CORMA •
ES 901100
~
DORMA
7. Force limitation
7.1 Adjusting the static force limits
as per ZH 1/494 and pr EN 12650
According to the German standard ZH 1/494, sliding
doors can be operated without hinged safety pocket
screens to safeguard the nip
POints
provided that the
static forces are limited to values Jess than 150 N.
The parameters listed in the following overview should
be regarded as a guideline for setting the forces.
ES 901100 control unit with motor type GR63x25
Force limit CLOSE: 86%
max. force: 147 N
Force limit OPEN, 27%
max, force: 145 N
E5 901100 control unit with motor type GR63x55
Forcelimit CLOSE: 80%
max, torce: 147 N
Forcelimit OPEN: 25%
A\ The factory default settings and the parameters
ill
set using a keystroke function "Forces<150 N" on
the hand terminal cover all the common door
types.
The settings must be individually adjusted for less
common door types.
After completion of the setting adjustments, the
forces must be checked
by
measuring at the
closing edges and where appropriate corrected.
Additional protection
As additional protection for the area safeguarded by
the safety devices, a creep speed travel distance in the
OPEN direction must be set for the door
at 67% (approx. 20 em).
The value for the force limit is indicated in the display.
The force limit can be set to less than 150 N using a
keystroke functIon.
The reduced force limit restricts the permissible motor
current which in turn reducF!s acceleration and
velOCIty.
7.2 Adjusting the dynamic force limit
as per prEN 12650
The closing edges can also be protected by limiting the
dynamic forces and a light bamer. preferably installed
at a height of 0.5 m. The following parameters should
be regarded as guide values for ensuring that the forces
set are in compliance with the standard. and they can
be adjusted using the hand terminal.
E5 901100 control units with molar type GR63x25
Opening speed: 57%
Creep speed CLOSE: 53%
DeeP
speed distance ClOSE:- 100%
Force limit CLOSE: 85%
max. force: 149 N
E5 901100 control units with motor type GR 63x@
Opening speed: 57%
Creep speed CLOSE, 53%
Creep speed distance CLOSE, 100%
Force limit CLOSE: 85%
'" After they have been set, the dynamic forces must
ill
be checked and corrected at the closing edges in
accordance with the ranges specified in
prEN 12650.
8. Concealed rod multipoint lock
Technical data
Supply voltage:
The 24V power supply is picked off from terminals 11
and 19 on the basic module.
This power supply also enables emergency unlocking
and emergency opening in the event of a power failure
provided that the expansion module is fitted with a
back-up storage battery.
Power consumption:
29 rnA; locking and unlocking, approx. 50 rnA
Temperature range:
.20"C to 60"C
8.1 Prerequisites
Control unit of the concealed rod multipoint lock
is filted.
Cabling has been installed and connected in
accordance with the wiring diagrams ..
ESU or jumper has been inserted at input "ESU".
Jumper is set at input
"Concealed rod multipoint lock ON".
8.2 Commissioning
1. In the DOOR CLOSED position. set the lock type
using the hand terminal (see menu 4 "Door
types" in the sub menu "Special system"). Then
select the lock type option .Setting via hand
terminal"'.Concealed rod multipoint lock". This
setting procedure must be repeated after each
initialisation operation.
After the learning cycle. the setting is retained.
2. Initiate an opening signal.
The setting is stored once the door rcaches the
OPEN position.
3. Set the program switch to .OFF",
The concealed rod multipoint lock should engage.
The red fault LED should flash.
The buzzer should emit three signal tones.
A\.
If the buzzer emits just one signal tone, the
ill
connections "Motor +/-", "locklUnlock", and/or
"limit switch. locked/unlocked" must be reversed.
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