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Operatore elettromeccanico per cancelli ad anta battente

Istruzioni d’uso ed avvertenze

Electro-mechanical operator for swing gates

Operating instructions and warnings

Opérateur électromécanique pour portails battants

Notice d’emploi et avertissements

Operador electromecánico para puertas con hoja batiente

Instrucciones de uso y advertencias

Operador electromecânico para portões de folha batente

Instruções para utilização e advertências

Siłownik elektromechaniczny do bram skrzydłowych

Instrukcja montażu i użytkowania

Электромеханический привод для распашных ворот

Инструкция по эксплуатации и предупреждения

SWINGER

The Declarat ion of Incorporat ion may be consulted by enter ing

http://www.deasystem.com

DEA SYSTEM S.p.A.Via Della Tecnica, 636013 PIOVENE ROCCHETTE (VI) - ITALY

LIEVORE TIZIANO Amministratore

17

SWINGER Electro-mechanical operator for swing gatesOperating instructions and warnings

Index

1 Warnings Summary 17 8 Messages shown on the Display 262 Product Description 18 9 Start-up 263 Technical data 18 9.1 Installation Test 264 Installation and Assembly 18 9.2 Unlocking and manual operation 265 Electrical Connections 19 10 Maintenance 276 Standard Programming 21 11 Product Disposal 277 Advanced Programming 24

Product ConformityDEA System guarantees the conformity of the product to European Directives 2006/42/CE regarding “machinery safety”, 2004/108/

CE “electromagnetic compatibility” and 2006/95/CE “low voltage electrical equipment”. See Declaration of Incorporation.

1 WARNINGS SUMMARYRead these warnings carefully; failure to respect the following warnings may cause risk situations.

WARNING U S I N G T H I S P R O D U C T U N D E R U N U S U A L C O N D I T I O N S N O T F O R E S E E N B Y T H E M A N U FA C T U R E R C A N C R E A T E S I T U A T I O N S O F D A N -G E R , A N D F O R T H I S R E A S O N A L L T H E C O N D I T I O N S P R E S C R I B E D I N T H E S E I N S T R U C T I O N S M U S T B E R E S P E C T E D .

WARNING DEA S Y S T E M R E M I N D S A L L U S E R S T H A T T H E S E L E C T I O N , P O S I T I O N I N G A N D I N S TA L L A T I O N O F A L L M A -T E R I A L S A N D D E V I C E S W H I C H M A K E U P T H E C O M P L E T E A U T O M A T I O N S Y S T E M , M U S T C O M P LY W I T H T H E E U R O P E A N D I R E C -T I V E S 2006/42/ C E ( M A C H I N E R Y D I R E C T I V E ) , 2004/108/ C E ( E L E C T R O M A G N E T I C C O M P A T I B I L I T Y ) , 2006/95/ C E ( L O W V O L TA G E E L E C T R I C A L E Q U I P M E N T ) . I N O R D E R T O E N S U R E A S U I TA B L E L E V E L O F S A F E T Y , B E S I D E S C O M P LY I N G W I T H L O -C A L R E G U L A T I O N S , I T I S A D V I S A B L E T O C O M P LY A L S O W I T H T H E A B O V E M E N T I O N E D D I R E C T I V E S I N A L L E X T R A E U R O P E A N C O U N T R I E S .

WARNING U N D E R N O C I R C U M S TA N C E S M U S T T H E P R O D U C T B E U S E D I N E X P L O S I V E A T M O S P H E R E S O R S U R R O U N D I N G S T H A T M A Y P R O V E C O R R O S I V E A N D D A M A G E P A R T S O F T H E P R O D U C T .

W A RN I N G T O E N S U R E A N A P P R O P R I A T E L E V E L O F E L E C T R I C A L S A F E T Y A L W A Y S K E E P T H E 230 V P O W E R S U P P LY C A B L E S A P A R T ( M I N I M U M 4 M M I N T H E O P E N O R 1 M M T H R O U G H I N S U L A T I O N ) F R O M L O W V O L TA G E C A B L E S ( M O T O R S P O W E R S U P P LY , C O N T R O L S , E L E C T R I C L O C K S , A E R I A L A N D A U X I L I A R Y C I R C U I T S P O W E R S U P P LY ) , A N D FA S T E N T H E L A T T E R W I T H A P P R O P R I A T E C L A M P S N E A R T H E T E R M I N A L B O A R D S .

WARNING A L L I N S TA L L A T I O N , M A I N T E N A N C E , C L E A N I N G O R R E P A I R O P E R A T I O N S O N A N Y P A R T O F T H E S Y S T E M M U S T B E P E R F O R M E D E X C L U S I V E LY B Y Q U A L I � E D P E R S O N N E L W I T H T H E P O W E R S U P P LY D I S C O N N E C T E D W O R K I N G I N S T R I C T C O M P L I A N C E W I T H T H E E L E C T R I C A L S TA N D A R D S A N D R E G U L A T I O N S I N F O R C E I N T H E N A T I O N O F I N S TA L L A T I O N .

WARNING U S I N G S P A R E P A R T S N O T I N D I C A T E D B Y DEA S Y S T E M A N D / O R I N C O R R E C T R E -A S S E M B LY C A N C R E A T E R I S K T O P E O P L E , A N I -M A L S A N D P R O P E R T Y A N D A L S O D A M A G E T H E P R O D U C T . F O R T H I S R E A S O N , A L W A Y S U S E O N LY T H E P A R T S I N D I C A T E D B Y DEA S Y S T E M A N D S C R U P U L O U S LY F O L L O W A L L A S S E M B LY I N S T R U C T I O N S .

WARNING I N C O R R E C T A S S E S S M E N T O F T H E I M P A C T F O R C E S C A N C A U S E S E R I O U S D A M A G E T O P E O P L E , A N I M A L S O R T H I N G S . DEA S Y S -T E M R E M I N D S T H E I N S TA L L E R M U S T V E R I F Y T H A T T H E I M P A C T F O R C E S , M E A S U R E D A S I N D I C A T E D B Y T H E S TA N D A R D E N 12445, A R E A C T U A L L Y B E L O W T H E L I M I T S S E T B Y T H E S TA N D A R D E N 12453.

WARNING A N Y E X T E R N A L S E C U R I T Y D E V I C E S U S E D F O R C O M P L I A N C E W I T H T H E L I M I T S O F I M P A C T F O R C E S M U S T B E C O N F O R M T O S TA N D -A R D E N 12978 .

WARNING I N C O M P L I A N C E W I T H E U D I R E C T I V E 2002/96/ E C O N W A S T E E L E C T R I C A L A N D E L E C T R O N I C E Q U I P M E N T ( W E E E ) , T H I S E L E C T R I C A L P R O D U C T S H O U L D N O T B E T R E A T E D A S M U N I C I P A L M I X E D W A S T E . P L E A S E D I S P O S E O F T H E P R O D U C T A N D B R I N G I T T O T H E

C O L L E C T I O N F O R A N A P P R O P R I A T E L O C A L M U N I C I P A L R E C Y C L I N G .

Note: Geko is the manufacturer’s name for the Swinger, and may be referenced in this manual.

18

2 PRODUCT DESCRIPTIONModels and contents of the package

GEKO is an operator for the automation of swing gates and doors with door medium and small size. It is essentially made up of:- an operator;- a programmable control panel (adjustable strength, speed, operators stroke, etc..) with built-in 433.92 MHz radio receiver;Inspect the “Contents of the package” (Pic. 1) comparing it with your product, for useful reference during assembly.

TransportGEKO is always delivered packed in boxes that provide adequate protection to the product, however, pay attention to all information

that may be provided on the same box for storage and handling.

3 TECHNICAL DATAGEKO

CONTROL BOARD OPERATOR

Power supply (V) 230 V ~ ±10% (50/60 Hz) Motor power supply (V) 24 V

Rated power transformer (VA) 120 VA (230/22V) Capacity (W) 80 W

Fuse F2 (A) (transformer) 2A Max torque (Nm) 180 Nm

Batteries 2x 12V 1,3A Duty cycle (cycles/hour) 20

Fuse F1 (A) (batteries input) 15A Maximum n° of operations in 24 hour 60

24V operators outputs 2x 5A Operating temperature range (°C) -20÷50

Auxiliaries power supply output +24 V max 200mA Opening time 90°(s) 16

“Warning” output +24 V max 15 W Product weight with package (kg) 12 Kg

Electric lock output 24V max 5W or max 1 art. 110 Protection degree IP44

Flashing light output 24 V max 15W

Receiver frequency 433,92 MHz

Transmitters type of coding HCS fix-code - HCS rolling code - Dip-switch

Max remote controllers managed 100

4 INSTALLATION AND ASSEMBLY4.1 For a satisfactory installation of the product is important to:• Verify that the gate complies with the legal requirements and then define the complete project of the installation;• Verify that the gate is well balanced and that it has no points of friction in opening and closing;• Identify an area that allows a smooth and safe manual operation of the operator;• Verify that the operator bulk is compatible with the area chosen for the fitting (Pic. 2);• Ensure that the space for the rotation of the arm is sufficient (Pic. 3).• Use the length/weight graphic and the provided installations dimensions (Pic. 4) evaluating whether you prefer a 90° or a 120°

opening.

4.2 Once you have defined and satisfied these requirements, proceed with the assembly:• fix the operator fixing plate to the pillar by using screws and plugs suitable to the type of surface and material (Pic. 5);• mount the straight arm by using the supplied screw and washer (Pic. 6);• insert the operator inside the wall connection plate and fix it with the provided screws and nuts (Pic. 7);• Mount the swing fixing hinge and the curved arm to the straight arm by using the provided pins and seeger rings (Pic. 8);• weld the hinge to the gate or fix it with screws suitable to the type of material;

4.3 How to unlock the operatorWARNING Disconnect the power supply from the control panel before releasing the operator. In case you cannot turn the power off, you will necessarily have to re-lock the motor in the position in which it was unlocked.

Lift the cover window (Pic. 9a) and, after having inserted the unlocking key, rotate clockwise until it stops (Fig. 9b).

19

4.4 How to fix and adjust the mechanical limit switches• Unlock the operator;• Rotate the wing to the position of complete opening, position the mechanical limit switch on the stop with the straight arm and fasten it

with the provided screws (Pic. 10). If necessary, you can mount a second mechanical limit switch for the closing stop. In this case follow the above directions by moving the door in the desired closed position and fix it with the screws provided in detention;

• Repeat the previous step for a possible second door;• Secure the protective cover on the straight arm with the screws provided (Pic. 10).

5 ELECTRICAL CONNECTIONSExecute the wiring following the directions of table 1 and diagrams on page 20.

WARNING To ensure an appropriate level of electrical safety always keep the 230V power supply cables apart (minimum 4mm in the open or 1 mm through insulation) from low voltage cables (motors power supply, controls, electric locks, aerial and auxiliary circuits power supply), and fasten the latter with appropriate clamps near the terminal boards.WARNING Connect to the power supply 230 V ~± 10% 50 Hz through a multi pole switch or a different device that can ensure multi pole disconnection from the power supply, with a contact opening of 3 mm.WARNING To connect the encoder to the control panel, use only a dedicated cable 3x0,22mm2.

Table 1 “terminal board connections”

1-2 +24 V power supply output for auxiliary devices 200mA

3-4 22 V ~ transformer power supply input5-6 24 V battery power supply or photovoltaic accumulator Green Energy input (follow carefully polarity indications).

7-8 Operator 1 output

9 Connection of motors metallic parts

10-11 Operator 2 output (if present)

12-13 24 V max 15 W output for open gate fix warning light (if P052=0), flashing (if P052=1) or courtesy light (if P052>1)

14-1514 (-) “Boost” output for electric-lock, max 1 x art. 110 (if P062=0), 24V pulse output, max 5W (if P062=1), step

by step (if P062=2), electro-brake output for not self-locking operators (if P062=3), output for electric-lock power supply via external relay (if P062=4), output for electro-magnets power supply for barriers (if P062=5) or temporized output (if P062>5).15 (+)

16-17 24 V Flashing light output max 15W art. Lumy/24A/S

18-1918 - N.C. Input 6 STOP. In case of intervention, it stops the movement of both motors during any

operation. If unused, short circuit.If

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20-2120 - N.C. Input 5 PHOTO 2. When enabled (see parameter P051 in the table), activation of PHOTO

2 provokes: an inversion of direction (during closing), the arrest of the movement (during opening), prevent the start (gate closed). If unused, short circuit.21 - Com

22-2322 - N.C. Input 4 PHOTO 1. When enabled (see parameter P050 in the table), activation of PHOTO

1 provokes: an inversion of direction (during closing), the arrest of the movement (during opening), prevent the start (gate closed). If unused, short circuit.23 - Com

24-2524 - N.C. Input 3 SAFETY. If activated, it causes the inversion. See P055 and P056 on the parame-

ters table. If unused, short circuit.25 - Com

26-2726 - N.O.

Input 2 PED. If activated, it opens motor nr. 1 only.27 - Com

28-2928 - N.O. Input 1 START. In case of intervention it provokes: the operator opening or closing. It may

operate as “inversion” mode (P049=0) or “step by step” mode (P049=1).29 - Com

30 Aerial signal input

31 Ground aerial input

32-3332 (+)

DE@NET mains input (unused at the moment)33 (-)

CON 1 230 V ~ ±10% (50/60 Hz) power supply inputCON 2 Connection of encoder to operator 2 (1-2-3)CON 3 Connection of power supply to operator 2 + ground (4-5-6)

J5 J9 Encoder selection Jumper:•A position = operators with encoder (remind to set P029=0)•B position = operators without encoder (remind to set P029=1)AB AB

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21

6 STANDARD PROGRAMMING

1 Power SupplyGive power supply, the display shows the following symbols “ ”, “ ”, “ ” and then “- - - -”.

* If the control panel has already been programmed and the power fails or is switched off - once power is returned and a START command is given, the position reset procedure is performed (see “rESP” in the table “WORKING STATUS MESSAGES” on page 26.

2 Visualisation of inputs and operations-counter status1. Press the key for 15 seconds;

2. The display will show respectively:Inputs status (check it’s correct);

Total operations counter (* see P064):i.g.: = 3x1000* = 3000 operations performed

Maintenance operations-counter (* see P065):i.g.: = 5*x500 = 2500 operations remaining be-fore the maintenance intervention request ( = ma-noeuvres-counter disabled)

3. Hold down the key to display a cyclic 3 options, or rele-ase the button to exit the parameter.

3 Selection type of operators ! IMPORTANT !1. Scroll down the parameters with and keys until you visua-

lise P028;2. Access the parameter by pressing the key;3. Verify that the value corresponds to d000 (GEKO), otherwise, you

must select it by pressing and keys;4. Confirm your choice by pressing the key (display returns again

to P028).

4 Selection operating with or without encoder ! IMPORTANT !Warning: Remember to correctly set the jumpers J5 and J9.

1. Scroll down the parameters with and keys until you visua-lise P029;

2. Access the parameter by pressing the key;3. Acting on and keys, set: - d000=for operators with encoder; - d001=for operators without encoder;4. Confirm your choice by pressing the key (display returns again

to P029).

22

5 Selection 1 or 2 operators functioning1. Scroll down the parameters with and keys until you visua-

lise P030;2. Access the parameter by pressing the key;3. Acting on and keys, set: - d001=for a single motor operating; - d002=for 2 motors operating;4. Confirm your choice by pressing the key (display returns again

to P030).

6 Motor stroke learning

1. Scroll down the parameters with and keys until you visualise P003;2. Access the parameter by pressing the key;3. When “ ” flashes, continue pressing the key;4. Release the key when “ ” stops flashing; the learning procedure starts;5. Wait for the door (or doors in case of using 2 motors) searches and stops on the opening stop and then on the closing stop.

If you want to anticipate the stopping strokes in opening, you can manually intervene by giving an impulse to “Start” button (or pressing the “OK” on the control panel) simulating the stroke.

6. Once the procedure is ended, the display will show “- - - -“.

WARNING Once you have executed the learning stroke, operate a complete cycle (opening/closing) and then check the manual release to make sure it is working properly. If it’s to “hard” increase the value of P057 of 1 or more.

7 Transmitters learning7.1 Transmitters coding selection

1. Scroll down the parameters with and keys until you visualise P027;

2. Access the parameter by pressing the key;3. Select the type of transmitter by scrolling and keys: - d000=fix rolling-code (suggested); - d001=complete rolling-code; - d002=dip-switch;4. Confirm by pressing on the key (display shows again P027).

Warning: If you need to vary the type of encoding, and only if other remo-tes with different encoding are memorized, you need to erase memory (P004) AFTER you have set the new encoding.

23

7.2 Learning

1. Scroll down the parameters with and keys until you visualise P005;

2. Confirm by pressing on the key;3. When the symbol “ ” appears, press on

any key of the transmitter you want to memo-rize;

4. The display visualizes the number of the trans-mitter just memorized and then “ ”;

5. Memorize all necessary transmitters repeat-ing this procedure from step 3;

6. Wait 10 seconds before quitting the memori-zation mode, display shows now “- - - -“.

Warning: In the case of rolling code remotes, the receiver can be put into learning mode by pressing the hidden button on a remote control previously learned.Warning: When using personalized transmitters, after entering P005 the learning of the first personalized transmitter is possible only by pressing its hidden button. Afterwards, only transmitters personalized with the same encryption key can be memorized (through the usual procedure), unless a memory reset is carried out (P004).

8 Adjustment of operating parametersIf you need to modify the operating parameters (force, speedness

etc..):

1. Scroll down the parameters until you visualize the desire para-meter (i.g. P032);

2. Access the parameter by pressing the key;3. By pressing on and keys, set up the desired value;4. Confirm by pressing on the key (display shows the parameters

previously selected).

For the complete list of the “Operating Parameters” See the table on page. 29.

9 Programming completeWARNING At the end of the programming procedure, use the buttons and until the appearance of the symbol “- - - -”, the operator is now ready again for new manoeuvres.

To perform any “Advanced Programming” operations (cancellation of the remotes, configuration inputs, etc. ..), see on page 24.

24

7 ADVANCED PROGRAMMINGHere are some added programming procedures relating to remotes memory management and advanced configuration of the control

inputs.

1 Deletion of memorized transmitters1.1 Deletion of all transmitters

1. Scroll down the parameters until you visualize P004;2. Confirm by pressing on the key;3. When “ ” is flashing, press the key for a few sec-

onds;4. Release the key as soon as “ ” stops flashing;5. All memorized transmitters have been deleted (display

shows again P004).

1.2 How to search and delete a transmitter

1. Scroll down the parameters until you visualize P006;2. Confirm by pressing on the key;3. By pressing on and , keys, select the transmitter you

want to delete (eg. );4. When “ ” flashes, confirm the deletion by pressing

the key for a few seconds;5. Release the key when appears “ ”;6. The selected transmitter is deleted (display shows again

P006).

2 Resetting of default parameters1. Scroll down the parameters until you visualize P007;2. Confirm by pressing on the key;3. When “ ” flashes, press the key;4. Release the key as soon as “ ” stops flashing;

Default parameters for the configuration currently in use are restored;

5. At the end of the operation display returns to P007.

Warning: After you restore the default parameters, you must program the control panel again and adjust all ope-rating parameters, in particular, remember to properly set the configuration of parameters (P028 - P029 - P030 – operator configuration).

3 Locking-Unlocking access to programmingBy using a “dip-switch” remote (regardless of the type of remotes already memorized) it’s possible to lock-unlock access to the program-ming of the control panel to avoid tampering. The remote setting is the locking-unlocking code verified by the control board.

3.1 Locking access to programming

1. Scroll through the parameters with the buttons and until the display shows P008;

2. Access the parameter by pressing the button ;3. The display shows alternately the writing

to indicate that the control board is waiting for the transmission of the block code;

4. Within 10 seconds press CH1 on the “TX Master”, the display shows before returning to the list of parameters;

5. Access to programming is locked.

25

3.2 Unlocking access to programming

1. Scroll through the parameters with the buttons and until the display shows P008;

2. Access the parameter by pressing the button ;3. The display shows alternately the writing

to indicate that the control board is waiting for the transmission of the unlocking code;

4. Within 10 sec. press the CH1 of the “TX Master”, the display shows before returning to the list of parameters;

5. Access to programming is unlocked.

3.3 Unlocking access to programming and global reset

WARNING! This procedure involves the loss of all stored set-tings.

The procedure allows the unlocking of the control panel without having to know its unlocking code.Following this release, in particular, remember to properly set the configuration of parameters (P028 - P029 - P030 – operator configuration). You will also need to repeat the measurement of impact forces to ensure the installation compliance to standards.

1. Scroll through the parameters with the buttons and until the display shows P008;

2. Access the parameter by pressing the button ;3. The display shows alternately the writing ;4. Press the button , the display shows the flashing writing

;5. Press the button again and hold for 5 seconds (releasing it be-

fore, the procedure is terminated): The display shows the fixed writing followed by , before returning to the list of parameters;

6. Access to programming is unlocked.

4 Inputs configurationWhere the installation requires different commands and / or additional to the standard ones described by plan, you can configure each input for the operation desired (eg START, PHOTOS, STOP, etc ...).

1. Scroll down the parameters with the and to see that corresponding to the desired one:

● P017=for INPUT 1; ● P018=for INPUT 2; ● P019=for INPUT 3; ● P020=for INPUT 4; ● P021=for INPUT 5; ● P022=for INPUT 6;2. Confirm by pressing on the key to get access to the parameter (eg.

P018);3. Scroll down with the and , keys to set the value corresponding to

the desired operation (refer to table “Input Configuration parameters” on page 28);

4. Confirm by pressing on the key (display shows again P018).5. Execute the new connection to the input just reconfigured.

5 Programming completeWARNING At the end of the programming procedure, use the buttons and until the appearance of the symbol “- - - -”, the operator is now ready again for new manoeuvres.

26

8 MESSAGES SHOWN ON THE DISPLAYWORKING STATUS MESSAGES

Mess. DescriptionGate is closedGate is openedOpening under wayClosing under wayWhile in step-by-step mode, the control board awaits further instructions after a start commandStop command receivedReset current position: The control unit has just been turned on after a power failure, or the gate has exceeded the maximum number (80) of inversions allowed without ever getting to the closing stroke, or the maximum number (3 ) of consecutive operations allowed of the anti- cru-shing device.Once the control unit has been reset and open command given the gate will start moving at slow speed, until it reaches end of travel.

ERROR MESSAGES

Mess. Description Possible solutions

Error position: The reset position procedure is not suc-cessful. The control panel is awaiting commands.

- Make sure there are no specific frictions and / or obstacles during the run;- Give a start pulse to initiate a position reset procedure;- Verify that the operation is completed successfully, manually helping the run, if ne-cessary;- Adjust power and speed settings if necessary.

External photocells and/or safety devices are activated or out of order. - Make sure that all safety devices and/or photocells installed are working properly.

Possible failure to the control board power circuit. - Disconnect and connect power supply. Give a start impulse, if this error appears again, replace the control board.

Time-out operators run: The engine/s exceeded the maximum operating time (4min) without ever stopping.

- Give a start pulse to start the position reset procedure;- Ensure that this operation is successful.

Time-out obstacle detection: With anti-crushing sensor disabled, was still detected the presence of an obsta-cle that prevents movement of the leaf for a period of 10 seconds more.

- Make sure there are no specific frictions and / or obstacles during the run;- Give a start pulse to initiate a position reset procedure;- Verify that the operation is completed successfully.

Operators mouvement not detected.- Make sure that operators and encoders connections are well done.- Check that jumpers J5 and J9 are well positioned as shown on the electric wiring.- If this error appears again, replace the control panel.

9 START-UPThe start-up phase is very important to ensure maximum security and compliance to regulations, including all the requirements of EN

12445 standard which establishes the test methods for testing the automation for gates.DEA System reminds that all installation, maintenance, cleaning or repair operations on any part of the system must be performed

exclusively by qualified personnel who must be responsible of all texts requie by the eventual risk;

9.1 Installation test

The testing operation is essential in order to verify the correct installation of the system. DEA System wants to summarize the proper testing of all the automation in 4 easy steps:

• Make sure that you comply strictly as described in paragraph 2 “WARNINGS SUMMARY”;• Test the opening and closing making sure that the movement of the leaf match as expected. We suggest in this regard to perform various tests to assess the smoothness of the gate and defects in assembly or adjustment;• Ensure that all safety devices connected work properly;• Perform the measurement of impact forces in accordance with the standard 12445 to find the setting that ensures compliance with

the limits set by the standard EN12453.

WARNING Using spare parts not indicated by DEA System and/or incorrect re-assembly can create a risk to people, animals and property and also damage the product. For this reason, always use only the parts indicated by DEA System and scrupulously follow all assembly instructions.

9.2 Unlocking and Manual operation

In the event of malfunctions or simple power failure, release the motor (Pic. 9) and perform the operation manually.The knowledge of the unlocking device is very important because, in times of emergency, lack of speed in operating this device can

cause danger.

WARNING The efficancy and safety of manual operation of the automation is guaranteed by DEA System only if the installation has been installed correctly and with original accessories.

27

10 MAINTENANCEGood preventive maintenance and regular inspection ensure

long working life. In the table below you will find a listo f inspections/maintenance operations to be programmed and executed periodi-cally.

Consult the TROUBLE-SHOOTING” table whenever anomalies are observed in order to find the solution to the problem and contact DEA System directly whenever the solution required is not provided.

INTERVENTION TYPE PERIODICITYcleaning of external surfaces 6 months

checking of screw tightening 6 months

checking of release mechanism operation 6 months

greasing of articulated joint 1 year

TROUBLE-SHOOTING

Description Possible solutions

When the opening command is given, the gate wing fails to move and the operator’s electric motor fails to start.

The operator is not receiving correct power supply. Check all connections, fuses, and the power supply cable conditions and replace or repair it if necessary. If the gate does not close check if the photocells work properly.

When the opening command is given, the motor starts but the gate leaf fails to move.

Make sure the unlocking system is closed.Make sure that the electronic device for power adjustment is in good condition.

The operator jerks or is noisy during movement, it stops mi-dway or else it does not start.

If the leaf of the gate does not move freely, release the operator and readjust the rotation points.The power of the gearmotor may be insufficient for the characteristics of the gate’s leaf; check the choice of model whenever required.If the plate fastening the operator to the gate bends or is inappropriately fastened, repair it or reinforce it.

11 PRODUCT DISPOSALGEKO consists of materials of various types, some of which can be recycled (electrical cables, plastic, aluminum, etc. ..) while others

must be disposed of (electronic boards and components).Proceed as follows:

1. Disconnect the power supply;2. Disconnect and disassemble all the accessories connected. Follow the instructions in reverse to that described in the section “Installa-

tion”;3. Remove the electronic components;4. Sorting and disposing of the materials exactly as per the regulations in the country of sale.

WARNING In line with EU Directive 2002/96/EC for waste electrical and electronic equipment (WEEE), this electrical product must not be disposed of as unsorted municipal waste. Please dispose of this product by returning it to your local municipal collection point for recycling.

28

PAR

.PR

OCE

DU

RE

SETT

ABLE

VAL

UES

PROGRAMMING PROCEDURES

Posi

tioni

ng o

f ope

rato

r 1

Posi

tioni

ng o

f ope

rato

r 2

Mem

oriz

atio

n of

the

mot

ors’

stro

ke

Del

etio

n of

tran

smitt

ers

Tran

smitt

ers

mem

oriz

ing

Sear

ch a

nd d

elet

ion

of a

tran

smitt

er

Load

ing

of s

tand

ard

para

met

ers:

the

list i

s up

dat

ed w

ith fa

ctor

y se

tting

s

Lock

acc

ess

to p

rogr

amm

ing

How

to le

arn

conn

ecte

d D

E@N

ET d

evic

es (u

nuse

d at

the

mom

ent)

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

PAR

.SE

TTAB

LE V

ALU

ESSE

TTAB

LE V

ALU

ES

DEF

AULT

VAL

UES

(for d

iffer

ent s

tand

ards

of

inst

alla

tion)

TYPE 01

INPUTS CONFIGURATION PARAMETERS

INPU

T_3

sele

ctio

ning

inpu

t typ

e•

000

: IN

3 ty

pe=f

ree

cont

act

• 0

01: I

N3

type

=con

stan

t res

ista

nce

8K2

INPU

T_1

oper

atin

g se

lect

ion

• 0

00: N

ONE

(unu

sed

para

met

er)

• 0

01: S

TART

(sta

rt)

• 0

02: P

ED. (

pede

stria

n)•

003

: OPE

N (s

epar

ated

ope

n)•

004

: CLO

SE (s

epar

ated

clo

se)

• 0

05: O

PEN

_PM

(man

pre

sent

ope

n)•

006

: CLO

SE_P

M (m

an p

rese

nt c

lose

)•

007

: ELO

CK-IN

(ele

ctric

-lock

act

ivat

ion.

See

P06

2)•

008

: PH

OTO

1 (p

hoto

cell

1)•

009

: PH

OTO

2 (p

hoto

cell

2)•

010

: SAF

ETY

1 (s

afet

y rib

1)

• 0

11: S

TOP

(lock

)•

012

: FCA

1 (o

peni

ng li

mit

switc

hes

Mot

1)•

013

: FCA

2 (o

peni

ng li

mit

switc

htes

Mot

2)•

014

: FCC

1 (c

losi

ng li

mit

switc

hes

Mot

1)•

015

: FCC

2 (c

losi

ng li

mit

switc

hes

Mot

2)•

016

: SAF

ETY

2 (s

afet

y rib

2)

IN1

INPU

T_2

oper

atin

g se

lect

ion

IN2

INPU

T_3

oper

atin

g se

lect

ion

IN3

INPU

T_4

oper

atin

g se

lect

ion

IN4

INPU

T_5

oper

atin

g se

lect

ion

IN5

INPU

T_6

oper

atin

g se

lect

ion

IN6

29

TYPE 01

INPUTS CONFIGURATION PARAMETERS

Allo

catio

n of

CH

ANN

EL 1

of r

emot

es•

000

: NON

E (u

nuse

d pa

ram

eter

)•

001

: STA

RT (s

tart

)•

002

: PED

ESTR

IAN

(ped

estri

an)

• 0

03: O

PEN

(sep

arat

ed o

pen)

• 0

04: C

LOSE

D (s

epar

ated

clo

se)

• 0

05: O

PEN

_PM

(man

pre

sent

ope

n)•

006

: CLO

SED

_PM

(man

pre

sent

clo

se)

• 0

07: E

LOCK

-IN (e

lect

ric-lo

ck a

ctiv

atio

n. S

ee P

062)

CH1

Allo

catio

n of

CH

ANN

EL 2

of r

emot

esCH

2

Allo

catio

n of

CH

ANN

EL 3

of r

emot

esCH

3

Allo

catio

n of

CH

ANN

EL 4

of r

emot

esCH

4

Sele

ctio

n of

type

of r

emot

es•

000

: HCS

fix-

code

• 0

01: H

CS ro

lling

-cod

e•

002

: Dip

-sw

itch

OPERATORSCONFIGURATION PARAMETERS

Sele

ctio

n ty

pe o

f ope

rato

rs•

000

: GEK

O•

001

: LOO

K - M

AC (U

nuse

d)•

002

: GH

OST

100/

200

(Unu

sed)

• 0

03: 5

00 -

502

(Unu

sed)

Sele

cted

wor

k w

ith o

r with

out e

ncod

ers.

CA

UTIO

N: R

emem

ber t

o co

rrec

tly s

et th

e ju

mpe

rs J5

and

J9 (s

ee ta

ble

1)W

ARN

ING

: J5,

J9 a

nd P

029

mus

t be

set c

orre

ctly

bef

ore

perfo

rmin

g th

e pr

oced

ure

for p

rogr

amm

ing

• 0

00: m

otor

s w

ith e

ncod

er•

001

: eng

ines

with

out e

ncod

er

Sele

ctio

ning

ope

rato

rs n

umbe

r•

001

: one

ope

rato

r•

002

: tw

o op

erat

ors

OPERATING PARAMETERS

Oper

ator

s sp

eed

adju

stm

ent d

urin

g sl

ow-d

own

whi

le o

peni

ng15

%to

t.....

......

......

......

.100

%to

t

Oper

ator

s sp

eed

adju

stm

ent d

urin

g th

e st

roke

whi

le o

peni

ng15

%to

t.....

......

......

......

.100

%to

t

Oper

ator

s sp

eed

adju

stm

ent d

urin

g th

e st

roke

whi

le c

losi

ng15

%to

t.....

......

......

......

.100

%to

t

Oper

ator

s sp

eed

adju

stm

ent d

urin

g sl

ow-d

own

whi

le c

losi

ng15

%to

t.....

......

......

......

.100

%to

t

Slow

dow

n du

ratio

n ad

just

men

t whi

le o

peni

ng0%

tot..

......

......

......

......

..80%

to

Slow

dow

n du

ratio

n ad

just

men

t whi

le c

losi

ng0%

tot..

......

......

......

......

..80%

to

Oper

ator

1 fo

rce

adju

stm

ent w

hile

ope

ning

(if =

100

% o

bsta

cle

dete

ctio

n de

activ

ated

)15

%to

t…...

......

......

......

......

100%

tot

Oper

ator

n.1

forc

e ad

just

men

t whi

le c

losi

ng (i

f = 1

00%

obs

tacl

e de

tect

ion

deac

tivat

ed)

15%

tot…

......

......

......

......

...10

0%to

t

Oper

ator

n.2

forc

e ad

just

men

t whi

le o

peni

ng (i

f = 1

00%

obs

tacl

e de

tect

ion

deac

tivat

ed)

15%

tot…

......

......

......

......

...10

0%to

t

Oper

ator

n.2

forc

e ad

just

men

t whi

le c

losi

ng (i

f = 1

00%

obs

tacl

e de

tect

ion

deac

tivat

ed)

15%

tot…

......

......

......

......

...10

0%to

t

Auto

mat

ic c

losi

ng ti

mes

adj

ustm

ent (

if =

0 au

tom

atic

clo

sing

dea

ctiv

ated

)0s

ec...

......

......

......

......

......

..255

sec

Pede

stria

n au

tom

atic

clo

sing

tim

e ad

just

men

t (se

= 0

ped

estri

an a

utom

atic

clo

sing

dea

ctiv

ated

)0s

ec...

......

......

......

......

......

..255

sec

Pede

stria

n st

roke

dur

atio

n ad

just

men

t5%

tot…

......

......

......

......

...10

0%to

t

Pre-

flash

ing

time

adju

stm

ent

0sec

……

.10s

ec

Adju

stm

ent o

f pha

se d

ispl

acem

ent t

ime

whi

le o

peni

ng0s

ec…

……

……

30se

c

Adju

stm

ent o

f pha

se d

ispl

acem

ent t

ime

whi

le c

losi

ng0s

ec…

……

……

30se

c

Colle

ctiv

ity fu

nctio

n: if

it is

act

ivat

ed it

dea

ctiv

ates

bot

h op

enin

g a

nd c

losi

ng in

puts

for t

he w

hole

dur

atio

n of

aut

omat

ic o

peni

ng

and

clos

ing

• 0

00: “

colle

ctiv

ity fu

nctio

n” d

eact

ivat

ed•

001

: “co

llect

ivity

func

tion”

act

ivat

ed

Ram

blo

w fu

nctio

n: it

pus

hes

the

mot

ors

clos

ed fo

r one

sec

ond

befo

re e

ach

open

ing

mov

emen

t, so

as

to e

ase

the

elec

tric-

lock

re

leas

e•

000

: “ra

m b

low

” de

activ

ated

• 0

01: “

ram

blo

w fu

nctio

n” a

ctiv

ated

30

TYPE 01

OPERATING PARAMETERS

“Rev

ersa

l” m

ode

sele

ctio

n (d

urin

g th

e m

anoe

uvre

a c

omm

and

impu

lse

reve

rse

the

mou

vem

ent)

or “

step

by

step

” (d

urin

g th

e m

anoe

uvre

a c

omm

and

impu

lse

stop

s th

e m

ouve

men

t). A

nex

t im

puls

e re

star

t the

ope

rato

r to

the

oppo

site

dire

ctio

n.•

000

: “re

vers

al fu

nctio

n”•

001

: “st

ep b

y st

ep fu

nctio

n”

PHOT

O 1

PHOT

O in

put f

unct

ioni

ng: I

f=0:

pho

toce

ll en

able

d w

hile

clo

sing

and

sta

rtin

g w

hen

the

gate

is s

topp

ed; i

f=1

phot

ocel

ls

are

alw

ays

enab

led;

if=2

pho

toce

lls a

re e

nabl

ed w

hile

cl

osin

g on

ly. W

hen

enab

led,

its

activ

atio

n pr

ovok

es: t

he

inve

rsio

n (w

hile

clo

sing

), th

e st

op (w

hile

ope

ning

) and

pre

vent

the

star

ting

(whe

n ga

te is

clo

sed)

.If=

3-4-

5, th

e op

erat

ion

is th

e sa

me

as th

e va

lues

0-1

-2 b

ut w

ith “

clos

e im

med

iate

ly”

enab

led:

in a

ny c

ase,

dur

ing

the

open

ing

and/

or t

he p

ause

tim

e, r

emov

al o

f a p

ossi

ble

obst

acle

cau

ses

the

gate

aut

omat

ical

ly c

lose

s af

ter

a fix

ed d

elay

of 5

sec

.

• 0

00: p

hoto

cell

enab

led

whi

le c

losi

ng a

nd w

hen

gate

is s

topp

ed•

001

: pho

toce

lls a

lway

s en

able

d•

002

: pho

toce

lls e

nabl

ed o

nly

whi

le c

losi

ng•

003

: as

000

but w

ith “

clos

e im

med

iate

ly”

enab

led

• 0

04: a

s 00

1 bu

t with

“cl

ose

imm

edia

tely

” en

able

d•

005

: As

002

but w

ith “

clos

e im

med

iate

ly”

enab

led

PHOT

O 2

Oper

atio

n m

ode

sele

ctio

n of

the

war

ning

ligh

t out

put:

If =

0 “w

arni

ng li

ght”

(out

put a

lway

s ON

whe

n th

e ga

te is

ope

n, O

FF a

fter a

clo

sing

ope

ratio

n),

If =

1 “fl

ashi

ng w

arni

ng li

ght”

(slo

w in

term

itten

t out

put d

urin

g op

enin

g an

d fa

st w

hile

clo

sing

, alw

ays

ON a

t gat

e op

ened

, alw

ays

OFF

at th

e en

d of

a c

losi

ng o

pera

tion

only

),If>

1 “

cour

tesy

ligh

t” (o

utpu

t ON

dur

ing

each

mov

emen

t, OF

F w

hen

the

mot

or s

tops

, afte

r the

set

ting

dela

y)

• 0

00:

“fix

war

ning

ligh

t”•

001

: “fl

ashi

ng w

arni

ng li

ght”

• >

001

: “co

urte

sy li

ght”

off

dela

y(2

sec…

……

……

…25

5sec

)

Sear

ches

for e

nd o

f stro

ke w

hile

ope

ning

too:

whe

n ac

tivat

ed,

oper

ator

s st

op o

nly

at th

eir a

rriv

al e

t the

end

of s

troke

, als

o w

hile

op

enin

g.W

arni

ng: D

urin

g th

e em

erge

ncy

oper

atio

n (rE

SP),

the

mot

or e

xecu

tes

the

first

man

euve

r whi

le o

peni

ng. I

n ad

ditio

n, if

any

lim

it sw

itche

s, th

e pa

ram

eter

is fo

rced

to 1

.

• 0

00: S

top

whe

n op

enin

g o

n a

mem

oriz

ed p

oint

• 0

01: S

top

whe

n op

enin

g on

the

end

of s

troke

“sof

t sta

rt”

func

tion:

mot

ors

acce

lera

te g

radu

ally

unt

il th

ey re

ach

the

set s

peed

, avo

idin

g su

dden

dep

artu

res

• 0

00: “

soft

star

t” d

eact

ivat

ed•

001

: “so

ft st

art”

act

ivat

ed•

002

: “lo

ng s

oft s

tart

” ac

tivat

ed

Adju

st th

e in

vers

ion

on o

bsta

cle

perio

d (d

etec

ted

by in

tern

al a

nti-c

rush

ing

sens

or o

r by

the

safe

ty in

put w

hen

activ

ated

): If

= 0

it m

akes

a c

ompl

ete

inve

rsio

n, if

> 0

indi

cate

s th

e du

ratio

n (in

sec

onds

) of t

he ru

n, a

fter i

nver

sion

resu

lting

from

det

ectio

n of

an

obst

acle

dur

ing

the

open

ing.

• 0

00: c

ompl

ete

reve

rsal

on

obst

acle

• >

000:

dur

atio

n of

reve

rsal

on

obst

acle

(1

sec…

……

……

..10s

ec)

Adju

st th

e in

vers

ion

on o

bsta

cle

perio

d (d

etec

ted

by in

tern

al a

nti-c

rush

ing

sens

or o

r by

the

safe

ty in

put w

hen

activ

ated

): If

= 0

it m

akes

a c

ompl

ete

inve

rsio

n, if

> 0

indi

cate

s th

e du

ratio

n (in

sec

onds

) of t

he ru

n, a

fter i

nver

sion

resu

lting

from

det

ectio

n of

an

obst

acle

dur

ing

the

clos

ing.

• 0

00: c

ompl

ete

reve

rsal

on

obst

acle

• >

000:

dur

atio

n of

reve

rsal

on

obst

acle

(1

sec…

……

……

..10s

ec)

Faci

litat

ion

man

ual r

elea

se: I

f≠0,

afte

r det

ectin

g th

e lo

ckin

g st

op, t

he e

ngin

e re

vers

es fo

r a b

rief t

ime

to re

leas

e th

e pr

essu

re o

n it,

and

thus

faci

litat

e th

e m

anua

l rel

ease

. The

set

val

ue s

how

s th

e le

ngth

of t

he in

vers

ion.

If=0

func

tion

disa

bled

• 0

00: f

acili

tatin

g re

leas

e di

sabl

ed•

>00

0: fa

cilit

atio

n ac

tivat

ed w

ith re

leas

e tim

e eq

ual t

o:(1

x25m

s……

20x2

5ms)

Adju

stm

ent

of t

he o

peni

ng s

troke

mar

gin:

it a

djus

ts t

he d

urat

ion

of t

he la

st p

art

of t

he s

troke

dur

ing

whi

ch a

n ob

stac

le is

in

terp

rete

d as

a s

troke

, blo

ckin

g th

e m

otor

with

out p

erfo

rmin

g th

e in

vers

ion.

Fo

r mot

ors

with

enc

oder

s, th

e se

t val

ue in

dica

tes

the

num

ber o

f rev

olut

ions

of t

he ro

tor;

whi

le fo

r mot

ors

with

out e

ncod

er, t

he

valu

e is

exp

ress

ed in

% o

f the

max

imum

stro

ke.

War

ning

: for

mot

ors

with

out e

ncod

er, i

f P03

5 (d

urat

ion

slow

-dow

n w

hile

ope

ning

) is

>10%

, it f

orce

s th

e st

roke

det

ectio

n m

argi

n so

that

it’s

the

sam

e th

an th

e sl

ow-d

own.

1....

......

......

..255

(m

otor

s w

ith e

ncod

er)

0%…

......

......

100%

(m

otor

s w

ithou

t enc

oder

)

Adju

stm

ent o

f the

clo

sing

stro

ke m

argi

n: it

adj

usts

the

dura

tion

of th

e la

st p

art o

f the

stro

ke d

urin

g w

hich

an

obst

acle

is in

terp

rete

d as

a s

troke

, blo

ckin

g th

e m

otor

with

out p

erfo

rmin

g th

e in

vers

ion.

Fo

r mot

ors

with

enc

oder

s, th

e se

t val

ue in

dica

tes

the

num

ber o

f rev

olut

ions

of t

he ro

tor;

whi

le fo

r mot

ors

with

out e

ncod

er, t

he

valu

e is

exp

ress

ed in

% o

f the

max

imum

stro

ke.

War

ning

: for

mot

ors

with

out e

ncod

er, i

f P03

6 (d

urat

ion

slow

-dow

n w

hile

clo

sing

) is

>10%

, it f

orce

s th

e st

roke

det

ectio

n m

argi

n so

th

at it

’s th

e sa

me

than

the

slow

-dow

n.

1....

......

......

..255

(m

otor

s w

ith e

ncod

er)

0%…

......

......

100%

(m

otor

s w

ithou

t enc

oder

)

Oper

ator

s fo

rce

adju

stm

ent a

t stro

ke a

rriv

al -

If =

0, s

ettin

g of

f (th

e fo

rce

valu

e on

the

stro

ke is

cal

cula

ted

auto

mat

ical

ly) -

If ≠

0,

indi

cate

s th

e va

lue

(exp

ress

ed in

% o

f the

max

val

ue )

of th

e fo

rce

exer

ted

on th

e st

roke

.0%

tot…

......

......

......

......

...10

0%to

t

“Ene

rgy s

avin

g” m

ode:

If=1

afte

r 10s

ec o

f ina

ctiv

ity, t

he c

ontro

l pan

el t

urns

the

24V

outp

uts

and

the

disp

lay o

ff th

at w

ill b

e tu

rned

on

at fi

rst c

omm

and

rece

ived

(use

reco

mm

ende

d ba

ttery

-pow

ered

and

/ o

r sol

ar p

anel

).•

000

: “En

ergy

sav

ing”

not

act

ive

• 0

01: “

Ener

gy s

avin

g” a

ctiv

e

31

TYPE 01

OPERATING PARAMETERS

Elec

tric-

lock

out

put o

pera

ting:

If=0

“boo

st” o

utpu

t for

ele

ctric

-lock

art

.110

pow

er s

uppl

y, If=

1 24

V ou

tput

con

trolle

d by

the

ELOC

K_IN

inpu

t as

puls

ed m

ode,

If=2

24V

outp

ut c

ontro

lled

by th

e EL

OCK_

IN in

put a

s st

ep-b

y-st

ep m

ode,

If=3

ele

ctro

-bra

ke o

utpu

t for

no

t sel

f-loc

king

ope

rato

rs, I

f=4

24V

outp

ut fo

r ele

ctric

-lock

pow

er s

uppl

y via

an

exte

rnal

rela

y, If=

5 24

V ou

tput

for e

lect

ro-m

agne

ts

pow

er s

uppl

y fo

r ba

rrie

rs, I

f>5

24V

outp

ut c

ontro

lled

by t

he E

LOCK

_IN

inpu

t as

tem

poriz

ed m

ode

(the

set

valu

e in

dica

tes

the

switc

h-of

f del

ay in

sec

onds

).

• 0

00: “

Boos

t” o

utpu

t for

ele

ctric

-lock

art

.110

pow

er s

uppl

y•

001

: “24

V p

ulse

out

put m

ax 5

W•

002

: “24

V s

tep-

by-s

tep

outp

ut m

ax 5

W

• 0

03: “

Elec

tro-b

rake

out

put f

or n

ot s

elf-l

ocki

ng o

pera

tors

•

004

: “Ou

tput

for e

lect

ric-lo

ck p

ower

sup

ply

via

an e

xter

nal r

elay

•

005

: “ou

tput

for e

lect

ro-m

agne

ts p

ower

sup

ply

for b

arrie

rs

• >

005:

“24

V te

mpo

rized

out

put m

ax 5

W(6

sec…

……

……

…25

5sec

)

Run

dire

ctio

n in

vers

ion:

If=

1 au

tom

atic

ally

rev

erse

s th

e ou

tput

s op

en/c

lose

of

the

oper

ator

s an

d an

y op

enin

g/cl

osin

g lim

it sw

itche

s in

puts

, avo

idin

g ha

ving

to m

anua

l cha

nge

the

wiri

ng w

hen

inst

allin

g th

e op

erat

or in

an

inve

rted

pos

ition

.•

000

: “St

anda

rd in

stal

latio

n”•

001

: “In

vert

ed in

stal

latio

n”

Mul

tiplie

r ope

ratio

ns-c

ount

er: M

ultip

ly th

e nu

mbe

r of o

pera

tions

afte

r whi

ch th

e to

tal o

pera

tions

-cou

nter

will

be

upda

ted.

To v

iew

the

valu

es, r

efer

to th

e se

ctio

n “V

isua

lisat

ion

of in

puts

and

ope

ratio

ns-c

ount

er s

tatu

s”.

• 0

00: “

x100

• 0

01: “

x100

0•

002

: “x1

0000

• 0

03: “

x100

000

Mai

nten

ance

Ope

ratio

ns-c

ount

er: i

f =

0 re

set

the

coun

ter

and

disa

bles

the

inte

rven

tion

requ

est

, if>

0 in

dica

tes

the

num

ber

of o

pera

tions

(x

500)

to

be m

ade

befo

re t

he c

ontro

l pan

el e

xecu

tes

a 4

seco

nd a

dditi

onal

pre

-flas

h to

indi

cate

the

nee

d of

m

aint

enan

ce.

i.g.:

If P0

65 =

050

, ope

ratio

ns n

umbe

r = 5

0x50

0 =

2500

0 op

erat

ions

War

ning

: Bef

ore

you

set a

new

val

ue o

f the

cou

nter

-man

oeuv

res

mai

nten

ance

, the

sam

e m

ust b

e re

set b

y se

tting

P06

5= 0

and

on

ly la

ter P

065

= “n

ew v

alue

”.

• 0

00: “

Requ

est M

aint

enan

ce d

isab

led

• >

000:

“N

umbe

r of o

pera

tions

(x 5

00) f

or re

quire

d m

aint

enan

ce(1

......

......

......

......

......

.....2

55)

Sele

ctio

n of

ope

ratin

g fla

shin

g lig

ht o

utpu

t: If=

0 in

term

itten

t flas

hing

ligh

t out

put;

If=1

Fixe

d fla

shin

g lig

ht o

utpu

t (fo

r flas

hing

ligh

ts w

ith in

term

itten

t int

erio

r circ

uits

).•

000

: “in

term

itten

t flas

hing

ligh

t out

put

• 0

01: “

fixed

flas

hing

ligh

t out

put

SAFE

TY 1

Oper

atio

n of

the

SFT

inpu

t: if

= 0

safe

ty e

dge

alw

ays

enab

led,

if =

1 s

afet

y ed

ge e

nabl

ed o

nly

whi

le c

losi

ng, i

f = 2

sa

fety

edg

e en

able

d on

ly w

hile

clo

sing

and

bef

ore

any

mov

emen

t, if

= 3

safe

ty e

dge

enab

led

only

whe

n op

enin

g, if

=

4 sa

fety

edg

e en

able

d on

ly w

hile

ope

ning

and

bef

ore

any

mov

emen

t; as

for t

he o

bsta

cle

dete

ctio

n w

ith in

tern

al

anti-

crus

hing

sen

sor,

also

the

activ

atio

n of

the

inpu

ts S

FT1

and

SFT

2 ca

uses

the

com

plet

e or

par

tial r

ever

sal a

s se

t by

P05

5 (d

urat

ion

of in

vers

ion

on o

bsta

cles

whi

le o

peni

ng, a

nd P

056

(dur

atio

n of

reve

rsal

on

obst

acle

whi

le c

losi

ng)

• 0

00: “

safe

ty e

dge

alw

ays

enab

led

• 0

01: “

safe

ty e

dge

enab

led

only

whi

le c

losi

ng•

002

: “sa

fety

edg

e en

able

d on

ly w

hile

clo

sing

and

bef

ore

any

mov

emen

t•

003

: “sa

fety

edg

e en

able

d on

ly w

hen

open

ing

• 0

04: “

safe

ty e

dge

enab

led

only

whi

le o

peni

ng a

nd b

efor

e an

y m

ovem

ent

SAFE

TY 2

Del

ay o

n lim

it sw

itch

dete

ctio

n: th

e op

erat

ion

is s

topp

ed a

fter 1

,5 s

ec fr

om li

mit

switc

h de

tect

ion.

Whe

n du

ring

this

del

ay a

sto

p is

det

ecte

d, th

e op

erat

or is

sud

denl

y st

oppe

d•

000

: “lim

it sw

itch

dela

y di

sabl

ed•

001

: “lim

it sw

itch

dela

y en

able

d

Adju

stm

ent o

f acc

eler

atio

n du

rabi

lity

War

ning

: if s

oft s

tart

is a

ctiv

ated

, the

acc

eler

atio

n is

dea

ctiv

ated

indi

pend

ently

from

P07

0 va

lue.

• 0

00: “

acce

lera

tion

deac

tivat

ed (i

t run

s an

acc

eler

atio

n of

min

imum

dur

abili

ty,

alm

ost i

mpe

rcep

tible

)•

00X

: “ad

just

s th

e ac

cele

ratio

n du

rabi

lity

at 1

,5 s

ec (X

*6 m

s)

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

Unus

ed p

aram

eter

32

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