FAAC Model 400 Series (English)
Contents
1. Connection of ONE Pair of Opening Photocells ur ls Ie 15 ole 61 P 20 21 STP LOCK Open FSW 2 FN WL Figure H Connection of ONE Pair of Closing Photocells a LIB 15 e E 20 21 STP LOCK OPEN 2N FSW WL Figure Connection of ONE Pair of Opening Photocells and ONE Pair of Closing Photocells A ae lo ole 15 MU ME 20 21 STP S w SA Figure J 455 D Control Board Connection of TWO Pairs of Closing Photocells A ls La SIS I 15 2 ME 20 21 STP AW WL e m TX FSW de Figure R Connection of TWO N C Contacts in Series e g Photocells Stop Q e7777 e7777 o Figure L Connection of TWO N O Contacts in Parallel e g Open A Open B o Figure M 1 4 2 Terminal Block J3 Power Supply Fig B PE Earth Connection Ground N AC V power supply Neutral L AC V power supply Line NB For correct operation the board must be properly grounded 1 4 3 Terminal Block J4 Motors and Flashing Lamp M1 COM OP CL Connection to Motor 1 Can be used in single leaf configuration M2 COM OP CL Connection to Motor 2 Cannot be used in single leaf configurations LAMP Flashing lamp output AC V FAAC 1 4 4 Terminal Block J1 Accessories Fig B OPEN A Total Opening Command N O OO Any pulse generator push button detector etc which by closing er en a contact comma2. Active Disabled Activates the flashing lamp for 5 seconds before 1 For using the electric lock on leaf 2 instead of 1 NB Parameter modifications take effect immediately Exit out of programming to save changes If the equipment is powered down before returning to normal status monitoring any unsaved modifications will be lost To restore programming defaults press and hold the three buttons F simultaneously for 5 seconds 455 D Control Board l l For setting countdown of system Pea cycles Settable in thousands from L I to II thousand cycles The displayed value is updated as cycles proceed This function can be used to check use of the board or to exploit the Assistance request ANTI CRUSHING SENSITIVITY When operating with the gatecoder it controls anti crushing sensitivity 7 Low 7 2 High EXTRA WORK TIME When operating without a gatecoder and limit switch if reversing occurs and if the leaf does not reach its end contact point you can activate this function to increase work time L Active rird Disabled Exit from programming and return to inputs status monitoring FAAC 1 6 Start Up The board has a two digit display When not in PROGRAMMING mode this display is used to indicate the status of inputs Fig U shows how the LED segments of the display exactly correspond to the inputs FSWOP FCA OP_A ST
3. p e QD Q351201 Guiuedo SONUILUOD esoe eJ uo PUP SHOOT N3dO SSADS 199Jjo ON e6SO O O SESISASA AJSLOIDSWU JO9 SUL soeso 2 oel ONINAdO uedo OL SOSISASI GSDOo 9J UO PUD SHOOT G G ydoiBoiod ees N3dO SeADs 199JJ9 ON uoinojedo sdois A SLOILOSW UW JOS SUL suedo oel ONISOTD peigqosip NadO uG JOJO SOSO O SSOS S1 UO Ce Cpeigosip NAdO uS 19440 SSSOJD esoo oJ UO Ppelgosip v N3do Budo uod uo jn 198449 ON AJSLOIDSWU 403 SUL S8esojD 88j 3Sn Vd UO N3dO peigosip NAdO 198JJ6 ON j98Jj6 ON peigqosip N3dO 19849 ON S UIL esnod 1810 SoSsO O PUD Jpej ejOuis suedo S LIJ esnod 184J0 Jl Seso o PUD JOE eu suedo q1SO1D 3 OIA1Q AL14VS 15D dO S32lIA3G AL14 VS DNISOTD S32OIA3G A134VS ONINAdO 8 N3dO V NidO SNLVLS 31V DO peigqosip N1dO 409449 ON S3S 1fd j90Jj6 ON Polqosip N3dO 199Jj9 ON Ce JOS SUL seso 2 uSu 9160 9 QD1 Q35 201 Buiuedo SONUILUOD esoe eJ uo PUP 832017 1994Je ON 96SO O O SESISASA CE CL 158948 ON ONINAdO uedo OL SOSISASI GSsDo o9J UO PUD SHOOT 7G ydoiBoiod ees N3dO SSAm DS 199JJ9 ON uoinojedo sdois CL AJo4DIpouuuul JOS SUL suedo eel SONISOTD CPsIqvsip N3d OD CL Quy esnod spool oeel Ce CL Sul esnod spooiesl peigosip v Na3do 6udo piod uo jn 198JJ8 ON C SU esnod sp
4. FAAC International Inc FAAC International Inc Headquarter amp East Coast Operations West Coast Operations 5151 Sunbeam Road 357 South Acacia Avenue Suites 9 11 Unit 357 Jacksonville FL 32257 Fullerton CA 92831 Tel 866 925 3222 Tel 800 221 8278 www faacusa com FAAC FAAC CONTENTS 1 455 D CONTROL BOARD 3 1 1 455 D Control Board Warnings 3 1 2 Technical Specifications 3 1 3 Electric Connections 3 1 4 455 D Layout and Components 3 1 5 Programming 7 1 6 Start Up 9 1 7 System Test 10 2 OPERATING MODES DETAILED DESCRIPTION 11 3 PREWIRED ENCLOSURE DIAGRAM 13 4 POWER AND ACCESSORIES CONNECTIONS 14 AC Power Wiring Guidelines 14 AC Power Connection 14 Magnetic Lock Connection 14 LIMITED WARRANTY 15 Read this instruction manual before you begin installing the product A Information regarding personal safety and proper maintanence of the product ES Information regarding the product s characteristics or operation 455 D Control Board Rev 01 October 2010 455 D Control Board 2 i FAAC FAAC 1 455 D CONTROL BOARD 1 1 455 D Control Board Warnings A Important Before attempting any work on the control board connections maintenance always turn off power Please refer to Chapter 16 for AC power wiring guidelines 1 2 Technical Specifications WAV TERRI mE ZRRRZRAR Power Supply 115 V 1096 or 230 V 6 10 50 60 Hz a3 T I
5. 1 OPEN Slow down at opening of leaf 1 2 OPEN Leaf 1 stops at opening and leaf 2 begins its opening movement 3 OPEN Slow down at opening of leaf 2 4 OPEN Leaf 2 stops at opening and immediately begins its closing movement 5 OPEN Slow down at closing of leaf 2 6 OPEN Leaf 2 stops at closing and leaf 1 begins its closing movement 7 OPEN Slow down at closing of leaf 1 8 OPEN Leaf 1 stops at closing When the display stops flashing press push button F to exit and save the programming The procedure is complete and the gate is ready to operate Notes e f you wish to eliminate deceleration in certain stages wait for the leaf to reach its stop limit and supply 2 consecutive Open pulses by 1 second e Ifonly one leaf is present the entire sequence must nevertheless be effected When the leaf has finished opening supply 5 Open pulses until the leaf begins to close and then resume normal operation Learning with the Gatecoder can be accomplished in two ways SIMPLE LEARNING With Slow Down Check that the leaves are closed Access BASIC PROGRAM MING select the TIME LEARNING function and then press the push button for 1 second the display begins flashing and the leaves begin the opening movement The movement stops automatically when the opening stop limit is reached The display will stop flashing Press push button F to exit and save the programming The proce dure i
6. MAIN POWER 115 or 230 Verify required a INPUT voltage before connecting o gt g 3505 rigid power 0 PAuse Time LL LJ closing delay Ci E 115v i Force motor 1 L L time Learning je PTS SN NE m DES ee Mone TEN rcm E Lu w E QO 3 dE 8 gt 9 m Ge L Lo Lu Gi i m e z 1455MPSUS 230V r1 m RED 230v BLACK WHITE GREEN 120 VAC 5 AMP MAX S PHOTOBEAM INPUTS OPICL Affects opening amp closing CL Affects closing only both require N C contacts or jumpers Test Button PHOTO OP CL 1455MPSUS115 115V Buttons T Modifies the function value Also initiates motor run tme tL Modifies the function value Toggles through programming F functions Depress to display function Release to display function value i LOCALS 5 moai WON E ERRET o l e d J6 ui ns ss um J5 sha 23 24 9 40 41 12 13 14 45 16 17 48 19 o 21 3 8 3 8 i Ezi uw un CA STOPI FSW uv Prowl but js FREE EXIT DETECTOR BASE FREE EXIT LOOP www faacusa com Shadow Input Remove jumper if contacts are used E i Remove jumper if detector is used EHR shadow relay HB ip ED coil voltage line voltage ey SHADOW LOOP SABI mares GEH mag lock relay j SHADOW KIT la ee E Ae 12 VAC coil D D OPTION MASTER OPERATOR OPERATOR MOTOR 2 rev 2 0 Jan 08 455 D Control Board MAGLOCK
7. 1984486 ON peigosip g N3dO 19848 ON 19949 ON pejgosip g N3dO 198498 ON JOS SUL SESOID 198JJ8 ON N3dO peigosip v N3dO 198Jj8 ON 19949 ON peigosip v N3dO 19949 ON 1089 ON Joe eul suedo Qq3Sso12 3 SDIAAG A134VS 19 dO S32I 3G A134VS ONISOTD S32IA3G ALJAVS ONINAdO GUISOID ga N3AdO 6uiuedo v N3a3do SNLVLS 31V peigosip N3dO j9849 ON sas1nd 19949 ON peigosip Nd O2 OSHS ON Ce JOS SUL seso 2 aga 91601 6 qol Q351201 Buiuedo senuiuoo esoe eJ uo PUD 84207 N3dO SSADS 19848 ON S50J 2 OJ SOSISASA uedo Ol SOSISASI GSsDo oJ UO PUD sxX207 7G UdolGoJlod ees N3dO SSADS 19848 ON peigosip N3d O2 4S 194JO SeSO O esooe o1 UO Ce Cpeiaosip N3dO iG 4OLLO soso 25 ospo ol UO peigosip v N3do Gudo ibd uo Jn 19949 ON uonojedo sdols g uou o1edo sdojs ONINAdO Al 910109 ww JOS eu suedo gaj SNISO12 g uou o1edo sdojs 3Ssn vd uo N3dO peigosip N3dO 409449 ON 15949 ON polgosip N3dO 19949 ON OWI esnod 18JJ0 SoSsO O PUD Jos ejBuis sued Qo SU esnod 181J0 4 Soso o PUD JOS Sul suedo Qqaso12 3 9IA3G A134 VS 19 dO S 3OIA3Q ALJAVS ONISOTD SADIA1Q A1341VS ONINAdO 8 N3dO V NidO SNLVLS 31V peigosip Nd O2 1984486 ON sas1nd 19949 ON peigosip N3dO 409449 ON Ce Cesjnd pug eui 10 sue
8. Absorbed Power 10W Motor Max Load 800 W Accessories Max Load 0 5 A Electric Lock Max Load 15 VA Ambient Operating Temperature Range 4 F to 131 F kes hale 15 ale KAE abs 21 647 8 9 10 MES BR op Ocon amp b al LAMP di Mal er ue x 2N RW WL Protection Fuses 2 see Fig A Function Logics Semi automatic Automatic Safety Devices DL SIGNALLING AND PROGRAMMING DISPLAY Stepped Semi automatic Stepped Automatic Stepped Safety Devices Semi automatic B Dead man C J1 LOW VOLTAGE TERMINAL BLOCK Opening Closing Time Programmable from 0 to 120 s J2 CONNECTOR FOR RP RECEIVER Pause Time Programmable from O to 4 min J3 AC POWER SUPPLY TERMINAL BLOCK Opening Leaf Delay 2 s can be excluded J4 MOTORS AND FLASHING LAMP CONNECTION TERMINAL BLOCK Thrust Force Adjustable on 50 levels for each motor J5 INDICATOR LIGHT AND ELECTRIC LOCK TERMINAL BLOCK Terminal Board Inputs Open Open Free Leaf Stop Limit switch J6 LIMIT SWITCH AND GATECODER TERMINAL BLOCK Opening Safety Devices Closing Safety Devices Power Supply Earth F1 MOTORS AND TRANSFORMER PRIMARY WINDING Terminal Board Outputs Flashing Lamp Motors 24 VDC Acces FUSE F 5A 230V F 10A 115V sories Power Supply 24 VDC Indicator Light Fail Safe 12 VAC Electric Lock Power Supply F2 LOW VOLTAGE AND ACCESSORIES FUSE T 800mA Programmable Functions Logic Pause Time Thrust Force Torque F F PROGRAMMING PUSH B
9. MAXIMUM TORQUE AT INITIAL THRUST A D M A P FUNCTION The motors operate at maximum torque ignoring 14 LI When enabled the safety devices operate in the torque setting at start of movement Useful compliance with French standard NFP 25 362 for heavy leaves Elm Pw m O Disabled ERREA LAST STROKE AT CLOSING The motors are activated at full speed for 1 second to facilitate locking of the electric lock 1 Active m Gi SDisabled REVERSING STRORE Before opening while the gate is closed the motors thrust to close for 2 seconds thus facilitating release of the electric lock 1 Active 7 2 Disabled LEAF 2 OPENING DELAY 2 s LI T i Active r ASSISTANCE REQUEST combined with next function If activated at the end of countdown settable with the next function i e Cycle programming it affects 8 s of pre flashing at every Open pulse job request Can be usefulfor setting scheduled maintenance jobs LI m i Active 7 CI Disabled CYCLE PROGRAMMING Enables delayed start at opening of leaf 2 avoiding interference between leaves Active m Disabled FAIL SAFE If this function is activated it enables a function test ofthe photocells before any gate movement If the test fails photocells not serviceable the gate does not start the movement H Active 71 Disabled PRE FLASHING 5 s start of movement Active Disabled ELECTRIC LOCK ON LEAF 2 on leaf 1
10. e S security The security mode is like A logic except that a second command during opening immediately closes the gate A maintained open command will not hold the gate open e E semi automatic This mode requires a second com mand during opening stops the gate A second command during closing reopens the gate EP semi automatic step by step This mode requires a command to open and a command to close A second command during opening or closing causes the gate to stop A third command then reverses the previous motion of the gate e B manned pulsed This mode is designed for guard station use and requires a three button switch pulsed to open close and stop the gate e C manned and constant This mode requires constant pressure switches One to open and one to close No pressure on a switch stops the gate 455 D Control Board 1 5 Programming To program the 455D Control Board you have to access PRO GRAMMING mode Programming is split into two parts BASIC and ADVANCED 1 5 1 Basic Programming To access BASIC PROGRAMMING press key F e Press and hold F the unit will display the name of the first func tion parameter e When you release the key the unit will display the parameter s current value e Value can be modified with keys and e Press and hold F again the unit will display the name of the next function parameter e When you reach the last function press F to exi
11. enclosure to OFF before connecting the AC input wires 3 Connect the AC input wires to the AC terminal located on the top left of the enclosure See diagram on the right LL5Ww EINE NEUTRAL GROUND Lu M L r4 r4 455 D Control Board 14 PT LIMITED WARRANTY To the original purchaser only FAAC International Inc warrants for twenty four 24 months from the date of invoice the gate operator systems and other related sys tems and equipment manufactured by FAAC S p A and distributed by FAAC International Inc to be free from defects in material and workmanship under normal use and service for which it was intended provided it has been prop erly installed and operated FAAC International Inc s obligations under this warranty shall be limited to the repair or exchange of any part of parts manufactured by FAAC S p A and distributed by FAAC Interna tional Inc Defective products must be returned to FAAC International Inc freight prepaid by purchaser within the warranty period Items returned will be repaired or replaced at FAAC International Inc s option upon an examination of the product by FAAC International Inc which discloses to the satisfaction of FAAC Interna tional Inc that the item is defective FAAC International Inc will return the warranted item freight prepaid The products manufactured by FAAC S p A and distributed by FAAC Inter na
12. present WARNING During the learning procedure safety devices are disabled Avoid crossing the leaf movement area when this operation is carried out 455 D Control Board E FAAC 1 6 3 Learning Operating Times 1 6 4 Learning Times with Gatecoder Opening closing time is established by a learning procedure which varies slightly according to whether you are using Gatecoders or not 13 6 3 1 LEARNING NORMAL TIMES Normal learning i e without limit switches and Gatecoders can be accomplished in two ways SIMPLE LEARNING Without Slow Down Check that the leaves are closed Enter BASIC PROGRAMMING select the TIME LEARNING function and then press the push button for 1 second The display begins flashing and the leaves begin to open As soon as the leaves reach the opening contact point provide an OPEN A pulse with the key operated push button or with the radio control to stop the movement The leaves stop and the display stops flashing Press push button F to exit and save the programming The procedure is complete and the gate is ready to operate COMPLETE LEARNING With Slow Down Check that the leaves are closed Enter BASIC PROGRAMMING select the TIME LEARNING function and then press the push button for more than 3 seconds The display begins flashing and leaf 1 begins to open The following functions can be performed by sending OPEN A pulses by key push button or radio control
13. KIT OPTION To add SHADOW LOOP DETECTOR 1 Snap detector and relay base on din rail as shown 2 Plug detector into its base 3 Make the above connections with the wires provided in the kit 4 Connect loop as shown To add a 24vdc MAG LOCK 1 Snap relay base on din rail as shown 2 Make the above connections with the wires provided in the kit 3 Connect magnetic lock as shown 13 FAAC FAAC 4 POWER AND ACCESSORIES CONNECTIONS AC Power Wiring Guidelines Magnetic Lock Connection 1 Check local wiring codes in all cases and follow all When connecting a magnetic lock to the system local building codes Wiring and hookup should be use Maglock Relay Kit P N 2352 and connect it as performed by qualified electricians installers only follows 2 AC power should be supplied from a circuit breaker panel and must have its own dedicated circuit breaker This supply must include a green ARRAS ground conductor 14 15 16417 18 I c exor 24V 3 Properly ground the gate operator to minimize or x a Lo prevent damage from power surges and or light ning Use a grounding rod if necessary A surge Suppressor is recommended for additional protec tion MAGLOCK AC Power pw Connection 1 Turn the circuit breaker for the MAIN POWER AC gate operator INPUT power to OFF before 2 30V connecting the AC input wires 115V 2 Turn the Power Switch located on the left side of the prewired
14. OP OP B Figure U FSWCL FCA2 ee The table below shows the status of the LEDs in relation to the status of the inputs LED ON closed contact LED OFF open contact Operation of the Status Signaling LEDs Command activated Command activated Note the following LEDs OP_A OP_B STOP FSWCL FSWOP FCA if used FCC1 if used FCC2 if used FCA2 if used Command activated Safety devices clear Safety devices triggered The status of the LEDs while the gate is closed at rest are shown in bold 1 6 2 Rotation Direction and Force Check 1 Program the functions of the 455 D control board according to need as previously shown 2 Cut power to the electronic control equipment 3 Release the operators and manually move the gate to the mid point of the opening angle 4 Re lock the operators 5 Restore power 6 Send and opening command on the OPEN A input Fig B and check if the gate leaves are being commanded to open N B If the first OPEN A pulse commands a closing cut power and reverse the phases of the electric motor red and black wires on the 455 D control board T Check force setting of the motors modify if necessary see Section 13 5 1 N B For hydraulic operators like the 400 force should be pro grammed to maximum level 50 8 Stop leaf movement with a STOP command 9 Release the operators close the leaves and re lock the operators Make sure travel limit mechanical stops are
15. UTTON at Initial Thrust Opening and Closing Leaf Delay Reversing Stroke Over Pushing Stroke Indicator Light Pre Flashing Electric Lock PROGRAMMING PUSH BUTTON Fail Safe Safety Devices Logic Assistance Request Detection Time of Obstacle or Contact Point PROGRAMMING PUSH BUTTON Learning Function Simple or complete work time learning with or without Limit switch and or Gatecoder Closing Leaf Delay Programmable from 0 to 4 min 1 3 Electric Connections ES 2d J6 J3 on 22 23 24 25 JA 2 3 4 a M 9 10 PES o tn i HOE WO ee a N PEN loy T o ts 1 m 4 sols l E Sl ofa TE ck L EP Os Ww LL i O n H Q ne MAX 60W 230 VAC 9 9 50 Hz or 115 VAC LL cells and safety OPEN B devices see Section 13 4 1 LIMIT SWITCH 219E OR GATECODER NE Capacitors are supplied with the operator Figure B 455 D Control Board 3 AAST 1 4 1 Connection of Photocells and Safety Devices Before connecting the photocells or other devices it is advisable to select the type of operation according to the movement area they have to protect see Fig C Opening Safety Devices They operate only during the gate opening movement and therefore are suitable for protecting the area between the opening leaves and fixed obstacles walls etc against the risk of impact and crushing Opening Closing Safety Devices Opening Safety Devices Fig
16. aused by fire flood lightning electrical power surge explosion wind storm hail aircraft or vehicles vandalism riot or civil commotion or acts of God 15
17. closing movement NB If no closing safety devices are connected jumper connect terminals CL and TX FSW Fig G OP FSW Opening safety devices contact N C The purpose of the opening safety devices is to protect the leaf move ment area during opening During opening in the E A S EP AP SP logics the safety devices reverse the movement of the gate leaves During the opening cycle in logics B and C they interrupt movement They never operate during the closing cycle If the opening safety devices operate when the gate is closed they prevent the leaf opening movement NB If no opening safety devices are connected jumper connect inputs OP and TX FSW Fig G Negative for power supply to accessories 24 VDC Positive for power supply to accessories Important Accessories max load is 500 mA To calculate current draw refer to the instructions for individual accessories TX FSW Negative for power supply to photocell transmitters If you use this terminal for connecting the negative for supplying power to the photocell transmitters you may if necessary also use the FAIL SAFE function see Advanced Programming in Section 13 5 2 If this function is enabled the equipment checks operation of the photocells before each opening or closing cycle 1 4 5 Terminal Block J5 Indicator Light and Electric Lock W L Power supply to indicator light Connect a 24 VDC 3 W max indicator light i
18. do pe6o65ue seoi ep ALSDJDS BulsojD ULM Jo9 SUL seso 2 udSu 2160 J qDI Q351 201 Buluedo sonulijuoo esoo oJ uo PUD sxX207 199JJ9 ON 9S0 O OJ SOSISASA uedo Ol SOSISASI GSDo 9J UO PUD S420 7G udoi6oDiod ees N3dO SSADS 19849 ON peigosip N3dO Sul esnod spoo jee peigosip N1dO e Sul esnod spoo jee peigosip v N3do Gudo uod uo Jn 19949 ON uonojedo sdols g uou pD1edo sdojs SNIN343dO A eG10Ipeuuuul JOS SUL sues do g8j SNISO12 g uou bD1edo sdojs 3Sn vd UO N3dO peigosip Nd OD 19849 ON 19949 ON peilgosip N3dO 195949 ON ew esnod 191J0 SosO O PUD Jos ejBuis suedQo SU esnod 184J0 4 Soso o PUD JOS Sul suedo qaso12 3 9IA3G Al134VS 19 dO S 3OIA3Q ALJAVS ONISOTD SADIA1Q A134VS ONINAdO 8 N3dO V N3dO SNIVIS 31V sas1nd dYa 291601 QD 1 If maintained it prolongs the pause until disabled by the command timer function 2 If a new pulse occurs within 2 seconds after reversing it immediately stops operation 3 During the partial opening cycle an OPEN A pulse causes total opening NB Effects on other active pulse inputs in brackets 12 455 D Control Board FAAC 3 PREWIRED ENCLOSURE DIAGRAM Basic Programming Functions WARNING a E 3 This system is either L LJ Logic L Force motor 2
19. f necessary between this terminal and the 24V supply To avoid compromising correct operation of the system do not exceed the indicated power LOCK Power supply to electric lock If necessary connect a 12 VAC electric strike lock between this terminal and the 24V power supply Please refer to Chapter 16 for Magnetic Lock connection 455 D Control Board 6 PO 1 4 7 Terminal Block J6 Limit Switch or Gatecoder These inputs are designed for connection of opening and closing limit switches or Gatecoders The 400 operator cannot use limit switches but only Gatecoders They are used to detect the leaf s angular position and to thus obtain deceleration and stop positions more accurately than using the operating timing Please refer to Figure S for wiring information If the Gatecoders are not used the J6 inputs can be left unconnected Figure S 14 15 16 17 184 19 20 21 j E ME Pix L CK 2N FW WL PA GATECODER 1 a i BLACK La GATECODER 2 1 4 8 Operating Logics This is a brief description of the main operating logics of the system For a complete description please refer to Table 3 e A automatic The gate opens on command and auto matically closes after a pause phase A second com mand while opening is ignored a second command dur ing the pause phase interrupts the pause time a second command during closing reopens the gate A maintained open command will hold the gate open
20. m s Complete Learning gt 3s Exit from programming and return to inputs status monitoring If using hydraulic operators set force to maximum level T FAAC TAE To access ADVANCED PROGRAMMING press and hold key F and then press key If Llis selected the output functions as a standard indicator light lighted at opening and pause flashing at closing and off when gate is e Release key F modify the value of the function with keys closed Different figures correspond to the extra and time compared to normal work time opening or e Press and hold key F the unit displays the name of the next closing when the output can be used viaa relay function and if you release it the value that can be modified fo powera c e on o Time can be adjusted with keys and from to I sec in 1 sec steps and from LLito 4 min in 10 sec steps e Release key the unit displays the name of the first function e When you reach the last function press F to exit the program the unit resumes monitoring input status Standard indicator light from to gi Timed output CLOSING PHOTOCELLS REVERSE AT RELEASE Enable this function if you want the closing The following table shows the sequence of functions accessible in ADVANCED PROGRAMMING photocells to stop movement and reverse at ADVANCED PROGRAMMING F release Default setting is immediate reverse
21. nds opening and or closing of both gate leaves Q Connect the accessory with the components side facing To install several full opening pulse generators connect the N O the inside of the card Insert and remove with power OFF contacts in parallel OPEN B Partial Opening Command N O Closing Any pulse generator push button detector etc which by closing a contact commands opening and or closing of the leaf driven by motor M1 In the B and C logics it always commands closing of both leaves To install several partial opening pulse generators connect the N O contacts in parallel STP STOP Contact N C Any device e g a push button which by opening a contact is able RP 1418 to stop gate movement To install several STOP devices connect RP 433 RC the N C contacts in series Figure Q NB If STOP devices are not connected jumper connect the STP terminals and CL FSW Closing Safety Devices Contact N C The purpose of the closing safety devices is to protect the leaf move ment area during closing During closing in the E A S EP AP SP logics the safety devices reverse the movement of the gate leaves or stop and reverse the movement when they are released see Ad vanced Programming in Section 13 5 2 During the closing cycle in logics B and C they interrupt movement They never operate during the opening cycle If the closing safety devices operate when the gate is open they prevent the leaf
22. ooleel 3Sn Vd UO N3dO peigosip NAdO 409442 ON j98Jj6 ON peigosip N1dO 19848 ON CL euun esnod 19440 Soso o2 PUD joo ejOuis suedo CL w esnod 1e4JoO 4 Soso o2 PUD JOS SU suedo q1SO1D 3 OIA1Q A134 VS 15D dO S ADIAAG Al134VS ONISOTD S32OIA3G ALAAVS ONINAdO 8 N3dO V NidO SNLVLS 31V DO peidosip NAdO 198JJ9 ON S3S 1fd JOSS ON peigosip Na3d O2 199JJ9 ON c Cesind puz eui 1o suedo POBDPGBUS SSDIAS P Are1os BUISOJ DO Uull JOS euj seso o uWn 9160 q e qol Q35201 Buiuedo SONUILUOD esooe eJ uo PUD 832017 1994je ON SSOJD OJ SSSISASA e uou o1edo sdojs ONINAdO uedo OL SOSISASI GSsDo oJ UO PUD s4207 G G ydoiBoiod ees NAdO SSADS 199Jj9 ON uoinojedo sdois A e1oipeuuuu JOS eu suedo egj ONISOTD peigosip N3dO 199Jjoe ON peigqosip N3dO Ce 428449 ON peigosip v N4adO Gudo uod uo y 19940 ON AJSLDIDSWU 409 SUL soeso 2 o el N43dO peigosip N1dO 199Jjo ON 1994je ON peigosip N1dO 19egyoe ON jos ejGuis suedo JO9 Sut suedo qaso12 3 OIA1Q A134 VS 15D dO S32lIA3G Al134VS ONISOTD S32IA3G A134VS ONINAdO 8 N3dO V NidO SNLVLS 31V DO sasind aJa 9160 D QD 1 If maintained it prolongs the pause until disabled by the command timer function ION diately stops operat ing it imme 2 If a new
23. pulse occurs within 2 seconds after revers 3 During the partial opening cycle an OPEN A pulse causes total opening NB brackets ive pulse inputs in Effects on other act 11 455 D Control Board peidaosip g v Nad O2 uoinpjiedo sdojs 19949 ON peigosip V NA1dO uonpJedo sdojgs peiqposip g Nagd o uonojedo sdojs 19949 ON uoinpoJedo sdojs UOILOJ18 do sdojs SNIN34JdO UuoioJedo sdoi ig SNISO12 peigosip g N3dO 1984486 ON peigosip g N3dO 198498 ON peigosip v N3dO 19849 ON peigposip g v NagdO 1984486 ON peigosip g Nagd Oo JOS SUL seso 2 fOSJJO ON N3dO peigosip v N3dO 19848 ON 19949 ON peigosip v N3dO 19949 ON peigbosip V NA1dO SS ON joo eu suedo q1SOTD 3 OIA1Q ALAAVS 19 dO S 3OIA3Q ALJAVS ONISOTD SADIA1Q A134VS ONINAdO 6uiso 2 a N3dO 6uiuedo v N3adO SNIVIS 31V peigposip g v NA1dO 409449 ON S3S 1fd peigosip g N3dO JOSS ON PSIgOsiP V NAdO 19848 ON PaIgOsSP g v N3dO 1984486 ON N MOQ Q14H SAVMIV STOALNOD Joe eui sesolD Joe eui suedo Oa 91601 u QD Q3 201 peidosip g v N3dO uonojedo sdojs 19949 ON peigosip V N1dO UOILDJ18 do sdojs perigosip g N3dO uoioJedo sdojs v N3dO SSADS 19848 ON uonojedo SdOJS 19998 ON 19949 ON SONINAdO 198JJ8 ON uedo oi sesieAee ONISOTD peigosip g N3dO
24. s complete and the gate is ready to operate using the default slow down set at the factory COMPLETE LEARNING With Slow Down Check that the leaves are closed Access BASIC PROGRAM MING select the TIME LEARNING function and then press the push button for more than 3 seconds The display begins flashing and leaf 1 begins to open The following functions can be performed by sending OPEN A pulses by radio control or key push button 9 FAAC FAAC 1 OPEN Leaf 1 slows down at opening it stops automatically on reaching the stop limit 2 OPEN Leaf 2 opening movement begins 3 OPEN Leaf 2 slows down at opening it stops automatically on reaching the stop limit 4 OPEN Leaf 2 closing movement begins 5 OPEN Leaf 2 slows down at closing it stops automatically on reaching the stop limit 6 OPEN Leaf 1 closing movement begins 7 OPEN Leaf 1 slows down at closing it stops automatically on reaching the stop limit 8 OPEN End of learning When the display stops flashing press push button F to exit and save the programming The procedure is complete and the gate is ready to operate Notes The slow down pulse should be given before the gate reaches the positive stop to prevent the leaf from hitting it at full speed it would be mistaken for an obstacle e If only one leaf is present the entire sequence must neverthe less be effected When the leaf has finished opening s
25. s expenses for downtime or for making up downtime damages for which the purchaser may be liable to other persons damages to property and injury to or death of any persons FAAC S p A or FAAC International Inc neither assumes nor authorizes any person to assume for them any other liability in connection with the sale or use of the products of FAAC S p A or FAAC International Inc The warranty herein above set forth shall not be deemed to cover maintenance parts including but not limited to hydraulic oil filters or the like No agreement to replace or repair shall constitute an admission by FAAC S p A or FAAC International Inc of any legal responsibility to effect such replace ment to make such repair or otherwise This limited warranty extends only to wholesale cus tomers who buy directly through FAAC Interna tional Inc s normal distribution channels FAAC International Inc does not warrant its products to end consumers Consumers must inquire from their selling dealer as to the nature and extent of that dealer s war ranty if any This warranty is expressly in lieu of all other warranties expressed or implied includ ing the warranties of merchantability and fitness for use This warranty shall not apply to prod ucts or any part thereof which have been sub ject to accident negligence alteration abuse or misuse or if damage was due to improper installation or use of improper power source or if damage was c
26. t the program the display resumes monitoring input status The following table displays the sequence of functions accessible in BASIC PROGRAMMING BASIC PROGRAMMING press F Function OPERATING LOGICS see tab 3 a h Display Semi automatic Automatic Safety Automatic Stepped Semi automatic Stepped Automatic Safety Stepped Automatic B Semi automatic Dead man PAUSE TIME This has effect only when automatic logic is selected J I _ ru s l L Ll L L Ll Li q l1 L LI Adjustable from LI to _ secs in one second increments Subsequently display changes to minutes and tenths of seconds separated by a decimal point time is adjusted in 10 second increments up to 4 minutes max Thus if the unit displays c Pause Time is 2 mins and 50 secs LEAF 1 FORCE Adjusts thrust of Motor 1 as i 5 minimum force Zii maximum force hydraulic LEAF 2 FORCE Adjusts thrust of Motor 2 I to ES minimum force Si maximum force hydraulic LEAF 1 CLOSING DELAY Delays closing start of_leaf 1 with respect to leaf 2 Adjustable from Lito minutes see Pause Time TIME LEARNING see Section F 3 Enables the selection between simple automatic learning and complete manual choice of deceleration and stop points learning Simple Learning
27. tional Inc are not warranted to meet the specific requirements if any of safety codes of any particular state municipality or other jurisdiction and neither FAAC S p A or FAAC International Inc assume any risk or liabil ity whatsoever resulting from the use thereof whether used singly or in combination with other machines or apparatus Any products and parts not manufactured by FAAC S p A and distributed by FAAC Interna tional Inc will carry only the warranty if any of the manufacturer This warranty shall not ap ply to any products or parts thereof which have been repaired or altered without FAAC Interna tional Inc s written consent outside of FAAC International Inc s workshop or altered in any way so as in the judgment of FAAC Interna tional Inc to affect adversely the stability or reliability of the product s or has been subject to misuse negligence or accident or has not been operated in accordance with FAAC Inter national Inc s or FAAC S p A s instructions or has been operated under conditions more severe than or otherwise exceeding those set forth in the specifications for such product s Neither FAAC S p A nor FAAC International Inc shall be liable for any loss or damage whatsoever resulting directly or indirectly from the use or loss of use of the product s Without 455 D Control Board PT limiting the foregoing this exclusion from liability embraces a purchaser
28. upply 5 Open pulses until the leaf begins to close and then resume normal operation 1 7 System Test When you are finished programming test the system Verify that the entire system operates correctly Most importantly check that force is adequately adjusted and that safety devices are operating correctly 455 D Control Board 10 2 OPERATING MODES DETAILED DESCRIPTION peigosip N3dO 19849 ON N3dO selaosip 4 eso o JSNLU H JI 1oejye ON N3dO selaposip 4 uedo snu 4 JD 429442 ON peigosip NadO OSHS ON dojs D 1840 seso o SAOMID uouo2a8ilp SSIOASI ui JUSLUSAOLU SHOJSOX Q351201 Buiuedo senuiuoo esoe eJ uo PUD s420 19848 ON 7 G ydoodd ees g uooiado sdoi s ONINAdO uedo O SOSIGASI eso9 o J uo PUD 94907 7G UdOJ16010d ees N3dO SeADS JOSS ON uouo4edo sdojs uouo4edo sdojs ONISOTD peidosip N3dO 19849 ON g PSIQOSsIP N3dO 19849 ON Pelgosip Y N3dO Budo pod uo JD 429342 ON g AJe1oIpeuuuul JOS eu seso 2 eeJ NidO peiaosip N3dO 19849 ON 19848 ON Pelgosip NadO J0849 ON Sul Ouiuedo Jos eu suedo JOILIOd eu JOJ JOS suedo Qqaso1lo ADIAIC ALAAVS 1D dO SADIAICd ALAAVS ONISOTD S3OIA 3QG Al1341VS ONINAdO 8 Na3dO W NidO SNIVLS ALIVD peigosip NAdO 19849 ON sasind 1994je ON peigosip NAdO 19849 ON Ce JOS eui SOSOID dd 21601
29. ure C Closing Safety Devices Connection of ONE Pair of Closing Photocells ONE Pair of Opening Photocells and ONE Pair of Opening Closing Photocells Recommended Layout eo La GI 15 ol HE 9 20 el n SP WL T Fi i 1 TX OP CL RX OP CL JL Figure D 455 D Control Board FAAC I NOTE All safety devices must be connected using NORMALLY CLOSED outputs Closing Safety Devices They operate only during the gate closing movement and therefore they are suitable for protecting the closing area against the risk of impact Opening Closing Safety Devices They operate during the gate opening and closing move ments and therefore they are suitable for the opening and closing areas against the risk of impact FAAC recommends use of the lay out in Fig D in the event of fixed obstacles at opening or in Fig E no fixed obstacles N B If two or more devices have the same function opening or closing they should be connected to each other in series see Fig L Connection of ONE Pair of Closing Photocells and ONE Pair of Opening Closing Photocells Recommended Layout 0n H FE 15 e E open STP Wil WL I TX OP CL RX OP CL Figure E Connection of ONE Closing Safety Device and ONE Opening Safety Device A ane ks SIT 15 ML 18 b 20 21 open STP WE WL Figure F Connection of NO Safety Devices 9 1011 12 E 14 15 16 17 18 19 20 A aE lA DEL LA Lu ES OPEN zn WL Figure G
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