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B614 

732998        -  Rev.A_DRAFT

Tr

ansla

tion of the original instruc

tions

ENGLISH

3. B614

3.1  

INTENDED USE

The B614 barriers are designed for vehicular access 
control in residential buildings/apartment complexes.
To move the beam manually, follow the instructions 
for manual functioning.

 

!

Any other use that is not expressly specified in these 
instructions is prohibited and could affect the integrity of 
the product and/or represent a source of danger.

3.2  

LIMITATIONS OF USE

Respect the limits of usage frequency indicated in the 
technical specifications.
B614 requires the use of a specific FAAC beam that 
conforms with the dimensions indicated in this 
manual.  Only FAAC  accessories indicated in this 
manual may be fitted to the beam.
B614 requires the use of a FAAC spring that is adequate 
for counterbalancing the weight of the beam and 
relative accessories
The presence of even occasional environmental 
phenomena such as ice, snow or strong wind may 
compromise the proper operation of the automa-
tion, the integrity of the components and become 
a potential source of danger (see section

§

 Use in an 

emergency).  The limit of use of B614 in the wind is 
grade 10 on the Beaufort Scale (max. speed: 102 km/h).
B614 it has not been designed as a system to keep 
intruders out.
Creating the automation requires the installation of 
the necessary safety devices chosen by the instal-
lation engineer through the proper checks on the 
installation site.
The installation must be visible in daylight and at 
night.  If it is not, it is necessary to install whatever is 
necessary to make the fixed and moving parts visible 
(light kit on the beam).
The barriers with exclusively vehicle access control 
must fitted with suitable visible signs prohibiting foot 
traffic.   A separate route for foot traffic outside the 
range of the beam must be provided and properly 
indicated.  If the foot traffic cannot be excluded, the 
barrier enters within the scope of the EN 12453 and 
EN 12445 standards.

3.3 UNAUTHORISED USE

 

-

Uses other than the intended use are prohibited.

 

-

It is prohibited to install the automation system 
outside of the limits specified in the Technical Data 

and Installation Requirements sections.

 

-

It is forbidden to use B614 in a constructional 
configuration other than the one provided by the 
manufacturer.

 

-

No component part of the product may be modi-
fied.

 

-

It is prohibited to install the automation system 
on escape routes.

 

-

 It is prohibited to install the automation system in 
environments in which there is a risk of explosion 
and/or fire: the presence of flammable gases or 
fumes is a serious safety hazard (the product is not 
94/9/EC ATEX certified).

 

-

It is prohibited to power the system with energy 
sources other than those specified.

 

-

It is prohibited to integrate commercial systems 
and/or equipment other than those specified, or 
use them for purposes not intended and authorised 
by their respective manufacturers.

 

-

 Do not allow water jets of any type or size to come 
into direct contact with the actuator.

 

-

Do not expose the actuator to corrosive chemicals 
or atmospheric agents.

 

-

Do not expose the barrier to direct jets of water of 
any type and size.

 

-

Do not expose the barrier to aggressive chemical 
or environmental agents.

 

-

The barrier may not be used to move moving parts 
other than the beams produced by FAAC specified 
in this manual.

 

-

Use to control pedestrian access, bicycle traffic and 
the passage of animals is prohibited.

 

-

Use of the barrier at level crossings is prohibited.

 

-

Use of the barrier on public thoroughfares is 
prohibited.

 

-

It is prohibited to use and/or install accessories 
which have not been specifically approved by 
FAAC S.p.A.

 

-

It is prohibited to use the automation system before 
performing commissioning.

 

-

It is prohibited to use the automation system in the 
presence of faults which could compromise safety.

 

-

It is prohibited to use the automation system with 
the fixed and/or mobile guards removed or altered.

 

-

Do not use the automation system unless the area 
of operation is free of persons, animals or objects.

 

-

Do not enter/remain in the area of operation of the 
automation system while it is moving.

 

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Do not try to prevent the movement of the auto-
mation system.

 

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Do not climb on, hold onto or let yourself be pulled 
by the leaf.  Do not climb onto the actuator.

 

-

Do not climb or catch on to the beam or lift yourself 
up on it. Do not climb on the barrier cabinet.

Summary of Contents for B614

Page 1: ...are il prodotto di pre serie Alcune parti sono incomplete o in versione non definitiva IT EN This instruction is a preliminary draft meant to accompany the pre series product Some parts are incomplete...

Page 2: ...de namen en merken zijn eigendom van de respectievelijke fabrikanten Deklantenmogenkopie nmakendieenkelvooreigengebruikbestemdzijn Dez handleiding werd in 2017 gepubliceerd Copyright FAAC S p A ab dem...

Page 3: ...heessentialrequirementsoftheMachineryDirective2006 42 EC includingallapplicableamendments thathavebeenappliedand fulfilled are as follows 1 1 2 1 1 3 1 1 5 1 2 1 1 2 3 1 2 5 1 2 6 1 3 1 1 3 2 1 3 4 1...

Page 4: ...beam 21 Round beam 23 5 5 Fitting the spring 25 Tie rod 25 Single spring 26 Double spring 26 5 6 Accessories on the beam 27 5 7 Balancing the beam 27 5 8 Limit switch adjustment 28 5 9 Earthing the do...

Page 5: ...ontrols 46 Deleting remote controls from memory 46 10 4 BUS 2easy devices 47 Connection 47 BUS 2easy photocells 47 Control devices 47 BUS 2easy device registration 48 10 5 Round beam light kit 49 10 6...

Page 6: ...ks for the installation maintenance technician technical personnel Risks for the user of the automation system Risks to product integrity damage In Europe the automation of a barrier falls under the M...

Page 7: ...ING SHEARING Riskofimpact crushing or shearing due to moving parts RISKOFOBJECTSFALLINGFROMABOVE Riskofimpact due to objects falling RISK OFTRIPPING Risk of tripping due to raised sec tions above 5 mm...

Page 8: ...onstruction Site Directive 92 57 EC The installer is responsible for the installation testing of the automation and for completing the Register of the system Theinstallermustproveordeclaretopossesstec...

Page 9: ...safety footwear 20 kg is the MAX weight one person can lift Kg ____ Weight of the package PALLETISED SUPPLY RISKS PERSONAL PROTECTIVE EQUIPMENT SINGLE PACKAGE RISKS PERSONAL PROTECTIVE EQUIPMENT Useaf...

Page 10: ...components are present and intact 1 4 Dispose of the packaging materials Thepackagingmaterials plastic polystyrene etc must notbeleftwithinreachofchildrenastheyarepotential sources of danger Whenyouh...

Page 11: ...install the automation system outsideofthelimitsspecifiedintheTechnicalData and Installation Requirements sections It is forbidden to use B614 in a constructional configuration other than the one prov...

Page 12: ...ture the recognition of an obstacle during closure causes the manoeuvre to be reversed the recognition of an obstacle during opening Sale code Product name IDENTIFICATION NUMBER Month year of producti...

Page 13: ...AC Beam length Rectangular beam 2 00 4 85 m max Round beam 2 00 5 20 m max 6 Technical data 3 7 MANUAL OPERATION Performing the release manoeuvre when there is no electrical power Performingtherelease...

Page 14: ...3 8 COMPONENT IDENTIFICATION Standard equipment on the barrier body 4 1 Bearing trunk 2 Drive shaft 3 Beam release device triangular key 4 Upper lid 5 Door with lock 6 Control board E614 7 Control bo...

Page 15: ...ive reflectors for round beam 3 9 INSTALLATION COMPONENTS The installation requires the following FAAC compo nents supplied separately 5 1 Base plate 2 Rectangular or round beam the reflecting paper f...

Page 16: ...pening of the service door and the positioning removal of the box and any other elements The thresholds and protrusions of the paving must be appropriately shaped in order to prevent the risk of slidi...

Page 17: ...r Slave configuration a cable conduit has to be installed for the cables that connect the two electronic boards Checkburiedcableplanstoensurethattherearenoother electrical cables in proximity to the p...

Page 18: ...EXAMPLE SYSTEM The example is purely an illustration and is only one of the possible applications of B614 Example System Minimum wire cross section 1 Barrier B614 2 Mains power supply 3G 1 5 sq mm 3 C...

Page 19: ...dthemovingmechanicalpars Never install the beam before fixing the barrier body and checking it Untiltheinstallationiscomplete neverleavethebarrier unguarded with the beam fitted If the beam is fitted...

Page 20: ...and dimensions on the basis of the characteristics of the ground and place of installa tion Perform structural calculations where necessary 1 Dig into the ground Cover with concrete ensur ing the tub...

Page 21: ...te has solidified In this phase the barrier must be locked Never manage the barrier by holding the board holder 1 10 Remove the 4 nuts with washers from the plate 2 11 Place the barrier body on the fo...

Page 22: ...130 cm of cable are necessary 1 13 Arrange the cables inside the barrier Fix the cables with the cable ties provided 1 2 and 3 2 14 Remove bolt with washer 1 Open cable tie2 Bring the cables to the bo...

Page 23: ...it is necessary to turn the balancer in the closed beam position This phase requires the release of the barrier Keepawayfromthemovingelementsinsidethebox To move the balancer turn the drive shaft maki...

Page 24: ...ng it at the end 6 Line up the two holes underneath slide the lower edging temporarily to uncover the holes 7 Fix the beam with screws 2 interposing the wash ers reposition the lower edging 8 19 Inser...

Page 25: ...he spacer 5 must not be used and must be eliminated 3 22 Removing guide 1 and replacing it 4 Insert the adaptor 2 horizontally 5 Fix in position with screw 3 interposing washers4 and 5 Use the torque...

Page 26: ...instructions ENGLISH 9 24 Insert cover 1 and fix it with the screws2 10 25 Applythereflectivepapers1onbothsides of the beam 11 Insert cover 2 at the end of beam and fix with screws 3 Leave the beam s...

Page 27: ...ncer and the base indicated Theaccessoriesonthebeammustbeconsideredwhen choosing the balancing spring single or double Fol lowing the addition or elimination of the accessories at alatertime itmightbe...

Page 28: ...o place the spring under tension Keep away from the spring coils 3 Restore the automatic operation DOUBLE SPRING 1 29 Creating the double spring by joining the two springs at the ends with the plates1...

Page 29: ...BEAM RISKS PERSONAL PROTECTIVE EQUIPMENT This phase requires the release of the barrier Perform the release manoeuvre when there is no electrical power Keep away from the moving elements inside the bo...

Page 30: ...ires the release of the barrier Perform the release manoeuvre when there is no electrical power Keep away from the moving elements inside the box and from the coil spires Do not leave the beam vertica...

Page 31: ...r and nut on the base and on the door Respect the insertion order indicated in the figure 5 10 CLOSING THE DOOR The door must be closed before any manoeuvres are performed even manually Handle the doo...

Page 32: ...With the cover inclined insert markers 1 in slots 2 on the box rod side then lower it on the opposite side 2 Close with the key turn in an anticlockwise direc tion 3 Check the closure of the cover tr...

Page 33: ...cess totheelectronicpartsandthemovingmechanicalpars Never install the beam before fixing the barrier body and checking it Untiltheinstallationiscomplete neverleavethebarrier unguarded with the beam fi...

Page 34: ...rature 20 C 55 C COMPONENTS See figure 42 BOARD J1 Mains power supply terminal board J3 Terminal board for BUS 2easy J6 Accessory input terminal board J7 Radio module connector XF J8 Battery connector...

Page 35: ...4 OUT 3 OUT 2 OUT 1 24V LAMP MOT MOT PE N L N L 6 A M 24 V 15 W max RADIO 1 RADIO 2 ERROR ALARM F XF 433 868 AC MAIN MOT ENC TRAFFIC LAMP LIGHT BEAM COM BLR BLG F3 J8 J1 J23 J11 J18 J21 J6 J10 J3 J13...

Page 36: ...t commands the closure of the bar rier by closing a contact 3 STOP Configured as STOP default NC contact connect a button or other pulse giver that commands the stopping of the barrier by opening a co...

Page 37: ...he barrier when a contact is closed LOOP 2 Transitcoil NO contact connect a detector that commands the closureatthedisengagementwhenacontactisclosed Theengagementoftheloopduringtheclosureinverts the m...

Page 38: ...the connection RADIO MODULE XF See 10 3 for the installation MAINS SUPPLY AND EARTHING Use a 3G 1 5 mm2 wire not supplied The grounding between board and box is done in the factory Do not remove the...

Page 39: ...erly set the parameter cF dependent on the beam length 6 RegistertheBUS2easydevices iftheyareinstalled see 10 4 7 Check the barrier s direction of travel see 12 2 8 Perform the set up see 8 3 9 If the...

Page 40: ...the beam length 01 beam up to 3m 02 beam from 3m to 4m 03 beam from 4m to 5m 03 dF DEFAULT Displayed if the board is configured with the factory settings default Y indicates that all set values corre...

Page 41: ...FC DRIVING FORCE ON CLOSURE 01 minimum power 50 maximum power 50 SP STOP INPUT CONFIGURATION It defines the function of the STOP input 00 STOP Stop 02 FSW CL Closure photoelectric cell 00 t OPERATING...

Page 42: ...e open flashing in all other states 01 AS MAINTENANCEREQUEST CYCLECOUNTER linked to the next two functions If activated at the end of the countdown settable with the two subsequent Cycle Programming f...

Page 43: ...the intervention of the photocells during the pause mode reloads the pause time OPEN during the opening locks OPEN during the closure causes reopening The CLOSE command always commands the closure b S...

Page 44: ...nefromapproachingtheautomation system until the end of the procedure The SET UP MUST be performed with the mains power switched on withtheautomationsystemfunctioningautomatically with the STOP EMER in...

Page 45: ...pper cover see the relative section 2 43 Applythenoticesuppliedwarningagainst the risk of cutting crushing or the loss of fingers or a hand between the beam and the body of the barrier Theindicationof...

Page 46: ...ade until the mechanical and electronic installation is complete Never manage the barrier by holding the board holder 10 1 24V FLASHING LIGHT The flashing light indicates that the automation is moving...

Page 47: ...morised master version only The LED on the remote control starts to flash 2 Release both buttons the LED on the remote control continues to flash 3 Press and hold down the button that has already been...

Page 48: ...on the board is still flashing and press the button of the DS remote control that you wish to memorise for a few seconds The corresponding LED DL4 or DL5 on the board will turn on with a steady light...

Page 49: ...the photocells 1 0 0 0 CL FSW 1 0 0 1 1 0 1 0 1 0 1 1 1 1 0 0 1 1 1 0 1 1 1 1 OPEN Assignanaddresstoeachpairofphotocellsbysetting thefourDIPswitches DS1 onthetransmitterandthe corresponding receiver...

Page 50: ...has been replaced Following any changes addition replacement or removal to the BUS 2easy devices ON 1 2 3 4 5 1 command DIPswitch5 0 OFF ON 1 2 3 4 5 2 commands DIPswitch5 1 ON Registration procedure...

Page 51: ...k in progress 10 7 BEAM JOINT KIT RISKS PERSONAL PROTECTIVE EQUIPMENT Follow the assembly instructions provided with the productrespectingallthesafetyprecautionsindicated in this manual Theinstallatio...

Page 52: ...ction is present and is in good condition You should install a beeper or similar to indicate the beam is closing Apply the reflector on the stem On the rectangular beam it is not possible to install t...

Page 53: ...any external loops must be connected to the Master barrier Each barrier must be programmed on the basis of the lengthandconfigurationofthebeam Thefunction ing logic must only be programmed on the Mast...

Page 54: ...ogramming and set cF depending on the beam configuration and length Ct SL for configuring the board as Slave 3 Check the status of the LEDs on the board LED DL7 Red Master Slave synchronisation absent...

Page 55: ...pressed The display shows oP and the barrier opens The flashing point betweenthetwolettersindicatesthattheencoder is operating correctly 3 Keep the button pressed The display shows cL and the barrier...

Page 56: ...tenance plan for the automation system supplementingthislistormodifyingthemaintenance operationsonthebasisofthemachinecharacteristics 13 Routine maintenance If the tests listed below turn up condition...

Page 57: ...e intact and correctly fastened 6 Check the integrity of the wire and the relative signs max height allowed risk of crushing in the beam joint 6 Complete automation system Check that the automation sy...

Page 58: ...ce versa invert the phases in the motor connec tion and perform a SET UP The barrier makes very slow movements check the force set check the balancing of the beam checktheparametercFhasbeensetin accor...

Page 59: ...t the user instructions The installer must provide the owner operator of the automationwiththeECDeclaration thesystemLogbook withthemaintenancescheduleandtheuserinstructions of the automation The inst...

Page 60: ...lowly for the entire stroke Do not let the beam travel freely Donotleavethebarrierunblocked aftercarryingout the manual movement restore automatic operation RELEASE PROCEDURE 1 51 Openthelockcover Ins...

Page 61: ...53 60 53 60x60x60h 52 52 53 53 20 20 20 20 POS 1 5 10 POS 1 5 10 POS 2 5 10 POS 2 5 10 POS 5 4 10 POS 5 4 10 POS 5 4 10 POS 4 5 10 POS 4 5 10 POS 3 5 10 POS 3 5 10 Translation of the original instruct...

Page 62: ...lights 1 B 2 B 4 A 5 A 3 A 4 A beam and hedge 1 B 3 A 4 A 3 A 3 A 4 A beam and foot 2 B 4 A 5 A 3 A 4 A 4 A beam hedge and foot 2 B 4 A 5 A 4 A 4 A 5 A 17 Round beam S balancing beam length max 2 0 m...

Page 63: ...FAAC S p A Soc Unipersonale Via Calari 10 40069 Zola Predosa BOLOGNA ITALY Tel 39 051 61724 Fax 39 051 758518 www faac it www faacgroup com B614 61 732998 Rev A_DRAFT...

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