Cell-based innovation Proven reliability SINAMICS PERFECT HARMONY medium-voltage VFD
Cell-based innovation Proven reliability SINAMICS PERFECT HARMONY medium-voltage VFD
Cell-based innovation.
Proven reliability.
SINAMICS PERFECT HARMONY medium-voltage variable frequency drive
siemens.com/sinamics-perfect-harmony
Answers for industry.
https://www.robiconperfectharmony.com/
2
The benefits offered by the SINAMICS drive family are
further strengthened by the addition of Siemens ROBICON
PERFECT HARMONY drives. Renamed SINAMICS PERFECT
HARMONY, these cell-based drives incorporate technology
that stems from a deep understanding of not just mediumvoltage drives, but also the industries that employ them.
The combination of SINAMICS technology and PERFECT
HARMONY cell-based topology results in a solution that
maximizes productivity while protecting your process.
Siemens has spent more than 17 years designing and
refining the 50+ patented technologies that make up the
SINAMICS PERFECT HARMONY drive’s modular topology.
As part of Siemens’ Totally Integrated Automation concept, the cell-based drive allows for unsurpassed reliability
and outstanding data management and communication at
the automation level. It’s the No.1 selling cell-based drive
worldwide –with 10,000+ installations – because it’s
trusted more than any other when it comes to demanding
applications.
At Siemens, innovation has always been both a core mission and an ongoing source of momentum. For more than
half a century, Siemens has been developing, manufacturing and installing medium-voltage drives to meet a wide
range of evolving industry needs. The resulting solutions
have consistently raised the bar on reliability, efficiency
and customer satisfaction – and now they have culminated in the unique cell-based topology of the PERFECT
HARMONY drive.
SINAMICS, the world’s largest family of precision-engineered frequency converters, is a testament to Siemens’
tradition of excellence. Based on innovative engineering
concepts and a wealth of motor and topology expertise,
SINAMICS drives provide cost-effective, energy-efficient
solutions with a broad range of power and performance.
From flow control and processing to lifting, moving and
complex motion control, SINAMICS has the flexibility to
support every application.
PERFECT HARMONY joins the
SINAMICS family of innovative drives
Expanded drive line offers reliable solutions for any application
3
A drive solution for every application
The SINAMICS PERFECT HARMONY drive
draws on Siemens’ extensive experience
with a wide range of industry applications to deliver the most versatile variable
frequency drive available today. From
pumps and fans to compressors and
extruders, any application can be paired
or retrofitted with a SINAMICS PERFECT
HARMONY drive to optimize process
improvement.
A long-term commitment to
customer satisfaction
When you purchase a SINAMICS PERFECT
HARMONY drive, you get personalized
service from planning through commissioning and beyond. Siemens stands
behind every drive it produces with an
unwavering commitment to quality and
customer satisfaction. By adding PERFECT
HARMONY to the SINAMICS drive family
and investing more than $25 million in
SINAMICS PERFECT HARMONY manufacturing, Siemens has established a solid
foundation for ongoing product support
and innovation. You can rest assured that
as your industry continues to grow and
change, Siemens and SINAMICS will help
keep you ahead of the curve.
Close-at-hand expertise
Siemens operates a global network of
drive manufacturing facilities to ensure
you are never far from the support you
need. This global approach to engineering helps maintain regional manufacturing standards and allows burgeoning
local market needs to shape ongoing
research and development. Siemens
drive manufacturing is global so that it
can keep its drive solutions local.
SINAMICS global
factory locations:
• Shanghai, China
• Nuremberg, Germany
• New Kensington, USA
• Jundiai, Brazil
• Nashik, India
The most comprehensive
drive family available today
SINAMICS offers a unique range of power and performance for every application
4
1969 1970 1994 1996 1998 2001 2003 2005 2005 2007 2008 2012 2013
Siemens
SINAMICS …
… introduces
the first variablespeed, mediumvoltage drive
system.
… becomes the
global market
leader in
cycloconverters.
… revolutionizes mediumvoltage drives
with cell-based
topology.
… pioneers the
use of highvoltage IGBTs
for mediumvoltage
converters.
… integrates
Advanced Cell
Bypass.
… adds Next
Generation
Control with
Fast Cell
Bypass.
… produces the
highest-rated
high-speed
drive (LCI) for
an LNG
compressor.
… acquires
PERFECT
HARMONY
technology.
… rolls out
parallel drive
operation.
… implements
permanentmagnet motor
control.
… adds highavailability
liquid-cooled
drive.
… adds 10 kVoutput voltage
drive to lineup.
… reaches
10,000 drives
installed
worldwide.
5
1969 1970 1994 1996 1998 2001 2003 2005 2005 2007 2008 2012 2013
Siemens
SINAMICS …
… introduces
the first variablespeed, mediumvoltage drive
system.
… becomes the
global market
leader in
cycloconverters.
… revolutionizes mediumvoltage drives
with cell-based
topology.
… pioneers the
use of highvoltage IGBTs
for mediumvoltage
converters.
… integrates
Advanced Cell
Bypass.
… adds Next
Generation
Control with
Fast Cell
Bypass.
… produces the
highest-rated
high-speed
drive (LCI) for
an LNG
compressor.
… acquires
PERFECT
HARMONY
technology.
… rolls out
parallel drive
operation.
… implements
permanentmagnet motor
control.
… adds highavailability
liquid-cooled
drive.
… adds 10 kVoutput voltage
drive to lineup.
… reaches
10,000 drives
installed
worldwide.
Evolving to meet
tomorrow’s challenges today
SINAMICS evolved out of the industry’s growing need for cost-effective, applicationtailored drive options. In 1969, Siemens introduced its first variable-speed, mediumvoltage drive system with DC link converters and within a year became the global market leader in cycloconverters. It seemed that industry leadership was a natural fit for
Siemens’ innovations right from the start.
When PERFECT HARMONY was introduced in 1994, it was the world’s first IGBT-based
medium-voltage drive. Many more firsts were still to come as the technology evolved to
meet both industry demands and inevitable regulation changes. Siemens anticipated
these changes and planned ahead to address them before they arose. Siemens believed
then, as now, that continued innovation is the only way to ensure optimal reliability for
its customers’ critical applications.
Over the last five decades, Siemens has continued to grow and refine medium-voltage
drive technology to serve an even greater number of industries. From Advanced Cell
Bypass to parallel drive operation, each innovation continues to anticipate customers’
changing needs while improving reliability and plant availability.
6
SINAMICS has the optimal drive
for every application
The world’s largest family of drive solutions at a glance
With SINAMICS, Siemens offers a range of solutions
that optimally comply with high requirements in the
low-voltage, medium-voltage and DC-voltage ranges.
The complete drive family accommodates all performance levels and sets itself apart with its unparalleled
flexibility, functionality and efficiency.
Industry demands increasingly require flexible, scalable
drive solutions that are not just safe and efficient, but
also application-specific. That’s why, for the past 50 years,
Siemens has been using proven technology to continually
improve the versatility, reliability and energy efficiency
of its SINAMICS drives. Today, the drive family offers a full
portfolio of solutions that – depending on the application – can reduce power costs by 20 to 70 percent while
increasing your productivity and sharpening your competitive edge.
Low voltage
AC
DC voltage Medium voltage
AC
Basic
Performance
General
Performance
For basic
servo applications High Performance For basic and
demanding applications
For applications with
high power ratings
Perfect harmony between performance, process and technology
SINAMICS
V20
SINAMICS
G120C
SINAMICS
G120P/G120P Cabinet
SINAMICS
G120
SINAMICS
G110D/G120D/G110M
SINAMICS
G130/G150
SINAMICS
G180
SINAMICS
S110
SINAMICS
S120
SINAMICS
S150
SINAMICS
DCM
SINAMICS
GL150/GM150/SM150/SL150
SINAMICS
PERFECT HARMONY GH180
V/f control V/f control
vector control without encode
V/f control
vector control
with and without
encoder
V/f control (G110D),
sensorless vector
control (G120D/
G110M)
V/f control
vector control
with and without
encoder
V/f control
vector control
with encoder
Servo control V/f control
vector control with and without encoder
servo control with and without encoderr
Closed-loop speed control
torque control
V/f control /
vector control
V/f control /
vector control with and without
encoder
0.12 – 15 kW 0.55 – 18.5 kW 0.37 – 400 kW 0.37 – 250 kW 0.37 – 7.5 kW 75 – 2,700 kW 2.2 – 6,600 kW 0.12 – 90 kW 0.12 – 5,700 kW 75 – 1,200 kW 6 kW – 30 MW 0.8 – 85 MW 0.15 – 14.2 MW
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
spinning machines,
textile machines
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders
Pumps, fans,
compressors
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders, singleaxis positioning
applications in plant
and machinery
construction
Conveyor technology,
single-axis positioning applications
(G120D)
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders
Sector-specific
for pumps, fans,
compressors,
conveyor belts,
extruders, mixers,
mills, kneaders,
centrifuges,
separators
Single-axis
positioning
applications
in plant and
machinery
construction
Production machines (packaging, textile
and printing machines, paper machines,
plastics machines), machine tools,
plants, process lines and rolling mills
Test stands,
crosscutters,
centrifuges
Rolling mill drives, wire drawing
machines, extruders and kneaders,
cable railways and ski lifts, test
stand drives
Pumps, fans, compressors,
mixers, extruders, mills,
rolling lines, mine hoist drives,
excavators, test stands,
ships‘ drives, conveyor belts,
blast furnace blowers
Pumps, fans, compressors,
mills, crushers, conveyor systems,
retrofit projects
Engineering Tools:
DT Configurator – selection and configuration
SIZER – simple planning and engineering
STARTER and Startdrive – fast commissioning, optimization and diagnostic*
*Exception: V20 – does not require an engineering tool; G180 is commissioned using the IMS software (Inverter Management Software)
7
The SINAMICS drive family spans a wide range of power
ratings – from 0.12 kW to 85 MW – and includes both
low- and medium-voltage options for a high degree of
flexibility with other drive system components. It also
accommodates all voltage classes from 200 V to 11 kV,
motor speeds from 10 to 15,000 rpm, and all levels of
dynamic response and performance. And whether you
need a single-motor drive or a multi-motor system,
all SINAMICS drives are harmonized and coordinated
accordingly.
No matter which drive task is involved, SINAMICS
always offers the optimal safety-integrated solution.
And now, with SINAMICS PERFECT HARMONY cell-based
drives added to the lineup, finding a drive that meets
your application’s specific needs is simpler than ever.
Low voltage
AC
DC voltage Medium voltage
AC
Basic
Performance
General
Performance
For basic
servo applications High Performance For basic and
demanding applications
For applications with
high power ratings
Perfect harmony between performance, process and technology
SINAMICS
V20
SINAMICS
G120C
SINAMICS
G120P/G120P Cabinet
SINAMICS
G120
SINAMICS
G110D/G120D/G110M
SINAMICS
G130/G150
SINAMICS
G180
SINAMICS
S110
SINAMICS
S120
SINAMICS
S150
SINAMICS
DCM
SINAMICS
GL150/GM150/SM150/SL150
SINAMICS
PERFECT HARMONY GH180
V/f control V/f control
vector control without encode
V/f control
vector control
with and without
encoder
V/f control (G110D),
sensorless vector
control (G120D/
G110M)
V/f control
vector control
with and without
encoder
V/f control
vector control
with encoder
Servo control V/f control
vector control with and without encoder
servo control with and without encoderr
Closed-loop speed control
torque control
V/f control /
vector control
V/f control /
vector control with and without
encoder
0.12 – 15 kW 0.55 – 18.5 kW 0.37 – 400 kW 0.37 – 250 kW 0.37 – 7.5 kW 75 – 2,700 kW 2.2 – 6,600 kW 0.12 – 90 kW 0.12 – 5,700 kW 75 – 1,200 kW 6 kW – 30 MW 0.8 – 85 MW 0.15 – 14.2 MW
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
spinning machines,
textile machines
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders
Pumps, fans,
compressors
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders, singleaxis positioning
applications in plant
and machinery
construction
Conveyor technology,
single-axis positioning applications
(G120D)
Pumps, fans,
compressors,
conveyor belts,
mixers, mills,
extruders
Sector-specific
for pumps, fans,
compressors,
conveyor belts,
extruders, mixers,
mills, kneaders,
centrifuges,
separators
Single-axis
positioning
applications
in plant and
machinery
construction
Production machines (packaging, textile
and printing machines, paper machines,
plastics machines), machine tools,
plants, process lines and rolling mills
Test stands,
crosscutters,
centrifuges
Rolling mill drives, wire drawing
machines, extruders and kneaders,
cable railways and ski lifts, test
stand drives
Pumps, fans, compressors,
mixers, extruders, mills,
rolling lines, mine hoist drives,
excavators, test stands,
ships‘ drives, conveyor belts,
blast furnace blowers
Pumps, fans, compressors,
mills, crushers, conveyor systems,
retrofit projects
Engineering Tools:
DT Configurator – selection and configuration
SIZER – simple planning and engineering
STARTER and Startdrive – fast commissioning, optimization and diagnostic*
*Exception: V20 – does not require an engineering tool; G180 is commissioned using the IMS software (Inverter Management Software)
8
The advantages of
cell-based technology
Every element of a SINAMICS PERFECT HARMONY cell-based
drive is engineered to maximize productivity and protect
your process in a way that other drives can’t. Its modularity
allows for a scalable solution that achieves near-100 percent reliability and 99.99 percent availability, which means
greater productivity and a significantly reduced total cost of
ownership over the drive’s life cycle. A cost-effective series
cell configuration allows it to withstand failures that would
overwhelm conventional drives and shut down the plant
process. And only SINAMICS PERFECT HARMONY cell-based
drives include the reliability and efficiency of clean power
input, high-quality output, and cell bypass and redundancy.
Cell bypass and redundancy
Scalability is only one of the advantages of using multiple
cells to create medium-voltage output. This
type of configuration also promotes reliability through cell
redundancy, preventing the process from being interrupted
if one or more cells fail. Together with cell redundancy, cell
bypass offers additional security by isolating a failed cell
and placing it in bypass to keep the power output constant.
Failed cells can be changed out later in 30 minutes or less.
Cell-based drives are:
• Highly reliable
Fault-tolerant with cell
redundancy and cell bypass
• Energy-efficient
Increased process control
with improved throughput and
reduced energy waste
• Line-friendly
No harmonic voltage or current
distortion; near-unity power
factor
• Motor-friendly
No harmonic heating and no
insulation stress
• Load-friendly
No significant torque pulsations
9
Clean power input
SINAMICS PERFECT HARMONY drives meet the most stringent
IEEE-519-1992 requirements for voltage and current harmonic distortion. An integrated sinusoidal converter not only
eliminates the need for harmonic filters, power factor correction capacitors or extra bus capacity; it also protects other
online equipment from harmonic disturbances. Depending
on the configuration, input waveform equivalents can range
from 18-pulse up to a 48-pulse rectifier, resulting in less than
3 percent total voltage distortion and less than 5 percent
total current distortion.
High-quality output
No drive offers a higher quality waveform output than the
SINAMICS PERFECT HARMONY. Its cell-based design accommodates any standard motor without requiring additional
output or dv / dt filters –which can reduce efficiency and reliability – and it provides the lowest peak voltage to the motor
windings. Together with the drive’s inherently low harmonic
content, these features extend motor life by protecting the
motor insulation and preventing motor bearing failure.
Environmental tolerance
Only SINAMICS PERFECT HARMONY drives are engineered to
operate reliably in environments with temperatures ranging
from –40° C to 50° C. What’s more, the liquid-cooled unit’s
liquid-to-air single cooling loop can tolerate environments
from –40° C to 40° C without derating or the use of chillers.
Our secondary liquid-to-liquid cooling loop can accept water
from an ocean, lake or stream at temperatures ranging up
to 45° C. SINAMICS PERFECT HARMONY drives also can be
provided in an integral external enclosure that allows them
to withstand the harshest outdoor weather conditions, from
tropical environments to the open deck of an ocean platform. No other general purpose, air- or liquid-cooled drive
can tolerate such a broad range of extreme conditions.
Clean Power
Power Quality Output
Input 18-pulse, multi-level PWM
Output waveforms at 100% speed
Output waveforms at 50% speed
10
SINAMICS PERFECT HARMONY
GH180 drives
Siemens designed the SINAMICS PERFECT
HARMONY GH180 drives in both liquidcooled and compact air-cooled configurations to provide maximum versatility,
efficiency and process availability for the
most demanding applications. With these
drives, reliability is paramount – as evidenced by the incorporation of 50+ patented technologies proven to increase
the dependability of critical processes.
During operation, Advanced Cell Bypass
technology enables SINAMICS PERFECT
HARMONY drives to bypass failed cells so
that the drive remains operational, power
stays constant and production is maximized. You’ll also find that cell replacement is quicker due to the reduced cell
weight, front-accessible bolted connection
and custom-designed cell lifter. With these
features in place, cell replacement takes
less than 30 minutes. Should a disturbance
occur, our Process-Tolerant Protection
Strategy (ProToPS™) will provide a hierarchical system of warnings that allow
ample time for your operator to evaluate
the issue and respond appropriately to
avoid system shutdown.
As with all SINAMICS PERFECT HARMONY
drives, these drives also include synchronous transfer technology to protect equipment from excessive torque transients.
This closed-transfer approach is used to
soft-start multiple motors, pumps or compressors placed in a series and efficiently
transfer them across the line without overstressing the power grid.
Siemens optimized the SINAMICS PERFECT
HARMONY GH180’s fully integrated variable frequency drive systems for easy
access to all components so drive maintenance is simplified and downtime is limited. Each drive includes an integrated
isolation transformer, power electronics,
controls and a cooling system that can
tolerate temperatures from –40°C to 50°C.
Designed for longevity, the drive’s cabinets
are constructed to meet the most stringent
industrial requirements and withstand the
harshest weather conditions.
Reliability, patented technologies,
and high-quality input and output
power have made the SINAMICS
PERFECT HARMONY GH180 the drive
of choice for medium-voltage,
variable-speed applications.
11
Advanced Cell
Bypass
In less than a quarter of a second,
the SINAMICS PERFECT HARMONY
GH180 drive can bypass multiple
failed cells to maintain a balanced
output voltage. With one cell in
bypass, the drive still produces sufficient voltage to allow the process
to continue uninterrupted, and the
quality of the voltage and the
waveform remain virtually
unchanged.
Process-Tolerant
Protection Strategy
(ProToPS™)
With a proven record of 99.99%
process uptime, ProToPS™ protects
your process from faulty sensors or
data. Unlike typical systems that
simply trip the drive and automatically shut down the system due to
a malfunction, ProToPS™ offers a
proactive control strategy for applications where failure avoidance is
critical.
Efficiency
• Typical power converter
efficiency: 99%
• Typical total drive system
efficiency: 97%
Input transformer
• Air-cooled: aluminum
or copper windings,
forced-air cooling
• Liquid-cooled: copper windings,
liquid-cooled
Line supply connection
• Input voltage and
voltage tolerance:
2.3 to 13.8 kV, ±10%
• Input frequency:
50 or 60 Hz, ±5%
• Input power factor:
≥ 0.95 above 10% load
Motor-side inverter
• Multilevel drive PWM topology
• IGBT power modules
Motor control
• Induction motors
• Synchronous motors
• Permanent-magnet motors
• Wound rotor motors
Output dv /dt
• 1,000–3,000 V / µs
(dependent on model)
Output torque
• Rated torque (2-quadrant)
available from 10 to 167 Hz
Control
• Vector Control (NXGII series)
Input current harmonics
• ≤ 5% TDD
(total demand distortion)
• Meets or exceeds
IEEE-519-1992
Ride-through
• Minimum of 5 cycles
after loss of input MV
without tripping
Output frequency and drift
• 0.5 to 330 Hz, ± 0.5%
Output voltage harmonics (THDi)
• Between 2.0 to 2.5%
Regenerative (4Q) operation
• Air-cooled: 2Q only
• Liquid-cooled: 4Q
available as option
Technical Data at a Glance
SINAMICS PERFECT HARMONY
GH180 drive specifications
No. of
cells
Output
current
Type
rating
Shaft output** Xfmr
[KVA]
Cooling
method
Height* Width* Depth* Article No. (MLFB)***
A kVA kW hp inch mm inch mm inch mm
Motor voltage — 3.3 kV
9 40 225 189 254 300 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]A33-0[][]0
9 70 400 331 444 450 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]B34-5[][]0
9 100 570 473 635 700 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]C37-0[][]0
9 140 800 662 888 900 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]D38-7[][]0
9 200 1,140 970 1,301 1,500 Forced-air 119.5 3,036 82 2,083 45 1,143 6SR4[]02-0[]E41-5[][]0
9 260 1,485 1,261 1,691 1,750 Forced-air 119.5 3,036 82 2,083 45 1,143 6SR4[]02-0[]F41-7[][]0
9 315 1,800 1,527 2,047 2,250 Forced-air 117 2,972 172 4,369 50 1,270 6SR3[]02-1[]G42-2[][]0
9 375 2,140 1,818 2,437 2,500 Forced-air 118 2,998 188 4,776 50 1,270 6SR3[]02-1[]H42-5[][]0
9 500 2,855 2,424 3,250 3,500 Forced-air 118 2,998 188 4,776 50 1,270 6SR3[]02-1[]J43-5[][]0
9 660 3,080 2,611 3,500 3,500 Forced-air 118 2,998 188 4,776 50 1,270 6SR3202-1[]K43-5[][]0
9 880 5,025 4,271 5,726 6,000 Liquid 114 2,896 370 9,398 66 1,677 6SR3252-0[]B46-0[][]0
9 1,250 7,140 6,067 8,133 8,500 Liquid 115 2,921 378 9,602 66 1,677 6SR3252-0[]C48-5[][]0
Motor voltage — 4.16 kV
9 40 275 229 307 400 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]A34-0[][]0
9 70 480 401 538 600 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]B36-0[][]0
9 100 690 573 769 800 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]C38-0[][]0
9 140 965 802 1,076 1,100 Forced-air 102 2,591 66 1,677 42 1,067 6SR4[]02-0[]D41-1[][]0
9 200 1,385 1,175 1,576 1,750 Forced-air 120 3,036 82 2,083 45 1,143 6SR4[]02-0[]E41-7[][]0
9 260 1,800 1,528 2,049 2,250 Forced-air 120 3,036 82 2,083 45 1,143 6SR4[]02-0[]F42-2[][]0
12 315 2,265 1,925 2,581 3,000 Forced-air 118 2,998 208 5,284 50 1,270 6SR3[]02-3[]G43-0[][]0
12 375 2,700 2,292 3,073 3,500 Forced-air 118 2,998 208 5,284 50 1,270 6SR3[]02-3[]H43-5[][]0
12 500 3,600 3,056 4,097 5,000 Forced-air 120 3,048 232 5,893 50 1,270 6SR3[]02-3[]J45-0[][]0
12 660 4,755 4,034 5,408 6,000 Forced-air 120 3,048 232 5,893 50 1,270 6SR3[]02-3[]K46-0[][]0
12 720 5,185 4,401 5,900 6,000 Forced-air 120 3,048 232 5,893 50 1,270 6SR3[]02-3[]L46-0[][]0
9 880 6,095 5,177 6,940 7,000 Liquid 114 2,896 370 9,398 66 1,677 6SR3252-0[]B47-0[][]0
9 1,250 8,660 7,354 9,858 10,000 Liquid 115 2,921 378 9,602 66 1,677 6SR3252-0[]C52-0[][]0
Motor voltage — 4.6 / 4.8 kV
12 40 330 275 369 400 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]A34-0[][]0
12 70 580 481 645 700 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]B37-0[][]0
12 100 830 688 923 1,000 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]C41-0[][]0
12 140 1,160 963 1,291 1,500 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]D41-5[][]0
12 200 1,660 1,411 1,892 2,000 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]E42-0[][]0
12 260 2,160 1,834 2,459 2,500 Forced-air 118 2,998 114 2,896 45 1,143 6SR4[]02-1[]F42-5[][]0
12 315 2,615 2,222 2,979 3,000 Forced-air 118 2,998 208 5,284 50 1,270 6SR3[]02-3[]G43-0[][]0
12 375 3,115 2,645 3,546 4,000 Forced-air 118 2,998 208 5,284 50 1,270 6SR3[]02-3[]H44-0[][]0
12 500 4,155 3,526 4,727 5,000 Forced-air 120 3,048 232 5,893 50 1,270 6SR3[]02-3[]J45-0[][]0
12 660 5,240 4,443 5,956 6,000 Forced-air 120 3,048 232 5,893 50 1,270 6SR3[]02-3[]K46-0[][]0
12 880 7,315 6,213 8,329 8,500 Liquid 115 2,921 406 10,313 66 1,677 6SR3252-1[]B48-5[][]0
12 1,250 10,390 8,825 11,830 12,000 Liquid 115 2,921 412 10,469 70 1,778 6SR3252-1[]C52-4[][]0
*
**
***
Reflects typical output power; motor type or size may affect actual output power.
Typical output value provided, output power may change based on the type or size of motor.
Brackets denote additional digits to be determined based on order detail.
12
No. of
cells
Output
current
Type
rating
Shaft output** Xfmr
[KVA]
Cooling
method
Height* Width* Depth* Article No. (MLFB)***
A kVA kW hp inch mm inch mm inch mm
Motor voltage — 6.0 kV
15 40 415 344 462 500 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]A35-0[][]0
15 70 725 602 807 900 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]B38-7[][]0
15 100 1,035 860 1,153 1,250 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]C41-2[][]0
15 140 1,450 1,203 1,613 1,750 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]D41-7[][]0
15 200 2,075 1,763 2,364 2,500 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]E42-5[][]0
15 260 2,700 2,292 3,073 3,500 Forced-air 115 2,926 194 4,928 55 1,397 6SR4[]02-2[]F43-5[][]0
15 315 3,270 2,777 3,723 4,000 Forced-air 120 3,048 248 6,230 54 1,372 6SR3[]02-5[]G44-0[][]0
15 375 3,895 3,306 4,432 5,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-5[]H45-0[][]0
15 500 5,195 4,408 5,909 6,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-5[]J46-0[][]0
15 660 6,550 5,554 7,446 8,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-5[]K48-0[][]0
18 720 7,040 5,968 8,000 8,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-7[]L48-0[][]0
15 880 9,140 7,766 10,411 11,000 Liquid 115 2,921 439 11,151 70 1,778 6SR3252-2[]B52-2[][]0
15 1,250 12,990 11,031 14,787 15,000 Liquid 115 2,921 439 11,151 70 1,778 6SR3252-2[]C53-0[][]0
Motor voltage — 6.6 kV
15 40 455 378 507 600 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]A36-0[][]0
15 70 800 662 888 900 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]B38-7[][]0
15 100 1,140 946 1,269 1,500 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]C41-5[][]0
15 140 1,600 1,324 1,775 2,000 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]D42-0[][]0
15 200 2,285 1,939 2,600 3,000 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]E43-0[][]0
15 260 2,970 2,521 3,380 3,500 Forced-air 115.2 2,926 194 4,928 55 1,397 6SR4[]02-2[]F43-5[][]0
18 315 3,600 3,055 4,096 5,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-7[]G45-0[][]0
18 375 4,285 3,636 4,874 5,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-7[]H45-0[][]0
18 500 5,715 4,849 6,500 7,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-7[]J47-0[][]0
18 660 7,040 5,968 8,000 8,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-7[]K48-0[][]0
15 880 10,055 8,542 11,451 12,000 Liquid 115 2,921 439 11,151 70 1,778 6SR3252-2[]B52-4[][]0
15 1,250 14,285 12,134 16,266 17,000 Liquid 115 2,921 439 11,151 70 1,778 6SR3252-2[]C53-4[][]0
Motor voltage — 6.9 / 7.2 kV
18 315 3,600 3,055 4,096 5,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-7[]G45-0[][]0
18 375 4,285 3,636 4,874 5,000 Forced-air 120 3,048 272 6,909 54 1,372 6SR3[]02-7[]H45-0[][]0
18 500 5,715 4,849 6,500 7,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-7[]J47-0[][]0
18 660 7,040 5,968 8,000 8,000 Forced-air 128 3,252 272 6,909 54 1,372 6SR3[]02-7[]K48-0[][]0
18 880 10,970 9,319 12,492 13,000 Liquid 115 2,921 474 12,040 70 1,778 6SR3252-3[]B52-6[][]0
18 1,250 15,585 13,237 17,744 18,000 Liquid 125 2,921 478 12,142 76 1,931 6SR3252-3[]C53-6[][]0
Motor voltage — 10 / 11 kV
24 40 760 630 845 1,000 Forced-air 114 2,896 254 6,438 50 1,270 6SR4502-5[]A41-0[][]0
24 70 1,330 1,103 1,479 1,500 Forced-air 114 2,896 254 6,438 50 1,270 6SR4502-5[]B41-5[][]0
24 100 1,905 1,576 2,113 2,250 Forced-air 114 2,896 254 6,438 50 1,270 6SR4502-5[]C42-2[][]0
24 140 2,665 2,206 2,958 3,000 Forced-air 114 2,896 254 6,438 50 1,270 6SR4502-5[]D43-0[][]0
24 200 3,810 3,232 4,333 4,500 Forced-air 116 2,947 288 7,300 50 1,270 6SR4502-5[]E44-5[][]0
24 260 4,950 4,202 5,633 5,750 Forced-air 116 2,947 288 7,300 50 1,270 6SR4502-5[]F45-7[][]0
*
**
***
Reflects typical output power; motor type or size may affect actual output power.
Typical output value provided, output power may change based on the type or size of motor.
Brackets denote additional digits to be determined based on order detail.
SINAMICS PERFECT HARMONY GH180 drive specifications, cont.
13
14
Drives
SINAMICS PERFECT HARMONY
Motor
SIMOTICS
Couplings
FLENDER
Gear boxes
FLENDER
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