ED50/ED100/ED250
Swing Door Operators
Installation in Overhead Concealed Header
Door Installation, Setup,
Troubleshooting and Maintenance
Instructions
DL4617-003 – 06-2023
| EN |
2ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Table of Contents
Table of contents
General information
. General information
ED//ED OHC product
description
ED//ED OHC door configurations
. OHC single door configurations
. OHC pair door and double egress door
configurations
Technical data
. ED//ED technical data
. Operating specifications
Safety information
ED/ED/ED User interface
. Overview
. button keypad and display
. Operator status LEDs
. Mode switch and Exit Only switch panel
. ED/ED/ED automatic and
manual modes
. Low and full energy doors
System accessories
. System accessory electrical connections
. System accessories
Terminal board connections
ED/ED/ED door signage
. Full energy operator
. Low energy operator
. Door signage, full energy single swing
doors (ANSI/BHMA A.)
. Door signage, low energy single swing
doors (ANSI/BHMA A.)
. Door signage, full energy pair swing doors
(ANSI/BHMA A.)
. Door signage, low energy pair swing doors
(ANSI/BHMA A.)
. Door signage, full energy double egress
swing doors (ANSI/BHMA A.)
. Safety label, automatic swing doors
. Safety label, low energy swing doors
Table of contents
Parameters
. ED/ED/ED OHC – viewing and
changing parameters
. Configuration parameters
. Driving parameters
System setup for single door installation
. Set operator spring tension
. Set braking circuit plug position
. ED/ED/ED OHC power on
. Set installation type parameter AS
. Set door width parameter Tb
. Set OHC reveal depth parameter rd =
. Set door type parameter dL
. 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
. Set power fail closing speed
Pair door installation
. Customer supplied doors - pair door
installation
. Perform learning cycle for each door
. Set power fail closing speed
Pair door parameters, Sync cable
. Set ED operator parameters for pair door
operation
. Connect Sync cable between
ED/ED/ED operators
Connect accessory wiring
. Connect accessory wiring, single door
. Connect accessory wiring, double doors
Install door signage, header cover
. Install door signage
. Install header cover
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Table of Contents
ANSI/BHMA standards
. Power operated pedestrian doors
(ANSI/BHMA .)
. Low energy power operated doors
(ANSI/BHMA A.)
Upgrade cards
. Upgrade cards
. Container module
. Installing upgrade cards
Maintenance
. ED/ED/ED environment and
cleaning
. Overhead arm and bottom door pivot
. ED brake maintenance
Appendix A - Driving 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" codes
Appendix C - dormakaba handheld
C. dormakaba handheld terminal
C. New dormakaba handheld; language
change to English
C. dormakaba handheld; firmware update
4ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 1
.. Door Installation, Setup, Maintenance and
Troubleshooting Instructions.
This manual provides Setup, Maintenance and
Troubleshooting instructions for ED/ED/ED
overhead concealed (OHC) header door
configurations.
.. OHC header Installation Instructions.
Reference ED/ED/ED OHC Installation
Instructions DL-.
.. ED/ED/ED OHC header Installation.
NOTICE
Exterior door use.
To insure proper suitability for exterior door
use, the following topics must be addressed in
the context of the door application setting.
• Site-specific use factors such as high wind
conditions and/or building pressure.
• Door width, height, weight, and usage
patterns.
• Observable prevailing conditions at the
opening under which the operator is
expected to perform. In some instances, this
may require increased force settings to
counteract these conditions.
• Door mounted presence sensors.
When attempting to overcome these forces,
it is strongly suggested that door mounted
presence sensors be employed to enhance
pedestrian safety through the opening.
.. 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.us website.
Manuals are available for review, download, and printing
on the dormakaba.us website.
.. Dimensions
Unless otherwise specified, all dimensions are given in
both inches (“) and [mm].
General information
. General information
.. Symbols used in these instructions.
WARNING
This symbol warns of hazards which could result
in personal injury or threat to health.
CAUTION
This symbol warns of a potentially unsafe
procedure or situation.
NOTICE
Draws attention to important information
presented in this document.
TIPS AND RECOMMENDATIONS
Clarifies instructions or other information
presented in this document.
Fig. 2.1 ED50/ED100/ED250 OHC with overhead arm
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 2
ED//ED OHC product
description
Fig. 2.2 ED100/ED250 OHC operator
Fig. 2.5 Overhead arm
TIPS AND RECOMMENDATIONS
Insure ED50/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/ED/ED are electromechanical operators
used exclusively for opening and closing interior or
exterior swing doors. Reference Para. ...
. Packaging
ED/ED/ED operators are packaged in a
header for overhead concealed (OHC) installation.
For pair swing doors, two ED/ED/ED
operators are packaged in a single header.
. ED/ED/ED operators.
.. ED
• Supplied only as a low energy operator.
(ANSI/BHMA A.).
.. ED
• Supplied as a low energy operator.
(ANSI/BHMA A.).
• Configured as a full energy operator (ANSI/BHMA
A.) using parameter adjustment.
.. ED
• Supplied as a low energy operator.
(ANSI/BHMA A.).
• Configured as a full energy operator (ANSI/BHMA
A.) using parameter adjustment.
. ED/ED/ED separate modules (Fig. .).
.. Single door header; modules supplied:
• Low voltage wiring connection module.
• Main power module.
.. Pair door header; modules supplied:
• Two low voltage wiring connection modules.
• Two main power modules. Fig. 2.4 Wiring module Main power module
NOTICE
Door weights and ED operator low energy
requirements.
• to pounds: It is recommended the
ED operator(s) be configured for low energy.
• to pounds: The ED operators must
be configured for low energy.
. 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
ED
maximum
door weight
Inches mm Pounds - kg Pounds - kg Pounds - kg
.
.
Fig. 2.3 ED50 OHC operator
6ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 3
ED//ED OHC door configurations
. OHC single door configurations
Fig. 3.1.1 LH inswing RH inswing Fig. 3.1.2 LH outswing RH outswing
Fig. 3.2.4 RH double egress
Fig. 3.2.3 Inswing
Fig. 3.2.1 Outswing
Fig. 3.2.2 LH double egress
. OHC pair door and double egress door configurations
Jambs and doors supplied and installed by customer.
Locks optional.
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 4
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
Optional - s.
Hold open time
NIght / bank dn parameter to s
Hold open time
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
, Chapter Motor lock
Wind load control,
maximum Fo, Fc parameters . lb f
N
Voltage independent
braking circuit Chapter Adjustable with
potentiometer
LED status indicators
Green, Red, Yellow
Chapter
Vdc power
Error codes
Service interval
Mode and Exit Only
switches
Auto, Close, Open
Exit only; Off, On
User interface button keypad,
digit display
Slot for upgrade
cards Chapter Extension of
functional range.
Firmware update Firmware update
TMP, temperature
management program
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 [- to C]
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 [IP]
Power wiring:
black, white, bare
copper (ground)
AWG
maximum
Operating noise Maximum db(A)
.. General specifications.
Operator dimensions
(W x H x D)
" x / x /" [ x x mm]
" cover standard
Operator weight . lb [. kg]
ED: Power supply
for accessories Separate power supply required.
ED/ED:
Power supply for
accessories
Vdc ± %, . A.
Maximum door
opening angle to ° depending on installation type
.. Inputs
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
.. Outputs
*X: terminal board numbers, reference Chapter ,
Terminal board connections.
8ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 4
. Operating specifications
Maximum power
consumption watts
Opening force
lbf - N
Fo parameter
Minimum
. []
Maximum
. []
Manual closing force
lbf - N
Fc parameter
Minimum
. []
Maximum
. []
Maximum door
weight, lb [kg] [ kg)*
*Based on prevailing
conditions at the door
opening.
Door width Minimum
"
Maximum
"
Maximum opening
speed, °/s May be limited by
door weight after
learning cycle.
Maximum closing
speed, °/s
.. ED
.. ED
Maximum power
consumption watts
Automatic opening
torque
Minimum
N m
. lbf ft
Maximum
FE: N m
. lbf ft
LE: N m
. lbf ft
Automatic closing
torque
Minimum
N m
. lbf ft
Maximum
FE: N m
. lbf ft
LE: Nm
. lbf ft
Manual closing
torque
Minimum
N m
. lbf ft
Maximum
N m
lbf ft
Maximum door
weight
pounds at a maximum door width
of inches.*
*Based on prevailing conditions at the
door opening.
Door width " to ”
Door width for fire
protection " to ”
Maximum opening
speed, °/s Note
FE:
LE:
Maximum closing
speed, °/s Note
FE:
LE:
Maximum power
consumption watts
Automatic opening
torque
Minimum
N m
. lbf ft
Maximum
FE: N m
. lbf ft
LE: Nm
. lbf ft
Automatic closing
torque
Minimum
N m
. lbf ft
Maximum
FE: N m
. lbf ft
LE: N m
. lbf ft
Manual closing
torque
Minimum
N m
. lbf ft
Maximum
N m
lbf ft
Maximum door
weight
pounds at a maximum door width
of inches.*
*Based on prevailing conditions at the
door opening.
Ref: Para. . for low energy
requirements.
Door width " to ”
Door width for fire
protection " to ”
Maximum opening
speed, °/s Note
FE:
LE:
Maximum closing
speed, °/s Note
FE:
LE:
.. ED
Note
Full energy / low energy
• FE: ED/ED configured for full energy.
• LE: ED/ED configured for low energy.
Note
Depending on door panel weight, automatically limited with low
energy power operator doors (ANSI A.).
Maximum speeds will only be reached in full energy operating mode,
low door panel weight, and a minimum learned opening angle of
.
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 5
. Safety instructions.
This document contains important instructions for
installation of the ED/ED/ED overhead
concealed 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/ED overhead concealed 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. 5.1 Door closing edges
Opposing
closing edge
Main
closing edge
Secondary
closing edge
10 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 6
ED/ED/ED User interface
. Overview
Fig. 6.2.1 Door hinge side on right
2 2 digit display
5 Button legend
Fig. 6.2.2 Door hinge side on left
. button keypad and display
Right button
. Access parameter menu,
press button > seconds.
. Edit selected parameter.
. Save changed value.
Left button . Reset, > s
. Quit process, < s.
Both buttons
together
. Acknowledge errors,
press both buttons < s.
. Reset, press both
buttons > s.
Up button
. Scroll through parameters
and error messages.
. Increase parameter value.
Down button
. Scroll through parameters
and error messages.
. Reduce parameter value.
. Opening pulse, press
button < s.
. Learning cycle, press
button > s.
. Reset with factory setting,
press button > s (program
switch Close position).
. Identify operator
orientation for display
2 2 digit display
6 Button legend
rotated 180°
.. button keypad.
button legend is orientated so buttons
have same function and position regardless
of operator orientation. Button legend can
be removed and rotated.
.. button keypad functions.
TIPS AND RECOMMENDATIONS
Symbols
• "<", Less than.
• ">", Greater than.
> 3s Reset
< 3s Quit
> 3s
PRG
< 3s LEARN
Fact-Setup
> 3s
> 8s
2
5
> 3s Reset
< 3s Quit
LEARN
< 3s
> 3s
Fact-Setup
PRG
> 3s
> 8s
6
2
1 4 button keypad
and 2 digit display
Fig. 6.1.1 OHC ED100/ED250 operator
1
1 4 button keypad
and 2 digit display
Fig. 6.1.2 OHC ED50 operator
1
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 6
. Operator status LEDs
Fig. 6.3.1 Operator status LEDs, header cover removed .. Operator status LEDs.
. Red LED
Blinking codes are used to indicate "ln__" information
(system status or operating conditions) or certain
error codes "E__".
. Yellow LED
Maintenance interval indicator. When illuminated, an
indication the operator system has to be serviced.
. Green LED
• On, internal Vdc power is On.
• Off, internal Vdc power is Off.
TIPS AND RECOMMENDATIONS
Details on LED status codes and maintenance
intervals can be found in Appendix B –
Troubleshooting.
1 Red LED
2 Yellow LED
3 Green LED
1
2
3
45
6
4 Accessory terminal
board
5 OHC header
6 Power Off/On
switch
12 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 6
. Mode switch and Exit Only switch panel
.. Mode switch position descriptions.
Auto
. Door opens automatically when one of the activators
is actuated or triggered.
Door closes on expiration of adjustable hold open
time with no activators or actuators triggered.
. With knowing act device actuation (Para. ..).
Door will remain at full open position for not less
than seconds.
. With push/pull actuation of door (Para. .).
Door will remain at full open position for not less than
seconds.
Close
. Door will remain closed, or if door is open door will
close.
Open
. Door opens automatically and remains open.
.. Exit Only switch position descriptions.
On
. Exterior activation sensor or knowing act device
disabled when door fully closed.
• Only interior activation sensor or knowing act device
will enable door opening.
Off
. Both interior and exterior activation sensors or
knowing act devices will enable door opening.
.. Exit Only switch
positions.
1 Mode switch panel
2 Mode switch,
three position
1
2
4
3
Auto
Fig. 6.4.2 Auto
.. Mode switch
positions.
Close
Fig. 6.4.3 Close
Fig. 6.4.4 Open
Fig. 6.4.5 On
On
Off
Fig. 6.4.6 Off
Open
Fig. 6.4.1 Overhead concealed header
3 Exit only switch,
two position
4 RJ45 Comm port for
service
Fig. 6.4.7 Optional key switch panels
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 6
. ED/ED/ED automatic and manual modes
.. Automatic mode.
Manual/automatic mode parameter hd=.
Setting if door is opened automatically following pulse
generation by an activation or knowing act device.
.. Manual mode.
Manual/automatic mode parameter hd=.
Setting if door is opened manually most of the time and
only rarely automatically.
. Low and full energy doors
.. Low energy power operated door
(ANSI/BHMA A.).
. ED is supplied only as a low energy operator.
. ED and ED operator default is low energy.
F parameter = .
• Reference ANSI/BHMA A., Standard for Power
Assist and Low Energy Power Operated Swinging
Doors.
... Low energy power operated door definition.
A door with a power mechanism that opens the door
upon receipt of a knowing act activating signal, does
not generate more kinetic energy than specified in
ANSI 156.19, and is closed by a power mechanism or by
other means.
Required system safety, as a low energy application, is
achieved utilizing the following design factors:
• Reduced dynamic door panel contact forces.
• Reduced static door panel contact forces.
• Low driving speeds.
• Force limitation.
... Knowing act definition.
Any conscious action with the expected result of
opening a door. This includes but is not limited to:
• Wall or jamb mounted contact or non contact
switches such as pushplates.
• The action of of manually opening (pushing or
pulling) a door.
• Controlled access devices such as keypads, card
readers, wireless transmitters and key switches.
.. Power assist.
• Available only in manual mode (hd=). Drive support
is automatically adjusted to operator size.
• Parameter hA sets door activation angle for power
assist function. Once angle reached, drive support
provides easier manual opening of the door.
• Parameter hF, power assist function. Parameter
decreases the amount of force required to open the
door.
• Parameter hS, power assist function support for
door in closed position.
TIPS AND RECOMMENDATIONS
Parameter descriptions can be found in
Chapter 11; Parameters.
.. Power operated door (ANSI/BHMA A.).
ED and ED operators can be configured for full
energy (power operated door).
F parameter = .
... Power operated door definition.
The combination of door, operator, controls and sensors
constituting the system. (Also called automatic door.)
14 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 7
System accessories
. System accessory electrical connections
Fig. 5.1.1 Electrical connections, single door
.. Overview
ED/ED/ED operators are normally used with
system accessories available from dormakaba USA, Inc.
or other manufacturers.
.. Accessory electrical installation.
Electrical interfaces from system accessories used with
operator must be planned for. This includes routing of
wiring from accessories to operator.
.. System accessories, other
manufacturers.
dormakaba USA cannot guarantee compatibility for
other manufacturer's accessories. If any of these
accessories are used despite this caution, the operator's
full range of functions may be unavailable, or the
accessories may not function properly.
WARNING
Damage to operator or to connected device is
also possible!
.. ED power for accessories.
. Separate power supply required for accessories.
.. ED/ED power for accessories.
. Vdc, . A ( watts) is available from the
operator for external consumers (Fig. ..). This
supply has overcurrent protection. If additional
power is required, an external power supply must be
used.
. System accessories
1 External mode
switch, mechanical
2 External mode
switch, electronic
3 Key switch
4 Pushbutton, night /
bank
5 Pushbutton, interior
6 Pushbutton, exterior
7 Door locking device
8 Manual release
switch
9 ED50/ED100/
ED250
.. Activators
Typical activators:
. Pushbuttons, key switches
. Access control systems
. Telephone systems
. Intercoms
. Sensor automatic activators (ANSI/BHMA A.).
TIPS AND RECOMMENDATIONS
Refer to Chapter 4, Technical data
for electrical interface requirements.
.. Locking devices.
Typical locking devices:
. Electric strike plates
. Electromagnetic locks
. Electric locks
To insure that operator and locking device work safely
when connected together, locking device mus comply
with following:
. Operating voltage, power supply from operator,
Vdc, ± %.
. Operating voltage, external power supply,
Vdc/Vac maximum.
. Locking device relay contact, maximum load, A.
. Electric strike plate duty factor, % minimum.
. Motor lock duty factor, %.
1
8 x 18 AWG
8 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
4 x 18 AWG
4 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
2 x 18 AWG
2 x 0.8 mm2
3 x 12 AWG
3 x 4.0 mm2115 VAC power
2
4563
7
8
9
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ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 8
Terminal board connections
Fig. 8.1.1 ED50/ED100/ED250 terminal board electrical connections
1 Green LED (Para. 4.4)
2 Yellow LED (Para. 4.4)
3 Red LED (Para. 4.4)
4 Key (red insert)
location in socket.
Assigned plug has
tab in same location
broken off.
5 Jumpers, factory
installed at following
terminals:
• and a
• and *
• and *
6 DCW upgrade card
plug
7 Fire protection
upgrade card plug
TIPS AND RECOMMENDATIONS
• Use documentation provided
with each device for electrical
installation.
• It is recommended not to
connect system accessories to
board until after operator has
been setup and learning cycle
performed (Chapter ).
97 98 99 30 31 32 34 33 3335 136144a
3BA157 57a 14231413115 17 311113 3
43 36463621G 3
+ 24 V
Signal input
0 V
Partial Open
Permanent Open
Exit Only
Automatic
Off
N.C.
COM
Test output
X5X4
X3
X6 X9 X1 X7
+ 24 V
X8
0 V
X10
8 - 24 AC/DC
+ 5% Wet
DCW bus
Safety sensors
Activation inputs
Interior Exterior
Night-
bank
input
+ 24 V
Signal input
0 V
+ 24 V
+ 24 V
Signal input
Signal input
0 V
0 V
Test output
0 V
24 V
Brake coil
signal
Output
COM
N.O.
N.C.
0 V
Locking relay
Maximum current:
1A, 48 V DC/AC
Locking feedback contact
0 V
0 V
+ 24 V
0 V
0 V
Signal input
N.O.
Smoke
detectors
Emergency
close
Night
trigger
Mode, Exit Only
switches
Door status
24 VDC
Class II
1
2
3
4
5
6
7
5
5
ED50 ED100/ED250
0 V Maximum current
load: 1.5A
24 V
Swing side Approach side
Note : ED/ED: Terminals and
are also used for swing side overhead sensor
input when parameter ST is set to or .
Reference Appendix A, Parameters.
16 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 9
ED/ED/ED door signage
Signage and warnings are specified in
ANSI /BHMA A., American National Standard for
Power Operated Pedestrian Doors, paragraph .
.. Door, one way traffic, Fig. ...
. Arrow and AUTOMATIC DOOR, one side of decal.
• Shall be visible from approach side of a swinging door,
mounted on door at a height of " ± " from floor to
centerline of sign.
. DO NOT ENTER and AUTOMATIC DOOR, one side of
decal (or separate decal for solid doors - DD-).
• Shall be visible from non-approach side of door that
swings towards pedestrians attempting to travel in
wrong direction.
.. Door, two way traffic, Fig. ...
. Arrow and AUTOMATIC DOOR, one side of decal.
• Shall be visible from approach side of a swinging door,
mounted on door at a height of " ± " from floor to
centerline of sign.
. CAUTION AUTOMATIC DOOR, one side of decal.
• Swinging doors serving both egress and ingress shall
have a "CAUTION AUTOMATIC DOOR" sign visible
from swing side of door.
• Sign shall be mounted on door at a height of ± "
from floor to centerline of sign.
.. Overview Fig. 9.1.1 One decal, approach side, non-approach side
. Full energy operator
Fig. 9.1.2 One decal, two way traffic
Fig. 9.1.3 ACTIVATE SWITCH TO OPERATE decal
DD-
DD-
DD-
AUTOMATIC
DOOR
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
AUTOMATIC
DOOR
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
. Low energy operator
.. Overview
Signage and warnings are specified in
ANSI /BHMA A., American National Standard for
Power Assist and Low Energy Power Operated Doors.
.. All low energy doors.
. AUTOMATIC CAUTION DOOR decal.
• All low energy doors shall be marked with signage
visible from both side of door with the words
"AUTOMATIC CAUTION DOOR".
• Signs shall be mounted " ± " from floor to
centerline of sign.
.. Knowing act switch used to initiate door operation.
. ACTIVATE SWITCH TO OPERATE decal.
• When a knowing act device is used to initiate operation
of door operator, door shall be provided with sign on
each side of door where switch is operated with
message "ACTIVATE SWITCH TO OPERATE".
.. Push/Pull used to initiate door operation.
. PUSH TO OPERATE, PULL TO OPERATE decals.
• When push/pull is used to initiate operation of door
operator, doors shall be provided with the message
"PUSH TO OPERATE" on push side of door and
"PULL TO OPERATE" on pull side of door.
.. Knowing act door.
. ACTIVATE SWITCH TO OPERATE decal.
• Knowing act doors shall have signage stating
"ACTIVATE SWITCH TO OPERATE" on side of door
having knowing act switch or other knowing act device.
Fig. 9.2.1 AUTOMATIC CAUTION DOOR decal
Fig. 9.2.2 ACTIVATE SWITCH TO OPERATE decal
Fig. 9.2.3 PUSH TO OPERATE, PULL TO OPERATE decals
DD-
DD- DD-
CAUTION
DOOR
AUTOMATIC
DD0586-010 DD-
1 Activate Switch to
Operate DD0758-010
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010 1
2 Push to Operate
DD0762-010
3 Pull to Operate
DD0762-020
DD0762-010
PUSH
TO OPERATE 2
DD0762-020
PULL
TO OPERATE 3
17
ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 9
Fig. 9.3.1 One decal, one way traffic
Approach Swing side
. Door signage, full energy single swing doors (ANSI/BHMA A.)
Fig. 9.3.3 One decal, two way traffic
. Door signage, low energy single swing doors (ANSI/BHMA A.)
Fig. 9.4.1 Knowing act device Fig. 9.4.2 Push/pull
Fig. 9.3.2 One way traffic
Approach Swing side
Fig. 9.3.4 Two way traffic
Approach side
Swing side
Approach side
Swing side
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
50” ± 12”
AUTOMATIC
DOOR
CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
50” ± 12”
AUTOMATIC
DOOR
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITCH
TO OPERATE
DD0758-010
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-020
PULL
TO OPERATE
DD0762-020
PULL
TO OPERATE
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-010
PUSH
TO OPERATE
DD0762-010
PUSH
TO OPERATE
Pull to Operate Push to Operate
18 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 9
. Door signage, full energy pair swing doors (ANSI/BHMA A.)
Fig. 9.5.1 One way traffic, approach side Fig. 9.5.4 One way traffic, swing side
Fig. 9.5.5 Two way traffic, swing side
Fig. 9.5.6 Knowing act, swing side, one way
Fig. 9.5.2 Two way traffic, approach side
Fig. 9.5.3 Knowing act, approach side, one way
50” ± 12”
AUTOMATIC
DOOR
AUTOMATIC
DOOR
50” ± 12”
AUTOMATIC
DOOR
AUTOMATIC
DOOR
50” ± 12”
AUTOMATIC
DOOR
AUTOMATIC
DOOR
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
CAUTION
DOOR
AUTOMATIC
DD0756-010
dormakaba
19
ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 9
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
. Door signage, low energy pair swing doors (ANSI/BHMA A.)
Fig. 9.6.1 Knowing act device, approach side Fig. 9.6.3 Knowing act device, swing side
Fig. 9.6.4 Push/pull, door pull, swing sideFig. 9.6.2 Push/pull, door push, approach side
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
DD0758-010
ACTIVATE SWITC
H
TO OPERATE
DD0758-010
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-020
PULL
TO OPERATE
DD0762-020
PULL
TO OPERATE
DD0762-020
PULL
TO OPERATE
DD0762-020
PULL
TO OPERATE
50” ± 12”
CAUTION
DOOR
AUTOMATIC
DD0586-010
CAUTION
DOOR
AUTOMATIC
DD0586-010
DD0762-010
PUSH
TO OPERATE
DD0762-010
PUSH
TO OPERATE
DD0762-010
PUSH
TO OPERATE
DD0762-010
PUSH
TO OPERATE
Pull to Operate
Push to Operate
20 ED50/ED100/ED250 06-2023DL4617-003
dormakaba ED50/ED100/ED250 OHC Header
Setup and Troubleshooting Instructions
Chapter 9
. Door signage, full energy double egress swing doors
(ANSI/BHMA A.)
Fig. 9.7.2 RH double egress
Swing side Approach side
Fig. 9.7.3 RH double egress, exterior side
Approach side
Swing side
Fig. 9.7.6 LH double egress, exterior side
Fig. 9.7.5 LH double egress
Fig. 9.7.1 OHC RH double egress Fig. 9.7.4 OHC LH double egress
Swing side
Approach side
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
Approach side Swing side
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
50” ± 12”
DD0739-010
AUTOMATIC
DOOR
DO NOT
ENTER
AUTOMATIC
DOOR
Approach side
Swing side Approach side Swing side
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Dormakaba ED50/100/250 Overhead Concealed Swing Door Operator User manual
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