Key Automation LEVANTE Instructions And Warnings For Installation And Use
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Key Automation LEVANTE Instructions And Warnings For Installation And Use

Key Automation LEVANTE Instructions And Warnings For Installation And Use

Automatic sliding doors
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Istruzioni ed avvertenze per l'installazione e l'uso
Instructions and warnings for installation and use
Instructions et avertissements pour l'installation et l'usage
Anleitungen und Hinweise zu Installation und Einsatz
Instrucciones y advertencias para su instalación y uso
Instruções e advertências para a instalação e utilização
Instrukcje i zalecenia dotyczące instalacji i użytkowania
LEVANTE
Operatore per porte automatiche scorrevoli
Operator for Automatic Sliding Doors
Opérateur pour portes coulissantes automatiques
Antrieb für automatische Schiebetüren
Actuador para puertas automáticas de corredera
Operador para portas de correr automáticas
Napęd do automatycznych drzwi przesuwnych

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Summary of Contents for Key Automation LEVANTE

  • Page 1 Anleitungen und Hinweise zu Installation und Einsatz Instrucciones y advertencias para su instalación y uso Instruções e advertências para a instalação e utilização Instrukcje i zalecenia dotyczące instalacji i użytkowania LEVANTE Operatore per porte automatiche scorrevoli Operator for Automatic Sliding Doors Opérateur pour portes coulissantes automatiques Antrieb für automatische Schiebetüren...

  • Page 2: Table Of Contents

    TABLE OF CONTENTS Safety warnings pag. 3 Control unit pag. 21 The board pag. 21 CTLEV control equipment pag. 22 Product introduction pag. 5 Example of sensor connection pag. 23 Product description pag. 5 Example of sensor connection conforming to EN16005 pag.

  • Page 3: Safety Warnings

    Therefore, final connection of the automation disconnect the power supply immediately and system to the electrical mains, system testing, contact a Key Automation Service Centre. Use of commissioning and routine maintenance must the automation system in these conditions may be performed by skilled, qualified personnel, in cause hazards;...
  • Page 4 Key Automation reserves the between the part operated by the automation sy- right to amend these instructions if necessa- stem and any fixed parts around it;...

  • Page 5: Product Description

    2 - INTRODUCTION TO THE PRODUCT 2.1 - Product description The automation consists of the following subgroups: 1- 24V transformer group 6- Runner 2- Motor unit 7- Right side cap 3- Central control unit 8- Left side cap 4- Guide pulley with tensioner unit 9- Electric lock 5- Mechanical limit switch 2.2 - Technical specifications...

  • Page 6: Mounting Surface Materials

    Internal radar, external radar compliant with EN 16005 Max length [m] Cable type PVC LiYY 6x0.34mm² PHOTO RADAR (INT/EXT) TEST (1/2) BUS Accessories (NO mechanical selector) Max length [m] Cable type PVC LiYY TP (twisted pairs) 3x2x 0.5mm² Mechanical selector Max length [m] Cable type PVC LiYY 8x0.34mm²...

  • Page 7: Hazards And Risks

    distance from panel surface b) the panel travels parallel to a flat surface at a distance of 100 < X ≤150 mm from it (see diagram), and the force of the panels are within the permitted values c) the secondary contact edge is covered by guards (such as Door Protection covers, casings or fixed panels) at a distance of ≤...

  • Page 8: Installation Dimensions

    4 - INSTALLATION DIMENSIONS The following diagrams are used to obtain the installation according to the type of panel to be installed (traditional or all dimensions of the automation according to the height of the glass). All the dimensions of the following layouts are expressed passageway and to obtain the height dimensions of the panels in millimetres (mm).

  • Page 9: Dimensions Of Installation With Glass Panels - Side View

    4.2 - Dimensions installation with glass panels - Side View 4.3 - Installation with breakout profile See the relative instructions of the KITANTSF2C certified KIT.

  • Page 10: Fixing Instructions

    5 - FIXING INSTRUCTIONS 5.1 - Fixing The following figures illustrate the layout of automation fastening on the wall. Max screw diameter Ø4.2 Reference mark for the wall fixing holes Coupling bracket 3,5 max 6,5 max The coupling profile can be used to facilitate assembly of the The maximum distance between two successive fixing screws automation.
  • Page 11 5.3 - Installation dimensions for double-panel version - Top and front views Indications for installation of subgroups, runner positions, All dimensions in the following layouts are expressed in millimetres. calculation of automation length and permitted limit measurements. BEAM OPEN OPEN Beam length LTr = 2*LA+PL LA = (PL/2)+S...
  • Page 12 5.4 - Installation dimensions of single panel with opening to the right - Top and front views Indications for installation of subgroups, runner positions, All dimensions in the following layouts are expressed in millimetres. calculation of automation length and permitted limit measurements. BEAM OPEN Beam length...
  • Page 13 5.5 - Dimensions of installation of single panel with opening to the left - Top and front views Indications for installation of subgroups, runner positions, All dimensions in the following layouts are expressed in millimetres. calculation of automation length and permitted limit measurements. OPEN LTr = LA+PL+B Beam length...

  • Page 14: Panel Preparation

    6 - PANEL PREPARATION 6.1 - Detail of the runner Anti-derailment wheel Anti derailment wheel adjustment screw Panel support bracket locking screws Panel support bracket locking screws Panel fixing screw Panel height adjustment Permitted panel height Panel fixing screw adjustment ± 4.5 mm plate 6.2 - Assembly of the runners on the panel with lowered adapter profile Cut the adapter profile to size, make the holes for the fixing screws...

  • Page 15: Inserting The Panel On The Beam

    Finally secure the runners with the dedicated M6x14 TE screws. panel, refer to the tables in the “installation dimensions” section For the positioning dimensions of the runner with respect to the according to the type of panel to be installed. 6.4 - Inserting the panel on the beam Before inserting the panel on the beam, the anti-derailment wheels At this point it is possible to connect the panel to the beam.

  • Page 16: Positioning Of The Modules Inside The Beam

    7 - POSITIONING AND WIRING OF THE MODULES INSIDE THE BEAM 7.1 - Positioning of the modules inside the beam Once the beam has been fixed and the panels are prepared, the 3- Motor modules are positioned according to the previous diagrams, section 4- Guide pulley.

  • Page 17: Connection Of The Panel To The Transmission Belt

    7.3 - Connection of the panel to the transmission belt Install the belt by inserting it between the motor pulley and the To make the joint between the two ends, use the appropriate guide pulley. The two ends of the belt that will need to be joined brackets and proceed as shown in the figure below.

  • Page 18: Adjusting The Limit Switches

    7.5 - Adjusting the limit switches To adjust the mechanical limit switches, loosen the screw shown in the figure and move the limit switch to the correct position. Tighten the screw. N.B. Do not overtighten the screw. During operation, the panel will stop approximately 10 mm before the limit switch buffer 7.6 - Wiring the door to the line Connect the network cables to the line input terminal as shown in...

  • Page 19: Recessed Wall Beam

    The assembly of the cover, as shown in the following figure, takes Attention: the side covers must not be mounted for the versions with recessed beam on a wall compartment. place by pressure. Pay attention to the correct engagement of all the pins inside the dedicated slots on the beam.

  • Page 20: Locking The Cover Panel

    To prepare the cover, proceed as follows: Holes for screws for fixing to the covers FIG. 1: Insert the brush “B” in the dedicated seat, sliding it to the end of Drill two Ø5.5 holes on both ends of the panel 15 mm away from the cover.

  • Page 21: Control Unit

    9 - CONTROL UNIT 9.1 - The board...

  • Page 22: Ctlev Control Equipment

    9.2 - CTLEV control equipment...

  • Page 23: Example Of Sensor Connection

    9.3 - Example of sensors connection...
  • Page 24 9.4 - Example of sensors connection compliant with EN16005...

  • Page 25: Example Of Pa025Ct And Pa014Ir Connection

    9.5 - Example of PA025CT and PA014IR connection INTERNAL RADAR AC/DC from 12 to 24 V POWER BLACK AC/DC from 12 to 24 V WHITE N.O. OUTPUT R2,3,4,5 GREEN YELLOW (+) MANIFOLD OUTPUT R1,2 BLUE (-) TRANSMITTER GREY (+) TEST-P INPUT TEST TEST-N...

  • Page 26: Example Of Smnpae Manual Selector Connection

    9.7 - Example of connection for SMNPAE manual selector Positive selector power supply Negative selector power supply A 485 EASY programmer connection B 485 EASY programmer connection S.R. Rotary selector R.H. Reset L.D. Error signalling LED Optional (not used) 1) - Without manual selector In order not to use the manual selector, it is necessary to bridge the cn5 connector between the -AS and R.H.

  • Page 27: Example Of Sel4 Selector Connection

    9.9 - Example of connection for SEL4 selector JUMPER JUMPER TERMINATOR TERMINATOR OPEN CLOSED KEYPAD 1 KEYPAD 2 ATTENTION: FOR CORRECT OPERATION THE KEYBOARD NEEDS A TWISTED CABLE WITH AN IMPED- ANCE OF APPROXIMATELY 120 ohm 8.10 - Example of SEL5 selector connection JUMPER JUMPER TERMINATOR...

  • Page 28: Power On

    9.12 - Power on When the device is switched on, the display of the control unit shows ATTENTION ! the version of the installed firmware for 2 seconds (e.g. r2.11) and then displays the currently selected type of motor (A4) for 2 seconds. When the electronic board is switched on, the first movement of The displayed motor must be A4: if the control unit displays a different the door must be closed and performed at reduced speed.

  • Page 29: Open And Close Commands

    10.5 - Operation in Output mode RAD INT RAD INT RAD ESt command results in opening of the door, which command during opening is ignored. A RAD INT remains open for a user-modifiable duration time (see Changing command during closing results in immediate reopening. parameters) and then closes again.

  • Page 30: Emergency Opening Command

    10.15 - Emergency Opening Command (N.C.) “EMERGENCY MUSHROOM BUTTON” If parameter Y is set to value 2, input INT.I becomes the in any condition, including the lock mode and the active STOP EMERGENCY OPENING command, (NORMALLY CLOSED). command. As long as it remains active, it does not allow the door The Emergency Opening command results in opening of the door to be closed again.

  • Page 31: Displays

    10.20 - Displays By pressing the ESC key it is possible to view in sequence: expressed in hundreds: this counter can be reset by holding the CTOT The total number of cycles performed by the automation, OK button for two seconds until the sounding of an acoustic signal. expressed in hundreds.

  • Page 32: Parameter Modification Procedure

    11 - MENU 11.1 - Parameter modification procedure By pressing ESC for 2 sec (until the beep): parameter modification Pressing OK for 2 seconds (until the beep) stores the current value. is entered. Pressing ESC again for 2 sec (until the beep): the modification is With ESC the parameters are scrolled, with P1 and P2 they can exited.

  • Page 33: Obstacle Detection

    Funzione Default Valore Note 0 = not monitored SLOW. PHOTO monitoring 1 = a monitored device 2 = two monitored devices 0 = not monitored STOP monitoring 1 = a monitored device 2 = two monitored devices 0 = battery not present Battery presence 1 = battery present 0 = Normal operation...
  • Page 34 11.5 - Error code examples PROGRAM MENÙ MENU Error Description No communication between function selector and equipment. The incorrect or absence of connection of the func- tion selector causes the appearance of the error E 00 on the display of the PRO selector and non-operation of the equipment display E101 Obstacle detected with closing current.

  • Page 35: Maintenance Plan

    12 - MAINTENANCE PLAN to ensure correct automation operation, it is necessary to perform owner, all maintenance activities must be carried out by a qualified periodic maintenance on the same. professional, who must respect the indications in the table below: With the exception of the ordinary cleaning of the window, by the Operation Frequency...

  • Page 36: Testing And Commissioning

    13 - TESTING AND COMMISSIONING THE AUTOMATION SYSTEM The system must be tested by a qualified technician, who must the relevant regulatory requirements, especially the EN12445 perform the tests required by the relevant standards in relation standard which specifies the test methods for gate and door to the risks present, to check that the installation complies with automation systems.
  • Page 37 NOTE...
  • Page 40 Key Automation S.r.l. Via Meucci 23 - 30027 San Donà di Piave (VE) T. +39 0421 307456 - F. +39 0421 65698 Instruction version info@keyautomation.it - www.keyautomation.it 580LEV REV.02 EN...

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