Table 3-3
Connector assignment for battery and voltages greater than 60 V (1AC)
Signal name
Pin assignment = MBJ01DE001.CX-X22
230 V AC 50 Hz supply voltage (this voltage can
differ depending on the particular country)
L
1
N
2
Reserve
Reserve
3
Reserve
4
220 V DC battery voltage (this voltage can differ
depending on the particular country)
L+
5
L-
6
Table 3-4
Connector assignment for voltages greater than 60 V (3 AC)
Signal name
Pin assignment = MBJ01DE001.CX-X40
400 V AC 50 Hz supply voltage (this voltage can
differ depending on the particular country)
L1
1
L2
2
L3
3
The DRIVE-CLiQ connection is not integrated in the connectors mentioned above. The DRIVE-
CLiQ connection is directly wired.
3.5.8
Temperature evaluation of the MV transformer (option K63)
An additional evaluation unit measures the temperatures at specific points in the starting
converter transformer using PT100 resistance thermometers. Normally, the three windings and
the middle leg of the transformer are monitored. A pre-alarm and a limit temperature are
monitored as digital signals.
3.5.9
Control Unit CU320-2 PN (option K95)
The CU320-2 PN Control Unit allows the bus to be connected to the higher-level control unit
using the PROFINET protocol.
See also
SINAMICS Control Unit (Page 38)
3.5.10
Inductive cable attenuation (option L05)
The inductive cable damping is required for high cable capacities at the converter output. High
cable capacities at the converter output occur especially for long cable connections.
The inductive cable damping initially limits the commutation, i.e. when discharging system
capacities, the rate of current rise dI/dt in the thyristors. For this purpose, dI/dt reactors are
installed in the motor-side connection busbars.
Description
3.5 Options
SINAMICS GL150 6SL38502UM114PA0Z
42
Operating Instructions Rev.201910281441 EXAMPLE
