Dormakaba ED100 Installation Instructions Manual
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Dormakaba ED100 Installation Instructions Manual

Automatic swing door operators
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ED100/ED250
Automatic swing door operators
Installation instructions
DL4614-010 – 11-2017
| EN |

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Summary of Contents for Dormakaba ED100

  • Page 1 ED100/ED250 Automatic swing door operators Installation instructions DL4614-010 – 11-2017 | EN |...

  • Page 2: Table Of Contents

    ED100/ED250 operator component view 13.12 Offset pivot door, surface applied header, Accessory kits, axle extension kits push arm template ED250 and ED100 configured for full energy 13.13 Center hung door, SA header, CPD pull accessory kit arm as push template ED100 low energy accessory kit 13.14 Center hung door, surface applied header,...
  • Page 3 ED100/ED250 Installation instructions Table of Contents Operator spring tension A5.1 BEA Bodyguard-T with approach side 19.1 Set operator spring tension Superscan sensor Power fail closing speed A5.1.1 BEA Bodyguard-T wiring and 20.1 Set power fail closing speed commissioning, one sensor Parameters A5.2...

  • Page 4: General Information

    Chapter 1 1 General information 1.1 Installation instructions This manual provides installation instructions for ED100/ED250 automatic swing door operators used in single door and pair door installations. 1.2 Manual storage This document must be kept in a secure place, and accessible for reference as required.

  • Page 5: Product Description

    • ED250: 880 pounds [400 kilograms] The ED250 or ED100 operator is installed in a surface Maximum weights are dependent on door width. mount header at customer site. The header must be 2.5.1 Maximum door weights based on door width installed on an interior building surface.

  • Page 6: Safety Information

    Chapter 3 3 Safety information 3.1 Safety instructions This document contains important instructions for installation of the ED100/ED250 swing door operators. WARNING Review these instructions thoroughly prior to installation, and follow them carefully during installation, Hand pinch point and crushing hazards at door commissioning, troubleshooting and maintenance.

  • Page 7: Ed100/Ed250 Product Overview

    ED100/ED250 Installation instructions Chapter 4 4 ED100/ED250 Product overview ED100/ED250 single swing door Fig. 4.1.1 Header assembly with cover Fig. 4.1.2 Header without operator ED100/ED250 4" x 6" header Header cover Cover screws Program switch panel mounting surface Jamb brackets Fig.

  • Page 8: Ed100/Ed250 Pair Swing Doors

    ED100/ED250 Installation instructions Chapter 4 ED100/ED250 pair swing doors Fig. 4.2.1 Double header Double header Header cover Cover screws Program switch panel Hole for drive axle Header track Hole for spring Fig. 4.2.2 Double header without operators tension adjustment Fig.

  • Page 9: Ed100/Ed250 Operator Component View

    ED100/ED250 Installation instructions Chapter 4 ED100/ED250 operator component view Fig. 4.3.1 ED100/ED250 component view 1 Fig. 4.3.2 ED100/ED250 component view 2 Power switchl 120 VAC terminals Housing unit Drive axle connection Operator (motor, gear, spring Spring tension adjustment, closing force...

  • Page 10: Accessory Kits, Axle Extension Kits

    ED100/ED250 Installation instructions Chapter 5 5 Accessory kits, axle extension kits ED250 and ED100 configured for full energy accessory kit Fig. 5.1.1 Decal kit, low energy Fig. 5.1.2 Decals, full energy Decal, Automatic SAFETY INFORMATION Caution door (both SAFETY...

  • Page 11: Ed100 Low Energy Accessory Kit

    ED100/ED250 Installation instructions Chapter 5 ED100 low energy accessory kit Fig. 5.2.1 Decal kit, low energy Fig. 5.2.2 Push arm screw kit Decal, Automatic Caution door (both SAFETY INFORMATION Low Energy Swinging Doors These minimum safety checks, in addition to those in the sides) Owner’s Manual, should be...

  • Page 12: Axle Extension Kits

    ED100/ED250 Installation instructions Chapter 5 Axle extension kits Fig. 5.4.1 90 mm Fig. 5.4.2 20 mm Fig. 5.4.3 30 mm Fig. 5.4.4 60 mm Flat washer Conical spring O-ring M8 SHCS 5.2 20 mm (13/16") extension 5.3 30 mm (1 3/16") extension 5.4 60 mm (2 3/8")

  • Page 13: Double Door Ed100/Ed250 Operator Connection Cables

    ED100/ED250 Installation instructions Chapter 5 Double door ED100/ED250 operator connection cables Fig. 5.5.1 Communication cable Fig. 5.5.2 115 VAC power cable Communication cable DX3485-010, 250 mm, 9 7./8" DX3485-020, 1030 mm, 40 1/2" DX3485-030, 2030 mm, 80" RJ45 plug...

  • Page 14: Technical Data

    ED100/ED250 Installation instructions Chapter 6 6 Technical data ED100/ED250 Technical data 6.1.1 Required operating conditions 6.1.4 Outputs Maximum wire size Ambient temperature 5 to 122 °F 16 AWG Connector plug 1/16” Suitable for dry Relative air humidity: screw size...

  • Page 15: Operating Specifications

    8" minimum to 19 11/16" push arm Note 1 Full energy / low energy • F.E.: ED100 configured for full energy • L.E.: ED100 configured for low energy Note 2 Speeds automatically limited depending on door weight, set during learn cycle.

  • Page 16: Recommended Tools And Torque Chart

    ED100/ED250 Installation instructions Chapter 7 7 Recommended tools and torque chart Recommended tools Fig. 7.1.1 Recommended tools T-handle hex key, 5 Hex keys, 2.5 mm, 3 mm, 6 mm Screwdriver, flat blade Door pressure gauge, 0 to 35 ft - lbf...

  • Page 17: Operational Mode Overview

    Parameter hS, power assist function support for door in closed position. Low energy product 8.2.1 ANSI/BHMA 156.19 ED100 operator is configured to meet requirements of a low energy application per ANSI/BHMA A156.19, U.S. Standard for Power Assist and Low Energy Power Operated Doors.

  • Page 18: User Interface

    ED100/ED250 Installation instructions Chapter 9 9 User interface Overview Fig. 9.1.1 Operator keypad and display 9.1.1 Operator user interfaces 2 digit display 1. 4 button keypad and 2 digit display. 4 button keypad • 4 button keypad; to select, input and adjust door parameter values.

  • Page 19: Program Switch Panel

    ED100/ED250 Installation instructions Chapter 9 Program switch panel Fig. 9.3.1 Program switch panel 9.3.1 Program switch control modes • Auto, door opens automatically when one of the Program switch activators is actuated or triggered and closes on panel expiration of adjustable hold open time with no Program switch, activators or actuators triggered.

  • Page 20: System Accessories

    Manual release switch ED100/ED250 header 10.2 System accessories 10.2.1 Overview 10.2.6 Activators ED100/ED250 operators are normally used Typical activators: with system accessories available from 1. Motion detectors Dorma USA, Inc. or other manufacturers. 2. Infrared safety sensors 10.2.2 Accessory electrical installation 3.
  • Page 21 ED100/ED250 Installation instructions Chapter 10 10.3 ED100/ED250 terminal board interfaces Fig. 10.3.1 Terminal board electrical connections Green LED (Para. 9.4) Night- Activation inputs Yellow LED (Para. 9.4) Interior Exterior bank Safety sensors Red LED (Para. 9.4) input DCW bus...
  • Page 22 ED100/ED250 Installation instructions Chapter 11 11 ED100/ED250 door signage 11.1 Full energy operator 11.2 Low energy operator, ED100 11.1.1 Overview 11.2.1 Overview Signage and warnings are specified in ANSI /BHMA Signage and warnings are specified in ANSI /BHMA A156.10, American National Standard for power A156.19, American National Standard for power assist...
  • Page 23 ED100/ED250 Installation instructions Chapter 11 11.3 Door signage, full energy single swing door Fig. 11.3.1 Full energy decals, one way traffic Fig. 11.3.2 Full energy decals, two way traffic Approach Non-approach DD0739-020 11.4 Door signage, low energy single swing door Fig.

  • Page 24: Door Signage, Full Energy Double Swing Doors

    ED100/ED250 Installation instructions Chapter 11 11.5 Door signage, full energy double swing doors Fig. 11.5.1 One way traffic, approach side Fig. 11.5.2 One way traffic, non-approach side DD0739-020 DD0739-020 50” ± 12” 50” ± 12” Fig. 11.5.3 Two way traffic, approach side Fig.
  • Page 25 ED100/ED250 Installation instructions Chapter 11 Fig. 11.5.7 One way traffic, approach side Fig. 11.5.8 One way traffic, non-approach side DD0739-020 DD0739-020 50” ± 12” 50” ± 12” Fig. 11.5.9 Double egress, RH, one way traffic Fig. 11.5.10 Double egress, RH, one way traffic...

  • Page 26: Door Signage, Low Energy Double Swing Doors

    ED100/ED250 Installation instructions Chapter 11 11.6 Door signage, low energy double swing doors Fig. 11.6.1 Knowing act, non-hinge side Fig. 11.6.2 Knowing act, hinge side 50” ± 12” 50” ± 12” Fig. 11.6.3 Push/pull, push to operate Fig. 11.6.4 Push/pull, pull to operate 50”...
  • Page 27 Owner’s Manual, should be by an ED100 configured for full energy mode or by an loss of electrical power made each day and after any ED250 operator.
  • Page 28 ED100/ED250 Installation instructions Chapter 12 12 ED100/ED250 arm configurations 12.1 Single swing door arm configurations Fig. 12.1.1 Pull arm with track, butt hinge Pull arm Track Pivot pin, 1/2" or 1" Program switch panel Fig. 12.1.2 CPD pull arm with CPD lever and track, butt hinge Track Pivot pin, 1/2"...
  • Page 29 ED100/ED250 Installation instructions Chapter 12 Fig. 12.1.5 LH offset pivot door, surface applied header, push arm Push arm Shoe Top of door offset pivot hardware (by others) Bottom of door offset pivot hardware (by others) Fig. 12.1.6 RH center hung door, surface applied header, push arm...
  • Page 30 ED100/ED250 Installation instructions Chapter 12 Fig. 12.1.7 LH center hung door, surface applied header, CPD pull arm as push CPD pull arm CPD lever Pivot pin, 1/2" or 1" Track Top of door center hung hardware (by others) Bottom of door...
  • Page 31 ED100/ED250 Installation instructions Chapter 12 12.2 Double swing door arm configurations Fig. 12.2.1 Double door pull arm with track Double header Pull arm Track Prorgram switch panel Fig. 12.2.2 Double door CPD pull arm with track Double header Track...
  • Page 32 1. Verify accessories planned for or in place for the door. Chapter 10, accessories, list typical accessory types WARNING for ED100/ED250 operators. ED100/ED250 header assembly should be TIPS AND RECOMMENDATIONS installed by trained and knowledgeable installers experienced in installation and Accessory wiring to header should be planned commissioning of automatic door closers.
  • Page 33 ED100/ED250 Installation instructions Chapter 13 13.3 Remove operator from mounting plate Fig. 13.3.1 Operator top view, M6 x 10 SHCS locations Fig. 13.3.2 M6 x 10 SHCS M6 x 10 SHCS 115 VAC operator to mounting plate cable Fig. 13.3.3...
  • Page 34 ED100/ED250 Installation instructions Chapter 13 13.4 Single header installation 13.4.1 Single header installation preparation Fig. 13.4.1 Door frame width 1. Door frame installed. Header width 2. Confirm header width. • Header width equals door frame width plus three inches.
  • Page 35 ED100/ED250 Installation instructions Chapter 13 Fig. 13.4.4 Header located on door frame Screws in bottom slide channel Screws in top V-groove (located on stud centerlines) Program switch panel (may be in different location) Low voltage wiring 115 VAC wiring (may...
  • Page 36 ED100/ED250 Installation instructions Chapter 13 13.6 Double header installation 13.6.1 Double header installation preparation Fig. 13.6.1 Header and door frame width 1. Door frame installed. 2. Confirm header width. Header width • Header width equals door frame width plus three Door frame width inches.
  • Page 37 ED100/ED250 Installation instructions Chapter 13 Fig. 13.6.3 Header located on door frame/wall Screws in bottom Low voltage and 115 slide channel VAC wiring (may be Screws in top in different location) V-groove (located on Program switch stud centerlines) panel (may be in...

  • Page 38: Pull Arm Installation Template, Butt Hinge

    ED100/ED250 Installation instructions Chapter 13 13.7 Pull arm installation template, butt hinge Fig. 13.7.1 Pull arm installation template Reveal Header width (Door width + 3”) 7 3/8” Door frame Door 1 1/2” 5 7/8” 1 1/2” frame Door frame 17 3/4”...

  • Page 39: Deep Pull Arm Installation Template, Butt Hinge

    ED100/ED250 Installation instructions Chapter 13 13.8 Deep pull arm installation template, butt hinge Fig. 13.8.1 Deep pull arm template Reveal 0 to 2 1/4” Header width (Door width + 3”) 7 3/8” Door frame 1 1/2” 1 1/2” 5 7/8”...

  • Page 40: Push Arm Installation Template, Butt Hinge

    ED100/ED250 Installation instructions Chapter 13 13.9 Push arm installation template, butt hinge Fig. 13.9.1 Standard push arm template Reveal 0 - 8 3/4” 15 1/2” Header width (Door width + 3”) 7 3/8” 1 9/16” Door frame 1 1/2”...

  • Page 41: Deep Push Arm Installation Template, Butt Hinge

    ED100/ED250 Installation instructions Chapter 13 13.10 Deep push arm installation template, butt hinge Fig. 13.10.1 Deep push arm template Reveal 8” minimum to 19 1/2” 15 1/2” Header width (Door width + 3”) 7 3/8” 1 9/16” Door frame 1 1/2”...

  • Page 42: Center Pivot Door, Surface Applied Header Push Arm Template

    ED100/ED250 Installation instructions Chapter 13 13.11 Center pivot door, surface applied header, push arm template Fig. 13.11.1 Center pivot door, surface applied header, push arm template 2.75” Face of door jamb to C of door pivot 14 5/8” ED100/ED250 header Header width (Door width + 3”)

  • Page 43: Offset Pivot Door, Surface Applied Header Push Arm Template

    ED100/ED250 Installation instructions Chapter 13 13.12 Offset pivot door, surface applied header, push arm template Fig. 13.12.1 Offset pivot door, surface applied header, push arm template 3/4” 3/4” Edge of door to Face of door to C of offset pivot...

  • Page 44: Center Hung Door, Sa Header, Cpd Pull Arm As Push Template

    ED100/ED250 Installation instructions Chapter 13 13.13 Center hung door, SA header, CPD pull arm as push template Fig. 13.13.1 Center hung door, surface applied header, CPD pull arm as push template 2 3/4” C of of pivot to jamb...

  • Page 45: Center Hung Door, Surface Applied Header Cpd Pull Arm Template

    ED100/ED250 Installation instructions Chapter 13 13.14 Center hung door, surface applied header, CPD pull arm template Fig. 13.14.1 Center hung door, surface applied header, CPD pull arm template 2 3/4” C of of pivot to jamb Pivot arm CPD lever...

  • Page 46: Ed100/Ed250 Operator Installation

    ED100/ED250 Installation instructions Chapter 14 14 ED100/ED250 operator installation 14.1 Single header mounting plate installation Fig. 14.1.1 Header with header tracks Header track Operator axle hole Program switch panel Fig. 14.1.2 Mounting plate Mounting plate 2 (12) 1/4 x 20 UNC hole...

  • Page 47: Double Header Mounting Plate Installation

    ED100/ED250 Installation instructions Chapter 14 14.2 Double header mounting plate installation Fig. 14.2.1 Double header with header tracks Axle centerline Program switch Header track panel Fig. 14.2.2 Double header with mounting plates installed Guide pin Third guide pin Fig. 14.2.3 115 VAC power cable 14.2.1 Install mounting plates in double...

  • Page 48: Customer 115 Vac Connection To Mounting Plate Terminal Block

    Mounting plate power connection side WARNING 115 VAC terminal block Routing and connection of 115 VAC Ground terminal wiring to ED100/ED250 must be Terminal block screw performed by a qualified person! torque label Preferred 115 VAC wiring entry point WARNING 115 VAC branch circuit disconnect Fig.

  • Page 49: Remove Protective Film Strips From Operator

    ED100/ED250 Installation instructions Chapter 14 14.4 Remove protective film strips from operator Fig. 14.4.1 Operator protective film strips Protective film strip 14.4.1 Remove protective film strips. Fig. 14.4.2 Protective film strip 1. Remove two protective film strips from operator heat conductive pads.

  • Page 50: Install Ed100/Ed250 Operator On Mounting Plate In Header

    ED100/ED250 Installation instructions Chapter 14 14.5 Install ED100/ED250 operator on mounting plate in header Fig. 14.5.1 Header with mounting plate installed Guide pin Mounting plate 115 VAC plug M6 x 10 SHCS mounting hole Program switch Fig. 14.5.2 Installing operator on mounting plate...

  • Page 51: Double Header Ed100/Ed250 Operator Installation

    ED100/ED250 Installation instructions Chapter 14 Fig. 14.5.5 Header with operator installed 14.6 Double header ED100/ED250 operator installation Fig. 14.6.1 Double header with operators installed Fig. 14.6.2 115 VAC power cable installed 14.6.1 Install operators on mounting on operator with 115 VAC plates.

  • Page 52: Connect Cables To Ed100/Ed250 Operator

    ED100/ED250 Installation instructions Chapter 14 14.7 Connect cables to ED100/ED250 operator Fig. 14.7.1 Header with ED100/ED250 operator Program switch panel Header for program switch cable COM 1 service connector Fig. 14.7.2 Cable installation on operator Fig. 14.7.3 Program switch panel...

  • Page 53: Pull Arm Installation

    ED100/ED250 Installation instructions Chapter 15 15 Pull arm installation 15.1 Hardware 15.1.1 Hardware Hardware is shipped in separate bag for assembly based on hand of door. Fig. 15.1.1 Pull arm and track assembly hardware 11.1 11.2 Standard pull arm End cap 11.1...

  • Page 54: Track Assembly

    ED100/ED250 Installation instructions Chapter 15 15.2 Track assembly 15.2.1 Slide shoe assembly Fig. 15.2.1 Slide shoe and pivot pin 1. Insert selected pivot pin into slide shoe Slide shoe 11.1 11.2 and secure with retaining ring. 11.1 1" pivot pin 11.2 1/2"...

  • Page 55: Install Track And Pull Arm Assembly

    ED100/ED250 Installation instructions Chapter 15 15.3 Install track and pull arm assembly Fig. 15.3.1 Pull arm track installation on door Track assembly Screw or fastener 15.3.1 Mount track assembly on door. 3. Mount track to door and fasten. 1. Use applicable template (Para. 13.2, 13.3) to locate two mounting holes on...
  • Page 56 ED100/ED250 Installation instructions Chapter 15 Fig. 15.3.3 Arm M8 SHCS Standard pull arm M8 SHCS (custom) 5 m m hex key Pivot pin 15.3.3 Tighten M8 screw. 1. Tighten M8 SHCS into operator axle CAUTION with 5 mm hex key.
  • Page 57 ED100/ED250 Installation instructions Chapter 15 15.3.6 CPD arm assembly 1. Assemble CPD arm hardware according to hand of door. 2. Tighten M6 screws using a No. 5 hex key. Fig. 15.3.7 Hinge side, LH pull CPD arm CPD lever M6x16-10.9 FHSCS...

  • Page 58: Push Arm Installation

    ED100/ED250 Installation instructions Chapter 16 16 Push arm installation 16.1 Hardware Fig. 16.1.1 Push arm assembly hardware Axle extension Conical spring Arm socket Deep connecting rod (Chapter 5) Screw or fastener Retaining ring Shoe M8 SHCS, (custom) Operator axle...

  • Page 59: Assemble Adjustment Screw To Connecting Rod

    ED100/ED250 Installation instructions Chapter 16 16.2 Assemble adjustment screw to connecting rod. Fig. 16.2.1 Adjustment screw and connecting rod Adjustment screw Connecting rod assembly 16.2.1 Assemble adjustment screw to connecting rod assembly 1. Thread nut onto connecting rod assembly.

  • Page 60: Insert Adjustment Screw Ball Head Into Arm Socket

    ED100/ED250 Installation instructions Chapter 16 16.4 Insert adjustment screw ball head into arm socket Fig. 16.4.1 Fastening arm and adjustment screw Arm socket Adjustment screw Adjustment screw ball head 16.4.1 Door must be closed. 16.4.2 Connect arm to adjustment screw 1.
  • Page 61 ED100/ED250 Installation instructions Chapter 16 Fig. 16.5.3 Adjustment screw and nut Adjustment screw Socket Connecting rod assembly M8 SHCS (custom) 16.5.3 Secure adjustment screw position. 1. Rotate nut counterclockwise until it is against face of adjustment screw socket and tighten nut.

  • Page 62: Measure Reveal Depth, Door Width

    30 mm (1 1/8"). Parameter rd setting = 0 (Reveal of 30 mm - 30 mm). 17.3 rd parameter values 17.3.1 ED100/ED250 reveal depths, rd parameter 17.3.2 ED250 additional reveal depths, rd parameter Reveal measurement Reveal measurement Reveal measurement...

  • Page 63: Door Width Parameter Tb

    Door width is set in increments of 100 mm (4"), Measured width of 1000 mm (39.4") = Tb value of "10". ED100: [700 - 1219 mm] 28" - 48" ED250: [700- 1600 mm] 28" - 63" 17.5 Record door width measurement, Tb value...

  • Page 64: Braking Circuit Plug

    ED100/ED250 Installation instructions Chapter 18 18 Braking circuit plug 18.1 Braking circuit plug position Fig. 18.1.1 Braking circuit socket and plug, plug factory installed in pull arm location Braking circuit plug Braking circuit 3 pin socket User interface 18.1.1 Braking circuit plug Fig.

  • Page 65: Operator Spring Tension

    ED100/ED250 Installation instructions Chapter 19 19 Operator spring tension 19.1 Set operator spring tension Fig. 19.1.1 Spring tension adjustment ED100/ED250 operator Spring tension adjustment T handle hex key, 5 mm 19.1.1 Spring tension setting revolutions 19.1.2 Operator spring tension function 1.

  • Page 66: Power Fail Closing Speed

    3/32" [2 - 3 mm]. 20.1.1 Setting door closing speed upon power failure. 1. Turn ED100/ED250 power switch OFF. 2. Manually open door to 90° angle and let it close. 3. If door closes in less than 3 seconds, turn potentiometer 1/4 turn CW and retry test.

  • Page 67: Parameters

    • Reference Para. 21.1.7 for a list of driving parameters. • Reference ED100/ED250 service manual Chapter 15 Step 4 Press right button again to enable editing of value, display will start for details on each driving parameter.
  • Page 68 ED100/ED250 Installation instructions Chapter 21 21.1.6 Configuration parameters Parameter Driving parameter Description Description Installation type Input 4/4a and X3, 1G 24V locking device output configuration Reveal depth Cycle counter, number displayed * 10000 Door width Delete error log Door type Reset service interval display (yellow LED) 21.1.7 Driving parameters...
  • Page 69 100 mm (4"), "10" = 1000 mm (39.4"). Installation type ED250 7 to 16 • ED100: [700 - 1100 mm] 28" - 43.3" • Pull arm with track, wall • ED250: [700- 1600 mm] 28" - 63" mounting on swing (hinge) side (Fig.

  • Page 70: Single Door First Commissioning

    ED100/ED250 Installation instructions Chapter 22 22 Single door first commissioning 22.1 First commissioning 22.1.1 Conditions prior to commissioning. Fig. 22.1.1 Program switch 1. Header with operator is installed. Program switch, 2. Push arm or pull arm with track is installed.

  • Page 71: Set Configuration Parameters

    ED100/ED250 Installation instructions Chapter 22 22.2 Set configuration parameters 22.2.1 Set parameter AS, installation type. Fig. 22.2.1 4 button keypad, 2 digit display Step 1 Press and hold PRG > 3 s to enter Four button Press program mode, AS parameter keypad displayed.
  • Page 72 ED100/ED250 Installation instructions Chapter 22 22.2.3 Set parameter Tb, door width. Fig. 22.2.2 4 button keypad, 2 digit display Step 13 Four button Press Scroll to Tb parameter. keypad < 3s Quit Two digit display > 3s Reset > 3s...

  • Page 73: Perform Learning Cycle

    ED100/ED250 Installation instructions Chapter 22 22.3 Perform learning cycle CAUTION Manually move door to desired Step 4 maximum opening angle Learning cycle must be performed while (maximum door angle: 110°). motor is cold! Step 5 Press Press down (learn) button >3 s to continue learning cycle.

  • Page 74: Double Door First Commissioning

    ED100/ED250 Installation instructions Chapter 23 23 Double door first commissioning 23.1 Separately commission active and inactive doors 23.1.1 Commission active door first. 1. Refer to Para.22.1 and commission active door. 23.1.2 Commission inactive door. 1. Refer to Para.22.1 and commission inactive door.

  • Page 75: Connect Communication Cable Between Operators

    ED100/ED250 Installation instructions Chapter 23 23.2.2 Inactive door, set parameter dL. 1. Set program switch to CLOSE. 2. Set parameter dL (door type) for inactive door. Step 1 Step 5 Press and hold PRG > 3 s to enter...

  • Page 76: Set Pull Arm End Stop

    ED100/ED250 Installation instructions Chapter 24 24 Set pull arm end stop 24.1 Set pull arm end stop position 24.1.1 Set end stop position. Fig. 24.1.1 Program switch panel 1. Set program switch to OPEN. 2. Door moves to set opening angle.

  • Page 77: Install Pull Arm Track Cover

    ED100/ED250 Installation instructions Chapter 25 25 Install pull arm track cover 25.1 Install track cover, spacer blocks and end caps 25.1.1 Install track cover. Fig. 25.1.1 Program switch panel 1. Set program switch to CLOSE. 2. Door will move to CLOSE position or remain in CLOSE position.

  • Page 78: Install Push Arm Door Stop

    ED100/ED250 Installation instructions Chapter 26 26 Install push arm door stop 26.1 Install push arm bumper stop (optional assembly) Fig. 26.1.1 Bumper stop assembly TIPS AND RECOMMENDATIONS Bumper mounting plate Contact local Dorma USA Bumper distributor for bumper stop 1/2"...

  • Page 79: Install Header Cover

    ED100/ED250 Installation instructions Chapters 27 and 28 27 Install header cover 27.1 Install header cover. Fig. 27.1.1 Single door header with cover installation Header cover Flat head screw Fig. 27.1.2 Double door header with cover installation 27.1.1 Install header cover.

  • Page 80: Ansi/Bhma Standards

    The following table references portions of content from ANSI/BHMA A156.10. Refer to the standard, available through ANSI or BHMA for additional information. Standard material reprinted with BHMA permission. Reference ED100/ED250 service manual for additional parameter detail. 29.1.1 Door measurements, power operated swing door ED100/ED250 Parameter A156.10 standard...

  • Page 81: A156.19 Low Energy Power Operated Doors

    The following table references portions of content from ANSI/BHMA A156.19. Refer to the standard, available through ANSI or BHMA for additional information. Standard material reprinted with BHMA permission. Reference ED100/ED250 service manual for additional parameter detail. 29.2.1 Door measurements, low energy power operated door ED100 Parameter A156.19 standard...
  • Page 82 ED100/ED250 Installation instructions Chapter 30 29.2.2 A156.19, Table I: Minimum opening and closing times. "W" door weight, pounds "D" door width, inches 3.0 s 3.5 s 3.5 s 3.0 s 3.0 s 3.5 s 4.0 s 4.0 s 4.5 s 4.5 s...
  • Page 83 ED100/ED250 Installation instructions Chapter 30 This page left intentionally blank. ED100/ED250 DL4614-010 11-2017...

  • Page 84: Upgrade Cards

    • Upgrade cards that were installed after ED100 operator the container module must be ED100 is supplied as a low energy operator. It can be configured for a full energy reinstalled. operator. Reference Para. • Full energy mode enables the full range of door opening and closing speeds.

  • Page 85: Installing Upgrade Cards

    ED100/ED250 Installation instructions Chapter 30 30.3 Installing upgrade cards 30.3.3 Installing additional upgrade cards 30.3.1 Set program switch to CLOSE. Upgrade card slot 1. Remove container Professional module from upgrade Set program switch to Close. upgrade card card slot.

  • Page 86: Appendix A, Sensor Wiring Diagrams

    ED100/ED250 Installation instructions Appendix A Appendix A, Sensor wiring diagrams A1.1 BEA LZR wiring diagram, single door Fig. A1.1 BEA LZR sensor wiring diagram, single door ED100/ED250 terminal board LZR Hub Hub power port 2.2 Power supply harness 2.3 Hub Door Control A port 2.4 Door control A...

  • Page 87: A1.2 Bea Lzr Wire Harnesses, Single Door

    Active Logic • Perform learn per LZR Microscan SETUP instructions. NOTICE A1.3.2 ED100/ED250 parameters for hub learning cycle After learn complete, set ED100/ED250 ED100/ED250 parameter ST to "4", Sensor test on swing parameters (hinge) side, active low level. Test off, safety sensors not tested.

  • Page 88: A2.1 Bea Lzr Wiring Diagram, Double Door

    ED100/ED250 Installation instructions Appendix A A2.1 BEA LZR wiring diagram, double door Fig. A 2.1.1 BEA LZR sensor wiring diagram, double door ED100/ED250 2.10 terminal board, active door LZR Hub Hub power port 2.2 Power supply harness 2.3 Hub Door Control A port 2.4 Active door control...

  • Page 89: A2.2 Bea Lzr Wire Harnesses, Double Door

    High NOTICE After learn complete, set ED100/ED250 parameter ST to "1", Sensor test on swing A2.3.2 ED100/ED250 parameters for hub learning cycle (hinge) side , level, active high. ED100/ED250 parameters 3. To perform a hub relearn due to a change in surroundings, start at step 2.

  • Page 90: A3.1 Optex Elite T Swing Door Mounted Sensor Single Door

    ED100/ED250 Installation instructions Appendix A A3.1 Optex Elite T swing door mounted sensor - single door Fig. A3.1.1 Optex OC-904C T controller wiring diagram, single door ED100/ED250 terminal board OA-603 T OC-904C T controller OA-603 T DIP switches 2.2 Operation...

  • Page 91: A3.2 Optex Oc-904C T Wire Harness, Single Door

    ED100/ED250 parameters after sensor commissioning 3. Set OA-603 sensor DIP switches per manufacturer's ED100/ED250 instructions. parameters 4. Set ED100/ED250 parameters per Para. A3.3.2. Status relay activated as soon as door Status Relay has reached set "closed" position. 5. Perform OA-603 sensor setup process per Function TB X7 Optex Elite sensor manual.

  • Page 92: A4.1 Optex Elite T Swing Door Mounted Sensor Double Doors

    2. Install and connect two yellow wires 1. Wire inactive door sensors and controller (3.1), the activation input, between the the same as active door wiring shown in ED100/ED250 active door and inactive Fig. A4.1.1. door operators. ED100/ED250 DL4614-010...

  • Page 93: A4.2 Optex Oc-904C T Wire Harness, Single Door

    ED100/ED250 parameters after sensor commissioning 3. Set OA-603 sensor DIP switches per manufacturer's ED100/ED250 instructions. parameters 4. Set ED100/ED250 parameters per Para. A4.3.2. Status relay activated as soon as door Status Relay has reached set "closed" position. 5. Perform OA-603 sensor setup process per Function TB X7 Optex Elite sensor manual.

  • Page 94: Superscan Sensor

    User's guide • Bodyguard-T User's guide A5.1.1 BEA Bodyguard-T wiring and commissioning, one sensor 1. Commission ED100/ED250 operator prior to sensor 6. Superscan sensor settings: installation. Reference Chapter 22. • JP1 = factory default 2. Confirm controller firmware is v2.1 or higher.

  • Page 95: A5.2 Bea Bodyguard-T With Swing And Approach Side Superscan Sensors

    User's guide • Bodyguard-T User's guide A5.2.1 BEA Bodyguard-T wiring and commissioning, two sensors 1. Commission ED100/ED250 operator prior to sensor 6. Superscan sensor settings: installation. Reference Chapter 22. • JP1 = factory default 2. Confirm controller firmware is v2.1 or higher.

  • Page 96: Superscan Sensor Double Door Active Door

    User's guide • Bodyguard-T User's guide A5.3.1 BEA Bodyguard-T wiring and commissioning, one sensor active door 1. Commission ED100/ED250 active door operator 6. Superscan sensor settings: prior to sensor installation. Reference Chapter 22. • JP1 = factory default 2. Confirm controller firmware is v2.1 or higher.

  • Page 97: A5.4 Bea Approach Side Superscan Sensor Double Door Inactive Door

    1. Commission active door and Bodyguard-T first 6. Superscan sensor settings: (A5.3.1). • JP1 = factory default 2. Commission ED100/ED250 inactive door operator • JP2 = factory default prior to sensor installation. Reference Chapter 22. • JP3 = SMR "On"...

  • Page 98: Swing Side Superscan Sensors Double Door Active Door

    User's guide • Bodyguard-T User's guide A5.5.1 BEA Bodyguard-T wiring and commissioning, two sensors active door 1. Commission ED100/ED250 active door operator 6. Superscan sensor settings: prior to sensor installation. Reference Chapter 22. • JP1 = factory default 2. Confirm controller firmware is v2.1 or higher.

  • Page 99: Swing Side Superscan Sensors Double Door Inactive Door

    1. Commission active door and Bodyguard-T first 6. Superscan sensor settings: (A5.5.1). • JP1 = factory default 2. Commission ED100/ED250 inactive door operator • JP2 = factory default prior to sensor installation. Reference Chapter 22. • JP3 = SMR "On"...

  • Page 100: A5.7 Optex Premier T Header Mount Sensor

    Gry/Pur • Specification Red/Blu manual A5.7.1 Optex Premier T wiring and commissioning 1. Commission ED100/ED250 operator prior to sensor • 7 = OFF (Test input= enabled) installation. Reference Chapter 22. • 8 = ON (Test input = low) 2. Confirm controller firmware is v2.1 or higher.
  • Page 101 ED100/ED250 Installation instructions Appendix A This page left intentionally blank ED100/ED250 DL4614-010 11-2017...

  • Page 102: A5.8 Optex Oa-Edge T Door Mounted Mounted Approach Side Sensor

    4 4a 1 6 3 1 99 98 97 A5.8.1 Optex OA-EDGE T wiring and commissioning, approach side sensor 1. Commission ED100/ED250 operator prior to sensor • 8 = ON: Test input delay time, 20 msec. installation. Reference Chapter 22.

  • Page 103: A5.9 Optex Oa-Edge T Door Mounted Mounted Approach And Swing Side Sensors

    1 6 3 1 99 98 97 A5.9.1 Optex OA-EDGE T wiring and commissioning, approach, swing side sensors 1. Commission ED100/ED250 operator prior to sensor 5. Master sensor DIP switch B settings: installation. Reference Chapter 22. • 1 = ON/OFF: non-detection zone, as required to 2.

  • Page 104: Appendix B: Header Hole Preparation

    ED100/ED250 Installation instructions Appendix B Appendix B: Header hole preparation B.1.1 Header, no preparation Fig. B1.1.1 Header with no hole preparation Fig. B1.1.1 Header and cover side view 6” 4” 5” B.1.2 Single LH header Fig. B1.2.1 LH single header 1 1/2"...

  • Page 105: B.1.5 Double Header

    ED100/ED250 Installation instructions Appendix B Fig. B1.4.2 RH single header top view 2x Ø 17/64” thru Ø 1/2” x 82° 3 3/16” 1/2” 1/2” Fig. B1.4.3 RH single header bottom view 2 x Ø 17/64” thru Ø 3/8” thru Ø...
  • Page 106 DORMA USA, Inc. 1 Dorma Drive, Drawer AC Reamstown, PA 17567 T: 717-336-3881 www.dormakaba.com F: 717-336-2106...

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