2 Safety
2.1 Intended use
The glide rail system GSR XEA BG is used for the
sequential locking control of 2 winged doors. The glide
rail system GSR‑EMF XEA BG is used for the
sequential locking control and for the locking
mechanism to keep open 2 winged doors. The locking
mechanism is used in conjunction with external RMZ
to keep open fire and smoke protection closures. Fire
and smoke protection closures must meet the building
regulation requirements ‘’self‑locking’’. The
electromechanical locking device is no substitution for
a door stop. The locking device is released manually or
via an external RMZ.
2.2 Limitation of liability
The manufacturer does not assume liability for
damages in the following events:
• Nonobservance of this instruction.
• A deviating application of the intended use.
• The assignment of insufficiently skilled staff.
• Unauthorized modifications.
• Technical alterations.
• The use of spare parts which are not authorized.
2.3 Prerequisites for the
operation of catching devices
The use of the slide rail systems as catching devices
(GSR‑EMF XEA BG) is subject to special regulations
by reason of official admission standards. These
regulations refer in particular to the inspection, the
continuing surveillance and the maintenance. Follow
the details from the data sheet about the use of
catching devices.
Additional requirements apply for the use as fire and
smoke protection closures in conjunction with the
external RMZ and RM. A separate verification of
suitability is required for the respective fire / smoke
protection door.
3 Product description
The slide rail system ensures the correct order when
closing 2‑winged doors.
The slide rail system is intended for the mounting into
the opposite hinge side. The slide rail system is
suitable for DIN‑L and DIN‑R doors and for door
widths of 1500‑2500 mm.
GSR XEA BG
The GSR XEA BG comprises the following
components:
• Slide rail system with sequential locking control.
GSR-EMF XEA BG
The GSR‑EMF XEA BG comprises the following
components:
• Slide rail system with sequential locking control
• Built‑in electromechanical locking device for each
door leaf
The active leaf can either be locked independently
from the fixed leaf or both door leaves can be locked.
3.1 EMF
The EMF is an electromechanical locking mechanism
with adjustable release force, which enables locking
the door without spring back. After a cut‑off of power
supply, the locking device sets in and the door will be
closed securely through the door closer.
3.2 Technical data of the EMF
Operating voltage:
24 V DC
in France also 48 V DC
Power consumption:
2 x 1.4 W = 2.8 W
in France also
2 x 2.2 W = 4.4 W
Duty cycle:
100 % ED
Release torque:
approx. 25 – 65 Nm at 90°
opening angle (dependent
on the set closing force on
the closer)
Door opening angle:
80° – 120°
The drive happens via an external RMZ.
3
GSR XEA BG/GSR-EMF XEA BG
2017-10
dormakaba Mounting instructions
WN 059385 45532
Safety
