A 1632
eMobility Analyser
Analyser operation
12
4.1 Power supply consideration
The 3-phase 16 A CEE inlet is intended for connection to Single and 3-phase Mains supply.
Single phase connection
1 phase 10 A plug to 3 phase 16 A CEE cable connector adapter A 1633 should be used for
single phase connection. It is suitable for internal battery charging and for single phase supply to
INPUT section for testing of Single phase Mode 2 Charging cables.
3-phase connection
Testing of 3 phase Mode 2 Charging cables requires 3 phase Mains power supply to the
eMobility Analyser and its INPUT section, neutral N wire connection is mandatory. Ordinary 3-
phase CEE 16 A 5-wire extension cord can be used for Mains power supply.
Operation
mode
Symbol
LED indication
Description
Mode 1
ON
Correct connection
Mode 2
Blinking (5 s cycle)
Correct connection
Blinking (~0.3 s cycle)
L
– N crossed or wrong voltage
system
Note:
If mains voltage is out of standard levels for 115 V~, 230 V~ and 230 V / 400 V 3~, the
MAINS LED is fast blinking, eMobility Analyser cannot be switched ON and operation
with the adapter is not possible.
4.2 Operation modes
The analyser has two operation modes.
Mode 1
Mode 1 is the preferred operating mode. It is indicated by one short beep when mains voltage is
applied. In this mode the PE connection of the INPUT connectors is connected to the
installation’s N conductor. This prevents from nuisance tripping of the RCD when RCD or
impedance tests are carried out.
This operation mode 1 is suitable for TN and TT voltage systems. The mains LED will show an
error and the analyser cannot be switched on if connected to an IT voltage system.
Mode 2
Mode 2 is indicated by three beeps when mains voltage is applied. In this mode the PE
connection of the INPUT connectors i
s connected to the installation’s PE conductor. This
operation mode is suitable for any voltage system.
Note:
In Mode 2 the RCDs in the installation can trip if they are more sensitive than the PRCD
in the tested charging cable. Nuisance tripping of the RCD can be avoided if appropriate
alternative connection for the RCD tests is used.
