SIEMENS
SINAMICS G180
Option descriptions
Standard options
4/17
Siemens D 18.1 · 2014
4
■
Options
(continued)
L15
Sine-wave filter integrated in control cabinet or
additional cabinet, suitable for motor frequencies
≤
60 Hz,
voltage drop approx. 10 % of the line voltage
With option
L15
a sine-wave filter for motor frequencies of
≤
60 Hz is integrated in the control cabinet.
Sine-wave filters should largely suppress the clock-frequency
harmonics at the motor terminals to the extent that the voltage
approximates a sinusoidal wave. They are implemented as
LC networks.
Due to the large voltage drop of a sine-wave filter, it should nor-
mally be checked before it is used whether a d
v
/d
t
filter would
suffice for the application case. To check this, please send the
necessary data (cable length, cable type, cable cross-section,
number of parallel cables) to your Siemens contact person.
Note:
The voltage drop at the sine-wave filter can cause an unaccept-
able temperature rise in the motor.
Voltage drop approximately 10 % of the line voltage.
The voltage drop can be compensated by using a sine-wave
filter with a step-up transformer. If this is required, please ask
your Siemens contact person.
The cabinet dimensions may increase as a result.
L16
Sine-wave filter IP00 for compact unit, suitable for motor
frequencies of
≤
75 Hz, voltage drop of approx. 5 % of the
line voltage (supplied separately packed)
With option
L16
a sine-wave filter for motor frequencies of
≤
75 Hz is supplied separately packed with the compact unit.
Sine-wave filters should largely suppress the clock-frequency
harmonics at the motor terminals to the extent that the voltage
approximates a sinusoidal wave. They are implemented as
LC networks.
Due to the large voltage drop of a sine-wave filter, it should nor-
mally be checked before it is used whether a d
v
/d
t
filter would
suffice for the application case. To check this, please send the
necessary data (cable length, cable type, cable cross-section,
number of parallel cables) to your Siemens contact person.
Note:
The voltage drop at the sine-wave filter can cause an unaccept-
able temperature rise in the motor.
Voltage drop approximately 5 % of the line voltage.
The voltage drop can be compensated by using a sine-wave
filter with a step-up transformer. If this is required, please ask
your Siemens contact person.
L17
Sine-wave filter integrated in control cabinet or additional
cabinet, suitable for motor frequencies
≤
75 Hz, voltage drop
approx. 5 % of the line voltage
With option
L17
a sine-wave filter for compact units and motor
frequencies of
≤
75 Hz is integrated in the cabinet system.
Sine-wave filters should largely suppress the clock-frequency
harmonics at the motor terminals to the extent that the voltage
approximates a sinusoidal wave.
Due to the large voltage drop of a sine-wave filter, it should
normally be checked before it is used whether a d
v
/d
t
filter
would suffice for the application case. To check this, please
send the necessary data (cable length, cable type, cable cross-
section, number of parallel cables) to your Siemens contact
person.
This voltage drop can cause an unacceptable temperature rise
in the motor.
Voltage drop approximately 5 % of the line voltage.
The voltage drop can be compensated by using a sine-wave
filter with a step-up transformer. If this is required, please ask
your Siemens contact person.
L48, L49, L50, L55, N35, N36, Y11 and Y98
Accessories
L48
Grounding socket outlet 230 V, 50 Hz, 10 A, in control
cabinet with 30 mA ground-fault circuit interrupter, external
incoming supply
L48
Grounding socket outlet (example shown)
Option
L48
comprises one 230 V/50 Hz grounding socket outlet
in the control cabinet with a 30 mA ground-fault circuit inter-
rupter and 10 A /B miniature circuit breaker, e.g. for notebook
(service).
The socket outlet is supplied from an external incoming supply
provided by the customer; the terminals are provided in the
converter for this.
Note:
If a plug system other than the SCHUKO grounding system is
used, e.g. a British or US plug system, please specify this in the
order.
© Siemens AG 2014