SEA USA UNIGATE 24V Manual Download Page 34

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17.2 - INPUTS MANAGEMENT MENU

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LANGUAGE

Summary of Contents for UNIGATE 24V

Page 1: ...IGATE INVERTER 1I 2I 1I BIG 2I BIG SEA USA Inc 10850 N W 21st unit 160 Doral MIAMI Florida FL 33172 USA Telephone 1 305 594 1151 1 305 594 7325 Toll free 800 689 4716 www sea usa com sales sea usa com UNIGATE 24V UNIGATE BR 36V ...

Page 2: ...L CONNECTIONS ON CN2 and CN3 4 19 6 CONNECTIONS ON CLS PLUG IN LIMIT SWITCH 20 7 CONNECTIONS ON CR1 and CR2 20 21 8 CONNECTIONS ON P S PRIMARY SECONDARY OPERATION 22 9 CONNECTIONS ON EXP EXTERNAL MODULES 485 2 23 10 MOTORS WIRINGS 24 25 2 24 11 POWER SUPPLY 2 24 26 PRELIMINARY INFORMATION AND PRODUCT DETAILS 8 14 SAFETY INFORMATION AND UL STANDARDS REQUIREMENTS 4 12 ...

Page 3: ... THE TX 22 ALARMS FAULTS WARNINGS VIA DISPLAY OR FLASHING LIGHT 23 TROUBLESHOOTING MENU TABLE 16 BASIC MENU 17 INPUTS STATUS MANAGEMENT N C N O 15 DISPLAY OPERATION AND PROGRAMMING MENU 13 RECEIVERS CONNECTION ON CNR FIX 14 ADDITIONAL FUNCTIONS OF THE CONTROL UNIT S E F O 12 CONNECTIONS ON CNB EMERGENCY BATTERIES CONNECTIONS UPS 2 24 34 36 35 37 37 38 39 40 41 42 44 32 33 31 28 28 29 30 27 ...

Page 4: ...tor 10 In case of break down or malfunctioning of the product disconnect from the main power source Do not attempt to repair or intervene directly contact only qualified personnel for repair 11 Failure to comply with the above may create a situation of danger 12 All cleaning maintenance or repair work must be carried out by qualified personnel 13 In order to guarantee that the system works efficie...

Page 5: ...d where applicable IMPORTANT INSTALLATION INSTRUCTIONS 1 Install the gate operator only when a The operator is appropriate for the construction of the gate and the usage Class of the gate b All openings of a horizontal slide gate are guarded or screened from the bottom of the gate to a minimum of 4 feet 1 22 m above the ground to prevent a 2 1 4 inch 57 2 mm diameter sphere from passing through th...

Page 6: ...ction SEA USA Inc can not be deemed responsible for any damage or accident caused by product breaking being damages or accidents due to a failure to comply with the instructions herein The guarantee will be void and the manufacturer responsibility will be nullified if SEAUSAInc original spare parts are not being used The electrical installation shall be carried out by a professional technician who...

Page 7: ...placement of external devices but they give only examples of suggested entrapment protection in their installation manuals If the installer identifies a risk of entrapment or obstruction at least two independent means of entrapment protection are required 4 TERMINOLOGY CHANGE The terms primary and secondary have been removed in the description of entrapment protection devices This was done to emph...

Page 8: ...LLY 3 SEACLOUD T UNIGATE 18 T UNILOGIC I FV 03 12 F 24V 00 04 BR 00 28 A PRELIMINARY IMPORTANT SAFETY INFORMATION RESET BUTTON UNIGATE UL STANDARDS UL325 A BUZZER T B C 5 6 2 3 TECHNICAL INFORMATION 230V 50 60 H 115V 50 60 H 30 mA 20 C 50 C IP 55 ...

Page 9: ...U V W C5A DRY 9 8 7 6 5 4 3 2 1 10 13 12 11 22 21 20 19 18 17 16 15 14 23 26 25 24 27 30 29 28 UP DOWN OK PE PE L N L N U V W U V W C5A C5A DRY DRY PE L N U V W C5A DRY 9 8 7 6 5 4 3 2 1 10 13 12 11 22 21 20 19 18 17 16 15 14 23 26 25 24 27 30 29 28 UP DOWN OK UNIGATE INVERTER 1I BIG CONNECTIONS ON FV MODULE PE L N U V W C5A DRY 9 8 7 6 5 4 3 2 1 10 13 12 11 22 21 20 19 18 17 16 15 14 23 26 25 24 ...

Page 10: ...12 11 22 21 20 19 18 17 16 15 14 23 26 25 24 27 30 29 28 UP DOWN OK UNILOGIC BR MODULE 9 8 7 6 5 4 3 2 1 10 13 12 11 22 21 20 19 18 17 16 15 14 23 26 25 24 27 30 29 28 UP DOWN OK BR MODULE 1 BRUSHLESS OPERATOR MANAGEMENT 2 BRUSHLESS OPERATORS MANAGEMENT UNIGATE BR BR MODULE 5 4 3 2 1 B B PE U V W 5 4 3 2 1 B B PE U V W 5 4 3 2 1 B B PE U V W ENCODER RAPID CONNECTOR EXTERNAL MODULE CONNECTOR MOTOR ...

Page 11: ...T RELAY 2 DRY CONTACT CLS LIMIT SWITCH QUICK CONNECTOR M1 M2 MODULES CONNECTORS MOTOR 1 or 2 CNB BATTERY CONNECTOR PW UNIT POWER SUPPLY PROGRAMMING BUTTONS A 24V 24VAUX CN1 24VDC CN2 24V CN3 1A 24V 30 mA 9 8 7 6 5 4 3 2 1 10 13 12 11 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 COM1 NO1 NC1 COM1 NO1 NC1 S 24 9 8 7 6 5 4 3 2 1 10 13 12 11 2221 20 19 18 17 16 15 14 23 26 25 24 27 30 29 28 UP D...

Page 12: ...ART N O 2 2 PARTIAL START N O C 4 6 L 19 P P I a a 90 97 95 PARTIAL OPENING PHOTOCELL 1 PHOTOTEST 91 PARTIAL PAUSE 89 TRAFFIC LIGHT RESERVATION 13 12 11 9 10 2 3 STOP N C 2 4 PHOTOCELL 1 AND PHOTOCELL 2 N C a a 24V 1A 12 COM 0V 2 6 11 PH1 P 1 7 PH2 P 2 8 98 PHOTOCELL 2 M AUX 94 A 24VAUX 2 12 94 24V AUX 2 5 OPTIONS 24V DC AUX 1A 12 C 4 8 2 I T I 6 I TIMER TIMER 92 TIMER 2 6 TIMER N O EXTERNAL CLOCK...

Page 13: ... AUX T 24V 19 CN2 PHOTO1 10K DOUBLE 13 12 11 10 9 2 7 24V FLASHING LIGHT MAX 3W 2 8 SAFETY EDGE N C 2 9 10K PHOTOCELL SINGLE OR DOUBLE 2 10 BUZZER 24V 86 100 SAFETY EDGE 1 SAFETY EDGE 1 85 PRE FLASHING FLASHING LIGHT FLASHING LIGHT a S 100 101 D 102 103 T T B 2 B 8K2 101 EXAMPLE 102 103 100 NORMAL BUZZER UP 8K2 RES a a a 97 86 PHOTOCELL 1 98 PHOTOCELL 2 B 10K P STOP 5 T B i T 22 1 2 S U 10K EXAMPL...

Page 14: ...OP 1 LOOP 2 LOOP 3 CN1 CN1 LOOP 1 OUT 1 LOOP 2 OUT 2 LOOP 3 OUT 3 Start Common Photocell 1 Photocell 2 Common Comis Edge 1 F 1 3 S N O 6 C R 2 S 3 7 P 1 N C 6 C 8 P 2 N C 6 C UP SHADOW LOOP 98 PHOTOCELL 2 C 6 9 6 10 T UP OPENING AND CLOSING 118 LATCH EXAMPLE T L S 21 4 a T L 2 13 FIRE SWITCH FUNCTION OK OK Common CN2 CN1 T 24V 19 24V CN2 2 14 EXTERNAL RECEIVER 6 5 4 3 2 1 14 15 16 17 18 19 Start P...

Page 15: ...LARDS 5 3 1 LIMIT SWITCH C 12V 15W UP UP UP UP UP OK OK OK OK OK a a T i I OPENING AND CLOSING OPENING AND CLOSING 3 SECONDS 79 77 78 ANTI INTRUSION LOCK TIME LOCK EXAMPLE SETTING EXAMPLES L L i T 76 PUSHING STROKE 2 SECONDS I 20 CN2 24V 350 mA B 20 S T OK 200 mA 137 138 COMIS COMIS THRESHOLD T 250 mA T 22 EXAMPLE Electric lock EXAMPLE OF LIMIT SWITCH CONNECTIONS OPENING LIMIT SWITCH MOTOR 1 CLOSI...

Page 16: ...TE 24 RED BROWN 30 BLACK GREEN 25 29 17 OP SPEED C CN3 OLD MODEL BROWN WHITE GREEN NEW MODEL RED BLUE BLACK UP DOWN UP DOWN 48 ENCODER TOT M1 a a a O C F ABC E BR 10 4 F RS 485 E 9 1 BLUE WHITE 26 RED BROWN 30 BLACK GREEN 25 29 T E MOTOR 1 M1 F MOTOR 2 M2 35 36 a CN3 23 24 25 26 27 28 29 30 UP OK UP OK OK T WHITE BLACK 24 GREEN BLUE 23 BROWN 25 29 4 3 POSITION GATE LINEAR POTENTIOMETER CONNECTION ...

Page 17: ...ITIVITY 34 M1 CLOSING SENSITIVITY 35 36 OK XX UP DOWN P M 1 M 2 38 M1 POT THRES OPENING 39 M1 POT THRES CLOSING 40 M2 POT THRES OPENING 41 M2 POT THRES CLOSING i S OFF F OK XX UP DOWN P M1 M2 42 43 44 45 OK XX UP DOWN S 37 SLOWDOWN SENSITIVITY 4 6 ACCESS TO THE HIDDEN DEBUG MENU FOR POTENTIOMETER 03 12 VP 1 OK XXX see chap 15 D VP1 VP2 1 2 VP1 VP2 T F POTENTIOMETER POTENTIOMETER M2 OPENING SENSITI...

Page 18: ...MMABLE INPUT 2 4 10 CAGE FUNCTION ON MENU GP1 and GP2 GP1 GP2 GP1 130 GP2 131 C CN3 C CN3 T I UP OK UP OK OK A SPECIAL MENU LANGUAGE 1 17 SPECIAL MENU 16 ON OP SPEED UP DOWN GP1 130 TERMOMETER UP OK UP OK D SPECIAL MENU LANGUAGE 1 17 16 109 XX C UP OK UP OK S SPECIAL MENU LANGUAGE 1 17 16 110 XX C UP HIGH TEMPERATURE THRESHOLD 111 F FV U I CAGE CN3 23 24 25 26 27 28 29 30 GP1 COM GP2 OR MENU 131 F...

Page 19: ...R 2 CLOSING SLOWDOWN LIMIT SWITCH MOTOR 2 CLOSING SLOWDOWN LIMIT SWITCH 14 15 16 CN2 CN3 Common 1 JOINT 4 LS OPERATOR OR 1 BOLLARD 2 JOINT 4 LS OPERATORS OR 2 BOLLARDS 1 2 3 4 5 I UNIGATE 4PM 3 4 1 2 E M1 M3 F CN2 CN3 I 1 BIG FAST OPERTOR 3 T MOTOR 2 SLOWDOWN LIMIT SWITCH a UP OK LANGUAGE 1 SLOWDOWN LIMIT SWITCH 12 OK ON I 2 BIG FAST OPERTORS Opening limit switch 1 Closing limit switch 1 Opening l...

Page 20: ...LIGHT COPY COURTESY LIGHT NEUTRAL SET BEFORE 7 3 LOCK CONNECTION VIA RELAY POWER SUPPLY 230V 115V 24V 12V POWER SUPPLY 230V 115V 24V 12V RELAY 1 132 88 2 SECONDS PUSHING STROKE 76 1 SECOND 1 2 3 VERTICAL LOCK O CR1 COM1 NO1 NC1 COM1 NO1 NC1 EXAMPLE EXAMPLE a RELAY 1 RELAY 1 132 132 T 0 240 M 88 6 CONNECTION ON CLS 6 1 LIMIT SWITCH CONNECTION ON THE CLS QUICK CONNECTOR CLS EXAMPLE OF OPERATOR WITH ...

Page 21: ...Y 2 133 CR1 COM1 NO1 NC1 7 4 ELECTRIC VALVE CONNECTION VIA RELAY ELECTRIC VALVE OPENING ELECTRIC VALVE EXAMPLE RELAY 1 132 E M UP OK OK UP OK OK UP UP OK OK OK POWER SUPPLY 230V 115V 24V 12V POWER SUPPLY 230V 115V 24V 12V POWER SUPPLY 230V 115V 24V 12V LINE LINE LINE LINE LINE LINE LINE NEUTRAL LINE NEUTRAL NEUTRAL NEUTRAL NEUTRAL EXIT TRAFFIC LIGHT T 24V R ...

Page 22: ...3 127 DATE TIME MENUS 130 135 RELAY MENUS 137 COMIS 140 M1 OPENING A THRESHOLD 141 M1 CLOSING A THRESHOLD 144 M1 OPENING SLOWDOWN A THRESHOLD 145 M1 CLOSING SLOWDOWN A THRESHOLD 4 6 INSTALL and SET UP THE TWO OPERATORS 1 M1 M2 M1 M2 SIGB SIGB COM SIGA SIGB SIGB COM SIGA MOTOR 1 CONTROL UNIT PRIMARY SET UP P S USE A SHIELDED AND TWISTED PAIRS TRANSMIS SION CABLE TYPE RS482 WITH A SECTION NOT 2 EXCE...

Page 23: ... 2 3 BLACK 4 YELLOW EXAMPLE CONNECTIONS ON ONE OR TWO OPERATORS JOINT OR BIG FAST 9 3 UNIREG ANALOG MANAGEMENT UNIT RS 485 CIRCUIT SELECT THE OPENING DIRECTION CLOSE OPEN CLOSE SEM 2 UNIREG EXP EXP C RS 485 RS 485 T 32 T SEM 2 T SEM2 a a M SEM 2 i i EXP W 18 2 10 OK UP UP 9 10 PROGRAMMING CHOOSE DIRECTION RIGHT OK OK AUTOMATIC OK MANUAL AUTOMATIC MANUAL OK PRESS UP TO THE MAX OPENING UP OK OK DOWN...

Page 24: ...R MOTOR 2 115V M CONNECTOR ON THE FIRST FV MODULE BLUE 230V BROWN 230V O O BIG FAST LEPUS INDUSTRIAL FAST UP OK OK 10 2 THREE PHASE POWER SUPPLY FOR LEPUS THREE PHASE R S T RED WHITE BLACK COM LIMIT SWITCH OPEN CLOSE CLOSE OPEN T LEPUS THREE PHASE I I CONNECTOR ON THE SECOND FV MODULE BLACK WHITE RED U V W RED WHITE BLACK a a BLUE 230V BROWN 230V BRAKE INSIDE THE OPERATOR BRAKE INSIDE THE OPERATOR...

Page 25: ... BR MODULE UNIGATE BR UNIGATE 2BR CN1 W V U PE M 1 BROWN BLACK BLUE YELLOW GREEN W V U PE MOTOR 1 36V M CN1 W V U PE MOTOR 2 36V M W E ABC BR 36 1 2 3 4 5 CN5 ABC ENCODER A YELLOW B GREEN C ORANGE 5V RED GND GREY 5V F CN5 ABC ENCODER P CNE CNE O O CONNECTOR ON THE FIRST BR MODULE CONNECTOR ON THE SECOND BR MODULE BROWN BLACK BLUE YELLOW GREEN W V U PE I a a ...

Page 26: ...R SUPPLY C FV UNILOGIC USB C 24V BR UNILOGIC USB FV U 24V C FV TERMINAL ON FV MODULE TERMINALS ON BR MODULE TERMINAL ON 24V MODULE PE L N POWER EXAMPLE OF SWITCHING SWITCHING SWITCHING PW N G P P N 11 3 24V MODULE and BR MODULE POWER SUPPLY F 24V BR S CNB CN1 CN3 S PW N G P P N CN4 BR USB USB M1 M1 BLACK BLACK BLACK BLACK BLACK BLACK BLACK BLACK BLACK WHITE WHITE GREEN GREEN RED RED RED RED RED RE...

Page 27: ...R 12V 12V SWITCHING L N P N COM S 28V BAT PSOL COM BAT F UPS PW CNB SWITCHING CNB S PW CN4 12V 12V 12 3 EMERGENCY BATTERIES ON UNIGATE 24V P N CNB S PW S CN1 TERMINALS ON UNILOGIC M M EMERGENCY EMERGENCY 113 113 EMERGENCY 113 LAST OPENING M STAR 400 800 i EXAMPLE PW CNB S CN3 UP OK x TERMINALS ON BR MODULE TERMINALS ON UNILOGIC TERMINAL ON 24V MODULE BATTERIES E SUN Q SWITCHING TERMINALS ON UNILOG...

Page 28: ...CLOSING TIME 13 00 ON ENABLE DISABLE ON OFF EXAMPLE CLOCK 1 OPENS 8 00 CLOSES 13 00 OPENS 15 00 CLOSES 18 00 13 CNR and FIX RECEIVERS CONNECTION ON RF UNI RF UNI PG RF FIX 5 4 3 2 1 FIX CNR 5 4 3 2 1 FIX FIX ANT ANT ANT FIX ANT D S U 4 CLOCK 1 124 CLOCK 2 125 CLOCK 3 126 CLOCK 4 127 OK CLOCK 2 125 15 00 18 00 ON EXAMPLE CLOCK 2 OUTCOMING SETTING EVERY WEDNESDAY UP OK UP OK UP OK UP OK UP OK UP OK ...

Page 29: ...OMETRIC INTERVENTION METHOD 7 a W 46 7 OFF 5 START PAUSE TIME A A 57 M1 WORKING CURRENT 58 M2 WORKING CURRENT EXAMPLE S 10 57 58 C 14 4 ABSORPTION and AMPEROMETRIC THRESHOLD OK XX UP DOWN A M 1 M 2 140 141 142 143 i i S M 1 M 2 T M 1 M 2 M1 OPENING SENSITIVITY M1 CLOSING SENSITIVITY M2 OPENING SENSITIVITY M2 CLOSING SENSITIVITY M1 OPENING TORQUE M1 CLOSING TORQUE M2 OPENING TORQUE M2 CLOSING TORQU...

Page 30: ...TACT 6 1 2 3 4 5 6 7 OUTPUT CONNECTION ON CONTROL UNIT INPUT ACCESSORIES CONNECTION 1 2 3 4 5 6 7 1 2 3 4 5 6 7 OUTPUT INPUT GROUNDING T 6 24V C 24VDC C C 14 7 E F O FUNCTION ONLY FOR BOLLARDS MANAGED BY UNIGATE INVERTER T 136 T 0 100 OK XX 136 EFO UP DOWN 24V DC ACCESSORIES CONTACT 1 Es PHOTOCELL CONTACT 2 Es SAFETY EDGE CONTACT 3 Es START CONTACT 4 CONTACT 5 CONTACT 6 ...

Page 31: ...ENU 15 3 QUICK START M OFF DO NOT N C P 17 O 21 S 19 7 PAUSE TIME C 3 3 MOTOR M 192 MOVE GATE 1 193 MOVE GATE 2 UP DOWN S 18 15 DISPLAY and PROGRAMMING NEW CONTROL UNIT OR AFTER RESET SOFTWARE REVISION INPUTS STATUS CHAPTER 17 BASIC MENU 15 2 BASIC MENU and SPECIAL MENU 15 1 POWER ON THE CONTROL UNIT ALREADY PROGRAMMED CONTROL UNIT CONNECT ALL THE ACCESSORIES WHEN THE CONTROL UNIT IS SWITCHED OFF ...

Page 32: ...ULT VALUES USEFUL FOR THAT MODEL SETTINGS CAN BE CHANGED ANYWAY PRESS TO CONFIRM PRESS TO CONFIRM AND RETURN TO THE MAIN MENU AND RETURN TO THE MAIN MENU OK OK UP UP UP UP UP UP RETURN TO THE MAIN MENU THE OPERATOR STARTS UP RETURN TO THE MAIN MENU HOLD PRESSED FOR 5 SECONDS TO START to continue QUIT THE BASIC MENU INPUTS STATUS DISPLAY ACCESS THE SPECIAL MENU HOLD PRESSED TO OPEN HOLD PRESSED TO ...

Page 33: ...SWITCH MOTOR 2 CLOSING LIMIT SWITCH E1 D1 DATA M1 E2 D2 DATA M2 GP1 GP2 GO ON ANY BASIC MENU NUMBER HOLD PRESSED 5 SECONDS INPUTS MANAGEMENT MENU 17 1 ACCESS TO THE INPUTS MANAGEMENT MENU 11111111 11111111 E E 0 1 0 1 N O N C OK START OFF START N O PHOTOCELL 1 N C 1 LANGUAGE T ON OFF EXAMPLE EXAMPLE START OFF STOP ON I 17 2 START PARTIAL START ALL OTHER CONTACTS T LIMIT SWITCHES ON OFF START N C 1...

Page 34: ...RETURN DOWN OK UP OK OK UP EDGE 2 ON RETURN DOWN OK UP OK OK UP UP M1 OPENING LIMIT SWITCH ON UP UP UP UP 0 0 V M1 CLOSING LIMIT SWITCH ON M2 OPENING LIMIT SWITCH ON M2 CLOSING LIMIT SWITCH ON UP UP UP L T T END OK EXIT THE INPUTS MANAGEMENT MENU UP I DISABLED ENABLED DISABLED ENABLED DISABLED ENABLED DISABLED ENABLED DISABLED ENABLED DISABLED ENABLED DISABLED M1 SLOWDOWN OPENING L S ON M1 SLOWDOW...

Page 35: ... ABC UP RS 485 E 4 1 47 ENCODERPARM1 48 ENCODERTOTM1 49 ENCODERPARM2 50 ENCODERTOTM2 I 4 2 33 34 W E 4 3 32 ENCODER S 18 7 18 4 WORKING TIMES LEARNING BY POTENTIOMETER OK E 4 4 51 52 53 54 I 4 5 POTENTIOMETER UP OK 55 56 I PAR M1 I AP M1 I CH M1 I PAR M2 I AP M2 I CH M2 M2 CLOSES M1 CLOSES M1 OPENS M2 OPENS M2 CLOSES M1 CLOSES M1 SLOWDOWN OPENING M2 SLOWDOWN OPENING M2 SLOWDOWN CLOSING M1 SLOWDOWN...

Page 36: ...DURE 1 OFF POWER OFF 2 3 4 POWER ON ON 5 LEAVES ON HALFWAY UNLOCK LOCK UP 11111111 00111110 03 12 UP 3 MOTOR OK UP DOWN 1 HYDRAULIC EXAMPLE EXAMPLE EXAMPLE EXAMPLE EXAMPLE CHOOSE THE MODEL OK OK UP UP 9 7 8 9 10 6 11 M2 CLOSES M1 CLOSES M1 OPENS M2 OPENS M2 CLOSES M1 CLOSES EXAMPLE I 5 UP REVERSE MOTOR ON 5 a EXAMPLE EXAMPLE DURING THE LEARNING CYCLE PRESS UP ON THE STOP POINTS PROGRAM MING PROGRA...

Page 37: ...TEP BY STEP TYPE 2 START OPEN STOP CLOSE OPEN OPEN STOP CLOSE OPEN 6 LOGIC OK UP DEAD MAN LOGIC T START T PARTIAL START O T 0000 DEAD MAN 6 LOGIC OK UP 2 BUTTOS LOGIC A START PARTIAL START 2 BUTTONS 20 PASSWORD I SEA SEA 112 PASSWORD OK UP DOWN 3 CHOOSE THE FIRST DIGIT OK 6 CHOOSE THE SECOND DIGIT OK CONTINUE UP TO THE FOURTH DIGIT REPEAT THE PROCEDURE OK SURE OK OK UP CANCELED PASSWORD ENABLED EX...

Page 38: ...D ROLLING CODE CODING UP OK LANGUAGE 1 2 START OK UP OK LANGUAGE 1 2 OK 21 2 ROLLING CODE PLUS UNI FIX CODE TRANSMITTERS EXAMPLE EXAMPLE 21 3 START COMMAND QUICK LEARNING HOLD PRESSED 5 SECONDS EXIT ON POWER ON 00111110 11111111 DOWN OK RF UNI RF UNI PG O M RF UNI PG N M 16 USERS W 800 USERS W MEMO 100 USERS F 800 USERS R P 800 USERS F 800 USERS R P SEA PLUG IN RECEIVERS 13 MAX USERS NUMBER 16 USE...

Page 39: ...THE RECEIVER ACTIVATION OF THE RELAY 1 AS SECOND CHANNEL EXIT AND RETURN TO THE MAIN MENU 2 UP DOWN EXAMPLE OK OK DELETE CLEARED UP BACK TX DELETED OK OK ERROR DATA TRANSFER TO EXTERNAL EEPROM EXTERNAL EEPROM NOT RECOGNIZED HOLD PRESSED 10 SECONDS TRANSMITTERS 2 T H E S TA R T COMMAND MUST ALWAYS BE STORED ON THE FIRST TX CHANNEL TO UNLOCK THE ELECTRIC BRAKE GIVE 3 CONSECUTIVE PULSES TO LOCK IT AG...

Page 40: ...THE BROWN SWAP THE CONNECTION CABLES OF THE POTENTIOMETER SWAP THE GREEN OR BLUE WITH THE BROWN LOGIC MICROPROCESSOR IRREVERSIBLY DAMAGED REPLACE THE CONTROL UNIT LOGIC MICROPROCESSOR IRREVERSIBLY DAMAGED REPLACE THE CONTROL UNIT FV INVERTER MODULE 1 IRREVERSIBLY DAMAGED REPLACE THE CONTROL UNIT FV INVERTER MODULE 2 IRREVERSIBLY DAMAGED REPLACE THE CONTROL UNIT FV INVERTER MODULE 1 FAULT CHECK THE...

Page 41: ...LE EVENTS OR ALARMS REGARDING FAULTS ON THE SECOND FV INVERTER MODULE EVENTS OR ALARMS REGARDING FAULTS ON ACCESSORIES CONNECTED TO THE COMIS INPUT 8 FAST EVERY 0 2 SEC FOR 9 TIMES 10 SLOW EVERY 0 5 SEC FOR 6 TIMES 12 SLOW EVERY 0 5 SEC FOR 6 TIMES 2 SLOW EVERY 0 5 SEC FOR 5 TIMES 3 SLOW EVERY 0 5 SEC FOR 1 TIME 6 SLOW EVERY 0 5 SEC FOR 11 TIMES 6 SLOW EVERY 0 5 SEC FOR 11 TIMES 4 SLOW EVERY 0 5 S...

Page 42: ...42 23 TROUBLESHOOTING M ON ...

Page 43: ...43 ...

Page 44: ...s I INVERTER 2 Sliding Sliding operators Series I INVERTER 3 Reversible Sliding Reversible sliding operators Series I INVERTER 4 Electromechanic swing Electromechanic swing operators Series I INVERTER 5 Three phase Bollards Three phase operators and Bollards Series I BIG INVERTER with BIG module 7 Barrier Barriers Series I INVERTER 8 BIG Fast BIG Super Fast 4LS Sliding operators Series I BIG INVER...

Page 45: ...opens and another START closes automatic closing disabled 1 240 Setting from 1 second to 4 minutes Off The Start command is not accepted during pause On The Start command is accepted during pause Off On To start the working times self learning ALL Choose direction This menu is shown only if an Encoder RS 485 is connected it allows to program one or two operators with RS 485 Encoder in automatic or...

Page 46: ... in a temporary dead man mode for example to test the correct running of the motor HOLD UP PRESSED THE GATE OPENS HOLD DOWN PRESSED THE GATE CLOSES The command is accepted only at the end of the cycle or after a STOP it is not accepted during the cycle and during the pause A count down of 5 seconds will start by holding the UP button at its end INIT will appear on the display as confirmation of th...

Page 47: ...osing torque by increasing the torque more strength will be required to execute the inversion in case of obstacle 31 NOTE The range of values that can be set in all the TORQUE menus may vary according to the operator model 28 OPENING TORQUE 1 Motor 1 opening torque by increasing the torque more strength will be required to execute the inversion in case of obstacle 100 100 29 CLOSING TORQUE 1 Motor...

Page 48: ...Encoder or Potentiometer intervention time on Motor 2 in closing Off Intervention excluded Disabled 32 ENCODER To show the impulses stored by the control unit when the leaf moved by Motor 2 is fully open ENCODER Off Off While the partial impulses are displayed it is possible to OPEN by pressing UP or CLOSE by pressing DOWN the corrsponding operator to verify the correct reading of the potentiomete...

Page 49: ...slowdown excluded ALL 30 61 OPENING SLOWDOWN 2 0 50 From 0 to 50 of the stroke 0 slowdown excluded ALL 30 62 CLOSING SLOWDOWN 2 0 50 From 0 to 50 of the stroke 0 slowdown excluded ALL 30 63 DECELERATION 0 100 To adjust the change from normal speed to slowdown speed ALL It depends on motor 64 ACCELERATION 0 1 s 5 s Acceleration ramp To adjust the motor start ALL It depends on motor For menu from 65...

Page 50: ... ALL 3 Only opening Lock enabled only before opening Only closing Lock enabled only before closing Opening and closing Lock enabled before opening and closing Only opening Only closing Opening and closing Off Off Opening and closing Only closing Only opening 81 PERIODICAL PUSHOVER Off 8h only if 80 Pushover is ON To activate the repetition of the pushover function at a distance of time adjustable ...

Page 51: ...ning Closing AUX output powered only during closing In pause AUX output powered only during pause Phototest AUX output powered for safety devices testing In cycle and phototest AUX output powered during cycle only and for safety devices testing In cycle and pause AUX output powered during cycle and during pause Courtesy light connected via relay To connect an additional courtesy light via relay Ma...

Page 52: ...he gate until it is occupied in both opening and closing when released the photocell gives a closing command the gate closes one second after the photocell release Closing Pause reloading If the photocell is occupied during the pause it reloads the same pause time set If the photocell is occupied in closing it reverses the gate movement Opening and Closing Pause reloading If the photocell is occup...

Page 53: ... movement Opening and Closing Pause reloading If the photocell is occupied during the pause it reloads the pause time set If the photocell is occupied during the closing it reverses the movement If the photocell is occupied during the opening it stops the gate and when released the opening continues Shadow loop When the gate is open the shadow loop prevents the reclosing until it is occupied The S...

Page 54: ...ry mode Off Disabled 106 DIAGNOSTICS 1 10 To display the last event See alarms table ALL 107 MAINTENANCE CYCLES 100 240000 Adjustable from 100 to 240000 cycles ALL 100000 108 PERFORMED CYCLES 0 240000 To display the executed cycles Hold pressed OK to reset the cycles ALL 0 109 THERMOMETER xx C xx C To display the temperature if a probe is connected on GP1 or GP2 and the menus 130 and 131 are set o...

Page 55: ...afety Edge 1 function is so disabled Closing The gate closes and stay closed till a new Start input The latch function uses the Safety Edge 2 N O input Safety Edge 2 function is so disabled Opening and closing To enables both the opening and closing functions above described The latch function uses the Safety Edge 1 and Safety Edge 2 N O inputs both safety edges are so disabled 119 DISPLAY WRITING...

Page 56: ...he automation operating in Dead Man logic The button will only work when the gate is closed or after a Stop command Emergency close To connect an closing button that allows the automation operating in Dead Man logic The button will only work in case of safety devices failure or in case of stuck Start button Thermometer To connect a temperature probe for the detection of an external temperature whi...

Page 57: ...tch The Relay 1 will be ON if the motor 1 opening limit switch is activated or if the motor 1 is in Open status Closing 1 limit switch The Relay 1 will be ON if the motor 1 closing limit switch is activated or if the motor 1 is in Closed status Opening 2 limit switch The Relay 1 will be ON if the motor 2 opening limit switch is activated or if motor 2 is in Open status Closing 2 limit switch The R...

Page 58: ...tch The Relay 2 will be ON if the motor 1 opening limit switch is activated or if the motor 1 is in Open status Closing 1 limit switch The Relay 2 will be ON if the motor 1 closing limit switch is activated or if the motor 1 is in Closed status Opening 2 limit switch The Relay 2 will be ON if the motor 2 opening limit switch is activated or if motor 2 is in Open status Closing 2 limit switch The R...

Page 59: ...gative brake management and Photocell Negative electric brake The relay FV2 will be ON only during operator cycle and 1 second before start except in case of photocell intervention Fan The relay on FV MODULE will activate for the whole cycle duration plus 2 further minutes Tail Gate The Relay FV 2 will enable only if the gate is closed Copy Start The Relay FV 2 will enable at every START command 1...

Page 60: ... slowdown during opening INVERTER It depends on motor 145 THRESHOLD A CLOSING SLOWDOWN 1 1 10 Ampere Adjusts the amperometric intervention threshold of motor 1 in slowdown during closing INVERTER It depends on motor 146 THRESHOLD A OPENING SLOWDOWN 2 1 10 Ampere Adjusts the amperometric intervention threshold of motor 2 in slowdown during opening INVERTER It depends on motor 147 THRESHOLD A CLOSIN...

Page 61: ...ce is not binding and represents an estimated delivery Shipments costs will be charged to the buyer and SEAis not responsible for delays and or damages occurred to the products during shipment COMPLAINS Complains and or claims must be notified to SEA within 7 business days after receiving the products Claims and complains must be supported by original documents Customer must contact the factory fo...

Page 62: ...NOTES ...

Page 63: ...NOTES ...

Page 64: ...SEA USA Inc 10850 N W 21st unit 160 DORAL MIAMI Florida FL 33172 Phone 1 305 594 1151 Toll Free 800 689 4716 www sea usa com sales sea usa com ...

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