Dormakaba ED100 User manual

ED100/ED250
Automatic Swing Door Operators
Installation in Overhead Concealed Header
Installation Instructions
DL4614-100 – 08-2018
| EN |

2ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Table of Contents
Table of contents 
 General information 
 ED/ED OHC product description 
 Safety information 
 ED/ED OHC door configurations 
. ED/ED OHC single door
configurations 
. ED/ED OHC double door
configurations 
 ED/ED OHC hardware
- single door 
. OHC header and overhead arm
configurations 
. ED/ED OHC header assemblies
as shipped, covers included 
. ED/ED OHC operator 
. ED/ED OHC single door hardware
package 
 ED/ED OHC hardware - double
doors 
. OHC header and overhead arm
configurations 
. ED/ED OHC pair header
assemblies as shipped -covers included 
. ED/ED OHC operator 
. ED/ED OHC pair door hardware
package 
 ED/ED OHC header assembly 
. ED/ED OHC single door header
example 
. ED/ED OHC pair doors header
example 
 Technical data 
. ED/ED Technical data 
. Operating specifications 
 Operational mode overview 
. ED/ED door closer modes 
 User interface 
. ED/ED OHC operator user
interface 
.  button keypad and display 
. Program switch panel, optional key switch
panels 
. RJ panel 
. Operator status LEDs 
 System accessories 
. System accessory electrical connections,
overhead concealed header 
. System accessories 
. ED/ED terminal board interface 
Table of contents
 Recommended tools and torque chart 
. Recommended tools 
. Standard tightening torque 
. Drill bits 
 ED/ED door signage 
. Full energy operator 
. Low energy operator 
. Door signage, full energy single swing
doors 
. Door signage, low energy single swing
doors: initiation of door operation 
. Door signage, full energy double swing
doors 
. Door signage, low energy double swing
doors, initiation of door operation 
. Door signage, full energy double egress
swing doors 
. Safety information labels, automatic
swing doors 
 ED/ED OHC installation template 
. Header installation 
. Bottom pivot, floor installation 
. Program panel jamb cutout 
. RJ panel jamb cutout, double doors 
 Customer installed door jambs 
. Check jamb installation dimensions 
. Check jambs for plumb, level, and square 
. Drill holes in jambs for header mounting
and for wiring into header 
. Program switch panel jamb cutout 
. RJ panel jamb cutout, double doors 
. Program and RJ panel installation 
 Header preparation 
. Remove ED/ED operator from
mounting plate: right side of header
mounting example 
. Install ED/ED OHC mounting
plate in right side of header 
. Install ED/ED OHC mounting
plate in left side of header 
. Install low voltage terminal PC board
module 
. Double header: Install ED/ED
OHC mounting plates and Terminal
PC boards 
. Install panic breakout, inswing doors 
. Install fixed stop, outswing doors 

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ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Table of Contents
 Install OHC header - single door 
. Header installation 
. Header installation ED/ED OHC
operator on right hand side of header 
. Header installation ED/ED OHC
operator on left hand side of header 
 Install OHC header - double door 
. Header installation preparation 
. Header installation 
 Remove ED/ED protective film
strips 
. Remove protective film strips from
ED/ED operator 
 Install ED/ED OHC operator
and hardware; LH side of header 
. Install ED/ED operator in LH side
of header 
. Install ED/ED operator on
mounting plate 
. Install ED/ED OHC operator
hardware 
 Install ED/ED OHC operator
and hardware; RH side of header 
. Install ED/ED operator in RH side
of header 
. Install ED/ED operator on
mounting plate 
. Install ED/ED OHC operator
hardware 
 Install ED/ED OHC operators
and hardware; double door header 
. Install ED/ED operators in header 
. Install ED/ED OHC operator
hardware 
. Install power cable between
ED/ED OHC operators 
 Install floor pivot 
. Install floor pivot 
 Customer  Vac connection 
. Customer  Vac connection 
 Install Program Switch and RJ
Panel cables 
. Install program switch panel cables 
. Install RJ panel cable - double doors
only 
. Optional key switch panel wiring 
 Install axle extension and overhead arm 
. Install axle extension and overhead arm 
 System setup for single door installation 
. Set braking circuit plug position 
. Measure door width 
. Reveal depth parameter rd 
. Set operator spring tension 
. ED/ED OHC firmware; viewing
and changing parameters 
. ED/ED OHC configuration
parameters 
. Set configuration parameters 
. ED/ED OHC power on 
. Perform partial learning cycle to rotate
arm to door installation position 
 Single door installation 
. Customer supplied single door
- installation 
. Prepare top of door for overhead arm 
. Prepare door for bottom door pivot and
install pivot 
. Install floor pivot shaft bearing 
. Hang door 
. Perform learning cycle 
. Set power fail closing speed 
 System setup for double door installation 
. Set braking circuit plug position for each
ED/ED operator 
. Measure door widths for each door. 
. Reveal depth parameter rd 
. Set operator spring tension for each
ED/ED operator 
. ED/ED OHC firmware; viewing
and changing parameters 
. ED/ED OHC configuration
parameters 
. Set configuration parameters; double
door 
. ED/ED OHC power on 
. Perform partial learning cycle to rotate
arm to door installation position for each
ED/ED operator 
 Double door installation 
. Customer supplied doors - double door
installation 
. Perform learning cycle for each
ED/ED operator 
. Set power fail closing speed for each
ED/ED operator 
 Double door parameters, comm cable 
. Set ED/ED operator parameters
for double door operation 
. Connect communication cable between
ED/ED operators 
TOC continued on page .

4ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Table of Contents
 Install fixed stop, outswing doors 
. Install fixed stop, outswing doors 
 Connect accessory wiring 
. Connect accessory wiring, single door 
. Connect accessory wiring, double doors 
 ANSI/BHMA standards 
. A. Power operated pedestrian
doors 
. A. Low energy power operated
doors 
 Install door signage, header cover 
. Install door signage 
. Install header cover 
 Upgrade cards 
. Upgrade cards 
. Container module 
. Installing upgrade cards 
 Maintenance 
. ED/ED environment and cleaning 
. Overhead arm and bottom door pivot 
Appendix A - Parameters 
A. Configuration Parameters - Detail 
A. Parameters 
A. Driving Parameters - Detail 
Appendix B - Troubleshooting 
B. Information and error codes 
B. Red LED status codes 
B. Troubleshooting chart, "ln" codes 
B. Troubleshooting chart, "E" code 
Appendix C - dormakaba handheld 
C. dormakaba handheld 
C. Configuration parameters 
C. Driving parameters 
C. Special functions (Upgrade cards) 
C. Diagnostics 
C. New dormakaba handheld; language
change to English 
C. Firmware update 
Appendix D - Wiring diagrams 
D. DX-C Key Switch Panel with RJ
connector 
D. DX-C Key Switch Panel 

5
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6ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 1
. Installation instructions
This manual provides installation instructions for
ED/ED overhead concealed (OHC) automatic
swing door operators used in single door and pair door
installations.
. Manual storage
This document must be kept in a secure place, and
accessible for reference as required.
If the door system should be transferred to another
facility, insure that this document is transferred as well.
. dormakaba.com website
Manuals are available for review, download, and printing
on the dormakaba.com website.
. Symbols used in these instructions
WARNING
This symbol warns of hazards which could result
in personal injury or threat to health.
NOTICE
Draws attention to important information
presented in this document.
 General information
TIPS AND RECOMMENDATIONS
Clarifies instructions or other information
presented in this document.
. Dimensions
Unless otherwise specified, all dimensions are given in
inches (“).
. Building codes and standards
ED/ED overhead concealed installation; observe
applicable:
• National and local building codes
• ANSI/BHMA standards
CAUTION
This symbol warns of a potentially unsafe
procedure or situation.
NOTICE
• Doors and jambs by customer.
• Doors and jambs installed by customer.
• Locks optional.
• Finger guards, if required, by customer.

7
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 2
 ED/ED OHC product description
Fig. 2.1 ED100/ED250 OHC left hand inswing header
with overhead arm
Fig. 2.2 ED100/ED250 OHC operator
Fig. 2.4 Overhead arm
. Maximum door weights*
*Maximum door weight is based on prevailing conditions
at the door opening.
Door width ED maximum
door weight
ED maximum
door weight
Inches mm Pounds kg Pounds kg
 .    
 .    
     
     
TIPS AND RECOMMENDATIONS
Insure ED100/ED250 OHC header installation is
qualified for use at the respective smoke or
fire-rated door.
NOTICE
Door jambs, door(s) and installation by
customer.
. Intended use.
ED and ED are electromechanical operators
used exclusively for opening and closing interior or
exterior swing doors.
. Packaging
The ED or ED operator is packaged in a header
for overhead concealed (OHC) installation.
For double swing doors, two ED or two ED
operators are packaged in a single header.
. Low energy operator and full energy operator.
.. ED
• Supplied as a low energy operator (ANSI/BHMA
A.).
• Configured as a full energy operator using parameter
adjustment (ANSI/BHMA A.).
.. ED
• Supplied as a full energy operator (ANSI/BHMA
A.).
• Configured as a low energy operator using
parameter adjustment (ANSI/BHMA A.).
WARNING
For low energy applications, ED/ED
parameter settings must meet ANSI/BHMA
A. specifications. Reference:
• Appendix B, Parameters
• Chapter , ANSI/BHMA standards
. ED/ED separate modules (Fig. .).
.. Single door header; modules supplied:
• Low voltage wiring connection module.
• Main power module.
.. Double door header; modules supplied:
• Two low voltage wiring connection modules.
• Two main power modules.
. Installation hardware packages.
Refer Chapters  and  for OHC header single and
double door installation hardware.
Fig. 2.3 Wiring module Main power module

8ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 3
. Safety instructions.
This document contains important instructions for
installation of the ED/ED overhead
concealed automatic swing door operator.
Review these instructions thoroughly prior to
installation, and follow them carefully during
installation, commissioning, troubleshooting and
maintenance.
. Door signage requirements.
Proper signs and labels shall be applied and
maintained on the door controlled by the ED/
ED overhead concealed automatic swing door
operator as referenced in:
• ANSI/BHMA A.: Standard for power
operated doors.
• ANSI/BHMA A.: Standard for power assist
and low energy power operated doors.
• Reference Chapter , Door signage.
. Safety warnings.
WARNING
Damage to equipment or incorrect equipment
operation may result from an incorrect installation.
WARNING
Hazard to mechanical processes by use of
control settings, elements, or procedures not
documented in this manual!
WARNING
Electric shock hazard!
By use of control elements, settings, or
procedures not documented in this manual!
WARNING
Work on electrical equipment and  Vac
wiring installation must be performed only by
qualified personnel!
WARNING
Metallic doors must be grounded per national
and local codes!
 Safety information
WARNING
Hand pinch point and crushing hazards at door
closing edges!
WARNING
Crushing hazards at door closing edges!
. Residual hazards.
WARNING
After installation, hazards such as minor
crushing, impact with limited force, and risk to
unsupervised children may exist depending on
structural design of door area, type of door,
and any safeguards that have been
implemented.
Fig. 3.1 Door closing edges
Opposing
closing edge
Main
closing edge
Secondary
closing edge

9
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 4
 ED/ED OHC door configurations
. ED/ED OHC single door configurations
Fig. 4.1.1 LH inswing RH inswing Fig. 4.1.2 LH outswing RH outswing
Fig. 4.2.4 RH double egress
Fig. 4.2.3 Inswing
Fig. 4.2.1 Outswing
Fig. 4.2.2 LH double egress
. ED/ED OHC double door configurations
Jambs and doors supplied and installed by customer.
Locks optional.

10 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 5
 ED/ED OHC hardware
- single door
. OHC header and overhead arm configurations
Fig. 5.1.1 ED100/ED250 OHC header, LH outswing
1.1 Header, LH
outswing
2Overhead arm
1.1
2 3 1.2 2
3
Fig. 5.1.3 ED100/ED250 OHC header, RH outswing
3Fixed stop
Reference Para. 17.7 for
alternative fixed stop.
1.2 Header, RH outswing
2Overhead arm
3Fixed stop
Reference Para. 17.7 for
alternative fixed stop.
1.4 Header, LH inswing
2Overhead arm
4Breakout switch
1.4 2
4
Fig. 5.1.4 ED100/ED250 OHC header, LH inswingFig. 5.1.2 ED100/ED250 OHC header, RH inswing
1.3
24
1.3 Header, RH inswing
2Overhead arm
4Breakout switch
3
4
3
3
4
Doors, jambs and finger guards by customer.

11
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 5
1.3
10
89
3.1
3
4
5
6
7
. ED/ED OHC operator
Fig. 5.3.1 OHC ED100/ED250 operator - header orientation for RH outswing or LH inswing
1 OHC operator
2OHC mounting
plate
3 Control board
4Spring tension
adjustment
5Drive axle
6115 Vac connector
7Braking circuit plug Fig. 5.3.2 OHC ED100/ED250 operator - header orientation for LH outswing or RH inswing
. ED/ED OHC header assemblies as shipped, covers included
Fig. 5.2.5 LH inswing header assembly
1.4 23
4
5
1.1 Header, LH outswing
1.2 Header, RH outswing
1.3 Header, RH inswing
1.4 Header, LH inswing
2Header track
3Operator drive axle
hole
4Mounting hardware,
low voltage wiring
module
5Cutout and
mounting holes for
breakaway switch
or fixed stop for
outswing door
6Mounting holes for
door stop
Fig. 5.2.4 RH outswing header assembly
1.2 23
4
6
Fig. 5.2.1 LH outswing header assembly
Fig. 5.2.2 RH inswing header assembly
1.1
2
34
6
2
34
1.3 5
6
1
2
45
3
7
1
2
6
3
4
5
Fig. 5.2.3 ED100/ED250 OHC header assembly, RH inswing example
1.3 Header, RH inswing
2 115 Vac power
module
3115 Vac power cable
3.1 115 Vac terminal
block
4115 Vac power
extension cable
5 Low voltage wiring
module
6Ribbon cable
7Breakout switch
assembly, inswing
doors
8End cap
9 ED100/ED250 OHC
operator
10 Jamb bracket

12 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 5
Fig. 5.4.11 Bottom pivot assembly
DC0735-020
Fig. 5.4.4 Screw pack, header mounting,
DK4654-010
1#14-10 x 2 1/2"
Phillips flanged hex
head, zinc
21/4-14 x 1" Phillips
flanged hex head,
drilling screw, zinc
31/4-20 x 1"
PFHMS (Phillips flat
head machine screw)
. ED/ED OHC single door hardware package
Fig. 5.4.10 Screw pack, ED100/ED250
operator mounting DK4617-010
4
Fig. 5.4.6 115 Vac power extension cable
2 PCB holder assembly
DC4630-010
2.1 Power off/on switch
2.2 115 Vac connection
circuit board
2.3 Velcro
3Main power cable
DK3772-010
4Main power
extension cable
DX4647-010
5PCB holder assembly
DC4630-010
5.1 Connection point
circuit board
6Ribbon cable
7Ground wire kit
3
Fig. 5.4.5 115 Vac power cableFig. 5.4.1 115 Vac power module
5
5.1
Fig. 5.4.2 Low voltage wiring module 6
Fig. 5.4.7 Ribbon cable
7
Fig. 5.4.8 Ground wire kit DK3673-010
2
2.1
2.3
2.2
3
1 Connector, 8 pole
2 Connector, 6 pole
3Connector, 7 pole
4Connector, 3 pole
5Connector, 2 pole
6Jumper, 2 pole
7Grounding lug
8Self drilling screw
Fig. 5.4.3 Connectors for low voltage wiring
module, shipped with operator
1
2
3
4
5
6
5
1
Fig. 5.4.9 Ground lug kit DK4656-010
78
1
2
3
45
6
7
4.2
4.1
4.3
3Door pivot
4Screw pack
4.1 PHMS, 1/4-20 x 3/4"
4.2 FHMS, #14 x 1 1/2"
4.3 Anchor
5Wrench, height adj.
6Floor pivot
7Bearing

13
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 5
Fig. 5.4.15 Kit, operator labels DK3137-110
1 DD0586-010
2DD0758-010
3DD0762-010
4DD0762-020
6Side 2, DD0739-010
6.1 Side 1, DD0739-010
7Safety Information
label, full energy
8Safety Information
label, low energy
9Side 1, DD0756-010
9.1 Side 2, DD0756-010
SAFETY INFORMATION
Automatic Swinging Doors
1
. Walk toward the door at a
normal pace. The door
shouldopen when you ar
e
about 4 feet from the door.
2
. Stand motionless on
threshold for at least 10
seconds. The door shoul
d
not close.
3
. Move clear ofthe area. Th
e
door should remainopen for
at least 1.5 seconds and
should close slowly and
smoothly.
4
. Repeat steps1 through 3
from other direction if door
is used for two way traffic.
5
. Inspect the floor area. It
should be clean with no
loose partsthat mightcaus
e
user to trip or fall. Keep
traffic path clear.
6
. Inspect door's overall
condition. The appropriat
e
signage shouldbe present.
7
. Have door inspected by a
n
AAADM certified inspecto
r
at least annually.
AAADM
American Association o f Automatic
Door Manufacture rs
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.10 ON:
DATE:______________
by AAADM Certified
Inspector
Number:___________
AAADM-2496
DO NOT USE DOOR if it fails
any of these safety checks of if
it malfunctions in any way. Call
a qualified automatic door
service company to have door
repaired or serviced.
See Owner’s manual or
instructions for details on
each of these and other
safety items. If you need
a copy of the manual,
contact the manufacturer.
These minimum safety checks,
in addition to those in the
Owner’s Manual, should be
made each day and after any
loss of electrical power.
6
6.1
7
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
1Program switch
panel DX4604-02C
1.1 Comm port for
dormakaba
handheld
1.2 4 strand ribbon
cable, 10'
1.3 RJ45 port
2Key switch panel,
RJ45, DX4604-21C
9Key switch panel
DX4604-11C
Fig. 5.4.20 Key switch panels - OptionsFig. 5.4.16 Program switch panel
1
2
Fig. 5.4.17 Header plug pack, DK4620
Fig. 5.4.14 Fixed stop DK4646; outswing door
Fig. 5.4.19 Breakout switch DK4638-010;
inswing door
1Fixed stop DC4643-
01_
1.1 Backing plate,
DC4644-010
2Breakout switch
DK4638
2.1 Mounting plate
2.2 1/4-20 x 1/2" Phillips
flat head undercut
2.3 #8 x 5/8" Phillips
flat head thread
forming
2.4 Wire harness
1
1.1
1.2
1.3
1
1.1
Fig. 5.4.13 Overhead arm kit DK4651-010
1Arm, OH center
hung
2Hex bolt, 1/4-20 x 1",
gr5, zinc
3Lock washer, 1/4"
49 mm axle extension
DC3404-060
1
2
3
Fig. 5.4.18 9 mm axle extension kit
2.2
2.2
2.4
2
2.1 2.3
2.3
SAFETY INFORMATION
Low Energy Swinging
Doors
1
. Activate the door. Door
shouldopen at a slow
smooth pace (4 or more
seconds), and stop withou
t
impact.
2
. Door must remain fully open
for a minimumof 5 seconds
before beginningto close.
3
. Door should close at a slow,
smooth pace (4 or more
seconds), and stop without
impact.
4
. Inspect the floor area. It
should be clean with no
loose parts that mightcause
user to trip or fall. Keep
traffic path clear.
5
. Inspect door‘s overall
condition. The appropriate
signageshould be present
and the hardware should
be in good condition.
6
. Have door inspected by an
AAADM certified inspector
at least annually.
AAADM
American Association o f Automatic
Door Manufacturer s
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.19 ON:
DATE:______________
by AAADM Certified
Inspector
Number:___________
AAADM-3044
DO NOT USE DOOR if it fails
any of these safety checks of if
it malfunctions in any way. Call
a qualified automatic door
service company to have door
repaired or serviced.
See Owner’s manual or
instructions for details on
each of these and other
safety items. If you need
a copy of the manual,
contact the manufacturer.
These minimum safety checks,
in addition to those in the
Owner’s Manual, should be
made each day and after any
loss of electrical power.
1
3
4
2
8
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-020
PULL
TO OPERATE
DD0762-010
PUSH
TO OPERATE
1 Plug, 1 1/2"
2 Plug, 10 mm
3Fixed stop, outswing
door DK4638-020
4RJ45 communication
cable, 10',
DX4607-020
Fig. 5.4.22 Fixed stop outswing door
4
9CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
9.1
3
Fig. 5.4.21 RJ45 communication cable
4
2
9
Wiring diagrams:
Reference Appendix D

14 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 6
 ED/ED OHC hardware
- double doors
. OHC header and overhead arm configurations
Fig. 6.1.3 LH double egress
Fig. 6.1.1 Pair outswing
Fig. 6.1.4 RH double egress
Fig. 6.1.2 Pair inswing
1.1 Header, pair
outswing
2Overhead arm
3Fixed stop
Reference Para. 17..7 for
alternative fixed stop.
1.2 Header, pair inswing
2Overhead arm
4Breakout switch
1.3 Header, LH double
egress
2Overhead arm
3Fixed stop
4Breakout switch
Reference Para. 17.7 for
alternative fixed stop.
1.1 Header, RH double
egress
2Overhead arm
3Fixed stop
4Breakout switch
Reference Para. 17.7 for
alternative fixed stop.
2434
1.3
22
34
1.1 32
2
3
1.2
242
4

15
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 6
6
1
2
45
3
7
. ED/ED OHC operator
Fig. 6.3.1 OHC ED100/ED250 operator orientation - RH side of header mounting
1 OHC operator
2OHC mounting
plate
Fig. 6.3.2 OHC ED100/ED250 operator orientation- LH side of header mounting
. ED/ED OHC pair header assemblies as shipped -covers included
Fig. 6.2.3 LH double egress header assembly
1.1 Header, pair
outswing
1.2 Header, pair inswing
1.3 Header, LH double
egress
1.4 Header, RH double
egress
2Header track
3Operator drive axle
hole
4Mounting hardware,
low voltage wiring
module
5Cutout and
mounting holes for
breakaway switch
or fixed stop
6Mounting holes for
door stop
Fig. 6.2.1 Pair outswing header assembly
Fig. 6.2.2 Pair inswing header assembly
1
2
6
3
4
5
Fig. 6.2.4 RH double egress header assembly
1.4
2
23
34564
1.1
2
23
344
6
6
Fig. 6.2.5 Pair inswing header assembly example
1.3
2
23
34
4
5
6
1.2
2
23
34
4
55
3 Control board
4Spring tension
adjustment
5Drive axle
6115 Vac connector
7Braking circuit plug

16 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 6
4
. ED/ED OHC pair door hardware package
Fig. 6.4.8 115 Vac power extension cable
2 PCB holder assembly
DC4630-010
2.1 Power off/on switch
2.2 115 Vac connection
circuit board
2.3 Velcro
3Main power cable
DK3772-010
4Main power
extension cable
DX4647-010
5PCB holder assembly
DC4630-010
5.1 Connection point
circuit board
6Ribbon cable
7Ground wire kit
DK3673-010
3
Fig. 6.4.7 115 Vac power cable
Fig. 6.4.1 115 Vac power module
5
5.1
Fig. 6.4.2 Low voltage wiring module 6
Fig. 6.4.9 Ribbon cable
7
Fig. 6.4.10 Ground wire kit
2
2.1
2.3
2.2
1
2
Fig. 6.4.5 Header plug pack, DK4620
Fig. 6.4.4 Screw pack, header mounting
DK4654-010
1#14-10 x 2 1/2"
Phillips flanged hex
head, zinc
21/4 x 1" Phillips
flanged hex head,
zinc
31/4-20 x 1" PH FLH
(Phillips flat head)
Fig. 6.4.12 Screw pack, ED100/ED250
operator mounting DK4617-010
1 Plug, 1 1/2"
2 Plug, 10 mm
3Door pivot
4Screw pack
4.1 PHMS, 1/4-20 x 3/4"
4.2 FHMS, #14 x 1 1/2"
4.3 Anchor
5Wrench, height adj.
6Floor pivot
7Bearing
Fig. 6.4.13 Bottom pivot assembly DC0735
Fig. 6.4.6 Overhead arm kit DK4651-010
1Arm, OH center
hung
2Hex bolt, 1/4-20 x 1",
gr5, zinc
3Lock washer, 1/4"
49 mm axle extension
DC3404-060
Fig. 6.4.14 9 mm axle extension kit
3
1 Connector, 8 pole
2 Connector, 6 pole
3Connector, 7 pole
4Connector, 3 pole
5Connector, 2 pole
6Jumper, 2 pole
7Grounding lug
8Self tapping screw
1
2
3
4
5
6
5
1
Fig. 6.4.3 Wiring module connectors
Fig. 5.4.11 Ground lug kit DK4656
78
1
2
1
2
3
3
45
6
7
4.2
4.1
4.3
4

17
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 6
1Program switch
panel DX4604-02C
1.1 Comm port for
dormakaba
handheld
1.2 4 strand ribbon
cable, 10'
1.3 RJ45 port
2RJ 45 panel,
DX4604-31C
dormakaba handheld
2Key switch panel,
RJ45, DX4604-21C
9Key switch panel
DX4604-11C
2
Fig. 6.4.18 RJ45 communication cable
Fig. 6.4.17 Program switch panel, RJ 45 panel
Fig. 6.4.15 Fixed stop DK4646;
outswing door
Fig. 6.4.20 Breakout switch DK4638-010;
inswing door
1Fixed stop DC4643-
01_
1.1 Backing plate
DC4644-010
2Breakout switch
DK4638
2.1 Mounting plate
2.2 1/4-20 x 1/2" Phillips
flat head undercut
2.3 #8 x 5/8" Phillips
flat head thread
forming
2.4 Wire harness
1
1.1
1.2
1.3
1
1.1
Fig. 6.4.22 115 VAC Power cable DX3484-030
1115 Vac power cable
11' [3400 mm]
1.1 Ground ring lug
2RJ45 communication
cable, 10'
DX4607-020
Fig. 6.4.19 Comm cable DX3485-030
1Communication
cable 6.7'
[2030 mm]
1.1 Ferrite bead
1.2 SMD line filter
3Fixed stop,
outswing door
1
1.1 1.11.2
Fig. 6.4.21 Key switch panels - Options
1
1.1
2.2
2.2
2.4
2
2.1 2.3
2.3
Fig. 6.4.23 Fixed stop DK4638-020
outswing door
3
Fig. 6.4.16 Kit, operator labels DK3137-110
1 DD0586-010
2DD0758-010
3DD0762-010
4DD0762-020
6Side 2, DD0739-010
6.1 Side 1, DD0739-010
7Safety Information
label, full energy
8Safety Information
label, low energy
9Side 1, DD0756-010
9.1 Side 2, DD0756-010
SAFETY INFORMATION
Automatic Swinging Doors
1
. Walk toward the door at a
normal pace. The door
shouldopen when you ar
e
about 4 feet from the door.
2
. Stand motionless on
threshold for at least 10
seconds. The door shoul
d
not close.
3
. Move clear ofthe area. Th
e
door should remainopen for
at least 1.5 seconds and
should close slowly and
smoothly.
4
. Repeat steps1 through 3
from other direction if door
is used for two way traffic.
5
. Inspect the floor area. It
should be clean with no
loose partsthat mightcaus
e
user to trip or fall. Keep
traffic path clear.
6
. Inspect door's overall
condition. The appropriat
e
signage shouldbe present.
7
. Have door inspected by a
n
AAADM certified inspecto
r
at least annually.
AAADM
American Association o f Automatic
Door Manufacture rs
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.10 ON:
DATE:______________
by AAADM Certified
Inspector
Number:___________
AAADM-2496
DO NOT USE DOOR if it fails
any of these safety checks of if
it malfunctions in any way. Call
a qualified automatic door
service company to have door
repaired or serviced.
See Owner’s manual or
instructions for details on
each of these and other
safety items. If you need
a copy of the manual,
contact the manufacturer.
These minimum safety checks,
in addition to those in the
Owner’s Manual, should be
made each day and after any
loss of electrical power.
6
6.1
7
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
SAFETY INFORMATION
Low Energy Swinging
Doors
1
. Activate the door. Door
shouldopen at a slow
smooth pace (4 or more
seconds), and stop withou
t
impact.
2
. Door must remain fully open
for a minimumof 5 seconds
before beginningto close.
3
. Door should close at a slow,
smooth pace (4 or more
seconds), and stop without
impact.
4
. Inspect the floor area. It
should be clean with no
loose parts that mightcause
user to trip or fall. Keep
traffic path clear.
5
. Inspect door‘s overall
condition. The appropriate
signageshould be present
and the hardware should
be in good condition.
6
. Have door inspected by an
AAADM certified inspector
at least annually.
AAADM
American Association o f Automatic
Door Manufacturer s
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.19 ON:
DATE:______________
by AAADM Certified
Inspector
Number:___________
AAADM-3044
DO NOT USE DOOR if it fails
any of these safety checks of if
it malfunctions in any way. Call
a qualified automatic door
service company to have door
repaired or serviced.
See Owner’s manual or
instructions for details on
each of these and other
safety items. If you need
a copy of the manual,
contact the manufacturer.
These minimum safety checks,
in addition to those in the
Owner’s Manual, should be
made each day and after any
loss of electrical power.
1
3
4
2
8
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-020
PULL
TO OPERATE
DD0762-010
PUSH
TO OPERATE
9CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
9.1
2
1.1
1.3
2
9
Wiring diagrams:
Reference Appendix D

18 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 7
. ED/ED OHC single door header example
 ED/ED OHC header assembly
Fig. 7.1.1 ED100/ED250 OHC header and operator assembly, LH outswing
1 OHC header, LH
outswing
2ED100/ED250
operator
2.1 Mounting plate
2.2 Control board
2.3 115 Vac cable
3 Jamb bracket
4End cap
5 Ribbon cable
6Low voltage wiring
connection PCB
module
7115 Vac power
extension cable
8 115 Vac power cable
1 Control board
2Keypad and 2 digit
display
3Braking circuit plug
4Power fail closing
speed
potentiometer
5Upgrade card slot
5.1 Upgrade card
socket
6dormakaba handheld
communication port
7Pair door operator
to operator
communication port
8Ribbon cable socket
9Program switch
panel socket
Fig. 7.1.3 ED100/ED250 operator control board
1
2
345
5.1
67
8
9
2
5
6
7
2.1
9
2.2
2.3
8
8.1
9115 Vac power
connection PCB
module
10 Ground lug
8.1
Fig. 7.1.2 ED100/ED250 OHC operator cables and modules
Reference Chapter 
for  Vac customer
connection
8.1 115 Vac terminal
block
16
7894
3
3
42 5
10
8.1

19
ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 7
. ED/ED OHC pair doors header example
Fig. 7.2.1 ED100/ED250 OHC header and operator assembly; outswing
1 OHC pair header,
outswing
2ED100/ED250 OHC
operator, LH door
3Low voltage wiring
connection PCB
module, LH door
4115 Vac power
connection PCB
module, LH door
4.1 115 Vac cable
5115 Vac power
extension cable
6 Jamb bracket
7End cap
8ED100/ED250 OHC
operator, RH door
9Low voltage wiring
connection PCB
module, RH door
10 115 Vac power
connection PCB
module, RH door
11 115 Vac power cable
12 Fixed stop;
outswing
13 Ground lug
14 115Vac cable
between operators
TIPS AND RECOMMENDATIONS
Ribbon cables not shown for clarity.
Fig. 7.2.2 ED100/ED250 OHC operator hardware
Fig. 7.2.3 115 VAC Power cable between
operators
1115 Vac power cable
11' [3400 mm]
DX3484-030
1.1 Ground ring lug
2Communication
cable 6.7'
[2030 mm]
DX3485
Fig. 7.2.4 Communication cable between
operators
1
1.1
2
762
3
546
12 12
13
10
14
14
87
6
9
1
5
4.1

20 ED100/ED250 08-2018DL4614-100
dormakaba ED100/ED250 OHC Installation Instructions Chapter 8
 Technical data
Maximum wire size
Connector plug
screw size
 AWG
/”
Door
status
X
,,
Sr parameter
Door closed
Door open
Door closed, locked
Com, N.O., N.C.
contacts
.. Integrated functions
Hold open time:
Automatic opening dd parameter  to  s
NIght / bank dn parameter  to  s
Manual opening do parameter  to  s
Door blocking
behavior hd parameter Automatic, manual door modes
Electric strike
delayed opening for
locking mechanism
Ud parameter  to  s
Locking
device
feedback
X
,  Motor lock
Wind load control,
maximum Fo, Fc parameters . lb f  N
Power fail closing
speed Chapter  Adjustable with potentiometer
LED status indicators
Service manual
Green
Red
Yellow
 VDC power
Error codes
Service interval
Program and Exit
Only switches Chapter  Auto, Close, Open Exit only; Off, On
User interface Chapter   button keypad,
 digit display
Slot for Dorma
upgrade cards Chapter  Extension of range of functions
Interface update
Appendix D. Firmware update
TMP, temperature
management program
Service manual
Overload protection
IDC, initial drive control Driving phase optimization
Cycle counter CC parameter  to ,,
Power assist function hA, hF, hS
parameters
Drive support for
manual opening of
door
Push & go function PG parameter Auto opening of
door at ° open
. ED/ED Technical data
.. Required operating conditions
Ambient temperature  to  °F
Suitable for dry
rooms only
Relative air humidity:
% maximum, non-condensing
Power supply  Vac ±%, / Hz
. A maximum
Branch circuit
protection (provided
by others)
 A maximum,
dedicated branch circuit
Protection class NEMA 
Power wiring:
black, white, ground
(bare copper or
green/white)
 AWG
maximum
Operating noise Maximum  db(A)
.. General specifications
ED/ED
operator
(W x H x D)
 /" x " x ", including mounting
plate
Internal power
supply available for
external accessories
 Vdc ± %, . A
Maximum door
opening angle  to ° depending on installation type
.. Inputs
Maximum wire size
Connector plug
screw size
 AWG
/”
Activation
inputs X* Interior, exterior N. O. contact
Safety
sensors X Swing, approach sides
Night-bank
(intercom
system)
X
,
a
- Vdc/
VAC +%
Night-bank
(key switch)
X
,  d parameter Configure for N.O. or N.C. contact
Deactivation
of drive
function
X
, a d parameter Configure for N.O. or N.C. contact
*X,terminal board numbers; reference Chapter .
Parameters; reference Chapter .
.. Outputs