Dormakaba ED100 User manual

Type
User manual

This manual is also suitable for

ED100/ED250
Automatic swing door operators
Service Manual
DL4614-050 – 02-2018
| EN |
2
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Table of Contents
Table of contents
General information
Product Description
Safety information
ED/ED
. Operator component view
. Header assembly
Recommended tools, tightening torque
User interface
. Overview
.  button keypad and display
. Program switch panel
Terminal board accessory interfaces
. ED/ED terminal board accessory
interfaces 
ED/ED door signage 
. Full energy operators 
. Low energy operator, ED 
. Door signage, full energy single swing door 
. Door signage, low energy single swing door 
. Door signage, full energy double swing
doors 
. Door signage, low energy double swing
doors 
Maintenance 
. Safety label, automatic swing doors 
. Safety label, low energy swinging doors 
. ED/ED environment and cleaning 
. Yellow LED, service level 
. Pull arm maintenance 
.. Pull arm torque requirements 
. Push arm maintenance 
. Push arm torque requirements 
Table of contents
10 Measure reveal depth, parameter rd 19
. Reveal depth parameter rd 
. Record reveal depth measurement,
rd value 
. rd parameter values 
11 Operator spring tension 20
. Set operator spring tension 
12 Power fail closing speed 21
. Set power fail closing speed 
13 Perform learning cycle 22
. Perform learning cycle 
14 ANSI/BHMA standards 23
. A. Power operated pedestrian
doors 
. A. Low energy power operated
doors 
15 Parameters 26
. Parameters 
. Driving parameters detail 
16 Troubleshooting 38
. Information and error codes 
. Red LED status codes 
. Troubleshooting chart, "ln" codes 
. Troubleshooting chart, "E" codes 
17 Upgrade cards 43
. Upgrade cards 
. Container module 
. Installing upgrade cards 
18 dormakaba handheld 45
. dormakaba handheld terminal 
. dormakaba handheld; configuration
parameters 
. dormakaba handheld; driving parameters 
. dormakaba handheld; special functions
(Upgrade cards) 
. dormakaba handheld; diagnostics 
. dormakaba handheld; firmware update 
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ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapters 1 and 2
. Service Manual
This manual provides service information for
ED100/ED250 automatic swing door operators.
. 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 dormakaba.com/us website.
. Dimensions
Unless otherwise specified, all dimensions are given in
inches (“).
CAUTION
This symbol warns of a potentially unsafe
procedure or situation.
Fig.2.1 ED100/ED250 header
. 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.
TIPS AND RECOMMENDATIONS
Clarifies instructions or other information
presented in this document.
. Symbols used in these instructions.
WARNING
Electric shock hazard!
WARNING
Hand pinch point and crushing hazards!
WARNING
Crushing hazards!
. Intended use
ED/ED automatic swing door operators are
designed to be installed on an interior building
surface.
These operators are used for opening and closing
interior or exterior swing doors.
Maximum door weight depends on the operator and
door width.
ED
Maximum door width of  inches at  pounds.
ED
Maximum door width of  inches at  pounds.
Maximum door width of  inches at  pounds.
Fig.2.2 ED100/ED250 operator
General information
Product Description
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ED100/ED250 02-2018DL4614-050
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. Safety instructions
This document contains important information for
servicing ED100/ED250 swing door operators.
Review applicable information thoroughly prior to
operator troubleshooting and maintenance.
. Door signage requirements
Proper signs and labels shall be applied and maintained on
the door controlled by the ED100/ED250 swing door
operator per one of the following ANSI/BHMA standards:
ANSI/BHMA A.-, Standard for power
operated doors, paragraph , signage.
ANSI/BHMA A.-, Standard for power
assist and low energy power operated doors,
paragraph , signage.
. Safety warnings
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 115 Vac wiring
must be performed only by qualified personnel!
Safety information
WARNING
Hand pinch point and crushing hazards at door
closing edges!
WARNING
Crushing hazards at door closing edges!
WARNING
Hand pinch point and crushing hazards!
Pull arm and track
Push arm
Fig. 3.1 Door closing edges
1
2
3
1 Secondary closing edge
2 Opposing closing
edge
3 Main closing edge
Fig. 3.2 Pull arm and track
Fig. 3.3 Push arm
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Fig. 4.1.7 ED100/ED250 components view 1 Fig. 4.1.8 ED100/ED250 components view 2
 ED/ED
1
19
2
4
5
6
17
8
9
14
15
16
18
20
3
21
23
27
2
3
18
20
4
5
24
21
22
6
12
11
9
8
16
15
14
23
25
26
27
17
1 Power switch
2 120 Vac terminals
3 Housing unit
4 Drive axle connection
5 Operator (motor,
gear, spring
6 Spring tension
adjustment, closing
force
8 4 button user
interface
9 Information display
10 Slot for internal
program switches
11 Potentiometer,
power fail closing
speed
12 Terminal jumper
socket, push or pull
mounting
14 Slot for upgrade cards
15 RJ45 socket for
communication cable
between two operators,
double door system
16 Com 1 service
connector
17 Accessories terminal
board
18 Mounting plate
19 Customer ground
terminal
20 Guide pin
21 Ribbon cable
22 Ribbon cable socket
23 Upgrade card socket
24 Motor
25 Encoder socket and
cable
26 Motor socket and
cable
. Operator component view
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Recommended tools, tightening torque
1
5
Fig. 7.1.1 Recommended tools
5.1 Recommended tools
1 T-handle hex key,
5 mm
2 Hex keys, 2.5 mm,
3 mm, 6 mm
3 Screwdriver, flat blade
4 Door pressure gauge,
0 to 35 ft - lbf
5 Screwdriver, Phillips,
#2, #3
6 Torque wrench,
3 to 35 ft lb
6.1 5 mm hex key socket
7 Open end wrench,
13 mm
8 Screwdriver, flat
blade.,
M2 (1/16 to 3/32")
2
4
7
Fastener size ft lb N m
M .
M .
M  
M  
M  
5.2 Standard tightening torque
.. Standard tightening torque
3
8
1 Header
2 Program switch panel
3 Pull arm with track
4 Access hole for spring
tension
Fig. 4.2.1 ED100/ED250 header assembly
. Header assembly
1
2
3
4
6
6.1
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dormakaba ED100/ED250 Service Manual Chapter 6
User interface
. Overview
Fig. 6.1.1 Operator display and keypad
1 2 digit display
2 4 button keypad
.. Operator user interfaces
.  button keypad and  digit display.
 button keypad; to input and adjust
door parameter values.
 digit display; parameter values, error
and information codes.
.. button keypad functions
Fig. 6.2.1 4 button keypad and display
1 2 digit display
2 4 button keypad
.  button keypad and display
Right button
. Access parameter menu,
press button >  seconds.
. Edit selected parameter.
. Save changed value.
Left button
. Cancel parameter edit
process.
. Exit parameter menu,
press button <  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.
12
1
2
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. Program switch panel
Fig. 6.3.1 Program switch panel
.. Program switch door control modes
. Auto
Door opens automatically when one of
the activators (Chapter ) is actuated or
triggered, and closes on expiration of
adjustable hold open time.
. Close
Door closes automatically, or remains
closed until program switch position
changed.
. Open
Door opens automatically and remains
open until program switch position
changed.
.. Exit only switch modes
. Off
Internal and external activation sensors
both active.
. On
External activation sensor disabled when
door fully closed. Only internal activation
sensor will enable door opening.
6.4 Operator status LEDs
Fig. 6.4.1 Operator status LEDs
.. Operator status LEDs
Header cover must be opened to view 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 Chapter 16, Troubleshooting.
1 Red LED
2 Yellow LED
3 Green LED
4 Power switch
1
1.1
1.2
1.2
1 Program switch
panel
2 Program switch,
3 position
3 Exit Only switch,
2 position
4 Comm port for
dormakaba
handheld
1
2
3
4
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Terminal board accessory interfaces
. ED/ED terminal board accessory interfaces
Fig. 7.1.1 Terminal board electrical connections
1 Green LED (Para. 6.4)
2 Yellow LED (Para. 6.4)
3 Red LED (Para. 6.4)
4 Key (red insert)
location in socket.
Assigned plug has tab
broken off in same
location.
5 Jumpers, factory
installed at following
terminals:
 and a
 and *
 and *
* Remove jumpers if
safety sensors
installed.
6 DCW® upgrade card
plug included in scope
of delivery.
7 Fire protection upgrade
card plug included in
scope of delivery.
(v.)
Night-bank,
K resistor
not required
97 98 99 30 31 32 34 33 3335
1
36
1
4
4a
3
BA
1
57 57a
142
3
141
3
1
15
17
3
111
13 3
43 3646362
1G
3
+ 24 V
Signal input
0 V
Part
ial Open
Permane
nt Open
E
xit 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
Swing side
Approach side
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
Maximum current
load: 1.5 A
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
Program, exit only
switches
Door status
24 VDC
Class II
1
2
3
4
5
6
7
5
5
Reference Note 1
Note 1: Terminals 3 and 43 also used for
swing side overhead presence sensor
input when Parameter ST is set to 7 or 8.
Reference Chapter 15, Parameters.
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dormakaba ED100/ED250 Service Manual Chapter 8
Signage and warnings are specified in ANSI /BHMA
A., American National Standard for power
operated pedestrian doors, paragraph .
.. Door, one way traffic
DD0739-020
.. Overview
ED/ED door signage
Fig. 8.1.1 One decal approach, non-approach
. 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).
Shall be visible from non-approach side of door that
swings towards pedestrians attempting to travel in
wrong direction.
. Full energy operators
Fig. 8.1.2 Separate decals approach, non-approach
.. Door, two way traffic
. Arrow and AUTOMATIC DOOR 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" decal.
Swinging doors serving both egress and ingress shall
have a "CAUTION AUTOMATIC DOOR" sign visible
from swing (non-approach) side of door.
Sign shall be mounted on door at a height of  ± "
from floor to center line of sign.
Fig. 8.1.3 ACTIVATE SWITCH TO OPERATE decal,
knowing act device
.. Knowing act door
. ACTIVATE SWITCH TO OPERATE decal.
Knowing act doors shall have signage which says
"ACTIVATE SWITCH TO OPERATE" on side of door
having knowing act switch or other knowing act device.
. 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.
Fig. 8.2.1 AUTOMATIC CAUTION DOOR decal
Fig. 8.2.2 ACTIVATE SWITCH TO OPERATE decal,
knowing act device
.. Push/Pull used to initiate door operation
Fig. 8.2.3 PUSH TO OPERATE, PULL TO OPERATE decals
. 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.
. Low energy operator, ED
.. 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
.. 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".
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Fig. 8.4.1 Low energy decals, knowing act device
initiation of door operation
Fig. 8.4.2 Low energy decals, push/pull initiation of door
operation
Fig. 8.3.1 Full energy decals, one way traffic
Fig. 8.3.2 Full energy decals, two way traffic
. Door signage, full energy single swing door
Approach Non-approach
DD0739-020
50” ± 12”
50” ± 12”
50” ± 12”
50” ± 12”
. Door signage, low energy single swing door
"Activate Switch to Operate" sign located on side (s) of
door where switch is located.
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. Door signage, full energy double swing doors
Fig. 8.5.1 One way traffic, approach side
50” ± 12”
DD0739-020
DD0739-020
50” ± 12”
Fig. 8.5.2 One way traffic, non-approach side
Fig. 8.5.4 Two way traffic, non-approach side
Fig. 8.5.6 Knowing act, non-approach side, one way
Fig. 8.5.3 Two way traffic, approach side
DD0739-020
DD0739-020
50” ± 12”
Fig. 8.5.5 Knowing act, approach side, one way
50” ± 12”
50” ± 12”
50” ± 12”
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dormakaba ED100/ED250 Service Manual Chapter 8
50” ± 12”
DD0739-020
DD0739-020
50” ± 12”
50” ± 12”
Fig. 8.5.7 One way traffic, approach side Fig. 8.5.8 One way traffic, non-approach side
Fig. 8.5.9 Double egress, RH, one way traffic
Fig. 8.5.10 Double egress, RH, one way traffic
Fig. 8.5.11 Double egress, LH, two way traffic Fig. 8.5.12 Double egress, LH, two way traffic
50” ± 12”
DD0739-020
50” ± 12”
50” ± 12”
DD0739-020
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. Door signage, low energy double swing doors
Fig. 8.6.2 Knowing act, hinge sideFig. 8.6.1 Knowing act, non-hinge side
50” ± 12”
Fig. 8.6.4 Push/pull, pull to operateFig. 8.6.3 Push/pull, push to operate
50” ± 12”
50” ± 12”
50” ± 12”
Fig. 8.6.5 Double egress, RH, knowing act
50” ± 12”
50” ± 12”
Fig. 8.6.6 Double egress, RH, knowing act
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ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 9
SAFETY INFORMATION
Automatic Swinging Doors
1
. Walk toward the door at a
normal pace. The door
should open 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 of the area. Th
e
door should remain open for
at least 1.5 seconds and
should close slowly and
smoothly.
4
. Repeat steps 1 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 parts that might caus
e
user to trip or fall. Keep
trafc path clear.
6
. Inspect door's overall
condition. The appropriat
e
signage should be present.
7
. Have door inspected by a
n
AAADM certied inspecto
r
at least annually.
AAADM
American Association of Automatic
Door Manufacturers
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.
. Safety label, automatic swing
doors
.. Automatic swinging door safety information label
This AAADM label outlines safety checks that should be
performed daily on automatic swinging door controlled
by an:
ED operator
ED operator
.. Annual compliance section of label
This section of label is only completed on automatic
swing doors that comply with ANSI/BHMA A.
standard and pass inspection by a AAADM certified
dormakaba USA, Inc. technician.
.. Additional annual compliance inspection labels
Place additional labels over annual compliance
inspection section of safety information label.
SAFETY INFORMATION
Low Energy Swinging
Doors
1
. Activate the door. Door
should open at a slow
smooth pace (4 or more
seconds), and stop withou
t
impact.
2
. Door must remain fully open
for a minimum of 5 seconds
before beginning to 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 might cause
user to trip or fall. Keep
trafc path clear.
5
. Inspect door‘s overall
condition. The appropriate
signage should be present
and the hardware should
be in good condition.
6
. Have door inspected by an
AAADM certied inspector
at least annually.
AAADM
American Association of Automatic
Door Manufacturers
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.
Fig. 9.1.1 Safety information labels
. Safety label, low energy
swinging doors
.. Low energy swinging door safety information
label
This AAADM label outlines safety checks that should be
performed daily on low energy swinging door controlled
by an ED100 operator configured for low energy.
.. Safety information label location
Place label in a protected, visible location on door frame,
near operator power switch if possible.
.. Annual compliance section of label
This section of label is only completed on low energy
swing doors that comply with ANSI/BHMA A.
standard and pass inspection by a AAADM certified
dormakaba USA, Inc. technician.
.. Additional annual compliance inspection labels
Place additional labels over annual compliance
inspection section of safety information label.
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.10 ON:
DATE: _____________
by AAADM Certified
Inspector
Number: ____________
ANNUAL COMPLIANCE
INSPECTION
INSPECT FOR AND
COMPLIES WITH ANSI
A156.19 ON:
DATE: ______________
by AAADM Certified
Inspector
Number: ___________
Fig. 9.1.2 Annual compliance inspection labels
 Maintenance
16
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 9
. ED/ED environment and cleaning
.. ED/ED environmental requirements.
ED/ED header assembly is designed to operate
on an interior building surface under the specifications
shown in Table ...
.. Areas around door(s) and door swing radius.
Areas around doors and door swing radius must be kept
clear of all obstacles.
.. Cleaning
WARNING
Cleaning of header surfaces must be done with
program switch in Close position!
External surfaces of the header can be cleaned with a
damp cloth and commercial cleaning agents.
TIPS AND RECOMMENDATIONS
Abrasive (scouring) agents should not be used
as they may damage external surfaces.
.. Water and other liquids.
CAUTION
No water or other liquids must be sprayed or
spilled on ED100/ED250 header!
Table 9.3.1 Operator environmental requirements
Fig. 9.3.1 ED100/ED250 header
1
10
. Yellow LED, service level
Fig. 9.4.1 Service level indicator
.. Service level indicator
Header cover must be opened to view operator LEDs.
Yellow LED on operator power switch side is service level
indicator. Operator system should be scheduled for
service when yellow LED is first illuminated, or annually,
whichever comes first.
TIPS AND RECOMMENDATIONS
Reference Chapter 14, parameters for
information on:
Parameter CS, reset service interval display.
Parameter CC, cycle counter.
4
5
6
3
3 Power switch
4 Red LED
5 Yellow LED
6 Green LED
Ambient temperature  to  °F
Suitable for dry
rooms only
Relative air humidity:
% maximum, non-condensing
17
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 9
. Pull arm maintenance
Fig. 9.5.1 Pull arm with track assembly
2
3
1 Track
2 Slide shoe
3 Pivot pin
4 Shoulder screw,
5 mm hex key
5 M8 SHCS*
*custom SHCS
6 Conical spring
7 Flat washer
8 O ring
12 Pull arm
13 Cover
.. Pull arm and track maintenance.
. Track
Check for wear or damage.
. Slide shoe and pivot pin
Check for wear or damage.
13
14
14
1
1
Fig. 9.5.3 Track mounting screws
.. Track mounting screws
. Remove cover from track.
. Check tightness of track mounting
screws.
1 Track
13 Cover
14 Mounting screws.
.. Pull arm torque requirements
... Check pinion bolt () torque.
. Insure M SHCS, conical spring and
washer are properly seated in pull arm.
CAUTION
Using torque wrench with  mm
hex key socket, torque M SHCS to
 ft-lb.
... Check shoulder screw () torque.
. Hold pivot pin with  mm open end
wrench and use torque wrench with mm
hex key to check for  ft lb. Adjust if
necessary.
CAUTION
Using torque wrench with  mm
hex key socket, torque M SHCS to
 ft-lb.
5 M8 SHCS*
*custom SHCS
6 Conical spring
7 Flat washer
12 Pull arm
Fig. 9.5.1.1 Pinion bolt torque
1
12
2
3
4
13
5
6
7
8
Fig. 9.5.1.2 Shoulder screw torque
5
6
7
12
1 Track
2 Slide shoe
3 Pivot pin
4 Shoulder screw,
5 mm hex key
12 Pull arm
4
3
2
12
1
1
WARNING
Set program switch to CLOSE
before performing maintenance!
Fig. 9.5.2 Program switch
18
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 9
. Push arm maintenance
1 Adjusttment screw
2 Push arm
3 Connecting rod
assembly
3.1 Nut
4 M8 SHCS*
*custom SHCS
5 Shoe
5.1 Shoe mounting
screws (2)
6 Arm socket
7 Adjustment screw
ball head
.. Push arm maintenance.
. Push arm socket and adjustment screw
ball head:
Check for wear or damage.
. Shoe and connecting rod assembly:
Check for wear or damage.
. Connecting rod nut:
Check for tightness of nut against
adjustment screw.
.. Shoe mounting screws to door.
. Check for tightness of mounting screws.
.. M SHCS torque
CAUTION
Using torque wrench with  mm
hex key socket, torque M SHCS to
 ft-lb.
. Push arm torque requirements
1
WARNING
Set program switch to CLOSE
before performing maintenance!
Fig. 9.6.2 Program switch
Fig. 9.6.1 Push arm assembly
4
3
1
2
3.1
5
5.1
6
7
6
7
Fig. 9.6.3 Arm socket and ball head
8
8 M8 SHCS (custom)
Fig. 9.7.1 Push arm M8 SHCS
Note: Exploded view shown for reference.
19
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 10
. Reveal depth parameter rd
10 Measure reveal depth, parameter rd
Parameter
Description
rd
Reveal depth
. rd parameter values
- / - -
-/
- -
-/
- -
*
/

/

 /

 /

 /

 /

 /

 /

 /

 /
 
 /
 
 /
 
 /
 
 /
 
 /
 
.. ED/ED reveal depths, rd parameter
Reveal measurement
ED/ED
Inches
[mm] rd
 /  
 /  
 
 /  
 /  
 /  
 /  
 
 /  
 /  
 /  
 /  
  
 /  
 /  
.. ED additional reveal depths, rd parameter
 /  
 /
 

 
 /
 
 /
 
 /
 
 /
 

 
 /
 
 /
 
 /
 
 /
 
 /
 
Reveal measurement
ED
Inches
[mm] rd
 /
 
 /
 
 /
 
 /
 
 /
 
 /
 
 /
 
Parameter rd value Reveal measurement
. Record reveal depth
measurement, rd value
.. Reveal depth parameter.
. Reveal depth is set in increments of  mm
(approximately /").
. Measured reveal depth of  mm (approximately
 /") equals rd parameter value of .
*Factory setting
Fig. 10.1..1 CPD pull arm and lever with track
TIPS AND RECOMMENDATIONS
Use of CPD pull arm and lever (Fig. 10.1.1):
Value of parameter rd must be reduced by
/" [].
Example: ED with CPD pull arm and
lever in pull installation with reveal of
 mm ( /").
Parameter rd setting = 
(Reveal of  mm -  mm).
20
ED100/ED250 02-2018DL4614-050
dormakaba ED100/ED250 Service Manual Chapter 11
. Set operator spring tension
11 Operator spring tension
.. Operator spring tension function
. Spring tension sets closing force on door.
. Required spring tension is based on door width.
.. Spring tension adjustment factory setting
. Spring tension adjustment is factory set fully CCW,
no spring tension.
. Spring has to be pretensioned per Para. ...
CAUTION
A minimum of ten spring tension revolutions
are required to operate system.
Fig. 11.1.1 Spring tension adjustment
1 ED100/ED250
operator
2 Spring tension
adjustment access
hole in header
3 T handle hex key,
5 mm
Door width
Inches     
mm     
Spring setting
revolutions
ED    
ED   
.. Spring tension setting revolutions
CAUTION
Any change to spring tension setting requires a
new learning cycle (Chapter )!
TIPS AND RECOMMENDATIONS
System checks spring tension during learning
cycle.
Learning cycle will be canceled if spring is
insufficiently tensioned; door will stop and
display will show a rotating "" and an "F".
.. Check door closing force
. Para. .. table lists approximate spring tension
settings.
. Use pressure gauge to check door closing force at °
and adjust tension setting if necessary.
. For reveals greater than  /" [ mm] check
minimum closing force between ° and °.
4
5 Door pressure
gauge
Fig. 11.1.2 Door pressure gauge
4
Fig. 11.1.2 Spring tension
4 Spring tension
adjustment
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Dormakaba ED100 User manual

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