Mounting and Operating Manual
Central Battery System EURO ZB.1
38
CEAG Notlichtsysteme GmbH
Do not allow connecting lines/leads
to be laid loosely in a make-shift
manner!
Mounting and connection of the emer-
gency lighting system has not been
described in this manual.
Perform the respective work as per
applicable electrical engineering
regulations and standards as well as
technical documentation provided for
the components and equipment used.
Attention!
Using RCD´s in the mains lead to protect
against indirect contact acc. to VDE 100
part 410, please observe the following:
Fault activations can be caused by diffe-
rent actions:
• Activation caused by installation failu-
res.
• Activation caused by external actions.
• Activation caused by capacitive leaka-
ges.
When designing and executing, it is
important to use the right RCD. Please
attend to the following when using RCDs
in the network supplies of systems:
Capacitive leakage:
Outgoing line lengths must be included in
to the selection of RCDs.
Example 1:
ZB-S 10C3 with 17 circuits a 100m line
length and a RCD with 30mA release
current in the incoming mains.
The total line length exceeds a value of
1500m and can cause a RCD by line-
bound capacitive leakages.
Maximum number of user
In general the isolation resistance is 0.5M
at mains voltage of 230V. That means a
leakage of <0.5mA (230V/0.5M) per user
is permissible.
The control cabinets must be mounted
on level and sustainable ground (adequa-
te load-carrying capacity).
System components may be added or
replaced at a later date; a description
of such work on cabinet internals is not
included in this manual because asso-
ciated actions must be left to specially
trained CEAG personnel.
As regards transportation and storage
please follow the instructions given in
Chapter 9 „“Transport, Storage and
Disposal“. These instructions apply
as well to short-term transport or
storage during mounting!
Carry out preparatory work at the
place where the system is to be
mounted. The mounting location
must be plane and level. Bores are
provided in the baseplate for ground
attachment or bolting down on a
pedestal or base.
Disconnect all connecting lines and
leads (mains and battery power
supply) and safeguard them against
accidental reclosing (eg. remove all
fuses and take appropriate precautio-
nary measures on the general mains
supply distributor and battery bank
by providing warning signs and/or
lockouts).
When laying the connecting lines
(mains and battery power supply)
make adequate length allowance (eg.
for routing within the cable ducts of
the control cabinet) up to the moun-
ting location of the control cabinet.
This work must be carried out ex-
pertly and according to applicable
technical guidelines and standards!
Secure all line entry points with the
M-glands provided.
Make sure connecting lines are routed
through the cable ducst of the control
cabinet as far as feasible.
In Fig. 18, bottom left, the outgoing
leads for mains and battery power
supply of substations are attached
to the cabinet wall via C profiles
(reference No. 400 71 347 126) and
appropriate cable clamps.
Mounting the Control Cabinet
Installation of General and Emergency Lighting Sy-
stems
Fig. 18: Overview of the control cabi-
net with top PE terminal block (1) for
signalling lines and final circuits, the
fused isolators (with distributors) for
mains(2) and battery power supply
(3) and cable ducts (4) of the control
cabinet
10.1
Mounting the Control Cabinet
11
Installation of Emer-
gency Lighting System
RCD In = 10mA
max. line length = 500m
RCD In = 15mA
max. line length = 750m
RCD In = 30mA
max. line length = 1500m
RCD In = 300mA
max. line length = 15000m
1
2
3
4
Abb. 18a: This figure
shows the outgoing cables
for the mains and battery
supply of slave stations
mounted on section rails
on the cabinet wall (part
no. 400 71 347 126) using
appropriate cleats. Lea-
ve no connecting cables
temporarily loose and
unsecured!
