International registered trademark n GATE 2 CONTROL UNIT

Transcription

1 CONTROL UNIT 67409

2 TABLE OF CONTENTS SAFETY INSTRUCTIONS...3 PARTS SPECIFICATIONS...5 CONNECTIONS...6 SLOW-DOWN MODE, DIP SWITCHES LOGIC PROGRAM...7 OPERATING TORQUE ADJUSTMENT...9 BRAKE (SLOW DOWN) LENGTH ADJUSTMENT...9 PAUSE LENGTH ADJUSTMENT...9 LEDS...9 RADIO RECEIVER, START BUTTON CONNECTIONS...0 PHOTOCELLS, BUZZER CONNECTIONS... ELECTRIC LOCK, MAGNETIC LOCK, SOLENOID LOCK CONNECTIONS...2 SAFETY EDGE, FLASHING LAMP, COURTESY LIGHT, TIMER CONNECTIONS...3 POWER SUPPLY, MOTORS, CAPACITORS CONNECTIONS FOR HYDRAULIC OPERATORS...4 POWER SUPPLY, MOTORS, CAPACITORS CONNECTIONS FOR ALPHA OPERATORS...5 ANTENNA, SAFETY GATE, STOP BUTTON CONNECTIONS...6 SELF-LEARNING OF OPERATING TIME FOR SWING GATES OPERATORS...7 PROGRAMMING A TRANSMITTER ON START...20 PROGRAMMING A TRANSMITTER ON PARTIAL START...20 LOOP DETECTOR WIRING...2 TROUBLESHOOTING...23 SALES CONDITIONS AND WARRANTY

3 WARNING: Not following these instructions may cause severe injury or death to person IMPORTANT SAFETY INSTRUCTIONS WARNING - To reduce risk of severe injury or death: ) READ AND FOLLOW ALL INSTRUCTIONS END USER ISTRUCTIONS 2) Never let children operate or play with door controls. Keep the remote control away from children. 3) Always keep the moving system in sight and away from people and objects until it is completely closedor stopped. NO ONE SHOULD CROSS THE PATH OF THE MOVING SYSTEM. 4) Test the system gate operator monthly. The system MUST reverse on contact with a rigid object or when an object activates the non-contact sensors. To obtain a reverse on contact with an object on hydraulic linear and in-ground operators SEA recommend to install the patented safety device SAFETY GATE for each leaf. After adjusting the force or the limit of the travel, retest the gate operator. Failure to adjust properly the gate operator properly can increases the risk of severe injury or death. 5) Use the manual release only when gate is not moving 6) KEEP GATES PROPERLY BALANCED AND MAINTAINED. An improper balancing or maintenance increases the risk of severe injury or death. Have a qualified service personal to make repairs to cables, spring assemblies and other hardware. 7)The entrance with a gate operators system is for vehicles only. Pedestrian MUST use separate entrance. 8) Every gate operator installation MUST have secondary protection devices against entrapment, such as edge sensors and photo beams more in particularly in places where the risk of entrapment is more likely to occure. The installer is responsible for grounding the operator system, for providing the main power breaker switch, and for making sure that the entire gate systems meets all applicable electrical codes. SAVE THESE INSTRUCTIONS 3

4 GROUNDING IMPORTANT SAFETY INSTRUCTIONS 4 Good grounding and proper surge suppression are an integral part of proper installation for a gate operator system. One or all of the following may require surge suppressors: high voltage power lines, low voltage power lines, telephone lines, data lines, low voltage control lines and loops. How much surge suppression is required depends upon how susceptible the area is to lightning and power surges. Regardless, good grounding is essential. To realize maximum protection, proper grounding and proper surge suppression is absolutely necessary. If the circuit breaker box is located close to the gate operator system, for example, in a guard house, then the ground from that circuit can be used to ground the gate operator system. Eliminate all 90 bends in ground wires and keep a minimum of three feet between the surge suppressor and the equipment being protected. If the power source or circuit breaker box is not located close to the gate operator system an Isolated Ground Zone (IGZ) needs to be created. An IGZ can also be created if the circuit breaker box is located close by the gate operator system. An IGZ is an imaginary circle drawn around the gate operator system. The gate operator system not only includes the gate operators and control panel, but all of the accessories and devices associated with it at that controlled entry point. This includes loop detectors, card readers, digital entries, telephone entries, any device that has a ground or requires a ground and ali of the surge suppressors. The ground bus is a common ground point calied a Single Point Ground (SPG). It is used to bond all the equipment and device grounds in the IGZ together. The SPG is very important because it helps eliminate different ground potentials that can be present on the equipment. In such cases, equipment damage occurs even with surge suppressors. Do not use or connect the ground wire coming from the circuit breaker box. By using an Isolated Ground Zone, you are separating the gate operator system from the house or building ground. This eliminates ground potentials. It is recommended that the ground bus be located in a separate NEMA type enclosure. All grounds will be tied to this ground bus. Some points to remember: Keep all ground wires as straight as possible. Do not have any sharp 90 bends. Have a minimum of 3 feet of wire between the surge suppressor and the equipment being protected. Equipment ground wire should be a minimum of 2 AWG. The main ground wire from the bus bar to the ground rod shouid be an 8 or 6 AWG copper wire. Ground rod should be a minimum of 0 feet in length, longer depending on local soil conditions. For more information regarding good grounding practices check: National Electric Code art. 250; IEEE Emerald Book, standard 00; International Association of Electric Inspectors. SAVE THESE INSTRUCTIONS READ AND FOLLOW ALL INSTRUCTIONS

5 PARTS SPECIFICATION CMR CNP CN4 LED4 LED5 LED6 U2 J DIP CN LEDP U Rv3 Rv2 Rv P2 RL RL2 RL3 F2 LED LED2 LED3 LED4 LED5 LED6 LED7 LED8 LED9 LED0 LED LED2 LED3 F CN2 GREEN CN3 ORANGE LED = Auxiliary input LED2 = Partial Start LED3 = Start LED4 = Limit switch in closing Motor 2 LED5 = Limit switch in opening Motor 2 LED6 = Limit switch in closing Motor LED7 = Limit switch in opening Motor LED8 = Photocell 2 LED9 = Photocell LED0 = 24V Auxiliary output LED = Tx Photocell output LED2 = Troubleshooting LED LED3 = Electric Lock LED4 = Encoder (reversing sensor) 2 LED5 = Encoder (reversing sensor) LED6 = Stop LEDP = Programming CN = 24V input / output connector CN2 = 24V input / output connector (green) CN3 = Motors and Power supply connector (orange) CN4 = 24Vac Photosync connector Rv = Motor torque adjustment Rv2 = Brake length adjustment (slow down length) Rv3 = Pause time adjustment = Operating time memory button P2 = Programming transmitters button DIP = Dip-switch Function Setting F = Output and motor fuse (6.3AT) F2 = Accessories fuse (2A) J = Slow-down adjustment RL = Motor Power Supply Relay RL2 = Motor Operating Direction Relay RL3 = Garden Light Relay U = Micro-controller U2 = EEPROM memory CMR = Receiver module connector CNP = PALM connector 5

6 B r own C o mmo n Au xi li ar y in pu t Opening Wh ite Part i al START Closing W h i t e START Com m on Limi t switch c losing M o t or 2 Limit s w itch openin g M o t or 2 Li mit sw it c h cl os ing Mo t or Li mit sw itch op ening Mo t or Photoc e l l 2 (ope n in g) Photocel l (c l o s in g) C o mmon 24V d c Auxili ar y 24V Trans m itter photocell Flasher 5V Neutral Ground Lo ck 2 V Phase Opening Closing Com m on Buzzer 24 V 24V 400 ma ma x Co mm on CN2 (Green) CONNECTIONS ATTENTION NOTE: In the configuration of the swing gate double leaf the limit switches must not be bridged. CN3 (Orange) Cap a citor M2 ~ M2 Capacito r M ~ M Cour t esy light 5V CN CN4 DIP ON ON= Function Active AE R I A L Gr e en Rev ersi ng sen sor Re v. se nso r po we r sup p ly Re ver sn i g sen so r 2 Rev ersi ng sen so r STOP 2 24V~ Note: For the power supply of the synchronized photocells Operating logics Auxiliary input configuration Leaf delay in opening and closing Pre-flashing Automatic closing Photocell autotest Reversing sensor (Safety Gate) Soft start Brake (slow-down) Leaf locking Reverse stroke 6

7 SLOW-DOWN MODE, DIP SWITCHES, LOGIC PROGRAM J Choose the slow down modality which can be more appropriate for the installation. Slow-down mode (only DIP 0 ON) 2 : Jumper unconnected 2: Jumper connected J DIP DIP ON WORKING LOGICS Four different working logics can be selected. The programming takes place using DI and DIP2. - MANUAL LOGIC A START command opens the gate. A second START while it is opening stops the motor. A START command while it is closing stops the motor. Important note: For the automatic re-closure, set DIP 6 on ON - SAFETY LOGIC A START command opens the gate. A second START while it is opening reverses the motor. A START command while it is closing reverses the motor. Important note: For the automatic re-closure, set DIP 6 on ON - AUTOMATIC LOGIC A START command opens the gate. A second START while it is opening is not accepted. A START while it is closing reverses the direction. P. N.: for automatic closing, set DIP SWITCH 6 to the ON position. Important note: For automatic closing, set DIP SWITCH 6 to the ON position. Important note: If Dip 6 of the automatic closing is not activated the start in pause will be accepted. - AUTOMATIC LOGIC 2 A START command opens the gate. A second START while it is opening is not accepted. A START during the pause time closes the gate immediately. A START while it is closing reverses the direction. P. N.: for automatic closing, set DIP SWITCH 6 to the ON position. P. N.: For automatic closing, set DIP SWITCH 6 to the ON position. DIP / 2 / 2 / 2 / 2 OPENED CLOSED OFF / OFF ON / OFF OFF / ON ON / ON DI AND DIP2 PROGRAMMING FOR THE SELECTION OF THE WORKING LOGIC If Dip and Dip2 are programmed in this way, the control unit will work with Manual Logic If Dip and Dip2 are programmed in this way, the control unit will work with Safety Logic If Dip and Dip2 are programmed in this way, the control unit will work with Automatic Logic If Dip and Dip2 are programmed in this way, the control unit will work with Automatic 2 Logic 7

8 DIP SWITCHES, LOGIC PROGRAM DIP 3 3 OPENED CLOSED OFF ON DIP 3 AND DIP 4 PROGRAMMING FOR AUXILIARY INPUT CONFIGURATION SAFETY EDGE ( N.C. contact) When the Safety Edge Contact opens, the gate reverses direction and stops after about second. A START command is required to restart movement TIMER (N.O. contact) If a TIMER is connected to this input the gate can be opened and kept open as long as the contact remains closed. Using a 24-hour or 7-day timer allows gate opening times to be scheduled as required. When the TIMER contact is open the automatic operation functions according to pre-set logics. DIP OPENED CLOSED PROGRAMMING OF OTHER DIPS FOR OTHER FUNCTIONS ON ON ON ON ON ON ON ON ON LEAF DELAY IN OPENING AND CLOSING Activating this function, the Leaf Delay in opening and closing will be eliminated. Both leaves will work simultaneously. It is advised to activate this function on single leaf applications and/or in applications where the Delay is not required. PRE-FLASHING When this function is activated the flashing lamp and warning light begin flashing about 3 seconds before the motor starts, both when closing and opening. AUTOMATIC CLOSING Activating this function causes the gate to close automatically, after the time set by the trimmer Rv3. This function can be activated independently of the operating logic set (DIP SWITCH and 2). PHOTOCELL AUTOTEST When this function is activated a test is carried out on the photocells before any gate movement takes place. To enable this function the photocell transmitter must be connected to terminals 3 (24V) and 7 (Negative) of connector CN2. The flashing lamp and troubleshooting LED will both flash slowly if a malfunction occurs. ENCODER MANAGEMENT (reversing sensor) The signals sent from an encoder located on the motor or gate are managed when this function is activated. This results in any obstacles found in the gate's path being detected and reverses the gate direction of movement for one second, it stops and waits for commands. The flashing lamp and troubleshooting LED will both flash slowly if a malfunction occurs. With a following start the automation will proceed in slow down speed until it reaches the stop. Note: After two consecutive obstacles the BUZZER will be activated. P.N.: If an encoder is not fitted, set the DIP SWITCH to OFF. Note: The Encoder sensibility can be adjusted through the PALM or through the pushbuttons Ptime and Pcode on board of the control unit. SOFT START When this function is activated, the motor will start at a lower torque to avoid stresses and strains on the gate's mechanical components. The starting torque is a percentage of the normal operating torque. P.N.: It is not advised to operate this function when the gate is very heavy or does not run smoothly. BRAKING (slow-down) AT LIMIT SWITCH When this function is activated motor speed reduces slowly before the limit switch is reached or before the end of the operating time. This function is designed to bring the leaf gently up to the stop position and prevent the gates clashing. The closing speed is fixed, while the slow-down time can be adjusted using the trimmer Rv2.! Remember to set this DIP in Off position in case of mechanical or hydraulic brake. It is necessary to activate this function to choose the slow-down modality through jumper J. LEAF LOCKING When this function is activated, at the end of the slow-down phase, and when the leaf is up against the mechanical stop, the motor is supplied at maximum power for about second. This increases the oil pressure in the motor and makes the hydraulic lock more effective. P.N.: this function SHOULD NOT be activated when used on sliding gates since it could cause over-running of the limit switches and the automation system to jam. Note2: With the Palm through the function PushOpen it is possible to exclude the tightening of the leaf during the opening phase. REVERSING STROKE This function (to use exclusively on swing gates) is used to facilitate the electric lock release. Before beginning the opening cycle, as soon as the start order is given, the leaves are supplied for about sec. in closing.

9 Rv OPERATING TORQUE ADJUSTMENT This trimmer is used to adjust the motor torque. This adjustment is essential for operators without mechanical or hydraulic anti-crush devices and must be carried out so that there is no risk of people or objects being crushed. It must always be executed in accordance with current legislation on the subject. Rv2 BRAKE (slow-down) LENGTH ADJUSTMENT This trimmer is used to adjust the length of the slowdown. Rv3 PAUSE LENGTH ADJUSTMENT This trimmer allows the PAUSE time to be adjusted between 0 and 20 seconds. Set DIP SWITCH 6 to the ON position to enable automatic closing. P.N.: TURNING THE TRIMMERS CLOCKWISE INCREASES THE TIMES/VALUES LED LED2 LED3 TRIMMER REGULATION, LEDS LED4 LED5 LED6 LED7 - LED LED9 + Rv3 + Rv2 + Rv LED0 LED LED2 LED3 LED4 LED5 LED6 LED (AUX INPUT) LED2 (PARTIAL START) It must be usually switched off and it must switch on when an partial opening control is given. LED3 (START) It must be usually switched off and it must switch on when an opening control is given. LED4 and LED5 (CLOSING LIMIT SWITCH MOTOR 2) / (OPENING LIMIT SWITCH MOTOR 2) LED6 and LED7 (CLOSING LIMIT SWITCH MOTOR ) / (OPENING LIMIT SWITCH MOTOR ) They must be usually switched on and they must switch off when the limit switches are started up. LED8 and LED9 (PHOTOCELL 2) and (PHOTOCELL ) It must be usually switched on and it must switch off when the photocell is darkened. LED0 (24V AUX POWER SUPPLY) LED (TX PHOTOCELL POWER SUPPLY) LED2 (TROUBLESHOOTING LED) If the automation stops to work, the Troubleshooting LED will indicate which safety caused the event through many different flashing spaced out by a second pause. flash = PHOTOCELLS 2 flashes = SAFETY EDGE 3 flashes = ENCODER (reversing sensor) 4 flashes = STOP 5 flashes = PHOTOCELL SELF-TESTING 6 flashes = TRIAC TEST The flashing sequence will be repeated even on the flashing lamp for 5 seconds. LED3 (ELECTRIC LOCK) LED4 and LED5 (ENCODER2) and (ENCODER ) LED6 (STOP) It must be usually switched on and it must switch off when a STOP control is given. LEDP (Programming) ALARM INDICATION BOARD ON CONTROL UNITS GATE The sequence of lightning, intervals of pause, are shown on the flashlight (for ca. 20 sec.) and on the control lamp (until a new START). Number of lightning 2 3 Type of alarm Photocell Safety edge Encoder Number of lightning Type of alarm Stop Photocell self-testing Triac test 9

10 RADIO RECEIVER, START BUTTON CONNECTIONS C + CN2 Com 5 4 Connection of a radio receiver This connection allows to command the total opening/closing of the automation. For the receiver connection make reference to the related instruction manual. + = 24V, - = 0V, C = Contact Com = Common 3 Partial Start To obtain a partial opening (7 second gate opening) connect the key-button wires as in the picture. It is possible to connect other command devices (push button board, radio receiver, keypad). Note: the contact for the partial opening is a N.O. Contac (Normally opened) Note2: the partial opening will be always executed on the M motor. 4 4 Start Button An impulse given to this entrance commands the opening/closing of the automation. It can be given by a key switch, a loop detector, a keypad, etc. To connect the supplied devices (for ex. Loop detector) see the related instructions. 0

11 PHOTOCELLS, BUZZER, CONNECTIONS C C CN2 Photocell self-testing Buzzer (24Vdc) Audible Alarm Use a buzzer 24V of 00 db. The buzzer will be switched on after two consecutive activations of the anticrush sensor. To reset the allarm it is necessary to push the button STOP. Anyway after 5 minuts the buzzer will stop to sound and the automation stands still waiting for commands. 4 7 IMPORTANT: UL325 standards requires an audible alarm to go OFF after 2 consecutive events! detected by the primary entrapment protection of the gate operator (for ex. reversing sensor). Photocells 2 Connection When the photocells beam is crossed, the automation reverses its movement if in closing phase. In opening it causes the stop of the gate until it is occupied, when released the gate returns into open postion. Note: When not used make a jumper between contact 9 and the common. Note : With the PALM device it is possible to set as PHOTOSTOP, that means that it does not allow to the gate to open, while it does not intervene during the remaining opening. + = 24V - = 0V C = Contact Com = Common 5 7 TX RX - + Com 9 N.C. Photocells Connection When the photocells beam is crossed, the automation reverses its movement if in closing phase. To use the photocells self- testing connect the (+) of the TX photocell with contact 3 instead of 5. Note: When not used make a jumper between contact 0 and the common. Note: With the PALM device it is possible to set this photocell as PHOTOCLOSE, that means, that if occupied during the pause, the automation interrupts the same and recloses immediately. + = 24V - = 0V C = Contact Com = Common 5 7 TX - + Com RX 0 N.C.

12 ELECTRIC LOCK, MAGNETIC LOCK SOLENOID LOCK CONNECTIONS CN2 Electric lock exit An electric lock of 2V or of 24 Vdc 5W max can be connected.the electric lock activates at every opening cycle for about,5 s. 6 Magnetic Lock wiring optional board Power for Magnetic Lock N.C. The Power Supply is not provided. 6 7 Magnetic Lock Solenoid Lock wiring optional board Power for Solenoid Lock Solenoid Lock N.O. The Power Supply is not provided

13 SAFETY EDGE, FLASHING LAMP, COURTESY LIGHT, TIMER CONNECTIONS CN2 2 Safety edge input Timer A further safety can be obtained making a connection with the safety edge mentioned on the side. If it is start up, the safety edge reverses the movement of the gate for two seconds and it stops. To use the safety edge, place dip-switches 3 on OFF. Notice: if the safety input is not used, make a Jumper between and 2. 2 With DIP3 on ON it is possible to connect a timer. The Timer executes the timed opening and keeps the gate open for the whole adjusted time CN3 Courtesy Light (5V max 00W) During the working phase, courtesy light stays switched on. Note: With the Palm it is possible to modify this time from 5 to 240 s. 2 Flashing Lamp (5V) The flashing lamp is an important accessory which warns the gate operating. To connect it, connect the wires of the flashing lamp as in the picture. It is possible to activate a pre-flashing of 3 seconds before activating the automation placing Dip 5 on ON. Notice: The warning lamp gives the same warning signals as the LED 2 described in pag

14 HYDRAULIC MOTORS, POWER SUPPLY, CAPACITORS CONNECTIONS M M Com M M Com N G P CN3 Violet Black White Violet Black White Capacitor 2 2 Green Green 6 Capacitor Motor 2 Output for Motor 2 connection M2 M = OPEN/CLOSED Com = COMMON Example Motor Output for Motor connection M M = OPEN/CLOSED Com = COMMON Example 4 Power input Input for the connection of the electric power. P = PHASE N = NEUTRAL G = GROUND NOTICE: for the connection to the electric power see the law in force

15 MOTORS, CAPACITORS, POWER SUPPLY CONNECTIONS for ALPHA M M Com M M Com N G P CN3 Capacitor Capacitor Motor 2 Output for Motor 2 connection M = OPEN/CLOSED M2 Com = COMMON ALPHA Motor Output for Motor connection M = OPEN/CLOSED M Com = COMMON ALPHA Power input Input for the connection of the electric power. P = PHASE N = NEUTRAL G = GROUND NOTICE: for the connection to the electric power see the law in force

16 ANTENNA, SAFETY GATE, STOP BUTTON CONNECTIONS CN CN LEDP Green Brown White White P2 Encoder adjustment procedure on board of the control unit. Keep pressed both Ptime and Pcode buttons for 3 seconds until ledp turns on.. 2. The led turns on and stays on for second, afterwards it reproduces the number of flashes corresponding to the level of the set encoder sensibility (from to 5, where 5 stands for the maximum insensibility) 3. If the set level is not suitable, press the push-button Pcode to increase or Ptime to decrease it. Every impulse corresponds to the increase or the decrease of one unity. 4. After second from the last pressure of the push-button the set sensibility level will be shown through the corrisponding number of flashes. 5. After 3 seconds from the visualization, the procedure will be left and the ledp switches off. Note: Execute the adjustment with still- standing gate. 2 Antenna Connect the antenna as in the picture. Encoder (reversing sensor) on motor 2 (DIP8 ON) The encoder or Safety Gate is a system which detects any obstacle during the operating of the gate. When activated the motor reverses for sec. It is set in the factory on a middle level but can be modified. Low sensibility levels do not allow a fast inversion as required by the En2453 rules. Note: After two consecutive inversions the BUZZER will be activated. Encoder (reversing sensor) on motor (DIP8 ON) The encoder or Safety Gate is a system which detects any obstacle during the running of the gate.when activated the motor reverses for sec. Note: With the PALM device or through the pushbuttons Ptime and Pcode on board of the control unit. it is possible to adjust the sensibility of the encoder on a scale from 0 to 5, where 0 indicates the max. sensibility during the inversion. Note: Every time when there is no current supply and after every osbstacle the automation, when no limit switches are installed, will proceed slowly until it reaches the stop. SAFETY GATE SAFETY GATE Stop Button The pressure of this button stops immediately the motors in any condition /position. With the following start impulse the gate will always go in closure. Note: if it is not used, make a jumper between terminals n 2 and

17 SELF-LEARNING OF OPERATING TIMES FOR SWING GATES OPERATORS STEP (Note: On swing gates with two leaves the limit switches have not to be bridged) Make all the electrical connections and jumpers on all the unused N.C. contacts (photocells, limit switches, etc). If a geared motor equipped with a mechanical or hydraulic anti-crush safety device is being used, set the operating torque (trimmer Rv) to the maximum value and then adjust the motor torque using the special bypass valves or clutch adjustment screws located on the actuators. If a motor without a mechanical or hydraulic anti-crush safety system is being used, set the operating torque to the maximum value ONLY for the self-learning process. Immediately afterwards, set a torque value that will ensure anti-crush safety, in accordance with current legislation. ATTENTION! THIS PROCEDURE IS POTENTIALLY DANGEROUS AND MUST BE CARRIED OUT ONLY BY SPECIALIZED PERSONNEL, ADOPTING ALL SAFETY PRECAUTIONS. 2 STEP 2 Disconnect the power supply (Fig. ), release the gate operator (Fig. 2) and stop the leaves in the half-open position (Fig. 3). Lock the motor (Fig. 4) and turn ON the power (Fig. 5). Fig. Fig. 2 OFF Unlock Example Lock M Fig. 3 M2 Fig. 4 Example Fig. 5 Notice: Encoder activation O N With the safety gate (encoder and encoder 2) on both motors put dip 8 on ON before programming. To exclude its function put dip 8 on OFF avoiding to repeat the selflearning procedure. 7

18 D D D D D RR LL 33 D R R L L 2 2 RL RL E D SELF-LEARNING OF OPERATING TIMES FOR SWING GATES OPERATORS D Press and Hold button (LED P will come ON) until motor M2 will start to close the gate*. CN LE 4 L D5 LE 6 U2 DIP CN4 T Release. RV3 L E D P U RV2 RV P2 F2 LED LE 2 LE 3 LE 4 LED5 L ED 6 L E 7 LE 8 LED9 LED0 L E D L ED 2 L ED 3 F CN2 CN3 * 3 LEDP If the motor start to open the gate, take OFF the power and reverse the motor phases. Make the same type of connection on motor M as well. Repeat the programming procedures (STEP 2). M STEP 3 (from STEP 2) When the leaf reaches the closing mechanical stop, press button (Fig. 6). Motor M will also start a closing cycle. When the gate reaches the closing mechanical stop, press again (Fig. 7). Do not execute this operation if limit switches are installed. Note: If the safety gate is installed you must give the impulse exactly on the stop. M2 M M2 M M2 Fig. 6 The leaf stops and M starts an opening cycle. After a few seconds press once more to set the Leaf Delay in Opening. (The number of seconds waited will result in the delay of the leaf in opening) NOT TO DO IF DIP 4 IN ON POSITION. When the leaf reaches the opening mechanical stop, press again (Fig. 8). Do not execute this operation if limit switches are installed. Motor M2 will also start an opening cycle. When it reaches the opening mechanical stop, press again (Fig. 9). Do not execute this operation if limit switches are installed. Fig. 7 M M2 M M2 8 Fig. 8 Fig. 9

19 SELF-LEARNING OF OPERATING TIMES FOR SWING GATES OPERATORS Motor M2 will start a closing cycle automatically. After a few seconds press once more to set the Leaf Delay in closing. (The number of seconds waited will result in the delay of the leaf in closing) NOT TO DO IF DIP 4 IN ON POSITION When the leaf reaches the closing mechanical stop, press again (Fig. 0). Do not execute this operation if limit switches are installed. At this point motor M will start a closing cycle. When the closing mechanical stop is reached, press again (Fig. ). Do not execute this operation if limit switches are installed. M M2 M M2 Fig. 0 When motor M reaches the closing mechanical Stop, press for the last time. Programming is completed. Fig. 4 Check that the times are saved properly by giving a START command or pressing button. If necessary repeat the learning procedure from stage 2. STEP 4 If used with a motor without a mechanical or hydraulic anti-crush safety device, adjust trimmer Rv to values that will ensure anti-crush safety, in accordance with current legislation. If, after adjusting the operating torque, the operating time is insufficient (e.g. the leaf fails to open or close completely), repeat STEP 2 with the motor torque value set for the normal use of the system. Adjust the slow-'down length (if enabled), using trimmer Rv2. FUNCTION OF THE CONTROL UNIT FOR ONLY ONE MOTOR The Gate 2 control unit can be used for the movement of one single leaf, when swing leaf it s without limit switch. To prepare the control unit for the programming of this function it is sufficient to PUT A JUMPER between the limit switch contacts of the motor M (connected motor) and to exclude the leaf delay (Dip 4 ON). Keep pressed until the motor starts to close, when it reaches the stop in closing press again, and the motor will open. Press after the stop in opening has been reached, the motor will start a closing cycle, when it reached the stop in closing press and the programming is finished. FUNCTIONING OF THE GATE2 CONTROL UNIT FOR A DOUBLE SLIDING GATE It is possible to use the GATE2 control unit also to move a double sliding gate with limit switch. To predispose the unit for the programming of such functioning modality it is sufficient to connect the limit switch connectors of the motors M and M2 and to exclude the leaf delay (Dip 4 on ON ) Press and keep pressed until the motor starts, now the automation continues autonomously with the selflearning of the times. PALM FUNCTIONS: LED4 LED5 LED6 U2 DIP J CN LEDP U Rv3 Rv2 P2 Rv F2 LED LED2 LED3 LED4 LED5 LED6 LED7 LED8 LED9 LED0 LED LED2 LED3 CN4 RL RL2 RL3 F GATE - Administration Visualisation and modification of the following parameters: Working times Leaf delay Partial opening time 2 n. maintenance cycles adjustment Antisqueezing sensibility SAFETY GATE PhotoStop PhotoClose PushOpen ( excludes the pushover during opening phase) CN2 CN3 9

20 E E E E E E E RL3 RL3 R L 2 RL RL PROGRAMMING A TRANSMITTER WARNING: The default card will only accept ROLLING CODE radio transmitters (Ladbird Roll and and Smart Roll) associated with the RF ROLL (433 Mhz Code , 868 Mhz Code ). To program NOT ROLLING CODE transmitters (Smart Dual, Ladybird Dip and Copy and Head) it is necessary to replace the microprocessor with the appropriate kit (Code ) and to insert on the control unit the RF module (433 Mhz Cod , 868 Mhz Cod ). Note: The RF ROLL receivers will be manageable with the SP40 management software (Code ) and with the OPEN sytem (Code ). PROGRAMMING A TRANSMITTER ON START Press button P2 (PCode) until LEDP turns ON. P2 RV3 CN L D4 LED 5 L D6 L E DP U2 U DIP CN4 T RV2 RV P2 F2 LEDP L E D LED2 LED3 L D 4 LED5 L D6 LED7 L D 8 L E D 9 LED 0 LED L D2 L E D 3 F P2 CN2 CN3 Give a START with the transmitter, using the button chosen for the start command. The LED will flash twice to confirm that the transmitter code has been memorized and will remain ON waiting for further transmitters. LEDP If no further code is memorized within 0 seconds, the LED automatically goes OFF and exits the programming procedure. ATTENTION: If the code entered is already in the memory, it will be deleted. LedP flashes 4 times to confirm this procedure. PROGRAMMING A TRANSMITTER ON PARTIAL START ) Press button P2 (PCode) until LEDP turns ON. 2) Press button (PTime). LEDP will start to flash quickly ) 2) P2 LEDP LEDP Give a START with the transmitter, using the button chosen for the start command. The LED will flash twice to confirm that the transmitter code has been memorized and will remain ON waiting for further transmitters. LEDP If no further code is memorized within 0 seconds, the LED automatically goes OFF and exits the programming procedure. ATTENTION: If the code entered is already in the memory, it will be deleted. LedP flashes 4 times to confirm this procedure. CANCELLATION OF ALL RADIO TRANSMITTERS Press and keep pressed button Pcode, ledp will start to flash. Wait until the ledp stops to flash and release the Pcode. LedP will flash 6 times to confirm the cancellation. 20

21 SAFETY LOOP CONNECTION DRAWING SHOWS HOW TO EVENTUALLY CONNECT THE MAGNETIC LOOP C + CN2 C2 - C = CONTACT OPEN C2 = CONTACT CLOSED 5 = 24 V = 0 V Security exit loop Connecting scheme of loop detector reader 0 = Contact photocell (n.c.) = Common photocell Loop Safety exit loop Security loop Connecting scheme of loop detector 2 reader 4 = Contact start (n.o.) = Common Loop2 Safety loop 2 Free exit loop 3 Loop3 Free exit loop Connecting scheme of loop detector reader 4 = Contact start (n.o.) = Common 2

22 SAFETY LOOP CONNECTION CONNECTING SCHEME OF THREE READERS OF MAGNETIC LOOP DETECTORS: (TWO OF THEM USED AS SECURITY DEVICE AND ONE AS FREE EXIT) SAFETY LOOP SYSTEM SAFE TY LO OP SAFETY LO OP EXIT LOOP SYSTEM SAF ET Y L O O P SAF ET Y L O O P EXIT LOOP 22

23 Advises TROUBLESHOOTING Make sure all Safety LED are turned ON All not-used N.C. contacts must have jumpers Problem Found Possibile Cause Solutions Motor doesn't respond to any START command a) Jumper missing on one of the N.C. Contacts b) Receiver doesn t work (LED 3 in not turned ON) c) Burnt fuse d) The Auxiliary contact is set as a N. C. Conntact a) Check Connections or Jumpers on Contacts 9/ - 0/ on the Cn2 and 2/6 on Cn b) Check connection, polarity and fuse of the receiver c) Replace burnt fuse on the Board d) Set the Auxiliary contact as a N.O. setting Dip Switches 3 in ON position Gate doesn't move while the motor is running a) The Motor is in the Released position b) The electronic / mechanic Clutch or By-pass Valve are not set c) There is an obstacle or the motor has reached a limit switch a) Re-lock the motor b) Adjust Electronic clutch using Trimmer Rv or Motor Clutch / Bypass Valve c) Remove obstacle or switch the the operating direction using Dip Switch 2 Gate doesn't reach the complete Open / Closed position a) Wrong setting of the Limit Switches b) Erron on Programming (page 0) c) Gate is stopped by an obstacle d) The fitting Geometry is inadequate a) Set Limit Switches b) Repeat Programming as on page 0 c) Remove obstacle d) Check fitting geometry following the operator installation manual The gate opens but doesn't close a) The photocell Contacts 9/ and 0/ are not closed b) The auxiliary contac is set as a N.C. a) Check LED or jumpers b) Set the Auxiliary contact as a N.O. setting Dip Switch 3 in ON The gate doesn't close automatically a) The Automatic Closing is OFF b) Pause time set to High a) Activate Automatic Closing by Dip Switch 6 b) Adjust Pause time using Trimmer Rv3 P.N. Every time an adjustment is made reset the board turning OFF the power for 0 seconds and then turn it back ON. 23

24 SALES CONDITIONS and WARRANTY GENERAL WARNING: Installation must be realized using parts and accessories approved by SEA. SEA is not responsible for incorrect installations and/or non-compliance with safety standards according to the law in-force. SEA is in no way liable for any damages and/or malfunctioning due to using parts and accessories non-compliant with the UL325 safety standards. ORDERS: Orders are processed upon approval by SEA. Buyers must confirm orders by sending a written Purchase Orders to SEA. Purchase Orders are intended as confirmation of orders and binding for the buyer, which accepts SEA sales condition. QUOTATION: Quotation and special offers with a non-specified duration expires automatically after 30 days. PRICES: Prices are based on the Price List in force. Discounts and quotation from Sales Rep. and other selling branches must be approved by SEA. Prices are F.O.B SEA Warehouse in Miami and do not include shipments costs. SEA reserves the right to modify the price list at any time and provide notice to its sales network. PAYMENT: Method of payments and terms are notified by SEA and displayed on the commercial invoice. DELIVERY: The delivery time on the invoice is not binding and represents an estimated delivery. Shipments costs will be charged to the buyer and SEA is not responsible for delays and/or damages occurred to the products during shipment. COMPLAINS: Complains and/or claims must be notified to SEA within 7 business days after receiving the products. Claims and complains must be supported by original documents. Customer must contact the factory for instructions and authorization. Merchandise returned for credit must be current, uninstalled and unused and returned in its original packaging. Freight must be pre-paid on all authorized returns. REPAIRS: Repairs and parts are subject to the availability in stock. Shipment of products for repairs must be pre-paid by the customer. Products shipped without authorization, sender s details and description of the problems will be refused. Customers must contact SEA for instructions. WARRANTY: for the original buyer only: Hydraulic and oil-bath motors: 36 months warranty from the date of invoice on manufacturing, assembling and workmanship defects. Electro-mechanic motors and electronic control systems: 24 months warranty from the date of invoice on manufacturing, assembling and workmanship defects. Lepus and Full Tank Standard model: 60 months warranty from the date of invoice on manufacturing, assembling and workmanship defects. No warranty will be recognized for damages due to incorrect installation and/or improper use for which the product was intended. SEA warranty obligations shall be limited to repair or replace the defective product/parts at SEA option, upon examination of the products by SEA technical Staff. All replaced parts must remain property of SEA. The warranty status of the product remains an unquestionable assessment of SEA. Buyer must ship pre-paid defective products. Products under warranty will be returned pre-paid by SEA. Recognized defects, whatever their nature, will not produce any responsibility and/or damage claims to SEA USA Inc and SEA s.r.l. Warranty shall not cover any required labor activities. Warranty will in no case be recognized if alterations and any other changes will be found on products. Warranty will not cover damages caused by carriers, expendable materials and faults due to improper use with the products specifications. No indemnities are recognized during repairing and/or replacing of the products under warranty. SEA USA Inc. and SEA s.r.l. decline any responsibility for damages to person and objects deriving from non-compliance with safety standards, installation instructions or use of the products sold. It is intended that warranty will be recognized only on products bought through the SEA authorized network. Products must be installed by professionals. No warranty will be recognized if products are installed directly by the final user. Warranty does not apply in case of unexpected events such as fire, flood, electrical power surge, lightning, vandalism and others. SEA USA Inc. is not responsible for errors in technical information printed in catalogs and installation manuals (800) sales@reliablegateopeners.com