Siemens SINAMICS GL150 medium-voltage converters catalog
Siemens SINAMICS GL150 medium-voltage converters catalog
SINAMICS GL150 medium-voltage converters
Robust and reliable performance for high power and starting applications
siemens.com/sinamics-gl150
The reliable and complete range
Medium-voltage drives from Siemens
Setting the benchmark
Around the globe our SINAMICS drives set the benchmark
for quality and reliability. With the most diverse portfolio
of drives in the industry, we can better supply the right
drive solution every time. Our portfolio features:
• Voltage classes from 2.3 to 13.8 kV
• A seamless range of power ratings from 150 kW to up
to 85 MW (and even higher on request)
• All levels of dynamic response and performance
• Single-motor drives and multi-motor systems
• Motor speeds from 10 rpm to 15,000 rpm in the
Megawatt range
The decisive plus when it comes to experience
Everywhere it involves the highest degrees of availability,
our customers rely on our drives to support their critical
applications. Siemens has been offering legendary levels
of reliability and performance for over four decades. Our
market-leading performance and quality is not by accident
– it is the result of our commitment to our customers, our
focus on innovation and our extensive experience and
know-how that started back in 1969 with our first LCI
drive.
Well-proven foundation
Based on well-proven technological concepts, we are continually developing our medium-voltage drives to provide:
• Increasingly higher reliability for our drives and your
operation
• Improved safety
• Continuously reducing our drive footprints
• Constantly lowering the energy and service
requirements
• Reducing maintenance costs
• Simplifying the handling process thoughout engineering, installation, integration, commissioning
• Enhancing and simplifying the operator control
Always the optimum solution
We can offer you the optimum drive for any conceivable
medium voltage application that utilizes a drive system.
We have the widest range of drive converter technology in
the industry, from Load-Commutated Inverters (LCI), using
thyristor technology, to Voltage-Source Inverters (VSI) with
HV-IGBTs/IGCTs, to our more modular cell-based drive Topologies (with LV IGBTs) that offer greater Voltage / Power scalability and motor friendliness. It is time to stop selecting
a drive that requires supplementary equipment in order to
meet your application’s needs… and instead choose the
drive that is best designed to meet and exceed your application’s performance specifications and goals.
Portfolio
SINAMICS
PERFECT HARMONY
GH180
SINAMICS
PERFECT HARMONY
GH150
SINAMICS
GM150
SINAMICS
SM150
SINAMICS
SM120 CM
SINAMICS
GL150
SINAMICS
SL150
180 kVA – 10 MVA
(air-cooled)
5 – 24.4 MVA
(water-cooled)
4 – 30 MVA
(water-cooled)
1 – 10.1 MVA
(air-cooled)
0 – 24 MVA
(water-cooled)
3.4 – 5.8 MVA
(air-cooled)
4.6 – 40 MVA
(water-cooled)
6.3 – 13.7 MVA
(water-cooled)
1.4 - 19.4 MVA
(air-cooled)
6 – 85 MVA
(water-cooled)
(higher power
on request)
2.9 – 18.8 MVA
(air-cooled)
12 – 40 MVA
(water-cooled)
Output voltage
2.3 – 11 kV
Output voltage
4.16 – 7.2 kV
Output voltage
2.3 – 4.16 kV
Output voltage
3.3 kV (IGCT & IGBT)
4.16 kV (IGBT)
Output voltage
3.3 – 7.2 kV
Output voltage
1.4 – 10.3 kV
Output voltage
1.5 – 4 kV
Multi-cell voltage
source inverter (PH VSI)
Multi-cell voltage
source inverter
(M2C VSI)
3-level NPC voltage
source inverter
(DFE VSI)
3-level NPC voltage
source inverter
(AFE VSI)
Customizable modular
voltage source system
(VSI)
Load-Commutated
inverter (LCI)
Cycloconverter (CC)
Air- and water-cooled Water-cooled Air- and water-cooled Air- and water-cooled Water-cooled Air- and water-cooled Air- and water-cooled
2
For large synchronous motors
SINAMICS GL150 – LCI drives
Robust technology at a reasonable price
The SINAMICS GL150 drive is the cost-effective solution
for large synchronous motors using LCI (Load-Commutated Inverter) technology. There is no upper limit for the
power rating – and the technology is extremely rugged
and reliable. By using thyristors, the number of components has been reduced to an absolute minimum. Its
simple and compact design makes the SINAMICS GL150
extremely reliable and with very little maintenance
required.
Suitable for soft starting or continuous duty operation
SINAMICS GL150 is designed for single-motor drives for
applications with either square-law or constant load characteristics, as starting converter for soft starting or as continuous duty drive converter for variable-speed processes.
Inherent regenerative capability
Its circuitry means that it is suitable for 4-quadrant
operation without any additional costs – i. e. it can be
used for driving and braking in both directions of rotation.
Maximum efficiency:
Up to 50% lower energy requirement
For pumps, fans and compressors with square-law load
characteristic, the SINAMICS GL150 fully utilizes an
important feature of variable-speed drive technology –
the energy efficiency: It reduces the energy consumption
by up to 50%.
Innovation in low power range
The converter power section of the air-cooled
SINAMICS GL150 has been upgraded to provide an
optimized solution in the lower power range to meet
current market requirements.
With new options and compact design, the new converter
power section is tailored to the starting applications and
perfectly suited for retrofit business.
SINAMICS GL150 at a glance
• Air-cooled up to 19.4 MW
• Water-cooled up to 85 MW without parallel
connection (higher power available on request)
• Perfect for synchronous motors
• Compact design with highest power density per m3 • Simple plant integrations
• Easy-to-use operator control and monitoring
• Extremely reliable
• Low-maintenance design
• Seamless integration into higher-level automation
systems
• Offers other key features such as arc-fault-tested
design and control redundancy
LCI drives
3
The SINAMICS GL150 drive is optimally suited for numerous directly driven applications. The SINAMICS GL150 is
also frequently used as a starting converter for large
synchronous motors. The recent innovations with the aircooled drive also expand the capabilities and increase the
feasibility of the drives. Motors and generators to support
lower power applications in directly driven or starting
applications.
For large high-power synchronous motors
and starting converter applications
SINAMICS GL150 drives serve some of the most demanding applications all around the world in industries such as:
GL150 supports large synchronous motor applications
such as:
• Large high-speed compressors and pumps
• Main marine drives, booster drives, shaft generators
• Boiler feed pumps
• Starting blast furnaces
• Wire rod mills
• Starting generators in pumped-storage power plant
Applications
Marine
Oil and gas Metals
Power generation
4
Stress-free operation in a compact,
space-saving design
Fuseless operation
In the SINAMICS GL150, we have completely eliminated
fuses in the power electronics. We are able to do this
because thyristors are dimensioned to ensure they can handle over-current situations. In addition to the thyristor components, over-currents are also detected on both the line
side and the motor side, and are limited by the transformer
on the line side.
No stress on the motor and line supply
The motor voltage is generated from a separately excited
synchronous motor – and not by the drive. This principle
means that there are no voltage gradients (dv/dt) that
stress the motor.
The motor insulation only has to be designed for the
supply voltage – and increased insulation is not required
as protective measure against steep voltage edges and
peaks. On the motor side, the SINAMICS GL150 is available
in a 12-pulse configuration to reduce the harmonics – and
on the line side in a 24-pulse configuration. This fulfills
even the most stringent specifications regarding harmonics.
Even more compact
By reducing the number of components, over the years,
the drive units have become increasingly more compact.
This is complemented by the modular drive converter
concept. The patented LCI design is extremely compact
and space-saving. The circuit configuration means significantly smaller DC links can be used. Negatively coupled
reactors are 40% smaller than non-coupled devices.
High efficiency
The LCI concept also increases the efficiency in other important areas: The drive efficiency is extremely high (99%)
as a result of the low switching losses and the low-loss
thyristor technology. As a result, this reduces the demands
placed on the cooling system and also the space required
for the installation.
Features Customer benefits
Compared to VSI drives, most cost-competitive solution
for large power ratings
Widely accepted solution for marine applications,
starting applications and general-purpose applications
above 30 MVA
Rugged thyristor devices provide highest power at
lowest parts count
• Highest power density results in a compact design
• Highly reliable
• Very high efficiency
Patented DC reactor is an important differentiating
feature
• Highly compact design
• Fault-tolerant
Regenerative capability is inherent to the design • Regeneration without additional cost
• Robust against line supply failures
Optional control redundancy • For higher availability requirements
Arc-fault-tested design • Maximum safety
Integration in SINAMICS control platform • Simplifies plant integrations, installation and
operation
• Mature and proven LCI topology
• Over 40 years of experience
• Large installed base
• Competitive drive solution
• Reassurance of proven reliability and continued
support
Features & Benefits
5
Reliability and efficiency
at the highest level
Perfect for high-speed synchronous motors with the
highest ratings
SINAMICS GL150 is admirably suited for directly driven
high-speed compressors and pumps. SIMOVERT S from
Siemens – the predecessor of the SINAMICS GL150 – controls the speed of the highest-rated high-speed compressor drive ever built. Frequently, SINAMICS GL150 is used
as a starting converter to softly start large synchronous
motors – for instance, for blast furnace blowers. In this
case, a SINAMICS GL150 brings the multi-megawatt
motors up to the line synchronous speed and then transfers them over to the line supply.
Over four decades of reliability – LCI drives
The simple and rugged concept of LCIs from Siemens has
been ensuring maximum availability with a high degree of
cost-effectiveness for three decades now. The combination of extremely rugged thyristor technology in a fuseless
design, combined with an intelligent response to external
disturbances, makes these drive units extremely reliable
requiring little maintenance. The LCI concept is based on
a combination of synchronous motor and simple thyristor
bridges on the line and motor sides.
The two thyristor bridges are force-commutated and no
forced commutation circuitry is required. This makes the
power electronics extremely simple and rugged.
Higher motor voltages can be achieved by using a high
number of thyristors – with a high blocking capability – in
a series circuit.
The series thyristor circuits for the highest power ratings
can be optionally configured corresponding to an n+1
redundant design. This further increases the availability.
One of the advantages of the patented arrangement of
the DC link reactors is the insensitivity to a single ground
fault. The power unit as well as the closed-loop control
can be redundantly configured as an option to achieve the
highest availability.
SINAMICS GL150 air-cooled – compact and innovative design Air-cooled version of SINAMICS GL150 power section
for high power rating
Reliability
Liquid-cooled version of the SINAMICS GL150 power unit
6
Leading-edge technology
that is easy to handle
Technology based on the latest drive generation
Four decades – but always representing state-of-the-art
technology: SINAMICS GL150 is the latest generation of
our LCI drives. It remains an ultra-modern drive unit due to
digitalization of its operation via:
• Full digital control, including transvector control
• State-of-the-art software tools for commissioning
• PROFIBUS interface
Fully digital, including transvector control, state-of-the-art
software tools for commissioning and PROFIBUS interface.
The last item specifically allows for these drive units to be
seamlessly integrated into Totally Integrated Automation –
the higher-level automation environment of Siemens – as
well as additional analog and digital interfaces. The thyristor modules are optoelectronically gated and the thyristors
are individually monitored.
Benefits of redundancy concept
• Increased MTBF rates
• Improved fault tolerance
• Higher serviceability
• Reduced potential breakdown time
The new redundant control system option is fully automatic.
It is a further development of proven and extremely reliable
concept for marine applications, such as cruise liners where
the SINAMICS GL150 serves as the main propulsion drive.
Functioning in case of failure:
• In case of any software faults or breakdown of control
components in the active system, the stand-by system
immediately takes over control of the drive. In case of
almost all conceivable faults and critical warnings in the
control system, the complete converter remains available with 100% of its power and performance after
switching over.
• Due to the high-performance SINAMICS software and
control hardware, the transition happens automatically and needs less than 100 ms. As a result, there is
no critical loss of speed or torque. The switching-over
procedure has practically no effect on the application
process.
• If there are any failures (power supply, error in the
CPU cyclic operation, software faults, etc.) in the
stand-by system, it will have no influence on the
motor current or the voltage.
Redundancy
7
Improved air-cooled for applications
from 1.4 MW to 9 MW
SINAMICS GL150 air-cooled innovation
The upgraded power part completes the low end of
power range of the SINAMICS GL150 family portfolio as
single drive for applications with a quadratic, constant
load characteristic.
The new line-up consists of:
• 6/6 pulse drives up to 5 MW
• 12/12 pulse drives up to 9 MW
Typical applications for air-cooled converters in this
power range are:
• Starting converter for large synchronous motors
and gas-turbine sets
• Starting converter for pumps and fans
Innovation
The new design is characterized by:
• The use of proven and reliable SINAMICS GL150
components
• Compact dimensions
• Reduction of parts
• Compact design of the DC-link reactor thanks to
forced cooling (weight reduction)
• Optimized busbars that permit the integration of
the “internal disconnector” option (avoiding the
need for an additional cabinet)
• Stable cabinet covers without doors in the mid-voltage section (arc-fault- and earthquake-tested design)
• Accessibility of the low-voltage section, even during
operation
• A special “line-side fuses” retrofit option integrated
in the design
• Line-side internal synchronization voltage sensing
(only for starting converters)
8
Innovation
9
Block diagram of a starting
converter – in this case, for
two synchronous motors
Circuit-breaker
Converter transformer
Line-side
thyristor converter
DC link with reactors
Motor-side
thyristor converter
Step-up transformer
Bypass circuit-breaker
High-voltage
synchronous motor
Excitation equipment
Starting
converter
control
Synchronizing
control
SINAMICS GL150 as starting converter –
for soft and reliable starting
When used as starting converter, SINAMICS GL150 can
bring a maximum of four multi-Megawatt motors up to
the synchronous line supply frequency and then transfer
them over to the line supply. The transfer is bumpless –
which reduces the stress on the line supply and the complete mechanical transmission line. The consequence –
less wear and a longer equipment lifetime.
Using SINAMICS GL150, even blast furnace blowers with
power ratings above 50 MW can be started from standstill and transferred over to the line supply within one to
two minutes. With this starting technique, the rotor is
not thermally stressed as the motor is already operated
in sync with the supply voltage starting from zero speed.
This is quite a different situation than when using either
a reactor or auto-transformer start. The rate of successful starts lies above 99% and is therefore significantly
higher than when using conventional starting techniques. This represents a decisive step in achieving
higher availability and better cost-effectiveness with
blast furnace systems.
Getting everything up
and running just right
Soft starting
10
Medium-voltage drives – the simple way
Not only is the technological concept of the
SINAMICS GL150 simple and rugged. Installation,
integration into the plant and operator control are also
simple and straightforward. All of the closed-loop control
functions, the power supply, the signal adaptation
elements and the terminals for external signals are
accommodated in a system cabinet – thus eliminating
several integration steps.
Simple integration into the plant
Integration into the plant is simplified as a result of the
low envelope dimensions of the unit – regardless of
power rating – and its high degree of flexibility when it
comes to the configuration. In addition to that, all of the
open-loop control and power electronics, the excitation
supply, the incoming switchgear and all of the auxiliaries
can be installed in special prefabricated containers. This
reduces construction and installation costs. Lastly, the
drive system arrives on site already tested, which can significantly reduce your project and commissioning times.
Commissioning made easy
STARTER is the standard commissioning tool for all drives
belonging to the SINAMICS family. Without requiring any
special system know-how, the commissioning engineer
can configure even the most complex systems in a short
time thanks to the simple, menu-prompted operator interface. Functions can be checked and parameters optimized
using integrated test routines. Trace functions graphically
show signal characteristics therefore simplifying drive
optimization and diagnostics.
Commissioning
From installation to operation –
in no time
11
Best prerequisites for maximum
security against failure
Synchronous motors and drives from Siemens
Unbeatable range of drive products
Siemens is globally the No. 1 for medium-voltage drives and
for high-voltage motors. The range of units covers all conceivable medium- and high-voltage applications in all major process industries, and across all voltage classes and power
ratings.
Confidence-building experience
For many decades now, Siemens has been one of the leading
suppliers of LCI drives that have ratings extending up into
the high double-digit megawatt range. They have been running in combination with our HV motors for years – in some
instances for decades – around the world, driving compressors, pumps, blowers, extruders, kneaders and crushers with
some of the highest power ratings.
SIMOTICS HV high-voltage motors
The extensive portfolio of SIMOTICS HV high-voltage motors
has the solution that precisely fits each and every high-voltage industrial application. They set themselves apart as a
result of their outstanding reliability and performance, as
well as the range of motors, with power ratings up to
100 MW and voltage classes up to 13.2 kV.
Soon to be winging its way to site: A 24-MW
motor for the West-to-East Pipeline in China
One of the two 21-MW motors
for the main drive of a cruise ship
65-MW compressor motor running at 3,600 rpm
for the first completely electric gas liquefaction
system in the world in Hammerfest/Norway
Siemens synchronous motors at a glance
Power
ratings 5–100 MW and more
Voltages 1.6–13.2 kV
Shaft
heights 710–1,250 mm
Speed up to 6,300 rpm
No. of poles 2–8
Degree of
protection IP55
Explosion
protection Ex p, Ex n
Cooling Air-to-air heat exchanger
Air-to-water heat exchanger
Bearings Sleeve bearings,
active magnetic bearings
Compatible motors
12
The system partner on the motor side –
more than just reliable
Together with SINAMICS GL150, Siemens synchronous
motors form a perfectly Integrated Drive System:
Whether for high-speed compressors with the highest
power rating for transporting or liquefying gas, or large
extruders and water pumps or for main ships’ drives,
these rugged synchronous motors are the foundation
for maximum reliability.
The enclosure, bearings, active parts, ventilation and cooling system are perfectly harmonized with one another.
The materials, components and production techniques
utilized have been carefully selected with this objective
in mind.
The Micalastic insulating system that Siemens uses for
all our high-power high-voltage motors has proven itself
over many years of operation in applications all around
the world. An important component is the VPI insulation
technique (Vacuum Pressure Impregnation) which allows
the motor to be connected directly to the line supply and
MV drive. The insulation has a high switching and reversing strength as a result of the high winding overhang
stiffness and excellent corona shielding.
All of this together with the extremely high mechanical
strength and thermal endurance ensure an extremely long
winding lifetime. The bearings also have extremely long
lifetimes and require hardly any maintenance.
Motors with integrated safety
Siemens synchronous motors are equipped as standard
with bearing and winding monitoring devices to cope
with even the most extreme situations. It goes without
saying that all of the synchronous motors are available in
explosion-protected versions: With pressurized enclosure
Ex p for gas explosion protection, Zone 1. For high-speed
synchronous motors, we also offer oil-lubricated sleeve
bearings or active magnetic bearings. When using magnetic bearings, an extremely wide speed control range can
be implemented – for instance, 600–6,300 rpm at 23 MW
when fed from a SINAMICS GL150.
35-MW motor running at 5,040 rpm for a
compressor station of a gas pipeline from
Great Britain to Belgium
23-MW motor running at 6,300 rpm to pump
gas south of Groningen / The Netherlands
42-MW motor for the blast furnace
blower in the Anshan steelworks, China
Compatible motors
13
Power connection
• Line supply voltage
Air cooling: up to 5.4 kV +/– 10%
Water cooling: up to 12 kV +/– 10%
Frequency: 50/60Hz +/– 3%
• Line supply power factor: approx. 0.82 at rated speed and load
• Either from the top or bottom
Motor connection
• Motor voltage
Air cooling: up to 4.8 kV
Water cooling: up to 11 kV
• Either from the top or bottom
Auxiliary power supply
• Air-cooled: 1 AC 230 V ± 10%, 50/60 Hz ± 3%
3 AC 400 V ± 10%, 50/60 Hz ± 3%
• Water-cooled: 1 AC 230 V ± 10%, 50/60 Hz ± 3%
Line-side rectifier
• LCI (Load-Commutated Inverter),
thyristor rectifier in a B6C-circuit,
6-pulse, 12-pulse or 24-pulse, regenerative feedback into the
line supply
Motor-side inverter
• LCI (Load-Commutated Inverter),
thyristor inverter in a B6C-circuit,
6-pulse or 12-pulse
Efficiency
• > 99.0% at rated speed and load
Cooling
• Air cooling with top-mounted cabinet fan
• Water cooling using heat exchanger with redundant pumps as
standard
Degrees of protection
• Air cooling: IP20 (higher degree of protection on request)
• Water cooling: IP41 (higher degree of protection on request)
Ambient conditions
• Temperature:
+5 – 40 °C (41–104 °F), up to 45 °C (113 °F) with power derating
• Installation altitude:
≤ 1,000 m above sea level: 100% load capability
> 1,000 m to 3,000 m above sea level: Current derating
> 2,000 m to 3,000 m above sea level: Additional voltage derating
• Humidity: < 85% (condensation not permissible)
Safety functions (this is only a selection of those available)
• Short-circuit and ground fault monitoring
• Overcurrent, overvoltage and undervoltage monitoring
• Line supply voltage failure monitoring
• Overtemperature monitoring (drive converter and motor)
• Overspeed protection, anti-stall protection (motor)
• Cooling circuit monitoring
• Self-diagnostics of the control and power unit
Specifications
SINAMICS GL150 – Technical data
Closed-loop control
• Vector control with and without speed encoder
• Separately excited synchronous motors can be connected
(excitation equipment is available separately)
• Operation as starting converter
• Operation as continuous duty drive
• Speed accuracy: ± 0.1% – without encoder,
± 0.01% – with encoder
• Torque accuracy: +/– 3%
• Field-weakening operation
Starting converter: 1:8
Continuous duty drive: 1:1.5
• Maximum output frequency: 125Hz
Standards
• IEC, EN, CE
– DIN EN 61800-3 / VDE 0160 T103 (IEC 61800-3)
– DIN EN 61800-4 / VDE 0160 T104 (IEC 61800-4)
– DIN EN 61800-5-1 / VDE 0160 T105 (IEC 61800-5-1)
– DIN EN 60146-1-1 / VDE 0558 T11 (IEC 60146-1-1)
– DIN EN 50178 / VDE 0160 (IEC 62103)
– DIN EN 60204-11 / VDE 0113 T11 (IEC 60204-11)
Standard features
• Flying restart
• Automatic restart
• Operating hours counter for fans and circuit-breaker
• Maintenance functions
• STARTER software for user-friendly commissioning and
diagnostics with a PC
Control I/O
• Analog inputs: 2/4
• Analog outputs: 0/4
• Digital inputs: 6/6
• Digital outputs: 4/16. Others through optional expansion modules
• Speed encoder
• Communications: PROFIBUS-DP or PROFINET (other on request)
Selection of additional options
• Increased degree of protection
• Suitable for marine duty
• Teleservice module
• Anti-condensation heating
• Additional I/O modules
• Output transformer (starting converter)
• Bypass control for up to 4 motors (starting converter)
• Demagnetizing equipment for the output transformer
(starting converter)
• Redundant configurations (control and/or semiconductor
redundancy)
• Grounding breaker at the input and output
• Circuit-breaker at the converter output
• Various versions of the heat exchanger
14
Rated output
current
Output voltage Shaft output No. of
pulses,
line side
No. of
pulses,
motor side
Article No.1 Configuration
A V kW hp
GL150 air-cooled innovation2
1,520 1.4 / 1.3 2,800 3,750 6 6 6SL3850-2UL1⃞-⃞⃞A0 I
1,625 1.8 / 1.65 3,900 5,200 6 6 6SL3850-2UL1⃞-⃞⃞A0 I
1,170 2.5 / 2.3 3,900 5,200 6 6 6SL3850-2UM1⃞-⃞⃞A0 I
1,450 2.5 / 2.3 4,800 6,400 6 6 6SL3850-2UM1⃞-⃞⃞A0 I 2 x 1,340 2 x 2.5 / 2.3 9,000 12,000 12 12 6SL3850-8UM1⃞-⃞⃞A0 J
GL150 air-cooled
1,700 2,600 6,2003 8,3003 6/124 6 6SL3850-3UN1⃞-⃞⃞A0 A
1,500 4,600 9,7003 13,0003 6/124 6 6SL3850-3UP2⃞-⃞⃞A0 B
2 x 1,700 2 x 2,600 12,4003 1,6603 12/244 12 6SL3850-5UN2⃞-⃞⃞A0 B
2 x 1,500 2 x 4,600 19,4003 26,0003 12/244 12 6SL3850-5UP3⃞-⃞⃞A0 C
GL150 liquid-cooled
2 x 2,400 2 x 2,400 16,0003 21,5003 12/244 12 6SL3855-5UM4⃞-⃞⃞⃞0 D
2 x 2,350 2 x 4,800 32,0003 42,9003 12/244 12 6SL3855-5UP5⃞-⃞⃞⃞0 E
2 x 2,350 2 x 7,200 48,0003 64,4003 12 12 6SL3855-5US6⃞-⃞⃞⃞0 F
2 x 2,350 2 x 9,600 64,0003 85,8003 12/244 12 6SL3855-5UU7⃞-⃞⃞⃞0 G
2 x 2,350 2 x 11,000 74,0003 99,2003 12 12 6SL3855-5UW7⃞-⃞⃞⃞0 H 1 Please contact your sales partner to complete the configuration
2 Available in new innovative air-cooled configuration
3 Values are referred to the data of a typical synchronous motor
4 Please inquire, modified frame size
Configuration Width Height Depth Weight
mm inch mm inch mm inch kg
Dimensions (air-cooled innovation)
I/I 2,100 82.7 2,676 105.4 1,107 43.6 3,000
J 3,600 141.7 2,676 105.4 1,107 43.6 5,000
Dimensions (power unit)
A 2,400 94.5 2,670 105.2 1,290 50.8 3,300
B 3,600 141.8 2,670 105.2 1,290 50.8 4,600
C 6,000 236.3 2,670 105.2 1,290 50.8 6,700
D 4,000 157.5 2,680 105.6 1,700 67 5,400
E 5,500 216.6 2,680 105.6 1,700 67 7,000
F 7,000 275.6 2,680 105.6 1,700 67 12,000
G 9,000 354.4 2,680 105.6 1,700 67 16,000
H 9,000 354.4 2,680 105.6 1,700 67 18,000
Dimensions (drive control )
1,200 47.3 2,385 93.9 635 25 300
15
There’s more to it
Siemens AG
Process Industries and Drives
Large Drives
P.O. Box 47 43
90025 NUERNBERG
GERMANY
Find out more:
siemens.com/sinamics-gl150
Subject to change without prior notice
Article No.: PDLD-B10032-00-7600
Dispo 21503
GuB/......... WS 11150.5
Printed in Germany
© Siemens AG 2015
The information provided in this brochure contains
merely general descriptions or characteristics of
performance which in case of actual use do not
always apply as described or which may change as
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