DITEC Entrematic Hurricane DS20 Installation And Service Manual
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DITEC Entrematic Hurricane DS20 Installation And Service Manual

DITEC Entrematic Hurricane DS20 Installation And Service Manual

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Summary of Contents for DITEC Entrematic Hurricane DS20

  • Page 1 Installation and Service Manual FBO Slide Package Ditec DS20H...
  • Page 2 Complies with applicable sections of NFPA 101 and the IBC Life Safety Codes for Manually Operated Pedestrian Doors. Copyright 2020, Entrematic. All rights reserved. Reproduction in whole or in part without the express written permission of Entrematic is prohibited.

  • Page 3: Table Of Contents

    CONTENTS Revision ..............................5 Instructions for safe operation ......................6 Important information ........................8 Intended use ............................ 8 Safety precautions ........................... 8 Electronic equipment reception interference ................... 8 Environmental requirements ......................8 Glazing materials ..........................8 Technical specification ........................9 Design and function description .....................
  • Page 4 Troubleshooting ............................92 16.1 Main control unit display ........................ 94 16.2 Mechanical checking and remedies ....................94 16.3 Error description and remedies ..................... 95 16.4 After remedy or replacement, the operator has to be checked as follows: ........95 Service/Maintenance ..........................96 17.1 Service ............................

  • Page 5: Revision

    1 Revision Revision Following pages have been revised: Page Revision 1021327-US-0.0 Issue 11/30/2020...

  • Page 7: Instructions For Safe Operation

    2 Instructions for safe operation Instructions for safe operation • Failure to observe the information in this manual may result in personal injury or damage to equipment. • To reduce the risk of injury of persons - use this operator only with pedestrian doors.

  • Page 8: Important Information

    3 Important information • Installer must properly ground door package! Improper grounding can lead to risk of personal injury. • The mains connection must remain isolated until the wiring is completed. Then connect to the supply unit. • The door set can be operated automatically by sensors or manually by activators.

  • Page 9: Intended Use

    The header holds the drive and control units and supports the sliding doors, Sidelites and transom above the operator, if required. A Ditec DS20 Hurricane operator ensures all-around safety. It can be combined with the full range of Entrematic safety units, such as presence and motion sensors.

  • Page 11: Technical Specification

    Relative Max. 85% humidity (non- condensing): The Ditec DS20 Hurricane complies with: ANSI/BHMA A156.10, UL 325, UL 60730, NFPA 79 For indoor use only Note: The glazing material of all doors shall comply with the requirements in the American National Standard Performance Specification and Methods of Test for Safety Glazing Material Used in Buildings, Z97.1.

  • Page 12: Design And Function Description

    Emergency escape The Ditec DS20 Hurricane can be combined with an emergency unit that automatically opens or closes the doors in the event of a power failure and can also be interfaced with the building fire alarm fire alarm or smoke detector. Safety can be further reinforced by incorporating a break-out fitting.

  • Page 13: Models

    (Anchoring fasteners not included.) Before installing the Ditec DS20 Hurricane system, check to see that you have been supplied the correct equipment and that, all necessary tools and hardware are at hand.

  • Page 14: Identification

    7 Identification Identification No. Description No. Description Mains connection L2-6213 DS20H Beam L7-1010 Power supply unit (PSU 150) L2-6211 Tooth belt L2-6100 Drive unit L2-6210 Tension wheel L7-1005 Main control unit (MCU) L2-6212 Jamb, Hurricane L7-5001 Transmission bracket (high) L7-1001 Hurricane Door Stop Assembly L8-1001 Belt clamp...

  • Page 15: Options

    7 Identification Options Active Leaf Panic Break-Out System 7.1.1 No. Description No. Description Panic Swing Arm (PSA) L8-1006 L8-1009 Straight Slot Guide Snap-in Insert Door Carrier L8-1007 Threshold 4.5” L8-1010 Anti-Sag Adjuster L7-1033 Ball Catch Kit, Sidelite L8-1011 Door Portion, Hurricane Hurricane Pin Guide L8-1008 Ball Catch Receiver,...
  • Page 16 7 Identification Sidelites and Break-Out 7.1.2 Sidelite, Break-Out (FBO) Note: Pivot pin must be pushed up fully prior to tightening second screw from top to lock into place Issue 11/30/2020 1021327-US-0.0...

  • Page 17: Space Required

    8 Space required Space required 1021327-US-0.0 Issue 11/30/2020...

  • Page 18: Pre-Installation

    9 Pre-Installation Pre-Installation This section will help you to determine the right configuration and preparation for your doors. a Is this a Concealed Package? b Is this installation a bi-parting or single-slide? c If a single slide, what is the handing, left or right? (See "Door Handing" section on page 87). d Where will power and signal wires enter the operator housing? (Back, End cover.) Verify substrate material.

  • Page 19: Mechanical Installation

    10 Mechanical Installation Mechanical Installation 10.1 Checking Make sure that the wall is properly reinforced at the installation points. Check that the wall material has the necessary reinforcements and that the floor is level and smooth. The beam/wall used to fix the support beam must be flat and smooth. If necessary use mounting spacers (up to ¼”...
  • Page 20 10 Mechanical Installation 10.1.1 Test Equipment a Stopwatch b Force gauge (50 lb. force range) c Multimeter 10.1.2 Tools required a Set of metric box and wrenches b Spirit level(48”+) c Tape rule d Power drill and set of drill bits, Unibit, Hammer drill e Metric hex key set 8, 6, 5, 4, 3 mm and 2.5 mm Screw driver Torx T20, T27 g Flat blade screw driver (small/medium/large)

  • Page 21: Installation Overview

    10 Mechanical Installation 10.2 Installation Overview This is only a summary of the installation process. See the rest of this manual for detailed information. a Start by determining the answers to the pre-installation questions. b First install header to jambs, tilt into place, level and plumb, then secure to rough opening with shims and appropriate fasteners.

  • Page 22: Installation Examples

    10 Mechanical Installation 10.3 Installation Examples 10.3.1 Concealed Issue 11/30/2020 1021327-US-0.0...
  • Page 23 10 Mechanical Installation Breakout in Bi-Part Vestibule (Half for Single Slide) Note: Operator and covers both face interior for ease of access. 1021327-US-0.0 Issue 11/30/2020...

  • Page 24: Site Inspection

    10 Mechanical Installation 10.4 Site Inspection The rough opening must be plumb and square and the finished floor must not vary by more than 1/4" (6 mm) from the highest to the lowest point. If necessary, have the floor leveled before attempting to install the sliding door system. It is important to check the floor level within the path of the doors in Break-Out mode.

  • Page 25: Installation And Adjustment Processes

    10 Mechanical Installation 10.5 Installation and Adjustment Processes 10.5.1 Overhead Concealed Mechanical Installation Checking – Marking Out – Fastening a Mark the center of the rough opening width and the center of the header. (The center marks will be aligned during installation.) b Install shear block to each jamb using a 5mm hex wrench with supplied M8X40 socket head cap screws.
  • Page 26 10 Mechanical Installation d Check that jamb and beam are aligned where indicated below. e If the beam to jamb is not properly aligned, loosen the screws and align beam to jamb and retighten screws. Issue 11/30/2020 1021327-US-0.0...
  • Page 27 10 Mechanical Installation 10.5.2 Leveling Header and Jambs Note: The header and jambs must be square and level to ensure a proper installation! Load bearing shims are required. The maximum allowable shim space is 1/4" (6 mm); shim where space of 1/16”...
  • Page 28 10 Mechanical Installation e Install header anchors while shimming as required. Move or slide components as needed. Note: Anchor locations are predrilled and must be accessed via through holes located in underside of header. Sidelite cap moves to allow access to through holes (see illustration).
  • Page 29 10 Mechanical Installation 10.5.3 Installing Beam Ship Loose Items a For bi-part packages, install carrier positive lock weldment at bottom center of header. b Install sensor cap by hooking interior side into bottom of header and lightly tapping with a rubber mallet where shown below to allow exterior side to snap in.
  • Page 30 10 Mechanical Installation d For single slide packages, install the carrier positive lock bracket on active leaf jamb oriented as shown below, between the sensor cap and beam end plate. Carrier Positive Lock Bracket #14x3in FH Screw e Install ball catch receiver for each sidelite on bottom of header with provided hardware.
  • Page 31 10 Mechanical Installation 10.5.4 Fitting the Sidelite Threshold and Pin Guides The following are installation steps for recess and surfaced mounted pin guide tracks. Note: The pin guide track is a multi-part system, it is important that all parts are aligned and installed level, to prevent derailment of the floor guide foot when the door is swung out and to provide proper door operation.
  • Page 32 10 Mechanical Installation g Install recessed sidelite pivot assembly 1/16” away from jamb, making sure pivot set away from jamb and is accessible. Verify that nylon bearing screw as pointing washer is in place on top of pivot pin. Set Screw Recessed Sidelite Pivot Assembly Jamb 1/16”...
  • Page 33 10 Mechanical Installation 1021327-US-0.0 Issue 11/30/2020...
  • Page 34 10 Mechanical Installation 10.5.5 Fitting the Jamb Strike Plate and Jamb Filler (Sidelite) The following are installation steps for the jamb strike plate and jamb filler on the jamb corresponding with the non-active leaf or sidelite, for Bi-Part and Single Slide Full Breakout (FBO) applications.
  • Page 35 10 Mechanical Installation 10.5.7 Full Break-Out Sidelite Installation Note: Remove any glass stop or packing material from the sidelite before installation. a Verify the thresholds (surface or recessed) are installed and level before installing the sidelites. b Install pivot block (position with set screw away from jamb). Verify that the nylon bearing washer is in place on top of the pivot pin.
  • Page 36 10 Mechanical Installation Adjust sidelite with bottom pivot block. To raise or lower the bottom pivot by loosening the set screw at the side of the floor portion of the pivot and turn the shaft clockwise to lower the sidelite and counter clockwise to raise the sidelite; then retighten the setscrew.
  • Page 37 10 Mechanical Installation 10.5.9 Full Break-out Sidelite Adjustment a Adjust sidelite height with bottom pivot block. Loosen set screw in pivot block and turn pivot clockwise to lower sidelite and counter-clockwise to raise sidelite. Re-tighten set screw. b If the gap between the header and sidelite is not uniform the top pivot pin may need to be adjusted with provided spacers.
  • Page 38 10 Mechanical Installation 10.5.10 Install Active Leaf Ship Loose Items a Install tee block on active leaf bottom pin guide. b Apply two dime-sized dabs of clear silicone onto back of interlock cap as shown below. Install interlock caps onto interlock hooks. Once in place, press firmly on interlock cap to ensure good adhesion.
  • Page 39 10 Mechanical Installation 10.5.11 Hanging the Active Door Leaves (Full Break-Out) Note: Glass can be installed before or after hanging with the dry glaze system. See Glazing and Blocking section for squaring techniques. a Install and/or verify placement of all finish parts such as interlock caps, seals sweeps, etc.
  • Page 40 10 Mechanical Installation Using a 3mm hex wrench, loosen and remove the set screw in the pivot pin assembly to release the pivot pin. CAUTION: SCREW MUST BE REMOVED BEFORE BREAKING OUT DOOR OR PERMANENT DAMAGE WILL OCCUR Fine tune door angle and ball catch engagement by adjusting PSA arm (See PSA Arm Adjustment, section 10).
  • Page 41 10 Mechanical Installation 10.5.13 PSA Arm Adjustment a Open door and lock down screw (1) (pivoting set screw) of PSA arm, and loosen setscrews (3) and (4). b Adjust screw (2) (PSA vertical adjustment screw) on PSA arm to lift the door and ball catch lead edge into alignment with ball catch receiver.
  • Page 42 10 Mechanical Installation 10.5.14 Fitting the Active Leaf Threshold and Lock Strike (Single Slide) The following are installation steps for floor mounted threshold and lock strike, recess and surfaced mounted. Note: The floor guide track is a multi-part system, it is important that all parts are aligned and installed level.
  • Page 43 10 Mechanical Installation 10.5.15 Fitting the Active Leaf Threshold and Lock Strike (Bi-Part) The following are installation steps for floor mounted threshold and lock strike, recess and surfaced mounted. Note: The floor guide track is a multi-part system, it is important that all parts are aligned and installed level.
  • Page 44 10 Mechanical Installation Issue 11/30/2020 1021327-US-0.0...
  • Page 45 10 Mechanical Installation 10.5.16 Height Adjustment The height adjustment is to be carried out with the vertical adjustment screw as described in section titled, "Hanging the Active Door Leaves (Full Break-Out)" on page32. a It is very important that the door leaf hangs vertically after the adjustment and that bi- parting doors are parallel and equal height in the closed position (maximum gap of 1/4”...
  • Page 46 10 Mechanical Installation 10.5.17 Adjusting Door Interlocks (FBO) The following steps are for the adjustment of the interlock engagement. Each active leaf and sidelite pair have 3 door interlocks, composed of the interlock hook located on the active leaf and the adjustable interlock bar located on the sidelite. a Check that the interlock bars are at a distance away from the active leaf to allow interlock hooks to properly engage when doors are closing without any rubbing.
  • Page 47 10 Mechanical Installation 10.5.18 Installation of Door Position Switch and Security Switch bracketry For packages with the Door Position Switch or Security Switch option: a Place belt bracket in between magnet mounting bracket as shown below and align mounting holes. b Attach belt bracket and magnet mounting bracket to active leaf wheel bracket using the two provided M6x12 screws.
  • Page 48 10 Mechanical Installation 10.5.19 Electric Lock Option When equipped with the electric lock option, the strike bracket and mounting hardware will be packaged in a separate box attached to the door panel. a Install the bracket to the anti-riser assembly on the leading edge of the sliding panels. b Adjust bracket position as needed to achieve proper engagement with the electric lock plunger.
  • Page 49 10 Mechanical Installation e Attach the lower transmission bracket to the carrier using the provided M6 screws. Attach upper transmission bracket to anti-riser bracket at leading edge of left hand active leaf using enclosed nuts. g Orient belt clamp on belt such that it is centered on upper transmission bracket and slide onto belt until it snaps in and is secured.
  • Page 50 10 Mechanical Installation 10.5.21 Checking and Adjusting the Belt Tension If the belt tension has to be corrected, proceed as follows: a Loosen the screw (1) in the middle of the tension wheel without removing it. b Turn the adjustment screw (2) to its outmost position. c Loosen the tension wheel assembly fixing screws (4).
  • Page 51 10 Mechanical Installation 10.5.22 Adjustment of the Leading Edge (to Avoid Finger Traps) a Push the doors by hand to the desired opening. Note: The leading edge of the door leaf must not pass the vertical rail of the sidelite leaf, but must stop at least 1"...
  • Page 52 10 Mechanical Installation 10.5.23 Adjusting Ball Catch (Sidelite) Check that the sidelite door assembly engages properly with the sidelite header assembly. Both can be repositioned slightly if necessary. a Loosen sidelite top ball catch assembly mounting screws for left to right adjustment and re- tighten.
  • Page 53 10 Mechanical Installation 10.5.24 Installing Beam Lock Strikes a Determine number of beam lock strikes needed for maximum engagement of active leaf top lock pin without interfering with door movement. b Install provided strike blocks as determined (see illustration). c Verify that active leaf opens without interference when unlocked, and engage with strikes when locked.
  • Page 54 10 Mechanical Installation 10.5.25 Manual Lock System Adjustment and Re-Keying Illustration should be referenced to adjust or re-key lock system as required. To adjust lock pins, Remove shoulder bolt from pin guide block. Screw/unscrew lock pin with flat blade screwdriver to adjust height. Adjust lock pins for maximum engagement without interfering with door travel in unlocked position.
  • Page 55 10 Mechanical Installation 10.5.26 Glazing and Blocking of Glass Install glass using the proper glazing tools. Glass blocks are provided to be installed on site. Note: All corners must be blocked as shown below. If doors are not square, possible malfunction of doors and alignment issues may occur.
  • Page 56 10 Mechanical Installation d Install snaps making sure they hook into the gutters and are seated properly. e Use roller tool to install wedge seals between snaps and glass. For ease of installation, spray wedge seals with a mixture of water and soap to lubricate. Trim seals to proper length, making sure to miter all corners for a sealed joint.
  • Page 57 10 Mechanical Installation 10.5.27 Surface Applied Muntin a Use alcohol to clean surface of glass and muntin where tape will be applied. b Measure height of muntin centerline to ensure proper positioning of muntin and make pencil marks to assist installation. Note: Surface applied muntins are not to be installed in line with interlocks, as this will cause interference and restrict break out functionality.
  • Page 58 10 Mechanical Installation 10.5.28 Installing/Removing the Cover In all instances, where work is being done, the area is to be secured from pedestrian traffic, and the power removed to prevent injury. Cover latching can be achieved when the cover is in the full open position by pressing the cover toward the unit.

  • Page 59: Electrical Connections

    11 Electrical connections Electrical connections Note: During any work with the electrical connections the mains power and the electrical emergency unit must be disconnected. A suitable Lockout is required for OSHA regulation compliance and highly recommended for personal safety. • If the supply cord is damaged, it must be replaced by the manufacturer, its service agent or similarly qualified persons in order to avoid a hazard.

  • Page 60: Mains Connection

    11 Electrical connections 11.2 Mains connection The incoming mains, which is a single phase 50/60 Hz AC voltage between 100 V - 10% and 240 V +10% fuse 10 AT, is connected in the mains connection unit. Remove the protective lid (2). Connect the incoming mains power (4) through the strain relief (3) to the connection block (1) as shown in the illustration below.

  • Page 61: Electrical Units

    11 Electrical connections 11.3 Electrical units 11.3.1 Power supply unit (PSU 150) 11.3.2 Drive unit 11.3.3 Main control unit (MCU) The main control unit has the connection for the power supply, drive unit, operation mode selector, activation units, electromechanical lock and batteries. An installer interface with a two digit display and four push buttons is used for function selection, adjustments and for troubleshooting.
  • Page 62 11 Electrical connections 11.3.4 Connection of electrical units Issue 11/30/2020 1021327-US-0.0...
  • Page 63 11 Electrical connections 11.3.5 Connection of activation units See sensor manuals for mounting and adjustments. Protective device shall comply with EN 12978. 1021327-US-0.0 Issue 11/30/2020...
  • Page 64 11 Electrical connections 11.3.6 Cover sensor wire routing Once the sensor on the cover has been installed, protect the sensor wiring along the length of the cover using the cover clips provided. a Space clips no further than 2” (50mm) apart. b Locate a clip as shown where the sensor wire comes through the cover.
  • Page 65 11 Electrical connections c Locate a clip as shown spaced approximately ¼” (6mm) away from the end cover latch and run the wire between this clip and the cover latch to the beam. d Once the wire is ran into the beam, zip tie the wire to the jamb mounting plate as shown- through both the small, upper hole on the backside of the 7/8”...

  • Page 66: Break Out/Safety - Hold Beam Connection Diagram

    12 Break Out/Safety – Hold Beam Break Out/Safety – Hold Beam Connection Diagram NOTE: SET PARAMETER 09 ON THE DS20H CONTROL TO 01. Issue 11/30/2020 1021327-US-0.0...

  • Page 67: Start-Up

    13 Start Up Start-Up Start-up and adjustment must be carried out in the following order when the operator is installed. Connect the mains plug to the control unit. b Push the Learn button for 2 seconds before making any connection into the terminals. Release the Learn button when there is a flashing "L"...
  • Page 68 13 Start-Up 'on' = Operation OK Up (to step up in parameter or value menu) Select (enters into parameter or value menu and program a value into memory) Down (to step down in parameter or value menu) Learn/Exit (Learn has 3 functions, 1 quick Learn, 2 Normal Learn, 3 default setting, Exit jumps out from value menu without saving or parameter menu) Up and Down buttons steps between the different parameters or values.

  • Page 69: The Learn Function Can Be One Of Three Different Types

    13 Start-Up 13.2 The Learn function can be one of three different types 1 Push the Learn/Exit button for more than one and less than two seconds, then each connected electronic module is recognized. 2 Push the Learn/Exit button for more than two seconds and the display flashes L.

  • Page 70: Display Test And Configuring Of Parameters

    13 Start-Up 13.3 Display test and configuring of parameters a When the display shows "on", push the Select button and each of the two display windows make a rotating test pattern. b Verify that all seven segments of the two display windows are lit during the test. If not, there is a risk of misjudgment of the digits shown in a defective display.

  • Page 71: Status Indication On The Display

    13 Start-Up 13.4 Status indication on the display Select status indication by setting parameter 5E = 01. The display shows the different impulses that are active. The status viewing starts with showing St as for Status, then one or many numbers representing the different active impulses in to the operator.

  • Page 72: Description Of Parameters

    13 Start-Up 13.5 Description of parameters Main control board parameters No. Parameter Name Value Description (Default value) High Speed Opening Sets the maximum opening speed. Unit (2.3 (70)) cm/s. Low Speed (2.3 The low speed is self-adjusting to optimal operation if this parameter is set to max.
  • Page 73 13 Start-Up Main control board parameters No. Parameter Name Value Description (De-fault value) Presence Impulse Monitoring Presence impulse monitoring is a demand to be activated in 00-02 units escape routes according to EN 16005 or DIN 18650 if the door (00) travels faster than adjusted according to PRA-0004.
  • Page 74 13 Start-Up Main control board parameters Parameter Name Value Description (De- fault value) Run Program Performance adjustment. Sets how fast or slow the door shall 05(05) accelerate or break. Smooth For light doors. Max Performance For heavy doors. Inner Impulse (motion) Monitoring 00-01 According to EN 16005 or DIN 18650 it is a demand to have Inner impulse monitoring = On in escape routes.
  • Page 75 13 Start-Up Main control board parameters No. Parameter Name Value Description (De- fault value) Interlock Disable Time 00-60 The parameter controls the time that interlock is valid. Only active if "Interlock Function" parameter 6A = 01. (00) If the time is set to 00, interlock is always active. 01-60 The "Interlock Disable Time"...
  • Page 76 13 Start-Up Main control board parameters No. Parameter Name Value Description (De- fault value) Select type of monitoring for the combined sensors. Choose Sensor Type 00-01 between 1-wire (00) or 2-wire (01) monitoring. (01) 1-wire monitoring 1-wire monitoring, combined sensors have only one test input for monitoring for both presence and impulse field.
  • Page 77 13 Start-Up Main control board parameters No. Parameter Name Value Description (De- fault value) Battery Wake-up The parameter controls how the door is acting on Key impulse 00-01 or Battery wake up in mode selection OFF without mains (00) power. The parameter “Emergency Action In OFF Mode” (37) must also be set to Off (00).
  • Page 78 13 Start-Up Main control board parameters Value Parameter Name Description (De- fault value) Stop Configuration Configuration of the Stop impulse. Choose between 00-01 normally open (NO) or normally closed (NC) Stop impulse. (00) Normally open Normally closed C-Switch Configuration 00-01 Configuration of “C-Switch”...
  • Page 79 13 Start-Up Main control board parameters Parameter Name Value Description (De- fault value) Service needed Operating Hours 00-60 Set time before yellow LED in operation mode selector will start flashing. x1000 To clear the service needed indication you have to push both (00) up and down arrow on the MMI at the same time for 5 seconds when the display shows on.
  • Page 80 13 Start-Up Main control board parameters Value Parameter Name Description (De- fault value) Pharmacy open 1 position 00-99 Lock for pharmacy functionality is not yet available. The door will open the configured distance when a Pharmacy (50) impulse 1 is given. The distance is calculated on one door leaf.
  • Page 81 13 Start-Up Main control board parameters No. Parameter Name Value Description (De- fault value) Partial Closed Position 00-30 “Partial closed position” (Auto airing function) can be obtained by selecting “Partial Function” (62) Closed (01). An (11.8 airing position of the door can be set between 0-30 cm measured from the closed position on one door leaf.
  • Page 82 13 Start-Up Main control board parameters Value Parameter Name Description (De- fault) Interconnection cable or IOU needed Interlock Function 00-01 Interconnection of operators (00) Maximum cable length 500 m. Length over 30 m, use a straight-through shielded twisted pair (STP/FTP) cable. Interconnection cable needed Synchronizing Function 00-01...
  • Page 83 13 Start-Up MCU-OMS group 01-10 This parameter groups MCU with OMS. Units with the same (00) value are in the same group. Units in the same groups listen to each other. Motor control parameters No. Parameter Name Value Description (De- fault) Motor Type 00-01...
  • Page 84 13 Start-Up I/O Board parameters Parameter Name Value Description Function Select IOU-TB:3 00-03 (01) No function Nurse function The door will open to partial opening in operation mode se- lections EXIT, AUTO and AUTO PARTIAL. LDE up Espagnolette lock. Sets input to LDE lock up. Interlock out When configuring for interlock also set parameter 6A= 01 Function Select IOU-TB:4...
  • Page 85 13 Start-Up I/O Board parameters Parameter Name Value Description Operation Mode Selector Function 00-01 Switch / timer / relay / ”old” operation mode selector (5-wire). (00) Lock Configuration 00-03 LDB = locked with power and bistable, LDE = espagnolette lock. Both can be used as night lock of escape routes. (00) No lock No lock...

  • Page 86: Signage

    14 Signage Signage ANSI/BHMA standard 156.10 and Entrematic standards specify that caution signs must be affixed to both sides of any power operated pedestrian door. With double doors, signs should be applied to each door. Sliding doors with swinging (Break-out leaves) shall be provided with signs reading “IN EMERGENCY PUSH TO OPEN”.

  • Page 87: Accessories

    15 Accessories Accessories 15.1 Interconnection cable Interconnection cable is used for interlocking or synchronization. Operators can communicate with each other by connecting an interconnection cable between the operators. Cable connection: Pin 1 to pin 1 Pin 8 to pin 8 An optional program selector -2 can Program selector-1 controlling be connected.

  • Page 88: Program Selectors

    15 Accessories 15.2 Program selectors 15.2.1 Program Selectors and Functions The functions of the door are selected with mechanical or key Program Selectors: 5 Position with Key uses 1/2" spacer or can be surface mounted 5 Position Mechanical Switch, flush or surface mounted. 3 Position Mechanical Switch, flush or surface mounted.

  • Page 89: Accessory Board

    15 Accessories 15.3 Accessory board OFF EXT PAR OPN PS GND RES NC AU-SWITCH US-RC US-SWITCH The labelling on the accessory board is as follows: Digital Mode Selector US- SWITCH Knob/Key Switch MCB Main Control Board AU- SWITCH Auxiliary Switch US-RC Remote Control/Night Mode Off (makes doors inactive)

  • Page 90: Program Selector Options

    15 Accessories 15.4 Program selector options Program Selectors 5 Pos Switch (Key) 5 Pos KnobSwitch 3 Pos KnobSwitch L3-6120 L3-6110 L8-1002 Spacer L7-1014 Spacer Kit, Switch also part of Kit L7-1015 5 Pos Key Sw Kit Vinyl Decal L7-1016 Vinyl Decal, obtained with kits L3-6110 (5 Pos Knob Sw Kit) and L3-6120 (5 Pos Key Sw Kit) Optional Remote Box L7-1017 Remote Switch Box Kit, also contains...
  • Page 91 15 Accessories 1021327-US-0.0 Issue 11/30/2020...

  • Page 92: Electrical Locks

    15 Accessories 15.6 Electrical locks Note: The espagnolette lock is at the moment not allowed to mount in escape routes. Locked with power (LDP), locked without power (LD). LDP (Fail Safe) P/N: L7-1019 (Fail Secure) P/N: L7-1020 15.7 Motion sensors Motion and presence sensors, see separate manuals or installation drawings.

  • Page 93: Bottom Guide Systems

    15 Accessories 15.9 Bottom Guide Systems The Full Break Out (FBO) pin guide has two options for guide tracks, including: • Recessed track (flush with floor level) • Surface threshold See Installation Requirements section for guide installation. 1021327-US-0.0 Issue 11/30/2020...

  • Page 94: Troubleshooting

    16 Troubleshooting Troubleshooting Before starting the troubleshooting, check that the operation mode selector setting is correct. Start the troubleshooting by checking the mechanical and electrical parts of the operator in the following order. The electromechanical parts are fixed in the support beam. To replace these components, the complete unit is to be loosened and replaced.

  • Page 95: Error Description And Remedies

    16 Troubleshooting 16.3 Error description and remedies Main error: E1 Sensor Error Detailed error Reason Remedy The control unit doesn’t get a test answer, from the Make sure that the monitoring output is connected and activation unit. the connections are OK. Inner Impulse Error Replace the monitored inner activation unit.
  • Page 96 16 Troubleshooting Main error: E3 Electronic Unit Error Detailed error Reason Remedy Internal program error. RESET, and if the problem remains, replace the electronic unit having a flashing or extinguished LED. OS Error The lock is defective. Check that the correct lock is installed, and if the problem remains, replace the lock.

  • Page 97: After Remedy Or Replacement, The Operator Has To Be Checked As Follows

    16 Troubleshooting Main error: E6 Communication Error Detailed error Reason Remedy Motor control processor disconnected from the RESET, and if the problem remains, replace the internal bus. main control unit. Motor Control Communication Error Door control processor disconnected from the RESET, and if the problem remains, replace the internal bus.

  • Page 98: Service/Maintenance

    17 Service/Maintenance Service/Maintenance Regular inspections shall be made according to national regulations and product documentation by an Entrematic-trained and qualified technician. Regular scheduled maintenance should be in accordance with national requirements and product documentation. This is especially important when the installation concerns a fire-approved door or a door with an emergency opening function.

  • Page 99: Planned Maintenance Checklist

    17 Service/Maintenance 17.2 Planned Maintenance Checklist • Measure / Adjust Speeds – Measure to ANSI/BHMA A156.10 and local codes; adjust if necessary (Open time - 1.5 seconds or longer). • Measure / Adjust Forces – Measure to ANSI/BHMA A156.10 and local codes; adjust if necessary.

  • Page 100: Door Handing & Layout

    Door Handing (Automatic Door Industry) Sliding door handing is referenced from the exterior side of the door opening. Bi- parting sliders are not handed. Ditec DS20 Hurricane -2 with breakout sidelites ˄ ˄ Interior ˄ ˄ * ˅ Exterior ˅ ˅...

  • Page 101: Ansi/Bhma A156.10 (2017)

    19 ANSI/BHMA A156.10 (2017) ANSI/BHMA A156.10 (2017), Standard for Power Operated Pedestrian Doors From American National Standard for power-operated pedestrian doors. Please refer to full standard if necessary, obtainable through BHMA at (212) 297-2122. All figures referred to below can be found in the full standard. Excerpts reprinted with BHMA permission.
  • Page 102 19 ANSI/BHMA A156.10 (2017) (1) Shall detect a 28” (710 mm) minimum high person and extend out a minimum of 5” (127 mm) from the face of the door on each side; and (2) The detection zone shall remain active from open to within 6” (150 mm) of closed, or shall have an overhead presence sensor active area within 3”...
  • Page 103 19 ANSI/BHMA A156.10 (2017) 19.2 Entrapment Protection 10.1 Sliding Doors A sliding door shall be adjusted so that the closing speed is 1 ft/s (0.305 10.1.1 m/s) maximum per leaf to latch check for doors weighing up to and including 160 lbs (71 kg): For doors weighing more than 160 lbs (71 kg): V= √(161/W) where: V = Velocity in ft/s...
  • Page 104 Entrematic Canada Inc. Entrematic USA Inc. Toll Free: 1-877-348-6837 Toll Free: 1-866-901-4284 Email: info.ditec.ca@entrematic.com Email: info.ditec.us@entrematic.com Web: www.DitecEntrematic.com/ca Web: www.DitecEntrematic.com/us...

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