Motorline professional MBM8 Operation and installation manual

V3.1
REV. 10/2019
MBM8 - MBM11 EN
INSTALLER AND USER’S MANUAL

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EN
STANDARDS TO FOLLOW
INSIDE PACKAGE
TECHNICAL SPECIFICATIONS
OPENING/CLOSING
INSTALLATION SITE PREPARATION
DIMENSIONS
BARRIER’S FIXATION
BOOM ASSEMBLY
. SAFETY INSTRUCTIONS
. PACKAGE
. THE AUTOMATISM
. INSTALATION
. CONTENT
INDEX
BOOM SUPPORT INSTALLATION
TOP COVER REMOVAL
BOOM LEVELING
SPRING ADJUSTMENT
LIMIT-SWITCH
CONNECTIONS SCHEME
MAINTENANCE
. COMPONENTS TEST
. MAINTENANCE

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ENEN
. SAFETY INSTRUCTIONS. SAFETY INSTRUCTIONS
STANDARDS TO FOLLOWSTANDARDS TO FOLLOW
ATTENTION:
This product is certified in accordance with European Community
(EC) safety standards.
This product complies with Directive 2011/65/EU of the European
Parliament and of the Council, of 8 June 2011, on the restriction of
the use of certain hazardous substances in electrical and electronic
equipment.
(Applicable in countries with recycling systems).
This marking on the product or literature indicates that the product
andelectronicaccessories(eg.Charger,USBcable,electronicmaterial,
controls, etc.) should not be disposed of as other household waste at
the end of its useful life. To avoid possible harm to the environment
or human health resulting from the uncontrolled disposal of waste,
separate these items from other types of waste and recycle them
responsibly to promote the sustainable reuse of material resources.
Home users should contact the dealer where they purchased this
product or the National Environment Agency for details on where and
how they can take these items for environmentally safe recycling.
Business users should contact their vendor and check the terms and
conditions of the purchase agreement. This product and its electronic
accessories should not be mixed with other commercial waste.
This marking indicates that the product and electronic accessories
(eg. charger, USB cable, electronic material, controls, etc.) are
susceptible to electric shock by direct or indirect contact with
electricity. Be cautious when handling the product and observe all
safety procedures in this manual.
• It is important for your safety that these instructions are followed.
• Keep these instructions in a safe place for future reference.
• The ELECTROCELOS S.A. is not responsible for the improper use of the
product, or other use than that for which it was designed.
• The ELECTROCELOS S.A. is not responsible if safety standards were not
taken into account when installing the equipment, or for any deformation
that may occur.
• The ELECTROCELOS S.A. is not responsible for insecurity and malfunction
of the product when used with components that were not sold by the them.
• This product was designed and manufactured strictly for the use indicated
in this manual.
• Any other use not expressly indicated may damage the product and/or can
cause physical and property damages, and will void the warranty.
• Do not make any changes to the automation components and/or their
accessories.
• 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 automatism. Must call qualified technician only.
• The installer must have certified professional knowledge at the level of
mechanicalassembliesindoorsandgatesandcontrolboardprogrammation.
He should also be able to perform electrical connections in compliance with
all applicable regulations.
• The installer should inform the customer how to handle the product in an
emergency and provide him the manual.

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855mm
1050mm
100mm
360mm
275mm
MBM8 MBM11
850mm
1140mm
140mm
460mm
330mm
ENEN
. PACKAGE . AUTOMATISM
INSIDE PACKAGE TECHNICAL SPECIFICATIONS
DIMENSIONS
01 • electromechanical barrier
01 • control board
02 • transmitter
01 • aluminium boom
01 • boom support
01 • external photocells set
02 • fastening metal plates
01 • boom fastening metal plate
04 • M16 bolts with bushings
04 • boom fastening screws
02 • boom support fastening screws
01 • boom cover
01 • installer and user’s manual
Inside the package you will find the following components: MBM8 MBM11
• Barrier’s Power Supply AC 230V 50/60Hz AC 230V 50/60Hz
• Motor’s Voltage AC 230V AC 230V
• Power 180W 300W
• Current 1A 2A
• RPM 2800 RPM 480 RPM
• Noise level <60 db <70 db
• Working temperature -25°C to 65°C -25°C to 65°C
• Thermal protection 120°C 140°C
• Protection level IP55 IP55
• Working frequency Intense Intense
• Opening/Closing time 6 seg 11 seg
Photocells
Transmitter
Boom cover
Boom fastening
metal plate
Boom
fastening
screws
Control
board
Electromechanical
barrier
Fastening
metal
plates
M16 bolts with
bushings
Boom support
fastening screws
Boom
support
User’s
manual
Alluminium
boom

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130 a 175mm
130 a 160mm
150 a 290mm
150 a 200mm
350mm
MBM8 MBM11
MBM8 MBM11
ENEN
. INSTALLATION
OPENING/CLOSING INSTALLATION SITE PREPARATION
. INSTALLATION
1• Open the door using the key supplied with the
barrier. Rotate the key to unlock the door and
pull it towards outside.
On the interior, you will have access to the
unlocking system.
1• Create a foundation in cement on the soil. The dimensions on the side image are the minimum to
maintain, so they can be superiors but never inferiors.
You must leave one or more tubes for the cables of the different components to pass through the
foundation to the barrier (photocells, wall starts, key selectors, etc).
2• The unlocking is made by rotating the disc at
the bottom of the motor, highlighted/shaded on
the image on the side.
To open or close you must try to rotate the disk
clockwise or counter-clockwise, that depending
on the orientation of the barrier (right or left) will
open or close the boom.
20mm
(height of
foundation
above soil)
20mm
(height of
foundation
above soil)
500 mm
(total
height of
foundation)
500 mm
(total
height of
foundation)
350 mm
400 mm
450 mm
550 mm
In case of power failure, the barrier is equipped with a manual unlocking and locking system. Follow the
instructions bellow to unlock or lock the barrier.
INSTALLATION SITE PREPARATION
It’s important that this order of installation is respected!
Otherwise we can’t assure the correct installation of the barrier and it may not work properly.
To note that each barrier has its own measures to create the holes for the bolts!
ALTERNATIVE • During installation, you can replace the
bolts supplied by metal hooks, soldering them on the
cement foundation while it is still fresh.
You must pay attention to the above image’s dimensions
when placing the hooks.
2• Solder the bolts with bushings on the foundation while the cement is still fresh.
It is also necessary to respect the dimensions on the side image when soldering the bolts, so that the
barrier can be installed.

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. INSTALLATION
INSTALLATION SITE PREPARATION BOOM ASSEMBLY
. INSTALLATION
1 • With the bolts already fixed on the cement
foundation, respecting the dimensions of point
2, place the barrier on top of the foundation in
a way that the screws stay inside and centered
with the barrier.
2• Open the door using the key to unlock it, and pull
it to the outside.
3• Place the fastening metal plates and fix the barrier
to the ground tightening the nuts supplied with the
product.
To assemble the boom, you must place the boom
on the barrier fixing plate and align the four holes
on each piece. Then, you just need to place the
boom fastening metal plate and use the screws to
fasten the three parts together.
After assembling the boom, you must define the length of it so that you can fix the boom support, as visible
on the image above.
When the boom’s length is decided, fix it with the two small screws situated at the end of the fix part of
the boom.
BOOM SUPORT INSTALLATION

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. INSTALLATION
BOOM SUPORT INSTALLATION TOP COVER REMOVAL
. INSTALLATION
When the position of the boom’s support is defined,
you can fix it to the ground.
Make two holes on the fixing ground, and place the
screws supplied.
Align the support holes with those same screws and
fasten the support using the nuts.
1• Open the door using the key supplied to
unlock it and then pull it to the outside.
3• The hooks that secure the top cover are also
rotated and release the cover.
Before starting the tuning of the springs is
necessary to remove the screw identified in the
illustration.
ADJUSTMENT • To adjust the springs, you must use a
wrench to fasten or release the springs nuts. If you
rotate them clockwise you are giving tension to the
springs causing the boom to rise up, and rotating
counterclockwise you are removing tension from
the springs causing the boom to descend.
4• Pull the cover up to remove it.
2• Rotate the rod (image above) to unlock the
cover.
TOP COVER REMOVAL SPRING ADJUSTMENT
screw A

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. INSTALLATION
SPRING ADJUSTMENT BOOM LEVELING
. INSTALLATION
1• Remove the screw A.
2 • Put the boom like on phase 1 as shown on the
above image. Let it go and it must maintain on
that position, or rising very slowly. If the boom
starts to descend or rise adjust the springs untill
you can make the boom become stabilized.
3• Put the boom like on phase 2, phase 3, phase
4 and phase 5 and repeat the same process of
point 2 for each phase. With the adjustment of
the springs, you must achieve a stage where you
can let go the boom in each position you desire
and it must stay stabilized. The springs must be
calibrated to sustain the total wheight of the
boom without the help of the motor.
4• Refit the screw A.
The mechanical limit-switches of the barrier are shown on the image on the
left. They consist of two rings fixed to the boom’s rotation shaft, that when
openning or closing will activate the micro-switches also installed. This will
cause the control board to stop the barrier when the micro-switches are
activated, one for each type of maneuvers.
Adjust limit-switches:
1• Slightly loosen the screw of the ring you want to adjust, so it becomes
easier to move.
2• Rotate it to the desired position, so it can activate the micro-switch and
stop the boom on the correct position.
3• Fasten the ring’s screw you’ve adjusted to fix it on that position.
NOTE • When adjusting the limit-switches you must also need to adjust the
mechanical stoppers. The mechanical stoppers shown in the image on the
side, were developed to limit the movement of the arms inside the barrier’s
body. After adjusting the limit-switches, you must need to adjust the stoppers
so that the arm shaded on the image touches them as soon as the micro-switches are activated. This will cause
the stoppers to hold the boom’s weight when it gets to end of course. To make the adjustments, you just need to
loosen the bolts that fix them, rotate them and fasten the bolts to fix them on that position.
For the correct operation of the barrier, please pay attention to the information in the table:
After installing the barrier, you must verify the position of the boom while closed. If it isn’t aligned
horizontally when closed, follow the instructions bellow to adjust it.
BOOM LENGTH NUMBER
OF SPRINGS SPRING’S LENGTH AND STEEL DIAMETER
6500 mm 31 spring de Ø 5mm with adjustment to 2 cm
2 springs de Ø 6mm with adjustment to 2,5 cm
7000 mm 42 springs de Ø 5mm with adjustment to 4,5 cm
2 springs de Ø 6mm with adjustment to 5,5 cm
7500 mm 4 no need to adjust the springs
8000 mm 42 springs de Ø 5mm with adjustment to 3 cm
2 springs de Ø 6 mm with adjustment to 3 cm
11000 mm 41 spring de Ø 5mm with adjustment to 3 cm
3 springs de Ø 6 mm with adjustment to 3 cm
LIMIT-SWITCHES
Debe desconectar la barrera de la alimentación eléctrica para evitar accidentes.
1• Loosen the nuts of the extensible arm shown in the image
of the barrier’s interior.
2• Insert a small rod on the hole located on the extensible
arm so you can rotate it more easily.
3• To level the boom when closed, you just need to rotate
the extensible arm. If you rotate to the direction shown by
the arrow of the image, you are reducing it’s size and causing
the boom to rise. If you rotate on the other direction, you are
increasing it’s size causing the boom to descend.
4• When the boom is leveled, you must fasten the nuts of the
extensible arm to lock it’s length. This will prevent the arm to
accidentally increase or decrease during the normal usage of the barrier.
NOTE • The development of all mechanical parts was made to assure an opening degree of 90° in whatever
leveling position you adjust the boom. This means that if you align it horizontally when closed, it will be vertically
aligned when openned.
(Horizontal level)
You should disconnect the barrier from the electric power. This way there will be no risk of
activating and an accident occurs.
PHASE 5
PHASE 4
PHASE 3
PHASE 2
PHASE 1

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. COMPONENT TEST
CONNECTIONS SCHEME MAINTENANCE
. MAINTENANCE
BARRIER
Common (Blue)
Black
Brown Capacitor 22 µF
Power supply 230V
ground wire
To detect which are the components with problems in barrier’s installation, sometimes it will be needed to
run some tests with direct connection to a 230V power supply. For that, it’s necessary to interpolate a 22µF
capacitor in between the connection for the barrier to operate.
At the bellow scheme, it’s shown how the connection must be done interpolating the different device’s
cables.
NOTES:
•To run the test you don’t need to remove the barrier from the installation site where it is installed. This
way you can more easily find out if the barrier, connected directly to the power supply, works properly.
•The order to connect the capacitor’s cables on the barrier’s cables is not important. You just have to
connect one on the Brown cable and the other on the Black cable.
•The common cable of the barrier must always be connected to the power supply.
•To invert the operating direction, you just need to change the Black cable with the Brown cable of the
barrier, on the connection to the power supply.
Check tightness of the screws that fix the boom
to the barrier’s body. Check if the fastening metal plates didn’t suffer any modification with the consistent utilization
to assure the proper functioning of the barrier.
IMPORTANT: All tests must be made by qualified technicians due to the serious danger
related to the incorrect use of electronic systems!
These maintenance procedures must be realized every year to assure the well functioning
of the automatism.