minute are issued 2 short beeps sound signaling
• Power 5V DC
• Maximum consumption 25 mA
• Operating frequency Banda 868 MHz FSK
• RTX 2252 storable sensors 2
• Operating temperature -10°C a 55°C
• Dimensions 59x39mm
01 • Hot Pole Antenna Input
02 • Antenna Mass Entry
CN1
1
1
2
2
SW1
ANTENNA
BUZZER
CS2 • CODE SENSOR 2
CS1 • CODE SENSOR 1
M.P. • MENU' PROG.
MON. • MONITOR
• TECHNICAL SPECIFICATIONS
. CONFIGURATION

A B
ENEN
. CONFIGURATION
RTX BASE MODULE OPTIONAL
The PROGRAMMING menu used to view the sensor programming state.
Accessing the programming menu:
01. Press the SET button to light the M.P LED.
02. Press the SET button to show the MENU PROGRAMMING indications.
NOTE: If the SEL and SET keys are one minute without being pressed, the MENU MONI-
TOR is triggered automatically.
This module has two channels for RTX 2252 sensors memorization.
Programming codes:
01. Press SEL repeatedly to select the desired channel, indicated by the CS1 or CS2
LED’s that, when selected, will flash intermittently.
02. You have 15 seconds to choose the desired channel by pressing the SET button.
The channel is then active to receive a code from a RTX 2252 sensor. After that time, the
module returns to the normal state (stand-by).
Frequencies:
You can select four different operating frequencies, all of them in the band of 868 MHz.
• CODE SENSOR  E  | DESIRED CHANNEL SELECTION AND PROGRAMMING
PROGRAMMING MENU
LED LED OFF LED ON
• CODE SENSOR 1 No programmed code Programmed code
• CODE SENSOR 2 No programmed code Programmed code
ON
OFF
FREQUENCY B
1 2
SW1
FREQUENCY C
1 2
SW1
FREQUENCY D
21
SW1
1 2
SW1
FREQUENCY A
RTX BASE MODULE OPTIONAL
Check the band usage status:
01. Press the SET key to the position on the M.P. LED.
The base will conduct a chosen frenquency verification and if this frequency is already in
use, os MON and M.P. LEDs will flash intermittently.
If the frequency is free, it is ok to proceed with the programming.
Channel selection - RTX 2278:
01. Access the programming menu by pressing the SET button, the LED MON MP and LED
will flash alternately.
02. With SEL button, select the desired channel (Code Sensor1 or Code Sensor 2) to pair the
RTX 2252 sensor.
03. It now has 10 seconds to press the SET button from the RTX 2252 sensor, in order no pair
it with the RTX 2278.
Setting the RTX 2252 sensor (CS1 and / or CS2) in the RTX 2278 base device:
01. Press the RTX 2278 SEL button, and the SENSOR CODE LED 1 will start flashing.
02. Press the SET button on the RTX 2252 sensor and its TX LED will issue 5 fast signals
intermittently, signaling the RTX 2278 memorization .
03. The RTX 2278 CS1/CS2 LED remain on and programming is complete.
If the RTX2278 does not receive any code from RTX 2252 within 10 seconds, it will exit the
programming phase. To pair another RTX 2252 sensor with the RTX 2278, repeat the same
steps, selecting the free channel from the RTX 2278.
To delete all configured codes from the RTX 2278 device:
01. Press the SEL button and the CODE SENSOR 1 LED will start flashing
02. Press the SET button and the CODE SENSOR 1 LED will be deleted.
To erase the sensor 2 codes, repeat the same steps selecting the CODE SENSOR 2 LED dur-
ing step 01.
Restore the RTX 2278 device to the factory setting:
Press the SEL and SET buttons continuously for more than 2 seconds.
All signaling LEDs will light up briefly and will be issued three beeps, signaling the operation
success.
The choice of operating frequency is made the same way the pairing devices, running
through the SW1 Dip Switch present in both the RTX 2278 device as in the RTX 2252
device.
The choice must be made before making the pairing of RTX2252 and RTX2278 devices,
selecting one of the four frequencies available.
Obligatorily, the chosen frequency must be equal in both devices.
Similarly, it is recommended to check if the chosen band is free to be selected.
. CONFIGURATION

A B
ENEN
RTX SENSOR MODULE OPTIONAL
• Powered by stacks 2x 1,5V DC Alcaline (AA)
• Operating Frequency 868 MHz FSK Band
• System capacity in free field 10 + 20 m máx.
• Operating temperature - 10 to +55°C
• Dimensions 120x80x50mm
• External material ABS UL94V-0 (IP56)
1,5V battery tipe AA
SAFETY
DEVICE
INHIBITOR
1,5V battery tipe AA
TX
CN1
RTX
SET SW1 SW2
1 12 2
1 2 3 4
• TECHNICAL SPECIFICATIONS
01 • Safety device input (NC) or 8K2.
02 • Safety device input (NC) or 8K2.
03 • Inhibitor input (NC)
04 • Inhibitor input (NC)
CN1
• OPERATION
The RTX 2252 device (sensor) allows the connection of safety bands of the classic type
NC (normally closed contact) or 8K2 Ohm resistive type.
This sensor operates only in combination with the control base - 2278 RTX.
The device is powered with stacks, avoiding any cable connection.
After stored in RTX 2278 device, sends you the following information:
•Survival signal: Check periodically if the radio connection between the devices is
functioning properly and informs the base.
•Alarm signal: Tells the basis that the safety device is activated.
. CONFIGURATION
RTX SENSOR MODULE OPTIONAL
Setting the frequency A, B, C or D in RTX 2252 must be coincident with the RTX 2278
base module configuration (see page 11A).
ON
OFF
FREQUENCY B
1 2
SW1
FREQUENCY C
1 2
SW1
FREQUENCY D
21
SW1
1 2
SW1
FREQUENCY A
DIP 1= OFF - Type NC Classic (standard)
Normally Closed
DIP 1=ON - Type Resistive 8K2 Ohm
Operation
ON
OFF
1 2
NC SW2
ON
OFF
1 2
8K2 SW2
When the inhibitor input is not used, it should always be made a bridge
(jumper) between 3 and 4 inputs.
•Discharged stack signal: Tells the base the stack status.
Operation with Contact Inhibitor:
The RTX 2252 device (sensor) enables the connection of a contact (NC) for temporarily
inhibiting of the safety band connected to the sensor.
With the application of one micro-switch (CN1, connector 3 and 4), the band can be
disabled for the motor does not reverse when it reaches the end of the closure and
presses the band.
Aplique 1 micro (NC), de forma que comute para NA centímetros antes da banda com-
primir.
In this case, the band can be pressed without causing reverse movement.
. CONFIGURATION

A B
ENEN
RTX SENSOR MODULE OPTIONAL
• CONSUMER OPERATION
Energy saving is disabled = OFF
This function should be used only when
there is a considerable distance between
RTX 2252 and 2278 sensor because it has
a very high batteries consumption.
Energy saving enabled=ON
The sensor’s transmission power is sli-
ghtly
lower, decreasing the radio capacity,
which can affect the settings at installa-
tion time.
ON
OFF
ON
OFF
1 2
SW2
ON
OFF
ON
OFF
1 2
SW2
It is possible to select two different consumption patterns in the functioning of RTX2252
(SENSOR) devices.
NOTE: When the battery is discharged, the TX LED from the RTX 2252 sensor will get a
quick intermittency signal. At that point it sends signal to the RTX 2278 (Base) device,
which will act as indicated on page 9A.
• When the RTX 2252 Device (sensor) is removed from an installation, it is advisable
to remove the batteries to prevent the sensor continues to transmit uselessly
• It is advisable to replace device stacks immediately in the presence of a flashing
TX LED.
. CONFIGURATION . COMPONENTS TEST
SCHEMES FOR CAPACITORS
To detect which components have problems during a sliding automatism installation,
sometimes it's necessary to conduct tests with a direct connection to a 110V or 230V
power supply. For this, it's necessary to interpose a capacitor on the connection so that
the motor can work (check the capacitor type to be used in the product's manual). In
the below diagram is shown how this connection must be made and how to merge the
different component wires.
NOTES:
• To perform the tests you don't need to remove the automatism from it's place, because
this way you can understand if the automatism, directly connected to the power, can
function correctly.
• The order of capacitor wires linked with the automatism wires are not important, as
long as you link, one to the Brown wire and the other to the Black one;
• The common wire of the motor must always be connected to the power supply;
• To reverse the automatism functioning direction,switch the Black wire with the Brown
wire of the automatism.
All tests must be performed by skilled technicians due to serious danger
associated with the misuse of electrical systems!!
CAPACITATOR
MOTOR
110V or 230V
POWER
SUPPLY
Ground wire
Brown
Black
Common (Blue)
01


EN
PHOTOCELLS TEST AND TRANSMITTERS
The control board is prepared to a safety device connection in accordance with the
section 5.1.1.6 of standard EN 12453.
In every maneuver is performed a test for the Security Device and the Lock.
In case of a funtion/connection failure the motor doesn’t start and every LED’s remain
in a intermittent mode, indicating the error. When the photocells operation is corrected,
the control board returns to it’s normal functioning. This action by the control board
allows to recognize failures in accordance with is mentioned in category 2 of EN 954-1.
In the position corresponding to each transmitter input in low voltage, the control board
has a LED to identify the condition of it. The LED on indicates that the input is closed,
while the LED off indicates that the input is open.
• PHOTOCELLS TEST
• TRANSMITTER TEST
. COMPONENTS TEST


EN
SPECIALIZED TECHNICIANS INSTRUCTIONS
. TROUBLESHOOTING
FINAL CONSUMERS INSTRUCTIONS
Anomaly Procedure Behavior Procedure II Discovering the origin of the problem
• Motor
doesn't work
• Make sure you
have power in the
automation control
board and if it is
working properly
• Still not working. • Consult a qualified
MOTORLINE technician.
• Motor
doesn’t move
but makes
noise
• Unlock motor and
move the gate by
hand to check for
mechanical problems
on the movement
• Encountered
problems?
• Consult a qualified gates
technician.
1 • Check motion axis and associated motion systems related with the motor and the gate to find out what is the problem.
• The gate moves
easily?
• Consult a qualified
MOTORLINE technician.
• Gate
doesn’t make
complete
route
• Unlock motor and
move the gate by hand
to closed position.
Lock motor again
and turn of power
supply for 5 seconds.
Reconnect it and send
order to open gate
using transmitter.
• Gate opened but
didn’t close again.
1 • Check if there is any
obstacle in front of the
photocells;
2 • Check if any of the
control devices (key selector,
push button, video intercom,
etc.) of the gate are jammed
and sending permanent
signal to control unit;
3 • Consult a qualified MO-
TORLINE technician.
• Motor opens
but doesn’t
close
• Unlock motor and
move gate by hand to
check for mechanical
problems on the gate.
• Encountered
problems?
• Consult a qualified
gates technician.
1 • Check all motion axis and associated motion systems related with the gate to find out what is the problem.
• The gate moves
easily?
• Consult a qualified
MOTORLINE technician.
1 • Open control box and check
if it has 230V/110V/24V power
supply;
2 • Check input fuses;
3 • Disconnect gate from
control board and test them by
connecting directly to power
supply in order to find out if they
have problems (see page 13B).
4 • If the gate works, the problem
is on the control board. Pull it out
and send it to our MOTORLINE
technical services for diagnosis;
5 • If the gate doesn’t work,
remove them from installation
site and send to our MOTORLINE
technical services for diagnosis.
1 • Check capacitors, testing
operator with new capacitor;
2 • If capacitors are not the
problem, disconnect motor from
control board and it them by
connecting directly to power
supply in order to find out if it
has problems (see page 13B).
3 • If the motor works, the
problem is from control board.
Pull it out and send it to our
MOTORLINE technical services
for diagnosis;
4 • If the motor doesn’t work,
remove them from installation
site and send to our MOTORLINE
technical services for diagnosis.
1 • Check capacitors, testing
with new capacitors;
2 • If capacitors are not the
problem, disconnect motor
from control board and test it
by connecting directly to power
supply in order to find out if it is
broken;
3 • If the motor doesn’t work,
remove it from installation site
and send to our MOTORLINE
technical services for diagnosis.
4 • If motor work well and move
gate at full force during the
entire course, the problem is
from controller. Set force using
trimmer on the board. Make a
new working time programming
, giving suffient time for opening
and closing with appropriate
force (page 08.B of this manual
for MBM6 230V).
5 • If this doesn’t work, remove
control unit and send it to
MOTORLINE technical services
services.
NOTE: Setting force of the
controller should be sufficient
to make the gate open and close
without stopping, but should
stop and invert with a little effort
from a person. In case of safety
systems failure, the gate shall
never cause physical damaged
to obstacles (vehicles, people,
etc.).
All MOTORLINE control boards have LEDs
that easily allow to conclude which devices
are with anomalies. All safety devices LEDs
(DS) in normal situations remain On. All
"START" circuits LEDs in normal situations
remain Off.
If LEDs devices are not all On, there is some
security systems malfunction (photocells,
safety edges), etc. If "START" circuits LEDs
are turn On, there is a control device sending
permanent signal.
A) SECURITY SYSTEMS:
1 • Close with a shunt all safety systems
on the control board (check manual of the
control board in question). If the automated
system starts working normally check for
the problematic device.
2 • Remove one shunt at a time until you find
the malfunction device .
3 • Replace it for a functional device and
check if the motor works correctly with all
the other devices. If you find another one
defective, follow the same steps until you
find all the problems.
B) START SYSTEMS:
1 • Disconnect all wires from START terminal
input (terminal 3 of CN3 connector).
2 • If the LED turned Off, try reconnecting one
device at a time until you find the defective
device.
NOTE:
In case procedures described in sections
A) and B) don’t result, remove control board
and send to our technical services for
diagnosis.


L N
LAMP
230V
230V/
110V MOTORE 1
AP COM CH
1234567
+V ENC
123
VPUL FAP FCHBL DS
1 2 3 4 5 6 7 10 118 9
24V
OUT 4
OUT 3
OUT 2
OUT 1
1 2 3 4 5
1 2
PUL
LEDs BL DS FAP FCH
F2=160mAL250V
F1=6,3TL250V
SET
CN8
RR1
CN9
SEL
- SENS.+
- FORÇA +
CN1 CN2 CN3 CN5
CN4
CODE
CODE P.
CMD AP.
L CORT.
PGM. AUT
T.MOT
T. MOT. P
T. PAUSA
RX - Recetor
DV COM NC12/24V
DV 12/24V
~ ~~ ~
V+
R
G
B
RG
24+ CAP MOT
1 2 3 4 5 6
EN
. CONNECTION SCHEME
COMPONENT CONNECTION TO THE CONTROL BOARD
Capacitor 2
(COND 2)
Capacitor 1
(COND 1)
Flashing Light
Motor
OPEN
(or)
Wall Button/
Key Selector
Antenna
Limit-Switches
RGB
Flashing
Light
Photocells
CLOSE
OL1500 OL2000
230V 110V 230V 110V
COND 1 16 μF 60 μF 12,5 μF 25 μF
COND 2 x x 25 μF 70 μF
At BL, you can connect a STOP switch button. Everytime it is
switched OFF, it will stop the gate in the position it is at that
precise moment.
Capacitor Power:
MCO35
Capacitor Module,
only used in
OL2000 motors