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GBD ENTRA EB Installation Manual

Swing door operator
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ENTRA EB
1
ENTRA EB
SWING DOOR OPERATOR
INSTALLATION MANUAL
ENGLISH

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Summary of Contents for GBD ENTRA EB

  • Page 1 ENTRA EB ENTRA EB SWING DOOR OPERATOR INSTALLATION MANUAL ENGLISH...
  • Page 2 ENTRA EB Thank you for choosing this product. For best automatism performance, we recommend you carefully read and follow the installation and use instructions found in this manual. Installation of this automatism must only be performed by the professionally qualified personnel for whom this manual is addressed. Any errors during installation may be harmful to people or things.

  • Page 3: Table Of Contents

    Parameters adjustment ......................54-59 Status report ........................... 59 Errors .............................. 60 Operating logics ......................... 61-62 Wiring and use double ENTRA EB (S/M) ................... 63-67 Interlock wiring and use ......................68-69 Troubleshooting ..........................70 Sensors 4Safe on SW - wiring ......................71 Sensors Lzr-flatscan sw - wiring .....................

  • Page 4: Intended Use - Application Limits - Low Energy - Preliminary Checks

    ENTRA EB 1. WARNING FOR THE INSTALLER ( GENERAL SAFETY OBLIGATIONS) It is important for the personal safety to install the automatism in accordance with the instructions. Incorrect installation or incorrect use of the product can lead to serious personal injury.

  • Page 5: Machine Directive

    LOW ENERGY ENTRA EB can be set in the order to meet requirements of Low-Energy application according EN16005. - reduced dynamic force; - low speed;...

  • Page 6: Technical Features

    ENTRA EB TECHNICAL FEATURES DIMENSIONS 587x120x95mm POWER SUPPLY 230V ±10% AC 50/60Hz RATED POWER NIMINAL MOTOR TORQUE 35Nm EXTERNAL DEVICES POWER 15Vdc - 12W MAX OPENING TIME 3s ÷ 6s (70°/s ÷ 20°/s) CLOSING TIME 4s ÷ 15s (40°/s ÷ 10°/s)

  • Page 7: Dimensions And General Specifications

    ENTRA EB DIMENSIONS AND GENERAL SPECIFICATIONS Base Plate Drive system (motor/gear/spring) Main control board Switching power supply unit End cap with Internal program switch and ON/OFF switch Cover Battery back up (optional) Kit axle extensions H=50mm (optional) Kit axle extensions H=70mm (optional)

  • Page 8: Arms

    ENTRA EB ARMS Slide arm: pull arm installation – for lintel depths +50mm – 100mm Standard arm: push arm installation – for lintel depths max. -150mm Long arm: push arm installation -for lintel depths max. -300mm FOR A CORRECT POSITIONING PLEASE REFERS TO PARAGRAPH “ARM INSTALLATION”...

  • Page 9: Remove Cover And Preparation Of The Operator's Installation

    ENTRA EB ’ REMOVE COVER AND PREPARATION OF THE OPERATOR S INSTALLATION Unscrew “A” and remove the cover Preparation 1: use adhesive template Preparation 2: use base plate as template and NOT remove components removing components Template to stick on the...

  • Page 10: Slide Arm Installation Pull

    ENTRA EB SLIDE ARM INSTALLATION PULL The rigid arm is used for doors that open on the same side as the automatism installation. Axle extensions position “C” L=30mm 42mm (Standard already welded to arm) L=50mm 62mm (Standard + Kit axle extensions H=50mm)
  • Page 11 ENTRA EB WING OPENING LEFT dimension and fixing of the automatism: Opening left Use the adhesive template for the fixing holes. The Holes must be adequate for the type of screw used. For the passage of cables, make holes in the areas indicated in the image.
  • Page 12 ENTRA EB Fix the automation using the holes made previously. For correct assembly, the base must be aligned with the hinge axis. ATTENTION!!!! For LEFT OPENING the automatism must be ALWAYS be fixed with MOTOR ON THE RIGHT.
  • Page 13 ENTRA EB WING OPENING RIGHT - dimension and fixing of the automatism: Opening right Use the adhesive template for the fixing holes. The holes must be adequate for the type of screw used. For the passage of cables, make holes in the areas indicated in the image.
  • Page 14 ENTRA EB Fix the automation using the holes made previously. For correct assembly, the base must be aligned with the hinge axis ATTENZION!!!! For RIGHT OPENING the automatism must be ALWAYS be fixed with MOTOR ON THE LEFT.
  • Page 15 ENTRA EB RIGID ARM FIXING for opening left For doors opening right, carry out the same assembly respecting the 104mm height from the axis of the hinges. For correct positioning, always use the door hinge axis as main reference. Use screws suitable for the type of the door for the fixing of the guide.
  • Page 16 ENTRA EB Pre-mount the sliding part as shown in the image and insert into the guide (in this case, install the optional mechanical stop). Then fit end caps and cover. Optionals By loosening the screw “A” and unscrewing the screw “B” the cover cab be opened to act on the guide...
  • Page 17 ENTRA EB ATTENTION!!! Fix arm to the operator. This operation defines how the product is going to be operated!!! For the correct methodology follow the warnings given and the following diagrams. Attention!!!! The highlighted screw indicated with an “X” represents the mechanic constraint of the spring that NEVER HAS TO BE REMOVED before having finished the procedure for choosing the spring preload and having solidly fixed the arm to the door and to the automation.
  • Page 18 ENTRA EB Medium preload – torque value of about 12,0 N/m: starting from the closed door position (max. preload), the arm must be rotated by n.3 teeth in the opening direction and fixed to the automation using the appropriate M8 screw , after which follow the final fixing scheme.
  • Page 19 ENTRA EB Minimum preload – torque value of about 10,0 N/m: starting from the closed door position (max. preload), the arm must be rotated by n.6 teeth in the opening direction and fixed to the automation using the appropriate M8 screw, after which follow the final fixing scheme.
  • Page 20 ENTRA EB Final fixing scheme: screw the arm to the door through the coupling between the threaded hole of the arm itself and the sliding piece shaft. Screw M8 tightening torque = 20N/m (Use torque wrench) Depending on the selected preload you will be in the following situations:...
  • Page 21 ENTRA EB Once the arm is connected to both the automation and the door and checked that all fastenings have been carried out, remove the spring alley and screw the screw into the “screw holder” hole as shown in the image.

  • Page 22: Articulated Arm Installation (Push)

    ENTRA EB 12. ARTICULATED ARM INSTALLATION (PUSH) The articulated arm is used for doors that open on the opposite side of the automation. Long articulated push arm Axle extensions Position “E” L=30mm 12mm (Standard already welded to the arm) L=50mm...
  • Page 23 ENTRA EB WING OPENING LEFT dimension and fixing of the automatism: Opening left Use the adhesive template for the fixing holes. The Holes must be adequate for the type of screw used. For the passage of cables, make holes in the areas indicated in the image.
  • Page 24 ENTRA EB Fix the automation using the holes made previously. For correct assembly, the base must be aligned with the hinge axis. ATTENTION!!!! For WING OPENING LEFT operator must ALWAYS be mounted with MOTOR ON THE LEFT.
  • Page 25 ENTRA EB WING OPENING RIGHT - dimension and fixing of the automatism: Opening right Use the adhesive template for the fixing holes. The Holes must be adequate for the type of screw used. For the passage of cables, make holes in the areas indicated in the image...
  • Page 26 ENTRA EB Fix the automation using the holes made previously. For correct assembly, the base must be aligned with the hinge axis ATTENTION!!!! For WING OPENING RIGHT operator must ALWAYS be mounted with MOTOR ON THE RIGHT.
  • Page 27 ENTRA EB PUSH ARM INSTALLATION for wing opening left Valid also for doors opening to the right performing the same operations but opposite side. ALWAYS mount the articulated arm from a closed door and NEVER remove the locking screw spring preaload during the arm installation phases, the screw will be removed ONLY after having...
  • Page 28 ENTRA EB Detail A – Bracket fixing dimensions on the door. Detail B – Arm fixing to the automation using the M8 screw supplied. Screw M8 tightening torque = 20N/m (Use torque wrench) Last operation fix the M10 nut to lock the telescopic rod.
  • Page 29 ENTRA EB ATTENTION!!! Only from this point on it is possible to adjust the preload of the spring. This is the most delicate operation as it also determines which preload the operator will operate!!! Attention!!!! The highlighted screw indicated with an “X” represents the mechanic constraint of the spring that NEVER HAS TO BE REMOVED before having finished the procedure for choosing the spring preload and having solidly fixed the arm to the door and to the operator.
  • Page 30 ENTRA EB Medium preload – torque value of about 12,0 N/m: starting from the closed door position (max. preload), the arm needs to be released on the tip by removing the joint (see image) after which the NON telescopic part (the one fixed to the automation) must be rotated in the opening direction of n.3 teeth and screwed again the operator.
  • Page 31 ENTRA EB Minimum preload – torque value of about 10,0 N/m: if you go in this direction, starting from door on closed position (max. preload), arm must be released on the tip by removing the joint (see detail) after the part NON telescopic (to one fixed to the operator) it will be rotated in the opening direction step of n.6 teeth and screwed again to the operator.
  • Page 32 ENTRA EB Arm in closed position...
  • Page 33 ENTRA EB Connect the two parts of the arm and double check all fastenings have been executed and remove the spring restraint. Screw in the hole the spring screw as indicated in the picture. Screw hole Restraint hole Restraint hole...

  • Page 34: Modification Spring Pre-Charge

    ENTRA EB 13. CHANGE SPRING PRELOAD ONLY FOR ENTRA EB ATTENTION!!! This operation must be performed with the utmost caution!!!! ATTENTION!!! NEVER loosen or disassemble the arm from the door before having reassembled the spring restraint screw!!!! 1. Realign the red reference notches (when door in closed position they are not aligned, open the door until they match).

  • Page 35: Spring Recharge - Selection Brake Level

    ENTRA EB SPRING REARM ONLY FOR ENTRA EB ATTENTION!!! This operation must be performed with the utmost caution!!!! ATTENTION!!! This operation must be performed exclusively if the spring should discharge because of the lack of observation of the proper installation procedures.

  • Page 36: Power Kit Installation

    ENTRA EB 16. BATTERY INSTALLATION 1. Disassemble switching and control board 2. Fit battery back-up kit into the pin shown in the picture. 3. Re-tighten the self-locking nut previously unscrewed and wire batteries with its own wiring set.
  • Page 37 ENTRA EB 4. Refit switching and control board, insert cable connector in the dedicated electric clamp...

  • Page 38: Power Connection

    ENTRA EB POWER SUPPLY CONNECTION • Verify the plate data correspond to those specified in the electrical network. • Provide a bipolar switch with a distance between the contacts equal or higher than 3mm • Check there is a suitable over-current protection on the installation.

  • Page 39: Control Board

    ENTRA EB CONTROL BOARD OUTPUT DESCRIPTION OUTPUT DESCRIPTION Connector Main-Key Connector Can Bus (J5) (J8) Connector expansion Connector battery recharged (J21) card (J18) Display + push buttons + Connector battery back-up kit jumper orientation display (J19) Connector internal sensors Connector selection brake...
  • Page 40 ENTRA EB USCITA DESCRIZIONE USCITA DESCRIZIONE Connector ON/OFF switch Connectors encoder e motor (J17) power supply (J9+J1) Connector power supply 24V Connector master/slave (J20) (J22) Main Key Connectors (safety controls, aux e selector) Terminal boards numbering and contacts...
  • Page 41 ENTRA EB CONTACT FUNCTION DESCRIPTION Power supply Power supply output for sensor or other opening devices 15Vdc – 12W Max* Auxiliary input 2 Input contact with configurable functions as indicated in the parameters chart (see pag.56 parameter 16) Auxiliary input 1 Input contact with configurable functions as indicated in the parameters chart (see pag.56 parameter 15)
  • Page 42 ENTRA EB door remains closed and none external peripheral can be detected (including multi-logic selectors). Signal must be short-circuited with COM if no devices are connected. Power supply Power supply output for sensor or other opening devices 17-18 15Vdc – 12W Max* Opening signal.

  • Page 43: Dip Switches

    ENTRA EB 19. D IP SWITCHES PARAMETER VALUE DEFAULT Motor Model of operator Spring Push arm Arm selection Pull arm Normal Mode of use LOW ENERGY (see table) Low Energy Disabled PUSH&GO (see table) Active Operator open and closed at reduced speed. Set opening and closing delay time according to the weight and width of the door leaf specified in the following table.

  • Page 44: Electric Locks

    ENTRA EB ELECTRIC LOCKS SETTING DESCRIPTION SETTING DEFAULT Electric lock power 0 = 12 VDC 1 = 24 VDC Lock type 0 = Not used 1 = Electric lock with mechanical relock on closing 2 = Maglock – ONLY 24VDC...
  • Page 45 ENTRA EB It keeps the door closed with a bolt that keep the door MAGNETIC BOLT locked. If disconnected, pulls the bolt up and release LOCK the door. It requires a push back hit to unlock the RANGE: 0÷9 door. Magnet is powered again when door is fully [t=200÷2000 ms]...
  • Page 46 ENTRA EB Magnet that is powered keeps the door closed, if MAGLOCK WITH disconnected it release the door. It does not require DELAY RELOCK a push back hit to unlock the door. Magneti s RANGE: 0÷9 powered again only when the door is completely [t=200÷2000 ms]...

  • Page 47: Commissioning

    ENTRA EB 21. START UP Verify contacts 8-9, 12-13, 15-16 are closed. Be sure to have set the parameters of the electric-lock. DANGER: during LP procedure the safety sensors are not connected. Be sure no persons are passing through the door. Movement of the doors might create serious damage to property or people at risk of life-threatening injuries.
  • Page 48 Display shows “St”, control board is now waiting for 10 seconds and then start the self-learning procedure. NOTE: ENTRA EB does NOT need any mechanical stopper, but in this operation, during LP procedure, give a physical limit to the door depending on the desired angle you need.

  • Page 49: Security Sensors And Safety Devices Installation

    ENTRA EB 22. SAFETY SENSORS AND SAFETY DEVICES INSTALLATION Smart Pro control board allows to connect safety sensors both in monitoring EN16005 both in standard configuration. It is installer's responsibility to evaluate which and how many sensors must be used...
  • Page 50 ENTRA EB Wiring diagram external devices (sensor C and sensor D) Wiring diagram sensor C (alternatively it can be wired a push button) Wiring diagram sensor D (alternatively it can be wired a push button) Main power switch See paragraph 17.
  • Page 51 ENTRA EB Safety sensors A e B are monitored sensors, for this type of sensors the installations options can be: • Only safety sensor A in closing • Only safety sensor B in opening • Both safety sensors in closing and opening A e B.
  • Page 52 ENTRA EB After wiring set parameter 18 as follows: 13. Only safety sensor in closing A – set parameter 18 at level 1 14. Solo safety sensor in opening B – set parameter 18 at level 2 15. Both safety sensors A e B –...

  • Page 53: Parameters Adjustment

    ENTRA EB 23.OPERATING LOGICS Display with pushbuttons allows to launch learning procedure and set automatism paramters Use jumper JP2 to correctly see display indications.. Functions : • Search parameters (see list below) through pushbuttons [+] or [-] • Push Enter [ENT] to show the value currently set. In this moment display is flashing •...
  • Page 54 ENTRA EB Parameters list: PARAMETER SETTING DEFAULT RANGE: Opening speed 20°/s ÷ 70°/s (step of 5°/s) RANGE: Closing speed 10°/s ÷ 40°/s (step of 5°/s) RANGE: 0 ÷ 60 seconds (step of 1s); Idle time 62: 2 min. 63: 3 min.
  • Page 55 ENTRA EB Impulse duration of RANGE: 0 ÷ 9 the electric lock or Timing depends on the type of electric lock: Opening delay please refer to paragraph “electric locks setting” RANGE: Lock closing force 0(min.) ÷ 9(max.) 0 = Single 1 = Double Master –...
  • Page 56 ENTRA EB 0 = Interlock 1 = Stop open condition Auxiliary output 2 = Stop closed condition AUX-OUT 3 = Failure 4 = Repetition of lock command 5 = door in movement 0 = Monitoring disabled Safety sensors 1 = Monitoring active for closing sensors...
  • Page 57 ENTRA EB Polarity input 0 = NA (Normally Open) AUX OUT 1 = NC (Normally Close) 0 = Automatic (achieved during LP) 1 = level LOW Weight of the wings 2 = level MEDIUM 3 = level HIGH Force level during RANGE: 0 ÷...

  • Page 58: Status Report

    ENTRA EB 0 = NA (Normally Open) Polarity test sensor 1 = NC (Normally Close) Not Used 1-Select Sd pushing buttons [+] e [-] 2-Push [ENT] Set to default 3-when displays [--] push again[ENT] for 5 seconds to confirm 4-when disappears [--] leave the push button [ENT].

  • Page 59: Errors

    ENTRA EB ERROR MESSAGES INDICATION DESCRIPTION Waiting for initialization (Learning procedure LP) Missing Main-Key Error configuration monitoring sensors (Necessary to set parameter 18) E7-5 Overcurrent E7-6 Time-out Movement (greater than 60”) E7-A Supply voltage overload, out of tolerance Error Test connection Motor and Encoder E8-1 (Verify the connection between Motor and Encoder).

  • Page 60: Operating Logics

    ENTRA EB OPERATING LOGICS With switch on the side cap: Stop closed Automatic Stop open Manual Automatic Stop open With basic selector (optional) (3 position switch is disabled): LOGIC DESCRIPTION In this logic the devices connected to START 1 and START2 are disabled. Opening and Manual closing are in manual mode.
  • Page 61 ENTRA EB OPERATING LOGICS DESCRIPTION While opening, if door touches an obstacle it stops moving. Operator stops for few second the movement and bring the door in closed Opening anti-crushing position at reduced speed. Setting value adjustable with parameter 06 (see paragraph “Parameter adjustment display”).

  • Page 62: Wiring And Use Double Entra Eb (S/M)

    ENTRA EB (S/M) WIRING AND USE DOUBLE ENTRA EB A – With overlapping of the doors B – Without overlapping of the doors ATTENTION!!!! Before wiring the two operator MASTER and SLAVE operator by be chosen. By convention MASTER door is always the first that opens and the last that closes while SLAVE door is the last in opening and the first that closes.
  • Page 63 ENTRA EB In case Sync cable is not available it is possible to connect together the two Smart Pro as follows:...
  • Page 64 ENTRA EB Set on MASTER and SLAVE control boards the following values: DESCRIPTION SETTING DEFAULT 0 = Single 1 = Double Master – wiring on terminal board Mode 2 = Double Slave – wiring on terminal board Single/Double 3 = Double Master – wiring CAN cable 4 = Double Slave –...
  • Page 65 CUTS base/cover = I-1145mm Assemble the first ENTRA EB and insert the base on its slot made on the outside lateral cap. Assemble the second ENTRA EB and drill both internal caps to allow the sync cable to be wired.
  • Page 66 ENTRA EB Close the internal part of the extra cover and screw it thanks to the prepared slots on the caps. Close both ENTRA EB with their own covers.

  • Page 67: Interlock Wiring And Use

    ENTRA EB WIRING AND USE OF INTERLOCK Without priority With priority...
  • Page 68 ENTRA EB ENTRA EB control board (S/M) it is designed to work in Interlock mode (either for single than double door) with connection with an electronic control board of the same series. Opening of a door, in the Interlock mode, it can just happen if the other door is not moving, if it is making any movement.

  • Page 69: 29. Troubleshooting

    ENTRA EB 29. TROUBLESHOOTING Description Warning on the display Cause/solution Door does not open None Check if system is regularly powered The door remains open Op Steady The logic selector is on the stop open - change logic position An opening control is inserted, e.g.

  • Page 70: Sensors 4Safe On Sw - Wiring

    ENTRA EB 30. S ENSORS SAFE ON SW WIRING...

  • Page 71: Sensors Lzr-Flatscan Sw - Wiring

    ENTRA EB 31. S – ENSORS LZR FLATSCAN SW WIRING...
  • Page 72 ENTRA EB 32. S ENSORS SAFE ON SW – WIRING USING MASTER SLAVE CABLE BETWEEN THE TWO SENSORS MASTER SET: DIP 1 = ON FOR SENSOR SAFE CLOSE (SENSOR A) DIP 1 = OFF FOR SENSOR SAFE OPEN (SENSOR B)
  • Page 73 ENTRA EB 33. S ENSORS LZR FLATSCAN SW – WIRING USING MASTER SLAVE CABLE BETWEEN THE TWO SENSORS MASTER SLAVE...

  • Page 74: Use And Maintenance Manual

    ENTRA EB USER AND MAINTENANCE MANUAL OPERATOR “ENTRA EB” FOR SWING DOORS MODEL SERIAL NUMBER DATE ENTRA EB ▪ USER MANUAL PURPOSE OF THE MANUAL These instructions are intended for the manager or user of a Entrance Dynamics automatic doors installation. In order to obtain the best performance from the automatism, Entrance Dynamics recommends that you read and carefully follow the user instructions in this manual.
  • Page 75 ENTRA EB • GIBIDI suggests, for any kind of maintenance, calibration, adjustments and / or modifications, the intervention of our technicians or local technical authorized. • Entrance Dynamics assumes no responsibility for any unauthorized work on their own equipment. •...
  • Page 76 OPERATION IN CASE OF POWER FAILURE: ENTRA EB M In the absence of optional batteries ENTRA EB M is designed so that it is always possible, even in the absence of power, move manually the door after unlocking the electric lock, if installed.
  • Page 77 OPERATION IN CASE OF POWER FAILURE: ENTRA EB S The automatism ENTRA EB S is equipped with an integrated spring for closing the door in the absence of power. The spring is adjustable as a function of weight / width of the door. The adjustment must be performed by qualified technician following the instructions in the installation manual.
  • Page 78 Control the electric lock (functionality and regulation) Verify the correct selection of the operation logics. ❑ ENTRA EB M check the efficiency of the batteries (when are present) by operating the installation for ❑ a period without the mains power supply.
  • Page 79 ENTRA EB SIGNAL DESCRIPTION C187340_03_MAN_SM_E_28_10_20 Door needs self learning procedure (see Paragraph “Start up”) Missing Main-Key Error in the configuration of the monitoring sensors (Need to set parameter 18) E7-5 Electrical overcurrent detection E7-6 Time-out Movement (greater than 60”) E7-A...
  • Page 80 ENTRA EB Via Abetone Brennero 177/B, 46025 Poggio Rusco (MN) - ITALY Tel. +39.0386.52.20.11 r.a. Fax +39.0386.52.20.31 www.gibidi.com www.facebook.com/gibidi.automations...

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