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E721 

18 

532014 - Rev.E

ENGLISH

LOGIC "A"

PULSES

STATUS OF AUTOMATED SYSTEM

OPEN A

OPEN B 

CLOSE

STOP

FSW OP

FSW CL

FSW CL/OP

CLOSED

opens and recloses after 

the pause time

opens the gate partially 

and closes it after pause 

time B

no effect

no effect

(OPEN inhibited)

no effect

(OPEN inhibited)

no effect

no effect

(OPEN inhibited)

DURING OPENING

no effect (1)

no effect

recloses the gate

locks operation

see  2nd level prog.

no effect

locks and opens on 

disengagement

(stores CLOSE)

OPEN IN PAUSE

reloads pause time (1)

reloads pause time B

recloses the gate

locks operation

no effect

reloads pause time 

(CLOSE inhibited)

reloads pause time 

(CLOSE inhibited)

DURING CLOSING

reopens the gate

reopens the gate

no effect

locks operation

no effect

reverses to opening (see  

2nd level prog.) 

locks and opens on 

disengagement

(stores CLOSE)

LOCKED

closes the gate

closes the gate

closes the gate

no effect

(OPEN/CLOSE inhibited)

no effect

(OPEN inhibited)

no effect

(CLOSE inhibited)

no effect

(OPEN/CLOSE inhibited)

LOGIC "EP"

PULSES

STATUS OF AUTOMATED SYSTEM

OPEN A

OPEN B 

CLOSE

STOP

FSW OP

FSW CL

FSW CL/OP

CLOSED

opens the gate

opens the gate partially

no effect

no effect

(OPEN inhibited)

no effect

(OPEN inhibited)

no effect

no effect

(OPEN inhibited)

DURING OPENING

locks operation (1)

locks operation 

recloses the gate

locks operation

see  2nd level prog.

no effect

locks and opens on 

disengagement (OPEN 

locks - stores CLOSE)

OPEN

recloses the gate (1)

recloses the gate 

recloses the gate

no effect

(OPEN/CLOSE inhibited)

no effect

no effect

(CLOSE inhibited)

no effect

(OPEN/CLOSE inhibited)

DURING CLOSING

locks operation

locks operation

no effect

locks operation

no effect

reverses to opening (see  

2nd level prog.) 

locks and opens on 

disengagement (OPEN 

locks - stores CLOSE)

LOCKED

resumes motion in reverse 

direction. After STOP, always 

closes

resumes motion in reverse 

direction. After STOP, always 

closes

closes the gate

no effect

(OPEN/CLOSE inhibited)

no effect

(OPEN inhibited)

no effect

(CLOSE inhibited)

no effect (OPEN locks 

- stores CLOSE)

LOGIC "E"

PULSES

STATUS OF AUTOMATED SYSTEM

OPEN A

OPEN B 

CLOSE

STOP

FSW OP

FSW CL

FSW CL/OP

CLOSED

opens the gate

opens the gate partially

no effect

no effect

(OPEN inhibited)

no effect

(OPEN inhibited)

no effect

no effect

(OPEN inhibited)

DURING OPENING

locks operation (1)

locks operation 

recloses the gate

locks operation

see  2nd level prog.

no effect

locks and opens on 

disengagement (OPEN 

locks - stores CLOSE)

OPEN

recloses the gate (1)

recloses the gate 

recloses the gate

no effect

(OPEN/CLOSE inhibited)

no effect

no effect

(CLOSE inhibited)

no effect

(OPEN/CLOSE inhibited)

DURING CLOSING

reopens the gate

reopens the gate

no effect

locks operation

no effect

reverses to opening (see  

2nd level prog.) 

locks and opens on 

disengagement (OPEN 

locks - stores CLOSE)

LOCKED

closes the gate

closes the gate

closes the gate

no effect

(OPEN/CLOSE inhibited)

no effect

(OPEN inhibited)

no effect

(CLOSE inhibited)

no effect (OPEN locks 

- stores CLOSE)

(1) During the partial opening cycle, an OPEN A pulse causes total opening

LOGIC "A1"

PULSES

STATUS OF AUTOMATED SYSTEM

OPEN A

OPEN B 

CLOSE

STOP

FSW OP

FSW CL

FSW CL/OP

CLOSED

opens and recloses after 

the pause time

opens the gate partially 

and closes it after pause 

time B

no effect

no effect

(OPEN inhibited)

no effect

(OPEN inhibited)

no effect

no effect

(OPEN inhibited)

DURING OPENING

no effect (1)

no effect

recloses the gate

locks operation

see  2nd level prog.

continues to open and 

recloses immediately

locks and opens on 

disengagement

(stores CLOSE)

OPEN IN PAUSE

reloads pause time (1)

reloads pause time B

recloses the gate

locks operation

no effect

locks and immediately 

closes on disengagement

reloads pause time 

(CLOSE inhibited)

DURING CLOSING

reopens the gate

reopens the gate

no effect

locks operation

no effect

reverses to opening (see  

2nd level prog.) 

locks and opens on 

disengagement

(stores CLOSE)

LOCKED

closes the gate

closes the gate

closes the gate

no effect

(OPEN/CLOSE inhibited)

no effect

(OPEN inhibited)

no effect

(CLOSE inhibited)

no effect

(OPEN/CLOSE inhibited)

10  FUNCTION LOGICS 

 In brackets, the effects on the other inputs when 

the pulse is active.

  The CLOSE command can be enabled on the OPEN 

B input from programming level 2.

 If enabled during leaf motion, the SAFE command 

will immediately and completely reverse it; when 

the automated system is stopped, if kept enabled 

it will prevent its movement.

Summary of Contents for E721

Page 1: ...B GND OPEN B CLOSE STOP FSW OP GND FSW CL 24 F C C M A I N P E N L B A T T E R Y M O T O R L A M P L O C K L O C K L O C K P R I M T R A N S F S E C T R A N S F F C A R A D I O 1 R A D I O 2 E R R O R...

Page 2: ...testing in a typical standard configuration all products built by FAAC S p A Bologna 01 12 2011 CEO A Marcellan 1 WARNINGS 2 2 LAYOUT AND COMPONENTS 2 2 1 COMPONENT DESCRIPTION 3 2 2 DESCRIPTION OF T...

Page 3: ...ll upstream of the system a differential thermal breaker with adequate tripping threshold Connect the earth lead to the appropriate terminal Always separate power cables from control and safety cables...

Page 4: ...15 V 60 Hz Power consumption from mains stand by 10 W Motor max load 10A Accessory power supply 24 V Accessory max current 24 V max 500 mA BUS 2EASY max 500 mA Environmental temperature 20 55 C Flashi...

Page 5: ...7 7 7 7 7 7 7 7 7 7 7 7 7 7 72 2 2 230 V 115 V ENGLISH A Photocells that operate during CLOSING B Photocells that operate during OPENING C Photocells that operate during OPENING and CLOSING MOTOR RELE...

Page 6: ...par 4 1 1 2 Cut off power to the board 3 Connect both cables of the BUS 2EASY accessories to the red terminal block J12 polarity irrelevant 4 Power the board 5 Quickly press the SETUP push button SW4...

Page 7: ...fety device deactivated Connection of 1 pair of closing photocells with FAIL SAFE safety device activated Other safety devices Set in second level of programming o1 01 Other safety devices 4 2 TRADITI...

Page 8: ...setting 2nd level o1 00 FAIL SAFE DISABLED 2nd level SP 01 INPUT 4 SAFETY EDGE SAFETY By setting 2nd level o1 00 FAIL SAFE DISABLED 2nd level Ob 02 INPUT 3 SAFETY EDGE SAFETY Other safety devices 4 3...

Page 9: ...n press push button F to exit the program and store the parameters The display shows again the status of the automated system 1st LEVEL PROGRAMMING Display Function Default 1 dF DEFAULT 1 Configures t...

Page 10: ...peed 1 0 maximum speed When the speed value has been changed it is advisable to perform a new SETUP see par 7 3 08 ro SLOWING DURING OPENING Adjusts the slowing space as a percentage of the total gate...

Page 11: ...you want the closing photocells to lock movement and reverse it on disengagement Normally operation of the closing photocells immediately puts the gate into reverse when this function is off Y revers...

Page 12: ...next function 12 output that can be activated by second radio channel step function 00 t1 TIMING OF OUT 1 only if option 03 or 11 is selected at the previous step Can be used to adjust timing of outpu...

Page 13: ...EN 03 Stop then CLOSE 04 In PAUSE 05 During opening stage 06 During closing stage 07 FAIL SAFE in progress 08 BUS 2EASY device check in progress 09 Preflashing then OPEN 10 Preflashing then CLOSE 11 O...

Page 14: ...ee of any obstacle by people or things 6 3 STORING LC RC RADIOCONTROLS It is possible to store a maximum of 256 codes divided between OPEN A and OPEN B CLOSE Use the LC RC remote controls only with a...

Page 15: ...the cause of the error has been removed Fixed ON Mains powered Flashing Battery powered Off Board off Tab 3 Description of POWER LED 7 2 BATTERY OPERATION ATTENTION To optimise energy consumption and...

Page 16: ...e LED for the FCA limit switch on the board goes off secure with the appropriate screws 4 Move the gate to closing position manually leaving 40 mm from the limit switch me chanical stop 5 Slide the ma...

Page 17: ...erminal board POLE 1 POLE 2 see Fig 19 When a unit is configured as a SLAVE this will force the values of some programming parameters no longer displayed in the menu LO PA Pb Ph Op By placing the boar...

Page 18: ...encoder will cause the motion to reverse At the next motion in the same direction an obstacle in the same position will cause the motor to stop It is essential to correctly configure this parameter to...

Page 19: ...OP FSW OP FSW CL FSW CL OP CLOSED opens the gate opens the gate partially no effect no effect OPEN inhibited no effect OPEN inhibited no effect no effect OPEN inhibited DURING OPENING locks operation...

Page 20: ...ses reclosesthegate noeffect OPEN CLOSEinhibited noeffect OPENinhibited noeffect CLOSEinhibited noeffect OPEN CLOSEinhibited LOGIC S PULSES STATUS OF AUTOMATED SYSTEM OPEN A OPEN B CLOSE STOP FSW OP F...

Page 21: ...ED opensthegate closesthegate noeffect OPEN CLOSEinhibited noeffect OPENinhibited noeffect CLOSEinhibited noeffect OPEN CLOSEinhibited LOGIC B PULSES STATUS OF AUTOMATED SYSTEM OPEN A CLOSE STOP FSW O...

Page 22: ...79 6645 faactm info faacgroup com www faac de INDIA FAAC INDIA PVT LTD Noida Delhi India tel 91 120 3934100 4199 www faacindia com IRELAND NATIONAL AUTOMATION LIMITED Boyle Co Roscommon Ireland tel 35...

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