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21

ENGLISH

END-USER GUIDE

620 - 640 - 642 Automation Systems

Read the end user guide carefully before using the product
and keep it in a safe place for future reference.

GENERAL SAFETY REGULATIONS

When correctly installed and used , the 620, 640 and 642
automation systems ensure a high degree of safety.
A few simple rules should be followed to prevent accidental
problems.
- Do not linger under the beam.
- Do not linger near the automation system; do not allow

children or adults to linger near it; and do not leave
objects near it.

- Keep wireless control devices, or other activating devices

that might accidentally actuate the beam, out of the
reach of children.

- Do not allow children to play with the automation system.
- Do not impede the movement of the beam.
- Do not allow branches or bushes to interfere with the

movement of the beam.

- Ensure that the warning lamps are in always in working

order and visible.

- Do not attempt to actuate the beam manually without

having first unlocked it.

- In case of a malfunction, unlock the beam to allow

vehicles to pass, and call a qualified technician.

- If you have set the manual mode, before restoring

normal operation, disconnect the power supply.

- Do not modify the components of the automation system.
- Do not attempt to repair the automation system or to

perform any operation on it. Call qualified FAAC
technicians only.

- At least once every 6 months, have qualified personnel

check that the automation system, safety devices and
earth connection are in working order.

DESCRIPTION

The 620, 640 and 642 automation systems are ideal barriers
for controlling the access of vehicles to a passageway
that is up to 7 m wide and has a medium-to-high frequency
of transit.
The housing contains the operator, that consists of a hydraulic
power unit and two pistons. The latter actuate the rotation of
the beam by means of a rocker arm. A spring mounted on
one of the pistons balances the beam.
The beam consists of a white painted aluminium bar with
red reflectors to ensure good visibility even in the dark.
Barrier operation is controlled by an electronic control unit
mounted in an enclosure which assures adequate
protection against atmospheric agents and can be fitted
inside the housing.
The normal position of the beam is closed in a horizontal
position. When the electronic control unit receives an
opening command from the remote radio control or any
other control device, it activates the hydraulic system and
causes the beam to rotate upwards by 90° to the vertical
position and thereby allow access. If automatic operation
has been selected, the beam closes automatically after
the selected pause time.
If semiautomatic operation has been selected, a second
impulse must be sent to close the beam.
An open command given while the beam is closing
causes the beam to reverse direction of movement.

A stop command (if available) stops movement at any
time.
For detailed information on barrier operation in the various
operating modes, contact the installation technician.
The barrier units have safety devices (photocells) that
prevent the beam from closing when they are darkened
by an obstacle. The 630 barrier unit is fitted as standard
with an anti-crushing safety device that limits the torque
transmitted to the beam.
The hydraulic system ensures that the beam can be
locked in any position.
The beam can then be opened manually only by using the
unlocking device.
The light flashes while the beam is moving.

MANUAL OPERATION

If the barrier has to be operated manually due to a power
failure or malfunction, use the unlocking device as follows.
The key provided can be triangular (standard) or
personalised (optional).

- Insert the standard key (fig. 1) or the personalised key (fig.

2) in the lock and 

turn anticlockwise 

by one revolution.

- Open or close the barrier manually.

RETURNING TO NORMAL OPERATION

To prevent an accidental impulse from activating the
barrier, turn off the system’s electrical power supply before
returning to normal operation.

triangular key (standard):
- turn the key 

clockwise 

until it stops, then remove it.

personalised key (optional):
- turn the key 

clockwise 

until it stops.

- turn the key 

anticlockwise 

very slowly to the point where

it can be removed.

Fig. 2

Fig. 1

BLOCCA / LOCK

BLOQUE / VERRIEGELT

BLOQUEAR

SBLOCCA / UNLOCK

DEBLOQUE / ENTRIEGELT

DESBLOQUEAR

BLOCCA / LOCK

BLOQUE / VERRIEGELT

BLOQUEAR

SBLOCCA / UNLOCK

DEBLOQUE / ENTRIEGELT

DESBLOQUEAR

Summary of Contents for 620 STANDARD

Page 1: ...lich 100 Altpapier pour la nature papier recyclé 100 for nature recycled paper 100 per la natura carta riciclata 100 para la naturaleza 100 papel reciclado 620 640 642 624 MPS C ERME T A Z I E N D A C E R TIF I C A T A UNI EN ISO 9001 085 ...

Page 2: ...p A Bologna 20 de diciembre de 1995 Presidente Administrador Delegado KONFORMITÄTSERKLÄRUNG NACH ISO IEC NORM RICHTLINIE 22 EN 45014 HERSTELLERNAME FAAC S p A HERSTELLERANSCHRIFT FAAC S p A Via Benini 1 40069 Zola Predosa BOLOGNA ITALY Hiermit erklären wir eigenverantwortlich daß die Produkte Modelle Serie 402 422 400 750 760 746 844 820 860 590 1 593 580 595 550 500 RC 503 RC 560 630 620 640 642 ...

Page 3: ... subsequent amendments 91 368 EEC 93 44 EEC and 93 68 EEC complieswiththeessentialsafetyrequirementsinthefollowingEECDirectives 73 23 EEC and subsequent amendment 93 68 EEC 89 336 EEC and subsequent amendments 92 31 EEC and 93 68 EEC and furthermore declares that unit must not be put into service until the machinery into which it is incorporated or of which it is a component has been identified an...

Page 4: ... shall be provided for the installation with an opening distance of the contacts of 3 mm or more Alternatively use a 6A thermomagnetic breaker with multi pole switching 13 Ensure that there is a differential switch up line of the electrical system with a trip threshold of 0 03A 14 Check that the earthing plant is in perfect condition and connect it to the metallic parts Also earth the yellow green...

Page 5: ...ndcablepassagehole 19 Anchor bolt 20 Baseplate 21 Right handcablepassagehole 22 Earth connector fixing screw 23 Cablepipe 24 624 MPS electronic control unit 25 Right handconnectingpipe 26 Unlocking lever 27 Support position for 460 mm spring 28 Air intake grille 29 Right handpiston 30 Support position for400 mm spring 31 Balancespringsupport 32 Balancespring 33 Right handpistonbleedscrew 34 Therma...

Page 6: ... automation system make sure that the following requirements are met During its movement the beam does not strike against obstacles or overhead power cables The characteristics of the ground must ensure sufficient support for the foundation plinth There must be no pipes or electrical cables in the area to be dug for installing the foundation plinth If the housing is located in a vehicle transit ar...

Page 7: ...alled with the door on the premises side 2 Set up the operator for manual operation as described in section 6 Fig 8 3 Remove the two breather screws as shown in Figure 9 and keep them in a safe place 4 Assemble the beam using the screws supplied as shown in Figures 10 and 10 b Apply the cap to the hole 620 only The rubber edged side of the beam must be in the closing direction 5 Adjust the mechani...

Page 8: ...SORIES LED ON contact closed OFF contact open FCC closing limit switchnot engaged closing limit switch engaged FCA opening limit switchnot engaged opening limit switch engaged OPEN activated deactivated CLOSED FSW activated saf disengaged deactivated saf engaged STOP deactivated activated ALARM beammoving beamstationary WARN LIGHT see warn light operation see warn lightoperation POWER motor power ...

Page 9: ...ec the closing movement is reversed at once ALARM CONDITION It arises in the following cases 1 Enabling of anti panic input 2 Activation of safety TIME OUT device which interrupts the operation of the system when operating time exceeds 30 sec 3 Simultaneous triggering of the two limit switches 4 Microprocessor reading anomaly syncro The alarm condition is indicated by the quick flashing 0 25 sec o...

Page 10: ...m away from the limit switch 3 Re lock the system see paragraph 6 and carry out a few test cycles in order to check whether the positioning of the limit switches the balancing of the spring and the transmitted torque are correct 5 4 TESTING THE AUTOMATION SYSTEM Once installation is complete affix the danger warning adhesive on the top of the housing Fig 18 Carry out a thorough functional check of...

Page 11: ...EGELT BLOQUEAR SBLOCCA UNLOCK DEBLOQUE ENTRIEGELT DESBLOQUEAR BLOCCA LOCK BLOQUE VERRIEGELT BLOQUEAR SBLOCCA UNLOCK DEBLOQUE ENTRIEGELT DESBLOQUEAR Fig 19 b Fig 20 8 2 BLEEDING AIR FROM THE HYDRAULIC CIRCUIT If the beam moves in an irregular manner this may be due to the presence of air in the hydraulic circuit 1 Remove the breather screw Fig 9 2 Actuate the beam electrically while the beam is ope...

Page 12: ...e skirt kit is fitted the balance spring must be adjusted ARTICULATION KIT Fig 25 mod 620 only The articulation kit makes it possible to articulate the rigid beam to a maximum ceiling height of 3 m IMPORTANT If the articulation kit is fitted the balance spring must be adjusted END FOOT Fig 26 The end foot supports the beam in closed position and prevents it from bending downwards IMPORTANT If the ...

Page 13: ...mounted in an enclosure which assures adequate protection against atmospheric agents and can be fitted inside the housing The normal position of the beam is closed in a horizontal position When the electronic control unit receives an opening command from the remote radio control or any other control device it activates the hydraulic system and causes the beam to rotate upwards by 90 to the vertica...

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