39
ED250
01-2018
DL4614-080
dormakaba ED250 IG Service Manual
Chapter 17
Parameter
Value
range
Units
Factory
setting Description
Door thickness
1. Parameter is entered in mm.
2. Door thickness affects measured door opening angle.
3. Parameter
Td
enables a more accurate door width to be entered, if required.
47
0 - 99
mm
35
Td
0 -
3 7/8"
1 3/8"
Deactivation of drive; X6, 4 and 4a, trigger
type (v1.7)
48
0 - 1
0
0
NC contact, drive function is deactivated when NC contact is open.
1
NO contact, drive function is deactivated when NO contact is closed.
Night-bank contact X1; 3 and 35, trigger
type (v1.7)
49
0 - 1
0
0
1. NO contact, night-bank function is triggered when NO contact is closed.
2. Typically used when using a key switch or an access control system.
1
1. NC contact, night-bank function is triggered when NC contact is opened.
2. Typically used when connected to building management system to trigger doors
(signal normally present).
Release of hold-open system (v1.7)
50
0 - 1
1
1
1. Upgrade care Fire Protection installed, users may release hold-open by manually
moving door in closed direction.
2. A manual release button is not required.
0
1. Hold-open release by manually moving door in closed direction is deactivated.
2. A manual release button is required.
Castor angle for double doors
Active door with astragal, angle active door must open before passive door opens.
51
0 - 30
°
30
Hinge clearance
1. Clearance between hinges is critical for the calculated door angle.
2. It may only have a small effect but the clearance can be adjusted in extreme cases to
improve accuracy.
3. Factory setting is 3 * 10, 30 mm, 1 3/16".
52
±
5
*10
mm
3
*10
±
3/16
*10
inches
Overhead concealed (OHC) mode,
permanent open via night-bank input (v2.1)
53
0 - 1
0
0
Function disabled.
1
If night-bank is triggered > 5 s, operator changes to permanent open mode. The
function is canceled by repeated impulse.
Overhead concealed (OHC) mode, manual
force overload drive release (v2.1)
53
0 - 1
0
0
Function disabled.
1
If door is manually moved against the direction of operator motor rotation, this is
detected and the motor driving force is released to avoid damage to the operator
mechanics.
17.3.1 Driving parameters detail
(Continued)
