Twist Xl (en)

Transcript

& clo se twist XL & op en Original installation and operating instructions 46676V001-322008-0-OCE-Rev.B 1 - 30 Contents General information. . . . . . . . . . . . . . . . . . . . . . . 2 Symbols Safety instructions Normal use Incorrect use Permitted gate leaf dimensions Technical data Dimensions Functions EU-Manufacturer’s declaration Functions and connections . . . . . . . . . . . . . . . . 17 2 2 2 2 3 3 3 3 3 Safety instructions Jumper Control panel keys Potentiometer for gate leaf length LEDs DIP switches Automatic close mode Fuses Connection to power supply (AC 230 V) Connection of transformer Connecting electric lock 2 Connecting electric lock 1 Connecting warning lamp Connecting drives Connecting keys Connecting keys (gate OPEN) Connecting keys (gate STOP) Connecting keys (gate CLOSE) Connecting the EMERGENCY STOP key Connecting the 2-wire light barrier Connecting safety devices Connecting external device Potential-free relay contact Motor connecting terminal Preparations of installation. . . . . . . . . . . . . . . . . 4 Safety instructions Tools required 4 4 Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Installation tips Mounting position of drive Preparation for stop position settings Limit switch settings Installation of fittings A/B dimension table (standard values) Adjustment of gate stop position “OPEN” Adjustment of gate stop position “CLOSE” Post fittings Gate leaf fittings Installation of control unit Connection to power supply (AC 230 V) Connecting drive to control unit Adjusting gate leaf length Checking direction of drive Gate opening outwards 5 5 6 7 7 8 8 8 9 9 9 9 10 10 11 11 Commissioning . . . . . . . . . . . . . . . . . . . . . . . . . . 12 General instructions Preparation for standard operation Adjusting gate leaf length Activating standard operation Programming the remote control device 12 12 12 12 13 17 17 17 17 18 19 19 20 20 20 20 20 21 21 21 21 22 22 22 22 23 23 23 23 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 Regular inspection Service and warranty 27 27 Disassembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . 28 Tips for troubleshooting 28 Connecting diagram . . . . . . . . . . . . . . . . . . . . . . 30 Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Opening and closing gate Resetting control Emergency release in the event of a power failure Radio receiver Display and keys Programming the remote control device 14 14 15 15 15 15 EU Conformity Declaration Messrs SOMMER Antriebs- und Funktechnik GmbH Hans-Böckler-Straße 21-27 D-73230 Kirchheim/Teck declares herewith that the product designated below complies with the relevant fundamental requirements as per Article 3 of the R&TTE Directive 1999/5/EG, insofar as the product is used correctly, and that the following standards apply: Product: RF Remote Control for doors & gates Type: RM04-868-2, RM03-868-4, RX01-868-2/4, RFSDT-868-1, RFSW-868-1, RM02-868-2, RM06-868-2, RM04-868-1, RM02-868-2-TIGA, RM08-868-2, RM01-868, RM02-434-2, RM03-434-4, RM04-434-2 The relevant guidelines and standards are: - ETSI EN 300220-1:09-2000, -3:09-2000 - ETSI EN 301489-1:07-2004, -3:08-2002 - DIN EN 60950-1:03-2003 Kirchheim/Teck, 04.08.2004 Frank Sommer Managing Director &1 General information Radio remote control Symbols • The radio remote control may only be used for equipment and systems in which defective remote operation of the transmitter or receiver does not constitute a risk to people, animals or property, or in cases where this risk is eliminated by means of additional safety facilities. Indicates a potential risk! Failure to comply with the instructions may result in serious injury or damage to property! • All persons operating the gate must be instructed that systems, where there is a risk of injury or damage, may not be operated by remote control, or that such operation is only permitted if all movements of the gate can be supervised. Information, useful advice. 1 (1) • The radio remote control device may only be used if the operator can fully supervise the movement of the device and if no persons or objects are within the movement range of the gate. Refers to the relevant illustration in the introduction or the main text of this manual. • Keep the remote control device out of reach of children or animals and prevent any inadvertent use. • The operator of this radio-controlled equipment is not in any way protected against interference from other telecommunication systems and facilities (e.g.: other radio-controlled equipment that is licensed to operate at the same frequency range). If such interference occurs, please contact the local radio and telecommunications authority requesting a radiolocation. Safety instructions General safety instructions • All persons in charge of the installation, maintenance or operation of the drive system must read, fully understand and observe these instructions. All instructions must be strictly adhered to. • Do not use remote control devices near locations or installations that are susceptible to radio interference (e.g. airports, hospitals). • The manufacturer accepts no liability for damage or malfunction resulting from non-compliance with the instructions in this manual. Rating plate • Always comply with the statutory health and safety regulations and the applicable standards. The rating plate is located on the cover of the control unit housing. • The installation and operation of the drive system is governed by the following standards: EN 12453, EN 12604, EN 12605 Normal use After the drive system has been installed, the person responsible for the installation must complete an EU Declaration of Conformity according to Machine Directive 98/37/EU and attach a CE mark at the type plate of the drive. This also applies in cases where the owner of the system is a private person, as well as to manually operated gates that have been upgraded with a drive. The above documents and the instructions for installation and operation must be handed over to the operator. • Prior to any work at the gate or drive, disconnect drive system from the power supply and secure it against inadvertent reconnection or actuation. • There is a risk of injury from crushing at the closing edges of the gates or near the mechanical parts. • Never operate the drive if you suspect that it might be faulty or damaged. • After installation and commissioning, all persons operating the drive must be instructed on its functions and proper operation. • Use only original spare parts, accessories and fixtures supplied by the manufacturer. Operation • Ensure that the drive is never operated by children or persons who have not been specifically instructed. • Before opening or closing the gate, ensure that no persons, especially children, animals or objects are within the opening range of the gate. • Only operate the gate with the remote control device when you have full view of the gate. • Never reach into the gate or any of its moving parts. • Regularly inspect the safety devices. Immediately repair damaged or defective parts. For details, see maintenance instructions. • Only drive through the gate after it has been fully opened. • The drive is exclusively intended for opening and closing revolving gates (henceforth referred to as gates) in accordance with EN 12433-1. Any other use is deemed improper. The manufacturer shall not be liable for damages resulting from improper use. The user accepts sole responsibility for any risks thereby incurred. Improper use shall void all warranty. • Gates that are to be upgraded with an automatic drive system must comply with the applicable standards and directives: e.g. EN 12453, EN 12604, EN 12605. • Observe the safety distances according to EN 12604 between gate leaves and other objects. • The drive system may only be operated if it is in proper working order. Always follow standard safety procedures and adhere to the instructions in this installation and operating manual. • Adjust the force tolerance to the minimum level. • Immediately eliminate any defects that might impair the safety of the equipment. • At gates with automatic closing mechanism, all edges must be secured according to the applicable regulations and standards. • The gate leaves must only have minimum play at the hinges. • Always remove the key to prevent unauthorised operation. • The gate leaves must be stable and warp-proof, i.e. they may not bend or warp during opening or closing operation. Storage • The drive mechanism may only be stored indoors, in a dry, sealed environment at an ambient temperature of between -20°C and +50°C. • Store drives in horizontal position. +50° 20° • The DT-A-1 control unit and twist XL drive must only be used in combination. • This electric drive may only be used for the opening and closing of gates with one or two leaves. Incorrect use • Opening and closing flaps, e.g. for accessing rooftops or similar. • Operation with 2x twist 200/twist 200 E and a combined operation (1x twist XL + 1x twist 200/twist 200 E) are not permitted. &2 General Information Permitted gate leaf dimensions - Weight: max. 500 kg - Slope: 0% Height (m) Functions The stop positions (gate OPEN + CLOSE) are adjusted by means of internal limit switches and are thus detected during operation. Filling (%) * 5 4 3 2 1 100 100 100 100 100 100 100 100 100 100 50 65 85 100 100 25 35 45 70 100 20 25 35 50 100 Length (m) 1.2 2 3 4 5 The gate leaf is opened and closed by extending or retracting the push rod. When the preset stop positions are reached, the drive is automatically switched off by means of limit switches. Locking of gate For gates with leaf lengths of more than 2.5 m and for 2-leaf gates, we recommend the installation of a centre respond at gate “CLOSE”. An electric lock may be mounted for additional safety. * Valid for dimension 300 mm B + dimension A 100 mm The gate does not require a lock to be kept closed, as the drive mechanism is self-locking (with connection to the control system). The gate can thus not be forced open by hand without damaging the drive system or fittings. Technical data Remote control General 1-leaf 2-leaf Runtime, depending on A/B appr. 10 to 40 appr. 15 to 60 seconds Protection class Drive Control unit housing The drive can be operated by remote control with the supplied remote control device, provided that this remote control device and the radio receiver have been properly programmed. IP 44 IP 54 IP 44 IP 54 Safety devices Rated voltage 220 …240 220 …240 ACV Rated frequency 50 50 Hz Operating temperature Drive Control unit housing The control unit is equipped with an automatic force monitoring system. If there is more force required for opening or closing the gate as has been programmed during the programming run, the drive is set into reverse motion (gate direction “CLOSE”) or halted (direction “OPEN”). -20 …+70 -20 …+70 -20 …+70 -20 …+70 °C °C The operator has the option to extend the control with various safety devices. For details, see chapter Functions and connections. Travel (per drive) 450 450 mm E.g.: Max. traction and pressure force: 4500 4500 N • Light barrier Operating factor: 40 % • Safety contact unit with auxiliary monitoring system 40 Stand-by Rated current consumption 20 20 mA Rated power consumption 2.2 2.2 W EU-Manufacturer’s declaration The company Rated operation Motor voltage approx. 22 approx. 20 DC/V Rated current consumption: approx. 3 approx. 6 A Rated power consumption: approx. 118 approx. 234 W SOMMER Antriebs- und Funktechnik GmbH Hans-Böckler-Strasse 21-27 73230 Kirchheim/Teck, Germany Workplace noise emission < 75 dBA - drive only herewith declares that its drive system: - twist XL Dimensions complies with the following Directives: - Machine Directive 98/37/EU - Low-Voltage Directive 2006/95/EU - EU Directive on Electromagnetic Compatibility 2004/108/EEC All dimensions in mm. The equipment fulfils the requirements of the following standards: - EN 12453:2000, EN 61508:2001, EN ISO 13849-1:2006 342 25 Note: The gate system may not be commissioned until it has been established that the system in which the above drive is to be installed fulfils all specifications of the relevant EU Directives. 42 235 110 Kirchheim, 20.11.2007 110 52 100 107 93 59 186 93 35 Cmin. 940 - Cmax. 1390 min. 970 - max. 1420 &3 Frank Sommer Managing Director Preparations of installation Supplied components Safety instructions The power cable supplied with the control unit may only be used for the installation of the drive systems. After completion of the installation, disconnect the cable and replace it with a duct-laid cable. It is forbidden to use the supplied power cable for standard operation of the gate. • Prior to installation, check delivery to ensure that it contains all necessary parts. • Depending on the design of your drive system, the delivery might deviate from the standard delivery. 5 Caution! Risk of damage from voltage fluctuations Voltage fluctuations, e.g.: caused by welding machines, can damage the control unit. • Only connect the control unit to the power supply after all installation work has been completed. 6 7 1 4 SOM ME R M TO • Ensure that all cables of the drive are laid in suitable conduits (e.g. for underground cabling). a e RA d i n G NT e r RI a EB m n ge- und op en Drive kit gsa nle itun g Weight (drive only) Packaging (L x W x H): 1 leaf 2 leaf 12.5 2 x 12.5 982 x 243 x 202 1 1. Drive unit including cables 1x 2x 2. Installation and operating manual 1x 1x • If the gate is operated by means of a switch, it must be installed at a minimum height of 1.6 m above ground to prevent inadvertent activation by children. 3. Plug 2x 4x 4. M12 locking nut 2x 4x 5. M12 x 70 hexagon screw 2x 4x 6. Post fittings 1x 2x 7. Gate leaf fittings 1x 2x Tools required kg mm • Prior to welding of fittings to posts or gate leaves, remove or cover the drive unit to prevent damage from sparks, etc. Mit SOMMER sind Sie immer gut ausgerichtet! nun 2 se • In public areas, use only approved fittings and securing devices (e.g. dowels or anchoring bolts 12 x 100). die D 3 E y L X D t nta Be clo • Ensure that the gate leaves are properly secured to the posts as considerable forces are applied to the devices during opening and closing of the gate. open is Mo • Always comply with the instructions in this manual. • Locking devices (electrical keys, locking bolts, etc.) must be removed and disabled prior to installation of the drive system. close tw • The control unit may only be connected to the power supply by a qualified electrician. 8 12 mm 2x 22 mm 8 mm 9 17 mm Control unit kit 1 leaf Weight (control unit only) Personal protection equipment Packaging (L x W x H): 2 leaf 2.8 kg 120 x 245 x 285 8. Control system, in housing 1x (with radio receiver, transformer and mains plug) 1x 9. Remote control device incl. battery 1x • Safety goggles (for drilling) • Work gloves &4 1x mm Installation 8 1 2 x 0,75 mm2 5 ES C P M 2 2 4 x 0,75 mm 3 SO MM ER TORA NTR IEB 6 E O 3 x 1,5 mm2 B AC 230V A 4 x 0,75 mm2 clos e ope n 5 x 1,5 mm2 M2 3 2 x 0,75 mm 2 2 x 0,75 mm2 7 4 9 M1 5 x 1,5 mm2 Installation tips Terms • Consult the operator when deciding on the location for installation of the control unit. A. Gate leaf 1 has the stop bar on the outside if the gate opens inwards. B. Gate leaf 2 or pedestrian leaf This gate leaf 2 always opens first with a 2-leaf gate system. This gate leaf can be opened on its own using the Start 2 key to let a person through, for example, which is why it is referred to as a pedestrian leaf. • Do not install the housing where it is visible from the street, in order to protect it against vandalism. • For gates with leaf lengths of more than 2.5 m and for 2-leaf gates, we recommend the installation of a centre respond at gate “CLOSE”. The gate can be operated with a number of different control devices: remote control device, Telecody, interior push-button and key switch. With the remote control device, Telecody and interior push-button, there is no need for cables as they are radio controlled. For more information, contact the supplier. 1. Warning light DC 24 V 2. Key switch (1 or 2 contact) 3. Light barrier 4. Connecting cables 12 m 5. Rod aerial (incl. cable) 6. Main switch (lockable) 7. 24 V DC electric lock. An electric lock can be fitted to each individual gate leaf. 8. Telecody 9. Holder for remote control device for installation in car or on wall M1 Motor 1 is always fitted to gate leaf 1 M2 Motor 2 is always fitted to gate leaf 2/pedestrian gate Mounting position of drive • Mount drive in horizontal position. The motor must always be at the top of the drive system. &5 Installation Single-leaf gate Preparation for stop position settings 2 rt ta 1 t S r ta S All the information in this document concerning working procedures and settings always relates to installing the drives on the inside of the gate with the gate opening inwards. See diagram on page 5. P er ow ty e af S r Sta t1 Never adjust limit switches with a power drill or similar tool, as the switches could thereby be pulled from the holders. tar rt 1S Sta M2 O O `-.0123456789ACDEFGILMNOPRSTVWX_acdefgiklmnoprstuvwy°ü `-.0123456789ACDEFGILMNOPRSTVWX_acdefgiklmnoprstuvwy°ü kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 2 23 `-.0123456789ACDEFGILMNOPRSTVWX_acdefgiklmnoprstuvwy°ü 3 kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 1 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 Sta s tustatu S Lo ock cL E- k kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 19 3 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 10 5 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 4 9 4 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 20 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 1 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 22 23 kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 9 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 21 1 14 12 4 2 25 3 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 6 18 16 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 8 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 7 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 3 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 11 1 12 13 14 15 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 6 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 M 2 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 8 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 10 16 17 C O lo Li pe se L m n Li imi it 2 m Li i t 2 c m t 1 o lo it p s 1 c l en e op o s en e 5 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 10 çèéêëìíîïðñòóôõö÷øùúûüýþÿ ÝÞßàáâãäåæ Ü Ú Ù ×Ø Ö Õ Ô Ó Ò Ñ ÈÉÊËÌÍÎÏÐ Ç ¿ÀÁÂÃÄÅÆ ¾ ½ ¯°±²³´µ¶·¸¹º»¼ ª«¬−® Ÿ¡¢£¤¥¦§¨© š›œ ˜™ ‘’“”•–— Š‹Œ †‡ˆ‰ xyz{|}~‚ƒ„… nopqrstuvw XYZ[\]^_abcdefghijklm VW STU R PQ O N IJKLM H EFG D ABC &'()*+,-./0123456789:;<=>?@ `˘˙˚˝˛ˇı!"# %$0 9 3 30 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 1 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 22 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 2 • Upon the first command, the drives must move the gate in direction “OPEN”. If the drive moves to gate “CLOSE”, switch the drive connecting cables at the control unit. 26 24 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 6 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km I 8 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 1 13 11 17 15 18 19 20 0 E- 3 First install and adjust the limit switches for “gate OPEN” and “gate CLOSE”. Ensure that the gate leaf does not touch the housing to prevent damage to the drive. kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 I-ugLs.0 G F E D C _`acdef123456789A X W V T S R P O N y°ütnoprliM vw km 21 T4 kmvwy°ütnoprliMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 L L L im Li im m it it 1 2 1 Never connect drive to 230V power, as this would immediately destroy the motor. Double-leaf gate r ta S 2 rt ta 1 t S 2 P er ow ty e af S O O te M2 M1 r Sta rt 1 ta rt 1S Sta 2 21 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 1 2 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 4 21 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 T 1. Engage drive (1) and lock it (2). 3 19 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 17 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km 0 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 1 17 15 8 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 13 6 22 11 4 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 3 2 2 1 5 8 6 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km 4 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km 2 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 8 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 5 11 1 1 3 2 3 5 14 15 7 16 17 10 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 6 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 2 12 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 14 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k C Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rliM p o tn y°ü vw km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 18 16 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km 4 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw 10 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 12 I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km vg fw e cd a _ X W V A 6 4 st`3 p yo 10 8 6 14 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 18 16 5 4 9 21 1 10 2 20 11 1 3 12 13 1 5 14 15 27 1 M 16 7 3 1 1 19 9 8 20 C1 19 4 10 3 C O lo Li pe se L m n Li imi it 2 m Li i t 2 c m t 1 o lo it p s 1 cl en e op os en e B .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k M Sta s tustatu S Lo ock cL E- k 3 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km E- A 1 2 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 15 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N rliM p o tn ü ° y w v m k 0 9 30 4. Connect drive to control unit. - First connect and adjust drive at the leaf with stop (M1), then install drive for pedestrian leaf (M2). F U IP P 8 8 7 N K 7 y 6 5 5 Ga DI 6 er et af N 3 3 2 2 2 1 1 Ga ATTENTION Only connect the drives if the control system is not powered and is secured against inadvertent activation. The control unit only then correctly recognises the connected drives (type of limit switch). 4 4 ON O te te 1 5. Set all DIP switches to OFF. r ta S 2 rt ta 1 t S er ow P t fe y 8 ON 4 1 e e Tim 2 1 tes Ga Tim 4 IC 2 1 tes Ga 6. Set jumper: single-leaf or double-leaf gate 7. Connect control unit to power supply. “POWER” LED illuminates and “Status” flashes. 8 8 7 3 1 1 1 1 &6 2 2 2 2 4 3 O N O N 1 5 3 4 4 ON 7 6 6 8 6 6 5 5 P DI Sta 7 7 5 y D IP er t fe P DI Sta X21 t tar rt 2S a t S t1 tar rt 1S D IP 2 rt ta 1 t S r ta S ow P X21 t tar rt 2S a t S t1 tar rt 1S 3 3. Measure dimensions A and B, look up dimensions C1 and C2 in the A/B dimension table. t rt 2S S1ta t r ta rt 1S Sta D w S 2. Pull out push rod to a length of C1 = 270 mm. 4 IC Installation Limit switch settings Gate CLOSE clo se clo se op en clo se op en Gate OPEN op en clo se op en Installation of fittings The strength of the supplied fittings has been specifically chosen to suit the supplied drive system (twist XL). The manufacturer shall not be held liable for damages, if fittings other than those supplied are used. If dimension B is smaller than the smallest value in the above table, install a spacer plate below the post fittings to ensure that dimension B is at least 160 mm. • Prior to welding of fittings to posts or gate leaves, remove or cover the drive unit to prevent damage from sparks, etc. • At solid stone and concrete posts, mount fittings in such a way that the plugs cannot loosen during operation. Instead of steel or plastic straddling dowels, we recommend using adhesive bond anchors that allow for the tension-free adhesion of the threaded pin in the post. • Ensure that the distances between the gate leaf and the post, and the gate leaf and the drive system conform with the applicable standards. Steel posts Take into account wall thickness of post! The fittings can be welded directly to the post or fixed by means of screws. Stone and concrete posts When mounting fittings onto stone posts, ensure that the boreholes for the screws are not too close to the edge of the post. The distance to be maintained may vary, depending on the dowel used. Please follow the instructions of the dowel producer. Do not carry out any more welding or grinding work after the fittings have been installed. The residue resulting from such work lead to accelerated corrosion at the fittings. &7 Installation If these standard values are unsuitable for the planned gate system, please contact your specialist dealer. The dimensions (standard values) can be determined individually at any time. A/B dimension table (standard values) Prior to installation, define dimensions A/B. Without knowing these dimensions, it is not possible to properly install and operate the drive system. Select dimensions that allow for the desired opening angle. • The greater dimension B, the more sensitive the power cut-off function. • Pay attention to different post dimensions. The standard values in the table have been calculated on the basis of the following information: 1) Wind speed 25 m/s, 2) Gate height 3 m, 3) Gate filling 35% evenly distributed over the entire gate leaf, 4) no E-lock A 100 120 140 160 180 200 220 B C D C1 L C D C1 L C D C1 L C D C1 L C D C1 L C D C1 L C D C1 L 160 1208 92 ° 1229 92 ° 1250 92 ° 1272 92 ° 1295 92 ° 1317 91 ° 1340 91 ° 1363 91 ° 337 3.5 359 4.0 380 4.0 403 4.0 425 4.5 448 4.5 471 4.5 494 5.0 1260 98 ° 1280 97 ° 1302 97 ° 1323 96 ° 1345 96 ° 1368 95 ° 1390 95 ° 390 4.0 411 4.0 432 4.0 453 4.5 475 4.5 498 4.5 520 5.0 1292 104 ° 1312 103 ° 1332 102 ° 1353 101 ° 1374 100 ° 422 4,0 442 4.0 462 4.0 483 4.5 504 4.5 1325 109 ° 1344 107 ° 1363 106 ° 1383 105 ° 455 4.0 470 4.0 493 4.0 513 4.5 1377 112 ° 1389 107 ° 1390 98 ° 507 4.0 519 4.0 520 4.5 1389 106 ° 1390 98 ° 519 4.0 520 4.0 1390 99 ° 520 4.0 180 200 220 240 260 280 300 Adjustment of gate stop position “OPEN” Dimensions A, B, C, C1 in mm D = maximum opening angle L = max. gate leaf length in m 1 revolution = 1.25 mm setting step Adjustment of gate stop position “CLOSE” A B C1 D C Factory settings for gate “CLOSE”: approx. C1 = 450 mm. 1. Press key (Start 1). Gate moves to end position gate “CLOSE”. Hold push rod to prevent it from rotating, as it would otherwise not be retracted. C2 2. When the end position is reached, measure dimension C1. Stop position for gate “OPEN”: approx. C2 = 70 mm. 3. Set limit switch for gate “CLOSE” to required dimension C1. Prior to adjusting the limit switch, move gate slightly in direction gate “OPEN”. 1. Press key (Start 1). Gate moves to end position gate “OPEN”. Hold push rod to prevent it from rotating, as it would otherwise not be retracted. 4. Press key (Start 1). Gate moves to end position gate “CLOSE”. 2. When the end position is reached, measure dimension C2. 5. Repeat steps 1 to 4 until the desired value for dimension C1 is reached. 3. Set limit switch for gate “OPEN” to required dimension C2. Prior to adjusting the limit switch, move gate slightly in direction gate “CLOSE”. † After the end positions for gate “OPEN” and “CLOSE” have been adjusted, now mount the post fittings. 4. Press key (Start 1). Gate moves to end position gate “OPEN”. 5. Repeat steps 1 to 4 until the desired value for dimension C2 is reached. &8 Installation Post fittings 160 110 80 12 110 mm 250 mm 12 107 0 10 mm mm 235 mm 75 175 4x 6x M16 3x M20 165 80 CAUTION: Risk of damage from water Penetrating water can destroy the control unit. Only screw housing to provided attachment points, do not drill though the rear panel of the housing. This will make the housing leak, water will penetrate the housing and the control unit will be damaged. 10 1. Minimum distance between ground and bottom edge of hinge plate at least 50mm. However, ensure that the drive can be properly mounted onto the gate leaf. 2. Tighten nut at screw, ensuring that the drive can still be easily moved. • Prior to carrying out any work at the control unit, disconnect it from the power supply. • If there is humidity inside the housing, dry it with a blower. Gate leaf fittings 42 19 35 • Install control unit in upright position (cable ducts at base) and without applying any strain. The cover must fully close to prevent water from penetrating the housing. 59 80 • The cable ducts are only permitted for 1.5 mm² to 2.5 mm² cables. • Only screw housing to provided attachment points, do not drill though the rear panel of the housing. The housing will leak. 10 5 100 • The control unit may only be connected to the power supply by a qualified electrician. Connection to power supply (AC 230 V) 2 Permissible cable cross-sections for all terminals: 0.5 mm² - 2.0 mm². 21 5 3 10, T5 10 1 8 2 1. Close gate. 3 6 4 20 5x 2. Mount hinge plate at the push rod of the drive. Insert screws but do not tighten. 2 3. Clamp the hinge plate to the gate leaf and complete a programming run to ensure that the limit switch settings are correct. 2 4. Check horizontal alignment of drive in 3 positions: A. Gate “CLOSE” B. Gate “OPEN” C. Gate 45° open F1 A 1.6 1 T 2 1 L 6. Tighten nut at screw, ensuring that the drive can still be easily moved. Terminal Installation of control unit 3 44 6 5 3 1 5 5. Check position of hinge plate; if ok, secure hinge plate to leaf. The power cable supplied with the control unit may only be used for the installation of the drive systems. After completion of the installation, disconnect the cable and replace it with a duct-laid cable. It is forbidden to use the supplied power cable for standard operation of the gate. 8 6 Name 10 7 6 9 8 12 14 16 18 9 19 17 18 3 15 16 1 13 14 1 1 12 7 5 10 4 E 3 E P P V 2 N 230 AC Function 1 L AC 230 V power supply cable 2 N Neutral conductor 3+4 PE Protective earth conductor The control unit must be connected to the power supply by a qualified electrician. Establish power connection according to EN 12453 (all-pole disconnecting switch). &9 Installation D IP 8 7 5 4 1 2 3 O N 1 2 3 O N 4 5 6 7 8 Sta 6 D IP X21 t tar rt 2S a t S t1 tar rt 1S er ow ty fe er ow ty fe Sta ATTENTION Only connect the drives if the control system is not powered and is secured against inadvertent activation. The control unit only then correctly recognises the connected drives (type of limit switch). 2 rt ta S rt 1 ta S X21 t tar rt 2S a t S t1 tar rt 1S P P Never connect the drive directly to the AC 230 V mains supply, as this could destroy the motor. 2 rt ta S rt 1 ta S Connecting drive to control unit 1 1 e e Tim Single-leaf gate 2 tes 2 4 IC Ga 1 tes 4 IC Ga r ta S 2 rt ta 1 t S 1 Tim O O kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 2 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 3 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km 1 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 Sta s tustatu S Lo ock cL E- k kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 1 L L Li im Li m m it it 1 2 23 21 T4 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 10 5 M 2 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 çèéêëìíîïðñòóôõö÷øùúûüýþÿ ÝÞßàáâãäåæ Ü Ú Ù ×Ø Ö Õ Ô Ó Ò Ñ ÈÉÊËÌÍÎÏÐ Ç ¿ÀÁÂÃÄÅÆ ¾ ½ ¯°±²³´µ¶·¸¹º»¼ ª«¬−® Ÿ¡¢£¤¥¦§¨© š›œ ˜™ ‘’“”•–— Š‹Œ †‡ˆ‰ xyz{|}~‚ƒ„… nopqrstuvw XYZ[\]^_abcdefghijklm VW STU R PQ O N IJKLM H EFG D ABC &'()*+,-./0123456789:;<=>?@ `˘˙˚˝˛ˇı!"# %$2 0 9 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 3 30 Gate 1 2 rt ta 1 t S r ta S S er ow ty e af P M2 M1 r Sta rt 1 O 21 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 3 2 17 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 T 4 21 3 0 1 15 8 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 13 6 22 11 4 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 3 9 2 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 2 1 10 5 8 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 6 4 2 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw 3 11 1 12 13 14 8 M 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 9 Sta t1 er DI F P 8 8 D IP tar rt 1S Sta 7 7 6 6 y et af S ow 1 P t tar rt 2S 1. Gate leaf length measurement, gate 1 (M1) (item A in figure on page 5) 2. Adjust gate 1 (M1) potentiometer accordingly. N 3. Gate leaf length measurement, gate 2 (M2) (item B in figure on page 5) K 5 5 U 2 leaf gate system 4 3 3 4. Adjust gate 2 (M2) potentiometer accordingly. 2 2 8 2. Adjust gate 2 (M2) potentiometer accordingly. 4 N O 1 1 4 IC 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 1. Connecting drive to control unit - First connect and adjust the drive at the leaf with stop (M1), then install the drive for pedestrian leaf (M2). te 6 tes Ga 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k ON 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k Ga 2 1. Gate leaf length measurement, gate 2 (M2) (item B in figure on page 5) 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 6 8 e 1 leaf gate system 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 2 Tim • Setting 6 = For compensating for the effects of dimensions A and B. 11 1 1 3 2 3 5 14 15 7 1 16 7 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 7 1 5 2 20 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw 12 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 14 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 18 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 16 M 1 15 5 27 16 17 3 9 18 19 4 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k te te 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k Ga 3 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 30 2 • Setting 5 = Gate leaf length approx. 5 m (large gate -> low speed -> high tolerance) 5 I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 5 17 1 8 6 C O lo Li pe se L m n L im it 2 Li imi it 2 c m t 1 o lo it p s 1 cl en e op os en e 12 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 19 4 21 10 2 20 18 16 14 10 1 Ga 4 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k ON 2 • Setting 2 = Gate leaf length approx. 2 m (small gate -> high speed -> low force tolerance) 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 3 6 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 1 2 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km Sta s tustatu S ELo ock cL E- k 5 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N tliM rs p o n ü ° y w v m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliM p o n y°ü vw km 15 te 4 The gate leaf length is adjusted at the control unit using the “Gate 1 (M1) + Gate 2 (M2)” potentiometers. On the basis of this setting, the running speed and the force tolerance are determined for the relevant leaf of the gate system. O 19 3 3 2 ta rt 1S Sta 2 6 4 Double-leaf gate te Ga P DI Sta 7 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 11 1 12 13 14 15 6 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 16 17 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 3 5 6 Gate 2 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 18 19 20 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 8 3 IP kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 22 23 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ünoprstliMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 9 7 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km D kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 25 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 21 1 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km 10 X1 rt 2 ta rt 2S S1ta t r ta rt 1S er ow ty e af 14 12 4 4 5 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 1 5 3 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km S 6 18 16 P 10 Adjusting gate leaf length 4 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 20 3 3 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km 8 C O lo Li pe se L m n L im it 2 Li imi it 2 c m t 1 o lo it p s 1 cl en e op os en e I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km 24 22 4 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°ünoprstliM vw km 26 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 6 2 rt ta S rt 1 ta S 9 I 8 I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°ünoprstliM vw km 4 2 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 1 13 11 17 15 1 kmvwy°ütnoprliMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 19 3 0 E- N er ow ty e af S 4. Connect the control system to the power supply. - “POWER” LED illuminates, “Status” LED flashes and all other LEDs are off. - Limit switch LEDs (Limit 1 + 2 open, Limit 1 + 2 close) illuminated or off, depending on push rod position (projected or retracted). M2 O P 3. Set jumpers: single-leaf or double-leaf gate r Sta t1 r a t rt 1S Sta 1 2. Set all DIP switches to OFF. & 10 Installation Checking direction of drive Gate opening outwards • Upon the first command, the drives must move the gate in direction “OPEN”. If the drive moves to door “CLOSE”, switch the drive connecting cables at the control unit. T M2 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 6 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 3 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 1 5 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 22 23 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km Caution! Depending on the installation, the clearance width is reduced by approx. 250 mm on each side as the drive units protrude into the clearance of the gate. The A/B dimensions must be at least 100/160 mm. kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 9 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 21 1 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 14 12 2 25 3 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km 7 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 8 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 10 20 2 1 20 18 16 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 0 9 3 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 çèéêëìíîïðñòóôõö÷øùúûüýþÿ ÝÞßàáâãäåæ Ü Ú Ù ×Ø Ö Õ Ô Ó Ò Ñ ÈÉÊËÌÍÎÏÐ Ç ¿ÀÁÂÃÄÅÆ ¾ ½ ¯°±²³´µ¶·¸¹º»¼ ª«¬−® Ÿ¡¢£¤¥¦§¨© š›œ ˜™ ‘’“”•–— Š‹Œ †‡ˆ‰ xyz{|}~‚ƒ„… nopqrstuvw XYZ[\]^_abcdefghijklm VW STU R PQ O N IJKLM H EFG D ABC &'()*+,-./0123456789:;<=>?@ `˘˙˚˝˛ˇı!"# %$G M kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 11 1 12 13 14 15 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 3 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km 6 s ate I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km 4 e 26 24 22 4 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km 6 1 8 I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°äünoprstlhiM w km 4 9 3 3 10 5 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 5 4 13 11 10 2 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 1 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 15 1 D 5 4 N O 19 17 8 Tim >160mm I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km 2 0 D 2 1 kmwy°äütnoprlhiMNOPRSTVW X_`acdef123456789ACDEFGI-ugLs.0 1 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 2 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 3 I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km ta rt 1S Sta ON 2 23 21 T4 kmwy°äütnoprlhiMNOPRSTVWX_`acdef123456789ACDEFGI-ugLs.0 er ow t tar rt 2S S1ta rt 3 2 rt ta 1 t S r ta S X21 L L Li im Li m m it it 1 X2 16 17 18 19 AN >100mm Single-leaf gate Double-leaf gate • Install post fittings in such a way that they suit the dimensions of the post. Connecting drive to control unit 1 6 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 12 -> 1 14 -> 2 16 -> 3 18 -> 4 20 -> 5 11 -> 1 13 -> 2 15 -> 3 17 -> 4 19 -> 5 Name 0 9 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k Terminal -> Cable no. Function Motor 2-leaf: Connection for motor-1: The motor must be at the gate Motor leaf that opens second and Limit switch which has a stop bar on the “Gate CLOSE” outside. Limit switch “Gate OPEN” Earth limit switch Motor 1-leaf: Connection for motor Motor 2-leaf: Connection for motor-2: Limit switch The motor must be at the gate “Gate CLOSE” leaf that opens first and which Limit switch does not have a stop bar on “Gate OPEN” the outside. Earth limit switch & 11 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 10 4 1 2 2 5 3 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 11 1 3 12 13 5 1 14 5 7 16 17 9 1 18 9 20 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 2 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 9 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k çèéêëìíîïðñòóôõö÷øùúûüýþÿ ÝÞßàáâãäåæ Ü Ú Ù ×Ø Ö Õ Ô Ó Ò Ñ ÈÉÊËÌÍÎÏÐ Ç ¿ÀÁÂÃÄÅÆ ¾ ½ ¯°±²³´µ¶·¸¹º»¼ ª«¬−® Ÿ¡¢£¤¥¦§¨© š›œ ˜™ ‘’“”•–— Š‹Œ †‡ˆ‰ xyz{|}~‚ƒ„… nopqrstuvw XYZ[\]^_abcdefghijklm VW STU R PQ O N IJKLM H EFG D ABC &'()*+,-./0123456789:;<=>?@ `˘˙˚˝˛ˇı!"# %$5 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 8 6 4 22 23 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 çèéêëìíîïðñòóôõö÷øùúûüýþÿ ÝÞßàáâãäåæ Ü Ú Ù ×Ø Ö Õ Ô Ó Ò Ñ ÈÉÊËÌÍÎÏÐ Ç ¿ÀÁÂÃÄÅÆ ¾ ½ ¯°±²³´µ¶·¸¹º»¼ ª«¬−® Ÿ¡¢£¤¥¦§¨© š›œ ˜™ ‘’“”•–— Š‹Œ †‡ˆ‰ xyz{|}~‚ƒ„… nopqrstuvw XYZ[\]^_abcdefghijklm VW STU R PQ O N IJKLM H EFG D ABC &'()*+,-./0123456789:;<=>?@ `˘˙˚˝˛ˇı!"# %$.0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 2 25 10 2 25 2 1 M 21 1 5 3 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 22 23 km kw I-.ugL0 m G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM w I-.ugL0 G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM km kw I-.ugL0 m G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM w I-.ugL0 G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM km I-.ugL0 G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`abcdef123456789A X W V T S R P O N y°äünoprstlhiM w 8 6 3 9 3 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k M 6 4 5 2 11 1 1 3 2 3 5 14 15 7 1 16 7 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km M 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 8 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 14 M 4 2 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w 3 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 11 1 12 13 14 8 2 10 6 20 km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w km I-.ugL0 G F E D C _`acdef123456789A X W V T S R P O N y°äünoprstlhiM w 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 6 3 2 1 kmwy°äünoprstlhiMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 8 1 15 5 27 16 17 3 9 18 19 12 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 16 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 5 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 18 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 5 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°äünoprstlhiM w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 14 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 12 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 16 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k I-.ugL0ugL0 EFG D X_`abcdef123456789AC STVW PR O N y°äünoprstlhiM kw m I-.w EFG D X_`abcdef123456789AC STVW PR O N y°äünoprstlhiM km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 20 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km 18 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°äünoprstlhiM w km 10 8 6 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 4 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 1 8 6 12 4 9 21 10 1 18 16 14 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k I-.ugL0 EFG D X_`acdef123456789AC STVW PR O N y°äünoprstlhiM w km 5 I-.ugL0 EFG D X_`abcdef123456789AC STVW PR O N y°äünoprstlhiM kw m I-.ugL0 EFG D X_`abcdef123456789AC STVW PR O N y°äünoprstlhiM w km 3 2 15 5 17 16 17 4 9 18 19 20 11 12 3 4 2 2 20 5 14 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 8 5 22 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 4 4 17 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km 22 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 11 1 12 13 14 15 13 6 5 16 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 4 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 3 3 19 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km 24 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 4 10 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 2 10 4 kmwy°äünoprstlhiMNOPRSTVW X_`acdef123456789ACDEFGI-.ugL0 2 3 9 20 18 26 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k I-.ugL0 EFG D X_`abcdef123456789AC STVW PR O N y°äünoprstlhiM w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 5 3 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 D 15 3 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 21 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km N O e 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 2 17 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k Tim 9 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km D er ow 1 2 22 21 1 3 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 4 8 24 11 6 26 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 2 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 13 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 17 8 10 13 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km T 2 rt ta 1 t S r ta S 21 19 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R P O N iM tlh rs p o n ü ä ° y w m k G kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 4 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 1 2 3 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km Sta ON 15 1 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k X21 L L im Li im Li m it m it it 1 1 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 0 0 15 1 X2 19 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 1 2 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 T kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 T 1 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 11 s ate 21 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 19 17 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 2 Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k t tar rt 2S S1ta t tar rt 1S Ls.0 g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rlh p o tn ü y°ä w km 23 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k 3 2 3 21 4 M2 1. 2 2. 3 M1 25 1 kmwy°äünoprstlhiMNOPRSTVW X_`abcdef123456789ACDEFGI-.ugL0 1 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km 0 L g I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ X W V T S R P O N iM rstlh p o n ü y°ä w km T AN L L im Li im Li m it m it it 1 1 25 23 .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k .0 s L g I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c b `a _ X W V T S R P O N iM rlh p o tn ü ä ° y w m k Commissioning General instructions Activating standard operation After the drive system has been installed, the person responsible for the installation must complete an EU Declaration of Conformity according to Machine Directive 98/37/EU and attach a CE mark to the type plate of the drive. This also applies in cases where the owner of the system is a private person, as well as to manually operated gates that have been upgraded with a drive. The above documents and the instructions for installation and operation must be handed over to the operator. “Status” LED flashes, until the values for force, runtime and closing delay have been registered and stored. 2 leaf gate! Leaf 1 (M1 leaf with stop) is closed first, followed by leaf 2 (M2 pedestrian leaf). This prevents gates with different runtimes from closing in the wrong sequence. • Check limit switch settings. Open and close the door. If the drive switches off when an end position is reached, complete a teaching-in process. The force settings are relevant for the system’s safety and must therefore be adjusted with due care and attention. If the force tolerance is outside the permitted range, there is a serious risk of injury and damage. Select the lowest possible force tolerance in order to ensure that obstacles are immediately and reliably detected. Set DIP switch 8 to ON and leave it in this setting. Programming the operator (Complete procedure at least twice) 2 rt ta 1 t S r ta S ta rt 1S a t S D 8 8 7 7 er ow ty e af S 6 5 5 • During the commissioning runs, the force necessary to properly open and close the gate, the runtime and the delay upon closing are evaluated and stored by the control system. F P DI IP P • The “Status” LED and a connected warning lamp (accessories) flash as a visual warning during the programming run and when the equipment is stationary. X1 t2 tar 2 S t r Sta rt 1 6 All programming runs must be supervised, as the drives operate at full force. Ensure that no persons or objects are located within the operating range of the gate. 4 3 3 O N 4 ON 2 2 1 1 Preparation for standard operation Ga te Attention: Risk of short circuit! Before adjusting the DIP switch settings, disconnect the control unit from power supply. 2 rt ta S rt 1 ta S r e P y et af S 2. Connect control unit to power supply (AC 230 V) (“POWER” LED is on). X21 t tar rt 2S Sta t1 r a t rt 1S Sta ow 1. Select 1 or 2 leaf option, connect desired components and complete settings (see Functions and connections). 1 ON 2 1 te P DI 3 4 5 6 7 8 1 M1 3. Tighten all screws at the fittings so that the drives can easily be moved. 2. 1. M2 4. Close gate. Sta s tustatu S Lo ock cL E- k 5. Engage emergency release and secure with lock. E- Adjusting gate leaf length • Maximum force = programmed force + force tolerance (set using “Gate 1 (M1) / Gate 2 (M2)” potentiometer, depending on gate leaf length). 1 te P DI 2 3 4 5 6 7 8 M1 1 1. 2. M2 N ON X21 t tar rt 2S Sta rt 1 ON Sta rt 1 a t 1 rt S Sta O Sta s tustatu S Lo ock cL E- k 2 2 2 1 Ga 1 Gate 2 Gate 1 ty e af ta rt 1S Sta t tar rt 2S te E- 1 e 2 2 rt ta S rt 1 ta S S te er ow Ga X2 2 1 rt ta ty 5 er 4 ow 6 e af 5 2 3 3 S 3 P 4 P • Changes that are made to this setting after the drive has been programmed are not taken into consideration. First perform a control unit reset, adjust potentiometer and then repeat the programming run. 1. Press key (Start 1), drive moves to the gate “OPEN” end position - The “POWER” LED and the “Status” LED flashes. 6 2. Press key (Start 1), drive moves to the gate “CLOSE” end position. - The “POWER” LED illuminates and the “Status” LED flashes. Tim 2 3. Repeat steps 1 + 2. The gate leaf length is adjusted at the control unit using the “Gate 1 (M1) / Gate 2 (M2)” potentiometers. On the basis of this setting, the running speed and the force tolerance are determined for the relevant leaf of the gate system. • Setting 2 = Gate leaf length approx. 2 m (small gate -> high speed -> low tolerance) † When the “Status” LED stops flashing, all values have been programmed and stored. The gates are started and stopped using the “soft run” with the next command. During each opening and closing operation, the control unit checks the force, run time and closing delay, and adapts them in stages when the end position is reached. • Setting 5 = Gate leaf length approx. 5 m (large gate -> low speed -> high tolerance) If the programming run could not be properly completed (drives not in soft run mode, “Status” LED flashes), the control system should be reset (all stored values are deleted, see control reset). • Setting 6 = For compensating for the effects of dimensions A and B. Start a new programming run. & 12 Commissioning Programming the remote control device Prior to the initial programming of the remote control device, clear the memory of the radio receiver. 2 4 3 Pos 1 Pos 2 5 1 5 6 Clearing radio receiver memory 1. Press and hold down the programming key (1). - After 5 seconds, the LED begins to flash. After another 10 seconds, the LED is continuously on. - After 25 seconds, all LEDs are on. 2. Release programming key (1). † All LEDs off - the memory is cleared. Programming the remote control device Gate system with 1 leaf: • Key 1 to radio channel 1 Gate system with 2 leaves: • Key 1 to radio channel 1 (both leaves open) • Key 2 to radio channel 2 (only the pedestrian leaf opens) 1. Press programming key (1) 1x for channel 1; LED (K1) is on 2x for channel 2; LED (K2) is on - If no other code signal is transmitted within 10 seconds, the radio receiver switches to standard operation. - Aborting programming: repeatedly press programming key (1) until all LEDs are off. 2. Press and hold the desired remote control key (5) until the LED is off. - LED is on, indicating the selected channel. The respective code is transmitted to the radio receiver. † LED is off - the programming process is completed. Check Press key 2. The pedestrian gate leaf opens. Press key 1. Both leaves open. “Teaching” additional remote control devices. Repeat the above steps. Max. 112 different radio codes (remote control keys) can be stored in the radio receiver. & 13 2 Intermediate stop y et af Open the gate leaf using the pulse command and issue a stop command shortly after. If gate leaf 1 has not yet opened, the open pedestrian gate leaf can only be closed using the pedestrian gate command. Sta s tustatu S ELo ock cL E- k & 14 te Ga te 2 rt ta S rt 1 ta S er 2 leaf gate system ta rt 1S Sta 2 T5 8 The temperature difference might also affect the end position of the leaves. If necessary, adjust positions at the limit switch. (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 2 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # T AN (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 3 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 4 O N 2 t tar rt 2S Sta rt 1 D IP Due to the temperature variations between summer and winter, the forces required for opening and closing the gate might vary considerably. If the gate cannot be opened or closed, reset the control system and complete a programming run. te 7 Operation in summer/winter 1 Ga 6 If the moving gate leaf touches an obstacle, it is identified as such. Depending on the actual movement and DIP switch settings, the gate leaf responds in different ways. The next gate movement is always away from the obstacle. 5 mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 5 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 6 mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 8 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # D IP mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° t tar rt 2S S1ta t tar rt 1S mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° AN 7 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # Sta 4 mäüwxy“tnoprklNOPRSTVW X`acef123456789ACDEFGI-uiL”s.0° • Never use remote control device at locations where it might interfere with other important radio systems (e.g. airports, hospitals). 3 A prerequisite for obstacle detection is a correctly performed programming run. 2 Obstacle detection 1 If the force required to open or close the gate exceeds the permitted force tolerance (e.g. because of an obstacle), the drive stops and moves a little way in the opposite direction. This is known as a force cut-off with reversal and is for safety purposes. te O N If the force required to open or close the gate is increased within the tolerance range set at the potentiometer, the force settings are automatically adjusted accordingly. In the same way, the drive adjusts the settings, if less force is required. S 1 Ga ow P E 2 Damage to the gate, humidity, subsidence, extreme temperature, etc. may affect the force that is required to open and close the gate. X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW Standard operation S 1x 2 rt ta S rt 1 ta S er ow P ety af X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW • Only operate the gate with the remote control when you have full view of the gate. X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW • Keep the remote control device out of reach of children or animals and prevent any inadvertent use. X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW • Use remote control device only if the force tolerance is set to a permitted value. Select the lowest possible force tolerance to reduce the risk of injury. X`acef123456789ACDEFGI-.uiL0 mwxy“”°äünoprstklNOPRSTVW S 3 Operation Safety instructions Opening and closing gate • Never operate the drive if you suspect that it might be faulty or damaged. • DIP switch 8 set to ON and programming run completed. • Before opening or closing the gate, ensure that no persons, especially children, animals or objects are within the opening range of the gate. • Remote control programmed (key 1 to channel K1, key 2 to channel K2). T X2 X21 F 1 e Tim Procedure for 1-leaf gates es C4 1. Press key (Start 1) or remote control key (Key 1). 2. Gate opens until end position “OPEN” is reached. - LEDs “OPEN”+ “Status” are on. - After end position “OPEN”, “Open + Status” LEDs switch off. Procedure for 2-leaf gates - operation of both leaves 1. Press key (Start 1) or remote control key (Key 1). - Leaf 2 (M2/pedestrian leaf) opens first. After 3 seconds, leaf 1 (M1) opens - LEDs “OPEN + Status” are on. - After end position “OPEN”, “OPEN + Status” LEDs switch off . 2. Press key (Start 1) or hand-held transmitter key (Key 1). - Leaf 1 (M1) closes first. After 5 seconds, leaf 2 (M2/pedestrian leaf) closes - LEDs “Close + Status” are on. - After end position “CLOSE”, “Close + Status” LEDs switch off. Procedure for 2-leaf gates - operation of pedestrian gate 1. Press key (Start 2) or remote control key (Key 2). - Leaf opens until end position “OPEN” is reached - LEDs “Open + Status” are on. - After end position “OPEN”, “OPEN + Status” LEDs switch off. 2. Press key (Start 2) or remote control key (Key 2). - Gate closes until end position “CLOSE” is reached - LEDs “Close + Status” are on. - After limit position “CLOSE”, “Close + Status” LEDs switch off. Resetting control The control unit reset deletes all programmed values (e.g. force values: drive force required to open or close gate, closing delay). Under certain circumstances, it might be necessary to delete all stored values and reprogram the system. X2 X21 F 1 Tim e 1. Press keys (Start 1 + Start 2) and hold until “Status” LED begins to flash. 2 2. LED “Status” is off - all data is deleted. Release keys. 3. LED “Status” flashes. 4. Complete programming run, see chapter “Activating standard operation”. U Operation Display and keys 5 This procedure should only be applied if the control system is not powered and is secured against inadvertent activation. In the event of a power failure, the gate can be manually opened or closed, irrespective of its initial position. 2 4 Releasing the drive system 3 Pos 1 Pos 2 Emergency release in the event of a power failure 1 5 2 6 1 1 Programming key 2 Internal aerial 3 LEDs: indicate the selected channel. K1 = radio channel 1 -> same function as “Start 1” key K2 = radio channel 2 -> same function as “Start 2” key ! K3 = radio channel 3 -> no function assigned ! K4 = radio channel 4 -> no function assigned Connection for external aerial (6) If the internal aerial does not have the necessary reach, connect an external aerial to the device. For details, see accessories. Remote control key 1. Turn key (1) 90° anticlockwise and remove. 2. Pull emergency release handle (2) as far as it will go, motor is released. 4 Engaging the drive system 5 6 1 External aerial Programming the remote control device 2 Prior to the initial programming of the remote control devices, clear the memory of the radio receiver. 1. Press programming key (1) once for channel 1; LED (K1) is on twice for channel 2; LED (K2) is on - If no code is transmitted within the next 10 seconds, the radio receiver is reset to standard mode. - Aborting programming: repeatedly press programming key (1) until all LEDs are off. 1. Complete above steps in reverse order. 2. Press and hold the desired remote control key (5) until the LED is off. - LED is on, indicating the selected channel. The respective code is transmitted to the radio receiver. Radio receiver Safety instructions † LED is off - the programming process is completed. • The operator of this radio-controlled equipment is not in any way protected against interference from other telecommunications systems and facilities (e.g. other radio-controlled equipment that is licensed to operate at the same frequency range). “Teaching” additional remote control devices. Repeat steps described above. Max. number of memory blocks available is 112. • In the event of poor reception, replace the battery of the remote control. & 15 Operation Cancelling remote controller button from radio receiver Troubleshooting All LEDs are flashing: Attempt to assign more than 112 memory blocks to the radio receiver. If you wish to program additional remote control devices, first disable other remote control devices to free up memory blocks If, for instance, a user of a parking facility is moving house and wishes to keep his remote control device, all radio codes for this device must be deleted from the receiver. For reasons of safety, we recommend deleting every single key and possible key combination! LED is on: - Programming mode: the radio receiver is waiting for a signal from a remote control device. - Radio receiver is receiving a signal from a remote control device. 1. Press programming key (1) and hold for 5 seconds until one of the LEDs is flashing. 2. Release programming key (1) - the radio receiver is not in delete mode. 3. Press the remote control key whose radio code is to be deleted from the radio receiver. The LED is switched off. The deletion process is complete † LED is off - the deletion process is completed. Deleting all radio codes of a channel 1. Press and hold down the programming key (1). 1x for channel 1; LED (K1) is on. 2x for channel 2; LED (K2) is on. - LED is on, depending on which channel has been selected. After 5 seconds the LED starts to flash and then after an additional 10 seconds is continuously illuminated. 2. Release programming key (1) - the deletion process is completed. Clearing radio receiver memory If a remote control transmitter is lost, for security reasons the radio receiver must be cleared! All remote control devices must subsequently be programmed again. 1. Press and hold down the programming key (1). - After 5 seconds, the LED begins to flash. After another 10 seconds, the LED is continuously on. - After 25 seconds, all LEDs are on. 2. Release the ‘Program’ button (1). † All LEDs are off - the memory is cleared. Connecting external aerials Pos 1 Pos 2 Pos 1 Pos 2 Pos 1 Pos 2 • Ensure that the aerial cable is laid in such a way that there is no physical impact to the radio transmitter. Install tension protection, if necessary. & 16 Functions and connections Safety instructions Potentiometer for gate leaf length • Permissible cable cross-sections for all terminals: max. 0.5 mm² to 2.0 mm². • Maximum force = programmed force + force tolerance (set using “Gate 1 (M1) / Gate 2 (M2)”” potentiometer depending on gate leaf length). • 10 m max. cable length for terminals: 5 + 6, 7 + 8, 9 + 10, 35 + 36 • Changes that are made to this setting after the drive has been programmed are not taken into consideration. First perform a control unit reset, adjust potentiometer and then repeat programming run. 5 3 4 e e Tim 1 Tim s ate 2 4 IC G Label Gates 1 / 2 s ate 1 D IP 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1 Ga 1 5 e Tim 2 1 6 tes 4 IC Ga The gate leaf length is adjusted at the control unit using the “Gate 1 (M1) / Gate 2 (M2)”” potentiometers. On the basis of this setting, the running speed and the force tolerance are determined for the relevant leaf of the gate system. 2 2 1 2 2 te 3 3 2 1 1 1 1 ON O N Gate 2 IP D 8 5 N 2 2 7 6 4 ON 3 3 O N O 1 te 6 P DI ta rt 1S Sta 3 4 4 ON Gate 1 7 6 5 5 P DI 8 8 8 7 6 t tar rt 2S S1ta rt ta rt 1S Sta D ta rt 1S Sta X21 7 IP P DI Ga 2 6 t tar rt 2S S1ta rt 5 4 2 rt ta S rt 1 ta S er ow P ety f 2 rt ta S rt 1 ta S er ow P ety f X21 er ow ty e af Selection of gate system (single-leaf or double-leaf) After changing the jumper settings, reset the control system and perform a new programming run. 3 X21 t tar rt 2S S1ta rt S Jumper P 4 2 rt ta S rt 1 ta S • 30 m max. cable length for terminals: 21 + 22, 23 + 24, 25 + 26, 27 + 28, 29 + 30, 31 + 32, 33 + 34, • Setting 2 = gate leaf length approx. 2 m (small gate -> high speed -> low tolerance) 4 IC G Function • Setting 5 = gate leaf length approx. 5 m (large gate -> low speed -> high tolerance) Jumper on the upper pins = 2-leaf • Setting 6 = For compensating for the effects of dimensions A and B. Jumper on the lower pins or not connected = 1-leat Radio remote transmission slot This is where the radio receiver is plugged in. It is installed prior to delivery. Control panel keys 4 3 2 1 et y Sta Function U 8 7 6 5 N K 5 Label F P DI 8 N O 2 af 1 X21 t tar rt 2S a t S t1 tar rt 1S er 3 IP K S 2 4 ow ON P te D 7 6 5 5 X2 7 D 8 8 N 2 rt ta 1 t S 7 U r ta S ta rt 1S Sta AN 6 y et P DI IP er af S ow P Ga T F 6 2 rt ta 1 t S r ta S 1 tX2 tar rt 2S S1ta rt 4 3 3 2 2 2 1 1 Operating the key while the pedestrian gate leaf is in motion stops the pedestrian gate. If the pedestrian gate is open, the key also opens gate leaf 1. TorMinal interface Function sequence: open - stop - close - stop - open … See TorMinal operating manual 3 3 2 2 1 Ga Operating the key only opens the pedestrian gate if it is a 2-leaf gate. In gate systems with an outer stop bar, the pedestrian gate is always the first gate leaf to open. Function sequence: open - stop - close - stop - open … ON 2 1 te N Ga Pedestrian gate key: only opens the pedestrian gate O Start 2 ON N te Pulse key: opens both gate leaves O Start 1 4 te 1 e Tim 2 2 X1 1 tes Ga Key (Start 2) only functions if gate leaf 1 is completely closed. 2 3 2 1 D1 21 T4 30 & 17 3 2 1 Control reset: To reset the control unit to its initial state (RESET), hold down both keys at the same time for 5 seconds - until LED (Status) is off. 17 19 2 Functions and connections LEDs The LEDs indicate the control system status. Label Colour Safety red AN 2 4 6 5 U N 8 = No power supply to control unit on = Control unit power supply present. 8 7 Start 2 e se 29 se clo en e Clo pe2n7it 2 2 opclospen O m t 25 Li i 1 o 2 D1 33 32 1 34 im Ti 2 12 X 37 1 4 IC Sta s C4 tustaetu I lose n S Eos en 2 c ope se l k C Lo oc Op mit t 2 clo pen cL Li imi e it 1 1 9olose n E- k L sm t 2 e G 1 2 3 21 1 2 3 1 T1 3 2 1 11 on = Start 1/radio channel 1 key pressed. Open yellow off = Idle on = Start 2/radio channel 2 key pressed. yellow off = Idle yellow on off = = Gate closing Idle Limit 2 close (CLOSE) (M2) red on = Limit 2 open (OPEN) (M2) red imit 1 close (CLOSE) (M1) red 8 Limit 1 open (OPEN) (M1) red off = E-Lock yellow off = Idle yellow on off = = E-lock operated Idle, with programmed force values. off = Idle on = - Limit switch gate OPEN activated - Twist 200 E connected - No motor connected 1 2 10 16 18 22 24 26 28 7 20 5 3 1 25 4 23 2 Status - Limit switch gate CLOSE activated - Twist 200 E connected - No motor connected 2 8 6 7 1 2 E S FU 3 10 4 5 30 T5 19 9 T7 1 13 15 17 i n i 2 c op se 7 o CloL pLei2m O mit t 2 cl pe 25 Li Limiimit 1it 1 o L Lim 23 3 1 2 3 E S FU T4 Sta s tustatu S ELo ock c L E- k Idle s ate 2 D1 0 D3 = on = Gate opening If both LEDs are lit (Limit 2 close/open or Limit 1 close/open), either a twist 200 E is connected or no motor is connected. 36 35 me T5 Close 38 37 30 4 IC G off IC se se clo en Clo pen it 2 2 opcloseen O im it 1 op L im it 1 L im it L im L SW s ate yellow 4 K 3 r 3 7 Start 1 im Tim 37 off 1 F P DI ta rt 1S Sta 6 5 te rt S Sta rt 1 4 2 Ga 1 Safety connection interrupted (e.g.: light barrier activated). If both LEDs illuminate (Limit 2 close/open or Limit 1 close/open), there is either no motor or a twist 200 E (Not permitted!) connected. 3 O N 2 1 te 1 Idle = D IP S Sta Ga green X21 t tar rt 2S a t S t1 tar rt 1S er ow ty e af P 2 rt ta S rt 1 ta S X1 Start 2 ON = on X2 Power Start 1 off T Start 2 Start 1 Power Safety A Function off = Idle on = - Limit switch gate CLOSE activated - Twist 200 E connected - No motor connected off = Idle on = - Limit switch gate OPEN activated - Twist 200 E connected - No motor connected flash = Idle Test mode, where DIP switch 8 is set to OFF. - When programming the drive (also in idle state), whereby DIP switch 8 is ON. - During every gate movement, gate OPEN or CLOSE. on & 18 = Setting only possible with TorMinal. Same behaviour as flashing, but warning lamp comes on. Functions and connections DIP switches Automatic close mode Prior to adjusting the DIP switch settings, disconnect the control unit from the power supply. Factory settings: OFF F P DI IP 1 8 8 D ta rt 1S Sta 7 7 6 6 er ow P ety af S 5 U N K 5 Ga t tar rt 2S S1ta t r 4 N 3 3 O 2 The gate closes automatically after the time for GATE OPEN set at the potentiometer has lapsed. The gate can only be opened by means of a command issued via a push-button or remote control. When the gate is opening, no command issued can stop it from doing so. Automatic closing is activated as soon as the gate OPEN end position is reached, from which point the GATE OPEN timer starts to run. 2 2 4 1 Ga 1 te ON For operation with automatic close mode, comply with EN 12453 (e.g. installation of light barrier). te Switch Function in OFF position 1 When it is closing automatically and a further command is given, the gate opens fully. If a command is issued during the GATE OPEN period, this period is restarted. 1 Function in ON position No response to safety connec- Gate stops if safety connection tion activation with gate OPEN. activated (terminals 33 + 34) with gate OPEN. S 6 3 Ga te ON 2 9 0 1 Ga te 5 Early warning time OFF 6 Only if DIP 4 ON! Status display via relay contact (terminals 37 + 38): Gate open -> open Gate closed -> closed Early warning time approx. 3 seconds. Warning lamp flashes before gate starts. Only if DIP 4 ON! Status display via relay contact (terminals 37 + 38): Gate open -> closed Gate closed -> open Ga te 2 1 te F P DI ta rt 1S Sta ON Ga 2 t tar rt 2S S1ta rt 1 Relay contact (terminals 37 + 38) is a time relay*. er ow ty e af 4 Gate opens all the way when a signal is received at the safety connection (terminals 33 + 34) with gate CLOSE. DIP 1 ON and safety connection interrupted: the gate reverses and stops. Relay contact (terminals 37 + 38) is a status display, see DIP 6 for further information. 6 e S Brief reversal if a signal is received at the safety connection (terminals 33 + 34) with gate CLOSE. 5 Tim Time Safety connection (terminals 33 + 34) set to 2-wire light barrier. P 3 Safety connection (terminals 33 + 34) set to break contact. 4 1 12 2 2 3 2 3 4 5 6 7 U 8 N K 1 The GATE OPEN time can be adjusted using the potentiometer (Time): - Time adjustable between 2 and 120 seconds - Off → left stop Drive system behaviour when a signal is received at the safety connection Gate OPEN: Drive behaves according to the settings of DIP switch 1. Gate CLOSE: Drive behaves according to the settings of DIP switch 3. Automatic close mode, option 1 Settings: - Set potentiometer to the desired time (2 to 120 seconds) - DIP switch 7 OFF - DIP switch 8 ON 7 8 No function assigned Gate closes 5 seconds after the light barrier has been activated, e.g.: after a car has passed through. Test mode: Standard mode: Drive can operate without force - After moving from OFF to values being programmed. ON, drive is programmed Setting for adjusting the limit with the force values, run switch. time and closing delay for opening and closing. - Gate opens or closes. - Other DIP switches set as required Automatic close mode + light barrier, option 2 This option allows for the manual interruption of the automatic closing motion. Similar to the option described above; the gate is, however, automatically closed 5 seconds after the light barrier has been triggered. Settings: - Set potentiometer to the desired time (2 to 120 seconds) - DIP switch 7 ON - DIP switch 8 ON Operate the gate only with full view of the gate’s operating range. - Other DIP switches set as required After programming, leave DIP switch 8 in position ON. * For additional settings see TorMinal operating manual. & 19 30 40 V 30 V 24 2 AC 1 40 4 4 41 41 39 S s 0 D3 2 X1 3 2 T4 Terminal Name 39 + 40 AC 230 V Power cable (primary winding), brown 41 + 42 AC 24 V Output (secondary winding): Control unit supply cable, white 2 2 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km 1 42 1 1 & 20 2 3 Connection of transformer 4 39 8 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km 1 7 5 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 2 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° km I-.uhK G F E D C _`acdef123456789A X W V T S R P O äünoprstliLN y“”°ß w 0 10 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 9 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 6 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 8 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 1 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 15 5 6 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km km I-.uhK G F E D C _`acdef123456789A X W V T S R P O äünoprstliLN y“”°ß w 0 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° km I-.uhK G F E D C _`acdef123456789A X W V T S R P O äünoprstliLN y“”°ß w 0 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 10 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 12 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 8 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 10 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 7 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 4 9 2 12 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km 1 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km Terminal Name 5 6 Earth DC 24 V 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 17 Terminal Name 7 8 Earth DC 24 V 16 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 14 18 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 2 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 16 18 2 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 14 I-.uhK0 EFG D X_`acdef123456789AC STVW PR O y“”°ßäünoprstliLN w km 1 15 5 27 16 17 3 9 18 19 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 6 12 13 14 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 11 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 6 5 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 9 4 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 13 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 4 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 2 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 1 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 6 kmßäüwy“tnoprliLNOPRSTVW X_`acdef123456789ACDEFGI-uhK”s.0° T 11 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 8 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 2 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 1 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km kmßäüwy“tnoprliLNOPRSTVW X_`acdef123456789ACDEFGI-uhK”s.0° D 30 17 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 7 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 11 km I-.uhK G F E D C _`acdef123456789A X W V T S R P O äünoprstliLN y“”°ß w 0 1 10 8 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 The control unit must be connected to the power supply by a qualified electrician. kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 Protective earth conductor kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 4 E 3 E P P V 2 N 230 AC kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 10 km I-.uhK G F E D C _`acdef123456789A X W V T S R P O äünoprstliLN y“”°ß w 0 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 19 17 18 3 15 16 1 13 14 11 12 7 4 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 5 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 9 10 18 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 15 3 12 13 1 5 14 15 27 1 16 7 3 9 18 19 2 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 8 0 I-.uhK FG E D C _`acdef123456789A X W TV S R P O y“”°ßäünoprstliLN w km kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 2 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 2 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 2 3 kmßäüwy“tnoprliLNOPRSTVW X_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 6 AC 230 V power supply cable 11 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° Connection to power supply (AC 230 V) kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 4 Function 5 3 6 7 5 9 8 kmwy“”°ßäünoprstliLNOPRSTVW X_`acdef123456789ACDEFGI-.uhK0 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 11 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 42 0 9 X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 13 10 PE 9 8 10 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 Electric lock 1 must be fitted to the pedestrian gate (M1). N Neutral conductor kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° AC 230 V power supply cable 1 Available as optional accessories. L kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° Function 2 5 7 6 14 16 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 1 8 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 6 2 1 12 8 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 1 5 4 6 5 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 Name 10 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 8 1 kmwy“”°ßäünoprstliLNOPRSTVW X_`acdef123456789ACDEFGI-.uhK0 D 30 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km Terminal 3 4 3+4 5 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 1 L 6 3 2 1 3 8 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 3 6 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 2 6 kmßäüwy“tnoprliLNOPRSTVWX_`acdef123456789ACDEFGI-uhK”s.0° 1 8 5 kmwy“”°ßäünoprstliLNOPRSTVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 6 T 2 44 1 3 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 4 11 2 10 11 kmwy“”°ßäünoprstliLNOPRSTVW X_`acdef123456789ACDEFGI-.uhK0 4 9 T 2 7 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 2 1 6 kmwy“”°ßäünoprstliLNOPRSTVW X_`acdef123456789ACDEFGI-.uhK0 V kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 AC V 24 6 2 1 T5 3 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 1.6 A, slow 3 1 2 F1 4 3 2 2 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 Capacity 2 6 5 6 X1 T 7 Fuses 3 F1 .6A 1 kmwy“”°ßäünoprstliLNOPRSTVWX_`acdef123456789ACDEFGI-.uhK0 20 5x 2 AC Label T 5 E ck 3 4 20 2 5x 3 E 1 S 2 FU 3 Functions and connections Connecting electric lock 2 Available as optional accessories. Electric lock 2 must be fitted to the pedestrian gate B (M2). X_`acdef123456789ACDEFGI-.uhK0 wy“”°ßäünoprstliLNOPRSTVW km 19 X_`acdef123456789ACDEFGI-uhK”s.0° ßäüwy“tnoprliLNOPRSTVW km 21 X_`acdef123456789ACDEFGI-uhK”s.0° ßäüwy“tnoprliLNOPRSTVW km 20 clos e 2 x 0,75 mm 2 ope n 4 2 x 0,75 mm e ope 2 2 Function Connection for DC 24 V electric lock, limited to 2 A with max. output of 24 W. Rectified, not stabilised transformer voltage, which may fluctuate between DC 22 V and DC 32 V under full load. Connecting electric lock 1 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 19 21 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R P O N rstliL p o n ü ä y“”°ß w km 20 clos n I-.uhK0 EFG D X_`acdef123456789AC STVW PR O y“”°ßäünoprstliLN w km 4 1 Function Connection for DC 24 V electric lock, limited to 2 A with max. output of 24 W. Function Rectified, not stabilised transformer voltage, which may fluctuate between DC 22 V and DC 32 V under full load. 12 -> 1 14 -> 2 16 -> 3 18 -> 4 20 -> 5 11 -> 1 13 -> 2 15 -> 3 17 -> 4 19 -> 5 Motor 2-leaf: connection for motor-1: The motor must be on the Motor gate leaf that opens second Limit switch and which has a stop bar on “Gate CLOSE” the outside. Limit switch “Gate OPEN” Earth limit switch X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 2 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km Motor 1-leaf: connection for motor Motor 2-leaf: connection for motor-2: Limit switch The motor must be at the gate “Gate CLOSE” leaf that opens first and which Limit switch does not have a stop bar on “Gate OPEN” the outside. Earth limit switch & 21 14 16 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 18 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 20 4 25 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 22 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km I()-.uhL/0 EFG D X_`acdef123456789AC VW STU PR O y“”°ßäünoprstliN w km 5 24 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 27 31 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 3 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 4 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 19 26 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 28 31 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 2 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 14 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km I()-.uhL/0 FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliN w km I()-.uhL/0 FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliN w km 32 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 16 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 18 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 2 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 20 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 4 I123456789:.),!ugLA/-(0 EFG D XZ_`abcdefC STVW PR O N yz“”°ßäünoprstlhiM vw km 5 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 22 1 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 24 31 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 26 28 S (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 19 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 30 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 1 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 1 D kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 12 1 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 D kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 12 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 D 30 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 C O lo Li pe se m n L L im it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n en e 2 23 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 17 3 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 8 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 2 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 27 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 10 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 21 22 23 5 24 25 7 26 27 9 28 29 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 8 2 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 3 C O lo Li pe se L m n L im it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n en e /-(0 I123456789:.),!ugLA FG E D Z_`abcdefC X W TV S R P O N yz“”°ßäünoprstlhiM vw km kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 6 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 30 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 25 21 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 4 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 31 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 6 31 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 S kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 10 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 4 /-(0 I123456789:.),!ugLA FG E D Z_`abcdefC X W TV S R P O N yz“”°ßäünoprstlhiM vw km 32 9 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 10 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 8 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 26 30 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 6 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 T 11 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 29 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 5 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 1 22 23 5 24 25 7 26 27 9 2 28 9 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 24 S X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 23 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 I123456789:.),!ugLA/-(0 EFG D XZ_`abcdefC STVW PR O N yz“”°ßäünoprstlhiM vw km 21 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 20 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 28 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 Rectified, not stabilised transformer voltage, which may fluctuate between DC 22 V and DC 32 V under full load. kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 9 kmßäüvwyz“tnoprlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 10 2 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 19 30 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 17 22 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 21 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 Function 1 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 2 4 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 Connection for DC 24 V warning lamp, limited to 1 A at max. output of 24 W. kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 I-.ugK0 EFG D XZ_`abcdef123456789?AC STVW PR O N xyz“”°ßäünoprstlhiLM w km 4 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 25 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 Function kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 21 23 IC kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 For function settings, see DIP switches 4 + 5 X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km O lo L pe se Li im n L m it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n en e 19 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 10 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 2 L Limimit it 1 L Lim 23 C kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 5 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 8 ATTENTION Only connect the drives if the control unit is not powered and is secured against inadvertent activation. The control unit only then correctly recognises the connected drives (type of limit switch). es kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 20 D 12 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 24 2 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 22 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 18 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 3 I123456789:.),!ugLA/-(0 EFG D XZ_`abcdefC STVW PR O N yz“”°ßäünoprstlhiM vw km 5 22 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 16 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 14 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 Connecting drives kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 14 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 18 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 6 4 M 2 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 4 2 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 12 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 16 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 9 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 17 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 17 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 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kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 26 15 3 12 13 5 14 15 7 1 16 7 9 1 18 9 20 1 8 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 24 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 22 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o T 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 2 L Limimit it 1 L Lim 23 11 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 1 Earth DC 24 V kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 10 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 18 6 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 3 9 10 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 19 0 Name 5 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 8 2 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 Name kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 I123456789:.),!ugLA/-(0 EFG D XZ_`abcdefC STVW PR O N yz“”°ßäünoprstlhiM vw km 4 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 20 5 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 10 Terminal kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 16 2 18 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 21 3 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 22 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 3 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 14 12 13 1 5 14 15 27 16 17 3 9 18 19 k Z_abcdefghinm X W TV S R P O N LM IK FG E D C xyz“”°ßäül`-.0123456789?A oprstuw 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 6 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km M kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 9 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 Terminal -> Cable no. 11 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 21 kmwy“”°ßäünoprstliNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhL/0 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 8 1 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 3 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 2 19 21 1 3 22 23 5 24 25 7 2 26 7 9 2 28 9 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 6 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 6 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 2 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 1 kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 IC kmßäüvwyz“tnoprlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:!ugLA(”s)°,-./0 4 4 es IC es Available as optional accessories. kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o 14 16 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o 10 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 4 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 3 Connecting warning lamp 9 12 12 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 17 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 8 10 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 8 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 2 20 6 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 7 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 km I123456789:.),!ugLA G F E D _`abcdefC Z X W V T S R P O N äünoprstlhiM yz“”°ß vw /-(0 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 1 5 3 6 7 5 9 8 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 6 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 4 9 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 1 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 9 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 4 5 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o 10 km I123456789:.),!ugLA G F E D _`abcdefC Z X W V T S R P O N äünoprstlhiM yz“”°ß vw /-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 3 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 11 2 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 8 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 km I123456789:.),!ugLA G F E D _`abcdefC Z X W V T S R P O N äünoprstlhiM yz“”°ß vw /-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 1 kmvwyz“”°ßäünoprstlhiMNOPRSTVW XZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 T 4 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 17 kmwy“”°ßäünoprstliNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhL/0 6 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 k m in h fg e cd b a _ Z X W V T S R P O N M IL G F E D C :A 9 8 7 6 5 4 3 2 1 l`!(),-./0 ü ä yz“”°ß vw rstu p o 13 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 15 0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 15 3 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 2 k Z_abcdefghinm X W TV S R P O N LM IK FG E D C xyz“”°ßäül`-.0123456789?A oprstuw 3 12 13 1 5 1 14 5 27 1 16 7 3 9 18 19 10 11 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 8 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 3 k Z_abcdefghinm X W TV S R P O N LM IK FG E D C xyz“”°ßäül`-.0123456789?A oprstuw 3 11 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 6 0 2 0 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 5 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 4 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 1 2 XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 13 10 3 kmvwyz“”°ßäünoprstlhiMNOPRSTVWXZ_`abcdefCDEFGI123456789:.),!ugLA/-(0 Functions and connections Connecting keys XZ_`abcdef123456789?ACDEFGI-.ugK0 NOPRSTVW wxyz“”°ßäünoprstlhiLM km 21 29 31 /-(0 I123456789:.),!ugLA FG E D Z_`abcdefC X W TV S R P O N yz“”°ßäünoprstlhiM vw km /-(0 I123456789:.),!ugLA FG E D Z_`abcdefC X W TV S R P O N yz“”°ßäünoprstlhiM vw km 32 (”s)°,-./0 A L g :!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rlh p o yz“tn vw ü ä ß km 30 Terminal Name Function 21 22 Earth Signal Pulser connection for operating one or both gate leaves. 23 24 Earth Signal Pulser connection for operating gate leaf 2/pedestrian gate. Use the contact only for potential-free normally closed contacts. External voltage may damage or destroy the control unit. A 2-contact key is only required for double-leaf gates and if the pedestrian gate function is to be used. The keys (Start 1 + 2) have the same functionality with a 1-leaf gate system. Connection key 1-contact: single-leaf gate system, key to terminals 21 + 22 or 23 + 24 double-leaf gate system, key to terminals 21 + 22 Connection key 2-contact Pedestrian gate terminals 23 + 24 Both leaf terminals 21 + 22 /-(0 A L g :.),!u 9 8 7 6 5 4 3 2 I1 G F E D fC e cd b `a _ Z X W V T S R P O N iM rstlh p o n ü ä yz“”°ß vw km 26 Connecting keys (gate OPEN) 29 en Op X_`acdef123456789ACDEFGI()-.uhL/0 wy“”°ßäünoprstliNOPRSTUVW km 30 Terminal Name Function 25 26 Earth Signal Pulser connection for operating one or both gate leaves, only with gate OPEN. Use the contact only for potential-free normally closed contacts. External voltage may damage or destroy the control unit. 6 4 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 k X_acdefhinm oprstuwy“”°ßäül`()-./0123456789ACDEFGIKLNOPRSTUVW 4 I()-.uhK/0 EFG D X_`acdef123456789AC VW STU PR O y“”°ßäünoprstliLN w km 5 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 se 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 13 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km Terminal Name Function 29 30 Earth Signal Pulser connection for operating one or both gate leaves, only with gate CLOSE. Use the contact only for potential-free normally closed contacts. External voltage may damage or destroy the control unit. & 22 15 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 17 Terminal 33 + 34 31 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 30 21 32 33 s ate 34 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 35 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km se 29 se clo en e Clo pe2n7it 2 2 opclospen O t m i i 1 25 L Limimit it 1 o L Lim 23 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 19 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 24 Name 26 28 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 31 32 33 0 K h I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 30 32 31 TOP kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 3 24 5 V 36 O ut L im it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n en e 29 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 30 3 S 3 af 34 et y 31 S 3 T 2 O P 10 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 1 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 Only use the connection for N.C. contacts. External voltage can damage or destroy the control unit. kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 k _acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 k X_acdefhinm oprstuwy“”°ßäül`()-./0123456789ACDEFGIKLNOPRSTUVW 28 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 Connecting keys (gate CLOSE) 4 Pulser connection for operating one or both gate leaves, only gate STOP. kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 Function kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 Clo kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # Remove wire bridge before connecting. 26 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 1 24 IC k _acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw 33 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 5 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 30 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 9 ST OP 27 7 9 28 29 30 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 7 7 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 31 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 k _acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw 32 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 29 D 12 Earth Signal kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° Name 1 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 28 27 32 31 TOP S kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 30 2 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 26 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 5 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 28 k Z_acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw 32 3 19 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 27 28 k Z_acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw 1 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 Terminal 31 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 26 31 T 32 O P kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 3 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 y p ()_ kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 24 25 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 23 29 S 1 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 20 24 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 28 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 26 30 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 I()-.uhK/0 EFG D XZ_`acdef123456789AC VW STU PR O y“”°ßäünoprstliLN w km 521 22 19 k Z_acdefhinm X W V TU S R P O LN IK FG E D C y“”°ßäül`()-./0123456789A oprstuw 33 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI-.uhK0 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 22 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 27 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 24 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 10 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 10 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 k X_acdefhinm oprstuwy“”°ßäül`()-./0123456789ACDEFGIKLNOPRSTUVW 20 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 8 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km se 29 se clo en e Clo pe2n7it 2 2 opclospen O t m i i 1 25 L Limimit it 1 o L Lim 23 kmßäüwy“tnoprliLNOPRSTUVWX_`acdef123456789ACDEFGI-uhK”s.0° kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 3 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 6 S W kmwy“”°ßäünoprstliLNOPRSTUVW XZ_`acdef123456789ACDEFGI()-.uhK/0 IC 4 Connecting keys (gate STOP) 8 k X_acdefhinm oprstuwy“”°ßäül`()-./0123456789ACDEFGIKLNOPRSTUVW 16 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 k X_acdefhinm oprstuwy“”°ßäül`()-./0123456789ACDEFGIKLNOPRSTUVW 18 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 4 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 4 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 22 5 24 25 7 2 26 7 9 28 29 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 23 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 21 4 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 X_`acdef123456789ACDEFGI()-.uhK/0 wy“”°ßäünoprstliLNOPRSTUVW km 25 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 IC /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 22 23 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 10 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 y p ()_ 18 O lo L pe se Li im n L m it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n en e kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 9 /0 K h I()-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ Z X W V U T S R P O N rstliL p o n ü ä y“”°ß w km 16 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 8 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 C 2 kmwy“”°ßäünoprstliLNOPRSTUVW X_`acdef123456789ACDEFGI()-.uhK/0 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 6 kmßäüwy“tnoprliLNOPRSTUVWXZ_`acdef123456789ACDEFGI(uhK”s)°-./0 21 21 1 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 4 4 9 kmwy“”°ßäünoprstliLNOPRSTUVWX_`acdef123456789ACDEFGI()-.uhK/0 2 Functions and connections Connecting the EMERGENCY STOP key 36 3 Remove wire bridge before connecting. Terminal Name Function 31 32 Earth Signal EMERGENCY STOP, interrupts all control unit functions, including dead man operation. Only use the connection for N.C. contacts. External voltage can damage or destroy the control unit. Connecting the 2-wire light barrier Available as optional accessories. 1 Tim e SW G 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 37 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 34 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 35 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 38 0 I-.uhK FG E D C _`acdef123456789A X W V TU S R P O y“”°ßäünoprstliLN w km 36 38 37 elay R 36 ut 35 V O 4 34 y 2 33 afet S DIP switch 2 ON Remove the wire bridge before connecting. Function 2-wire light barrier connection (with polarity reversal protection) If connection is not used, fit bridge between terminals (factory settings) and DIP switch 2 must be OFF. 6 33 34 35 36 Earth Signal DC 24 V 0 V (earth) 8 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m 2 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m 1 2 3 4 5 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rstklN p o n ü ä y“”°ß w m 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rstklN p o n ü ä y“”°ß w m For operation with automatic close mode, comply with EN 12453 (e.g. installation of light barrier). Function Safety device connection, e.g. - Light barrier - Safety contact bank only possible with additional evaluation unit. 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 7 Contact must be closed if safety equipment has not been activated. If connection is not used, fit bridge between terminals (factory settings). & 23 19 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m 1 2 3 4 5 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 6 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 8 13 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 e im .T 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km m I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß iL ”s.0 ° ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m Q 1 35 36 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m Remove the wire bridge before connecting. 21 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 24 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 24 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 26 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 28 26 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km Terminal Name 35 36 DC 24 V 0 V (earth) 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km se 29 se clo en e Clo pe2n7it 2 2 opclospen O m t 25 Li Limiimit 1it 1 o L Lim 23 28 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 31 1 30 2 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 19 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 3 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 2 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 1 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° D 12 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km se 29 se clo en e Clo pe2n7it 2 2 opclospen O m t 25 Li Limiimit 1it 1 o L Lim 23 32 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 33 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 30 32 31 TOP Use the contact only for potential-free normally open contacts. External voltage may damage or destroy the control unit. 3 Cable number Cable colour 1 white Motor 2 green Motor kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 31 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 34 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 32 32 31 TOP 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 35 4 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 17 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 15 10 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° 1 0 K g I-.u G F E D C A ? 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O N M iL rstlh p o n ü ä xyz“”°ß w km 21 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 ns 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 33 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° IC 4 Ga kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m Se 35 36 33 34 tes kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 X1 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 8 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 7 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # P DI (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 7 1 2 3 4 5 1 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 4 6 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— IC 4 P DI 1 2 3 4 5 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 5 6 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° rt 2 X 2 kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmßäüwxyz“tnoprlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-ugK”s.0° Q 1 36 ut 35 V O 4 2 4 3 33 afety S kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 36 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— 5 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 36 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 1 As-delivered condition: Bridge between terminals 33 + 34. kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 4 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 4 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 DIP switch 2 OFF IC 3 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— X 2 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 3 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 rt 2 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 37 R 3 el 8 ay mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 S W 2 kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 e im .T 10 Name 2 ns kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 2 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 38 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— 37 Se kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° Terminal mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêë칺»¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:.)*+,#$%&'˘˙˚˝˛ˇı§}í͸ug\J;/-îÎ]<0!ïÏ^"ðÐ XYZ[=>?@ ‘~‚vwxyz{|nopqrstlhi_`abcdefKLMNOPQRSTUVW Š‹Œ †‡ˆ‰ Ÿ¡¢£¤¥¦„… š›œ ˜™ ÇÈÉÊĘ̈©ª«¬−®¯°±²³´µ¶·”•–— k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 34 1 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 35 O ut k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 34 IC 4 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 _py 33 37 R 3 el 8 ay mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 S W k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 33 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 35 O ut mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 Connecting safety devices kmwxyz“”°ßäünoprstlhiLMNOPRSTVW XZ_`abcdef123456789?ACDEFGI-.ugK0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 37 X1 2 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 3 S 3 af 34 et y 3 24 5 V 36 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 38 8 kmßäüwxyz“tnoprlhiLMNOPRSTVWXZ_`abcdef123456789?ACDEFGI-ugK”s.0° mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 32 1 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 32 32 3 S 3 af 34 et y 3 24 5 V 36 32 Functions and connections Connecting external device 1 e Tim SW 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 37 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 34 Tim e 35 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 34 33 afety S SW 37 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 3 blue Gate “CLOSE” limit switch 4 yellow Gate “OPEN” limit switch 5 blue + yellow 38 36 38 37 elay R 36 ut 35 V O 4 2 Function DC 24 V output, max. 100 mA Rectified, not stabilised transformer voltage, which may fluctuate between DC 22 V and DC 25 V under full load. ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m Potential-free relay contact 1 38 0 I-.ugK FG E D C Z_`abcdef123456789?A X W TV S R P O N xyz“”°ßäünoprstlhiLM w km 36 38 37 elay R Terminal Name Function 37 + 38 Relay Connection for e.g. light max. 8 A, 230 V with ohmic load Motor connecting terminal DC 24 V output, max. 100 mA 5 Function Earth Gate “OPEN + CLOSE” limit switch 4 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 16 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 18 • mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 20 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 23 22 5 k _acdefinm X W V T S R Q P O ILN G F E D C äül`-.0123456789A y“”°ß oprstuw mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 25 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 5 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 22 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 27 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 O lo L pe se Li im n m L it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n e en 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 27 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 3 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 20 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 24 24 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 24 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 8 10 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 O lo L pe se Li im n m L it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n e en mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 C 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 27 5 24 25 7 2 26 7 9 28 29 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 22 23 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 21 1 5 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 20 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 21 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 10 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 25 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 8 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 22 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 18 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä y“”°ß w rstu p o 16 23 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 4 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 18 21 1 3 22 23 5 2 24 5 7 2 26 7 9 28 29 21 5 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 3 19 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 26 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 28 19 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 26 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 28 19 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 26 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 28 8 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 10 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 12 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 5 1 11 3 85 135 2. Key switch When the key switch is operated, the operator must not be inside the operating area of the gate and must have a direct view of the gate. • Never lead the key switch cable along the power line, as this could lead to interference in the control system. k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 30 ER MM SO SO MM ER SO ER MM 32 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 10 • The key cable must be properly laid. 29 ER MM SO ER MM SO k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o 29 k m fin e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä y“”°ß w rstu p o 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 30 4 ER MM SO Install key switch box at a suitable location where it can be easily accessed. & 25 33 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 78 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 13 12 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 5 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 2 3 4 5 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 7 6 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 8 7 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # IP mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° O ut mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 2 R 3 el 8 ay mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 37 3 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 4 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 5 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 6 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 7 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 6 8 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 7 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 2 X mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 5 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # D 36 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 2 mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 4 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # rt mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 3 S 3 af 34 et y 3 24 5 V 36 32 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # D 36 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 6 35 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 3 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 9 37 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 38 2 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 4 34 3 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 1 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 2 IP I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° S W rt mßäüwy“tnoprklNOPQRSTVW X_`acdef123456789ACDEFGI-uiL”s.0° 2 38 (“k’ƒmjñòóôõö÷øùúûüýþÿÑÒÓÔÕÖ×ØÙÚÜÝÞßàáâãäåæçèéêëì¼½¾¿ÀÁÂÃÄÅÆ ABCDEFGHI123456789:+,$%&'§)”í͸ug\J;-îÎ]<³°©¢œ XYZ[=>?@ ˜‘Š‹†‡ˆ„‚vwxyz{tnopqrlhibcdef_`KLMNOPQRSTUVW ÇÈÉÊË̶·±²¬−®¯ª¨£¤¥¦Ÿ¡š›— sa˘ïÏ|^}*•¹.ðЫ/´˙0~º–µ˚»˝˛ˇı!" … ‰ Œ ™ # 3 X 2 Caution! Prior to any work at the gate or drive, disconnect the control unit from the power supply and secure it against inadvertent reconnection or actuation. 2 W D 30 1. Warning lamp 37 R 3 el 8 ay 10 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 7 37 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 S mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 1 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 35 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 2 32 34 O ut 4 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 6 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 14 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 8 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 3 I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m 33 af 34 et y 3 24 5 V 36 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 11 Safety instructions S mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 5 1 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 T I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 13 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 8 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 1 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 15 33 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 2 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 6 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 2 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 11 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° 3 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 17 32 mßäüwy“tnoprklNOPQRSTVWX_`acdef123456789ACDEFGI-uiL”s.0° mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 6 9 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 1 7 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 44 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 k m fin e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä y“”°ß w rstu p o 16 23 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 6 21 O lo L pe se Li im n m L it Li im it 2 2 c m it l it 1 op os 1 cl e e op os n e en mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 C mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 4 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 25 X_acdefinmk oprstuwy“”°ßäül`-.0123456789ACDEFGILNOPQRSTVW mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 10 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 6 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 2 2 22 23 5 24 25 7 2 26 7 9 28 29 8 mwy“”°ßäünoprstklNOPQRSTVW X_`acdef123456789ACDEFGI-.uiL0 C mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 4 k _acdefinm X W TV S R Q P O ILN FG E D C y“”°ßäül`-.0123456789A oprstuw 3 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 6 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 2 2 3 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 4 4 21 1 mwy“”°ßäünoprstklNOPQRSTVWX_`acdef123456789ACDEFGI-.uiL0 2 Accessories 3. Light barrier Q 1 X1 Se DI I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m DI 29 k m fin e d c a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä “”°ß y w tu rs p o k m fin e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä y“”°ß w rstu p o 0 iL I-.u G F E D C A 9 8 7 6 5 4 3 2 f1 e d c `a _ X W V T S R Q P O lN tk rs p o n ü ä “”°ß y w m 30 close open ns I-.uiL0 FG E D C _`acdef123456789A X W TV S R Q P O y“”°ßäünoprstklN w m P 8 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 n Se P 8 5 x 1,5mm2 im .T 1 2 3 4 5 I-.uiL0 G F E D C _`acdef123456789A X W V T S R Q P O äünoprstklN y“”°ß w m 19 X1 s. ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 1 2 3 4 5 e 2 1 2 3 4 5 Tim e ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 1 2 3 4 5 35 36 33 34 IC 4 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 Q 1 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 2 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m ° ”s.0 iL I-u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd `a _ X W V T S R Q P O rklN p o y“tn w ü ä ß m 35 36 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 ü ä y“”°ß w rstu p o n fiklm e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 `-.0 6 IC 4 4. Connecting cables • Secure distribution box with screws at the provided eyelets. Installation Only connect cables with the same numbers, i.e.: - 1 to 1 - 2 to 2 Secure screws tightly to prevent moisture from penetrating the distribution box. After installation, connect distribution box to power supply. - etc. k m fin e cd a _ X W V T S R Q P O N IL G F E D C A 9 8 7 6 5 4 3 2 1 l`-.0 ü ä y“”°ß w rstu p o Connecting diagram: ES C P M MER SOM BE NTRIE TORA O & 26 17 4 I.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 2 I.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 3 I.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 4 6 I.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 8 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 10 km XZ_`abcdef123456789ACDEFGI.,uhL0wxy“”°ßäöünoprstliNOPRSTVW kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 7 0 L h I.,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rstliN p o n ü ö ä xy“”°ß w km 2 0 L h I.,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rstliN p o n ü ö ä xy“”°ß w km kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 9 4 11 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 1 2 km XZ_`abcdef123456789ACDEFGI.,uhL0wxy“”°ßäöünoprstliNOPRSTVW 1 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 3 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 3 2 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° e kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° `2 2 0 L h I.,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rstliN p o n ü ö ä xy“”°ß w km 5 10 T X2 17 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 1 ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 13 0 L h I.,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rstliN p o n ü ö ä xy“”°ß w km 0 L h I.,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rstliN p o n ü ö ä xy“”°ß w km kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 10 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 6 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° km XZ_`abcdef123456789ACDEFGHI.,uhL0wxy“”°ßäöünoprstliNOPRSTVW kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km km XZ_`abcdef123456789ACDEFGHI.,uhL0wxy“”°ßäöünoprstliNOPRSTVW kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 10 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 12 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 11 1 3 12 13 1 5 14 15 27 16 17 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 4 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 6 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 8 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 5 10 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 7 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 2 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 9 4 11 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 4 P N 2 x 0,75 mm T3 2 x 0,75 mm ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 15 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 15 12 14 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 16 K ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 14 ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 16 76,5 124 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° HI.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 3 6 7 5 8 9 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° 2 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° O 76,5 1 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° HI.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 3 8 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 8 1 1 HI.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 4 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° N ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 13 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- U 11 11 1 3 12 13 1 5 14 15 27 16 17 F kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° • Ensure that the aerial cable is laid in such a way that there is no physical impact to the radio receiver. Install tension protection, if necessary. 1 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 6 4 8 HI.,uhL0XZ_`abcdef123456789ACDEFG PRSTVW wxy“”°ßäöünoprstliNO km 2 1 10 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° 4 3 7 1 2 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- 5 1 3 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- im 2 6 3 2 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- DIP 4 3 2 `1 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- 1 5 124 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- 2 tX2 6 • Consult the operator/owner of the system in order to find a suitable location for the external aerial. T 6. External aerial kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- ON T3 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° N kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° te r t 2Sta 1 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° T2 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° • If the built-in aerial is not sufficient for the proper operation of the gate, you have the option to connect an external aerial to the system. kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° T2 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° T1 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° L1 4 L2 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGHI,uhL-”s.0° N 2 T2 11 T1 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- T3 T Ga N kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° AN L3 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° L3 1 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- 6 kmßäöüwxy“tnoprliNOPRSTVWXZ_`abcdef123456789ACDEFGI,uhL-”s.0° L1 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- L2 4 2 IP 5. Main switch 3 6 7 5 8 9 5 kmwxy“”°ßäöünoprstliNOPRSTVWXZ_`abcdef123456789ACDEFGI.,uhL0- te D N 2 Sta r Sta t1 tar rt 1S 8 N 7 L2 6 N 4 5 Ga N L2 3 2 rt ta S rt 1 ta S er ow P ety af S 2 O L1 2 L1 1 Accessories 7. DC 24 V electric lock • After completion of the installation, adjust end position gate “CLOSE”. • Mount the lock horizontally, as it might otherwise be jammed when the gate is operated. • Distance between lock and closing plate: min. 4 mm, max. 6 mm. T1 Connecting diagram for DC 24 V electric lock This connecting diagram is designed for DC 24 V electric locks only. DC 12 V electric locks may only be connected after consultation with the manufacturer. M MER SOM BE NTRIE TORA O L3 L3 T3 N T1 T2 close open 2 O 2 1 2 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 1 ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km ° -”s.0 L h I,u H G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 18 52 4 1 67 3x 67 3x 6 1 ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 1 ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km ° -”s.0 L h I,u G F E D C A 9 8 7 6 5 4 3 2 f1 e cd b `a _ Z X W V T S R P O rliN p o xy“tn w ü ö ä ß km 18 3 52 6 Maintenance Safety instructions Service and warranty Never clean the drive system or control unit with a water hose or power washer. • Never clean the drive with alkaline or acidic solutions. • Carefully remove dirt from the drive system and clean the push rod from time to time with a dry cloth. The warranty granted complies with statutory requirements. In the event of a repair that is covered by warranty, please contact your dealer/specialist stockist. Warranty entitlements only apply to the country in which the product has been purchased. Batteries, fuses and light bulbs are not covered by warranty. Replaced parts remain the property of the service agent. • Check control unit housing for insect infestation and moisture at regular intervals, dry and clean as required. If you require after-sales service, spare parts or accessories, please contact your dealer/specialist stockist. • Regularly inspect all screws at the fittings and retighten, if necessary. We have made every effort to ensure that these instructions are as clear and concise as possible. However, if you have any queries or wish to comment on this document, please contact us with your suggestions: • Check that the control unit housing is correctly sealed. Regular inspection Fax: 0049 / 7021 / 8001-403 E-mail: [email protected] • Check safety devices regularly – but at least every six months – to ensure proper functioning. See EN 12453:2000. • Safety devices that are sensitive to pressure (e.g. safety contact unit with auxiliary monitoring system) should be checked every 4 weeks to ensure proper functioning, see EN 60335-2-95. Disassembly Observe safety instructions! The procedure is the same as the one described in the “Installation” chapter, but in reverse order. There is of course no need to adjust settings. Test Behaviour Force cut-off While the leaf is closing, try Does the gate stop and to stop it by hand. Do not move in opposite direction try to hold the leaf. after it has been halted? yes/no Possible cause yes • Force cut-off works properly no • Potentiometer at right stop. • Set force tolerance to lower value by turning the Force tolerance set too high. potentiometer in anticlockwise direction until the test is successful. Prior to test, open and close the gate twice watching its operation. • Control system defective Emergency release system Proceed as described in It must be possible to section “Emergency release open/close the gate by in the event of a power fail- hand without special effort. ure”. Can the drive be released? Safety contact unit (optional) Open/close gate and inter- Gate behaviour according rupt motion by triggering the to settings of DIP switches safety contact strip. 1, 2 and 3. Light barrier (optional) Open/close gate and interrupt motion by triggering the light barrier. Gate behaviour according to settings of DIP switches 1, 2 and 3. “Safety” LED is on. Remedy • Do not change settings. • Shut down the gate and secure against switching on. Contact customer service! yes • Everything OK! no • Gate fittings rusty yes • Everything OK! no • Cable defective, terminal screw loose • Inspect wiring, retighten terminal screws • DIP switch settings changed • Check DIP switch settings and adjust • Contact strip defective • Shut down gate system and secure against inadvertent switching on. Contact customer service! • Lubricate gate fittings yes • Everything OK! no • Cable defective, terminal screw loose • Inspect wiring, retighten terminal screws • DIP switch settings changed • Check DIP switch settings and adjust • Light barrier dirty • Clean light barrier • Light barrier defective • Shut down gate system and secure against inadvertent switching on. Contact customer service! & 27 Troubleshooting Tips for troubleshooting Should you be unable to identify and eliminate a fault using this table, please take the following steps: • Carry out a reset of the control system (deletion of set force values). • Disconnect any accessories (e.g. light barrier) connected to your system. • Reset all DIP switches to the default settings. • Reset potentiometer to the default settings. • If settings have been changed with TorMinal, reset the control system with the TorMinal software. Fault Gate cannot be opened or closed with the switch or the hand-held transmitter. Check Is “Power” LED on? yes/no no yes Is LED at the remote control device on? no yes Is at least one LED at the receiver on when a remote control key is pressed? no Possible cause Remedy • No mains power • Check power line and reconnect, if necessary • Mains fuse blown • Check fuse and replace, if necessary • Gate jammed • A gate leaf has been pushed down or has warped due to high temperature differences • Motor makes a sound but does not move • Shut down unit. Possible motor and/or control system failure. Contact customer service • Drive disengaged • Engage drive. • Cable insulation too long, preventing contact • Disconnect cable, remove insulation and reconnect again • Gate frozen to ground/posts • Remove ice and snow from gate and hinges. • Gate obstructed by snow • Remove snow • Cable disconnected from motor board • Reconnect cable to motor board • Battery empty • Replace battery • Battery incorrectly inserted • Insert battery correctly • Remote control defective • Replace remote control device • Remote control battery nearly • Replace battery empty; resulting in limited radio range • Radio receiver defective • Replace radio receiver • Remote control not programmed • Programme remote control device • Poor reception • Install external aerial, see section “Accessories” • Wrong frequency • Check frequency; remote control and radio receiver must be set to the same frequency • Radio receiver not properly mounted • Check and readjust radio receiver • Radio receiver not powered, or defective • Replace radio receiver • Remote control not programmed • Programme remote control device • Empty remote control battery • Replace battery • Battery incorrectly inserted • Insert battery correctly • Remote control defective • Replace remote control device Are LEDs “POWER” + “OPEN/CLOSE” on? yes • Permanent signal • Pulser defective; disconnect all pulsers Are LEDs “POWER” + “Safety” on? yes • Light barrier triggered • Remove object triggering the barrier Disruption occurs only from time to time or temporarily yes • Powerful radio transmitters (pager systems) of hospitals or industrial plants might interfere with your gate system. • Change radio frequency. Is the “Safety” LED flashing rapidly? yes • Contact telecommunication authority. • Control system has • Reset the control and repeat programming procedure. registered incorrect values, If this is not possible, dismantle the control unit and e.g. due to short-term power return it to the manufacturer, or consult a specialist failure. technician. 28 Troubleshooting Fault Gate cannot be opened/closed with a key switch. Gate is stopped or continues in reverse motion. Door stops when opening. Check “POWER + Start 1/Start 2” LED’s illuminate Obstacle in operating range? yes/no no Possible cause Remedy • Cable connections loose • Retighten terminals • Key switch defective • Replace key switch • Cable defective • Replace cable yes • Pulser (key switch, remote control) defective • Check pulser and replace, if defective no • Hinges too stiff • Lubricate hinges • Post has moved • Contact specialist • Limit switch settings incorrect • Readjust limit switch yes • Force cut-off triggered • Remove obstacle Is gate leaf hopping at start? yes • Leaf not stable • Reinforce leaf Is there strong wind? yes • Wind pressure too high • Simply open and close gate again Light barrier triggered yes • Obstruction in light beam. • Remove obstacle no • Connection for external con- • Pay attention to maximum connected load and only sumer overloaded (terminals connect appropriately suitable accessories. 35 + 36), voltage drops when drive starts up no • Leaf hinge incorrectly mounted yes • Limit switch settings incorrect • Readjust limit switch Gate does not fully open or Does gate stop before it close. has reach its end position? • Change fittings at leaf Incorrect closing sequence • Drive wires incorrectly connected at terminals • Read the instructions and reconnect drives to the control unit Drive cannot be properly programmed • DIP switch 8 is in position OFF • Set DIP switch 8 to ON • Limit switch set incorrectly; the drive stops and is reversed, or force cut-off. • Adjust limit switch settings • Gate is completing a programming run • After the programming, the force cut-off is operational Gate is not stopped by an obstacle Drive touches the post Have dimensions A/B been remeasured? • Force tolerance set too high • Reduce force tolerance, see “Adjusting force tolerance”. no • Incorrect dimension A or B • Readjust connection of drive at the post yes • Limit switch settings incorrect • Readjust limit switch Irregular gate movement • Incorrect dimensions A/B • Adjust dimensions, if possible Pedestrian leaf cannot be opened with remote control • Remote control key not programmed • Program key, see section, see “Programming the remote control device”. • Position of jumper with programmed force values has been changed • 1. Reset jumper to previous position 2. Reset control unit 3. Position jumper as desired 4. Complete programming runs Drive cannot be started “Safety” LED flashes rapidly yes 29 Connecting diagram 8 1 2 x 0,75 mm2 5 ES C P M 2 2 4 x 0,75 mm 3 ER MM SO 6 BE RIE ANT TOR O 3 x 1,5 mm2 B AC 230V A 4 x 0,75 mm2 clos e open 5 x 1,5 mm2 M2 3 2 x 0,75 mm 2 2 x 0,75 mm2 9 7 4 M1 5 x 1,5 mm2 8 1 2 x 0,75 mm2 ES C P M 5 2 2 4 x 0,75 mm 3 ER MM SO 6 BE RIE ANT TOR O 3 x 1,5 mm2 B AC 230V 4 x 0,75 mm2 clos e M2 open 5 x 1,5 mm2 3 2 x 0,75 mm2 2 x 0,75 mm 2 9 7 30