Enelion Energy Guard, Инструкция по сборке

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Energy Guard - Assembly manual 9 - 2021
Ÿ
INFO
The Home version measuring coils, are
equipped in the necessary cables and
connector that should be plugged into the
EEG.
The Business version measuring coils,
are not equipped in the cables.
Sug-
gested cables with a conductor cross-
section of 0,5 mm
2
.
3. Voltage lines (power supply) EEG should be con-
nected under the order indicated in the diagram
[Fig.6]. The device does not require additional
protection. The cables on the switchboard side
should be connected to the terminals of the ap-
paratus located before branching the circuits in
the switchboard (e.g. a meter or the main pro-
tection - overcurrent switch). We suggest using
stranded type cables with a core cross-section of
0,5 mm
2
.
o
WARNING
A reliable and stable voltage source must
be provided.
Connecting the Energy
Guard voltage lines to a point constituting
a side branch of the installation may result
the loss of the power source in the case
that this branch would be disconnected,
for example by triggering its protection.
Fig. 8: Sample connection of the voltage lines to
the selected apparatus in the switchboard.
4.2. Modification of the electrical
switchboard
Since the Enelion Energy Guard has different
dimensions than the standard fuse which is in-
stalled in the switchboard, it is required to enlarge
the hole in the blend.
Fig. 9: EEG installed in the electrical switch-
board.
Ÿ
INFO
It is permissible to mount the EEG in other
orientations than directly on the DIN rail,
if required by the switchboard design.
4.3. Controll after commissioning
After connecting the wiring and mounting the
EEG, the power can be restored. The EEG has a
very simple interface:
Fig. 10: LED interface on the front of the device.
Status led:
(a) Pulsing blue - correct state, charging does
not take place.
(b) Pulsing green - correct state, correct state,
ongoing charging at any device.
(c) Flashing yellow - No connection with the
charging station (CAN bus)
(d) Red - Fault/Damage
Phase diodes:
(a) Red - power consumption on a given phase
(b) Green - energy return on a given phase
9 Assembly