Siemens SINAMICS PERFECT HARMONY GH180 VFD The perfect harmony of performance and value
SINAMICS PERFECT HARMONY GH180
The perfect harmony of performance and value
siemens.com/sinamics-perfect-harmony-gh180 https://www.robiconperfectharmony.com/
SINAMICS PERFECT HARMONY –
The drive of choice for high performance at a reasonable cost
The SINAMICS PERFECT HARMONY’s outstanding record
has made it the drive of choice for demanding applications
that require the highest levels of reliability, precision, and
longevity. Employed in applications ranging from power
generation to oil and gas, water, marine, and paper production, the SINAMICS PERFECT HARMONY GH180 drive
is a versatile performer that can help you significantly
increase productivity, enhance energy efficiency, and
reduce operating costs.
According to energy authorities, industrial motors
consume over a billion kilowatt hours of energy each
year – fully 50 percent of the world’s energy usage.
System enhancements such as improved sizing and
proper matching to load, more efficient drive trains,
and adjustable speed drives will help drive energy
usage down, according to experts. That means that
the right drive can help you drive cost out of your
operation by providing more precise and efficient
control of motors, fans, pumps, and other devices.
Siemens drives, the best-selling medium-voltage
AC drives in the world, deliver an impressive combination
of benefits:
• Lower operating costs
• Precise process control
• Increased production efficiency
• Exceptional reliability
• Intuitive HMI
“If you haven’t installed a
variable-speed drive yet, you’re
letting thousands of dollars of
energy costs eat away at your
bottom line every month because
of process inefficiencies.”
3
Siemens can provide a custom-engineered
SINAMICS PERFECT HARMONY drive to maximize
your process. We’re the only company that offers drives
from 225 to 85,000 kW. And with an installed base
exceeding more than 2.2 million kW worldwide, the
SINAMICS PERFECT HARMONY is a proven workhorse
that can perform brilliantly for you, too.
A bright future built on a firm foundation
Since its introduction in 1994, the SINAMICS PERFECT HARMONY
drive (formerly ROBICON) has revolutionized power conversion and continues to set industry standards for reliability and innovation. As power switching device technology
advances and increases output voltage capability, Siemens
improves each generation of the SINAMICS PERFECT HARMONY
in three key areas: increased reliability and availability,
increased efficiency, and a smaller drive footprint.
Advances to our product line are made without “reinventing the wheel” like other drive manufacturers. We have
maintained the SINAMICS PERFECT HARMONY’s core
topology and continue to advance its capability, ensuring
lifecycle product support. By keeping the same topology,
our customers see a reduction in maintenance and spare
parts as well as an increase in quality and lower lifecycle
costs. We improve our products by actively soliciting the
input of our customers, and we look forward to counting
you among them.
The SINAMICS PERFECT HARMONY of today represents an
evolution founded on experience garnered from our huge
installed base coupled with Siemens’ unparalleled investments in R&D. As one of the largest companies in the
world, Siemens provides confidence and financial stability
in addition to exceptional technology.
4
Designed for maximum versatility,
efficiency, and reliability
Different by design
The SINAMICS PERFECT HARMONY drives are designed to
withstand failures that would overwhelm conventional
drive systems.
A traditional drive features up to five separate components, such as harmonic filter, power factor correction,
transformer, power converter, and motor filter.
The SINAMICS PERFECT HARMONY GH180 topology
isolation transformer and power converter are the only
major components required. The integrated system allows
for quick, easy, and less expensive installations and startups – shortening your outages and process downtime to
give you more project flexibility.
In the SINAMICS PERFECT HARMONY drives, a series of
low-voltage cells are linked together to build the mediumvoltage power output of the drive system. This patented
configuration delivers for you when it comes to ease of
maintenance, power quality, and reliability. It also provides the basis for one of its most important advantages –
increased availability through the advanced cell bypass
option.
Power cell
-
6000 – 7200 VOLT DRIVE TOPOLOGY
POWER CELL
6000-7200 V AC INDUCTION MOTOR
OR
INPUT POWER
3 PHASE AC,
ANY VOLTAGE
C5
C4
C3
C2
C1
B5
B4
B3
B2
B1
A4
A3
A2
A1
A5
M
+24°
+12°
0°
-12°
-24°
M
C8 B8
A8
A7
A6
A5
A4
A3
A2
A1
B7
B6
B5
B4
B3
B2
B1
C7
C6
C5
C4
C3
C2
POWER CELL
10-11 kV AC INDUCTION MOTOR
OR
INPUT POWER
3 PHASE AC,
ANY VOLTAGE
+26.25°
+18.75°
+11.25°
+3.75°
-3.75°
-11.25°
-18.75°
-26.25°
C1
10 – 11 kV DRIVE TOPOLOGY
System performance
The SINAMICS PERFECT HARMONY GH180 exceeds 95
power factor at normal operating speeds without external
power factor correction capacitors. It also provides more
than 98 percent power converter efficiency.
Versatility
The proven technology of SINAMICS PERFECT HARMONY GH180
drives meets the needs of customers in almost any industry that employs motors, fans, or pumps.
The SINAMICS PERFECT HARMONY GH180 drives can
accept many different input voltages and can provide
motor output voltages up to 11,000 volts, putting it in a
class by itself.
5
Perfect for retrofits
When it comes to retrofits, the SINAMICS PERFECT HARMONY
upholds its reputation as the world’s most versatile
medium-voltage drive.
The SINAMICS PERFECT HARMONY is compatible with your
existing motor systems, regardless of age, brand, or voltage/frequency – even synchronous motors can be
upgraded.
System compatibility
You can be sure that the SINAMICS PERFECT HARMONY is
compatible with your power system because it meets the
most stringent IEEE 519 1992 requirements for current
harmonic distortion. We meet those guidelines without
filter or harmonic mitigation equipment – the SINAMICS
PERFECT HARMONY design includes a transformer that
employs phase shifting technology to eliminate harmonic
distortion at the source.
Efficiency
The integrated SINAMICS PERFECT HARMONY maximizes
efficiency in a number of critical areas. Because systems
seldom require 100 percent power, the variable drive provides only the necessary power to the motor. As demands
increase or decrease, the drive can respond with the precise power level needed.
One of the most inefficient power events occurs at motor
start-up. Typically, a motor “slams” on – going from off to
100 percent with the flick of a switch.
By contrast, the “soft start” features of the SINAMICS
PERFECT HARMONY decrease stresses that can limit the
life of your equipment – gradually increasing power to
smoothly initiate power output with full rated torque
available during acceleration from zero speed, but without any current inrush into the motor. Additionally, overall design integration helps provide quick and reliable
start-ups and allows the addition of power conversion
redundancy. Pre-wiring reduces installation costs as well.
It all adds up to give you a smaller, more efficient and
reliable system.
6
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 30- to 48-pulse rectifier,
resulting in less than 3 percent total voltage distortion
and less than 5 percent total current distortion.
To ensure very low line harmonics especially for drives in larger
power ranges, the SINAMICS PERFECT HARMONY GH180
offers 30- to-48 pulse rectifiers which create lower line
harmonics than the example of an 18-pulse drive shown
on the top right.
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 operating temperature 5 °C to 40 °C
(up to 50 °C on request).
Clean power
Example of an input 18-pulse drive with multilevel
PWM
Power quality output
Output waveforms at 100% speed
Output waveforms at 50% speed
7
Reliability
The reliability and availability of the SINAMICS PERFECT
HARMONY drive is second to none due to sophisticated
component selection and design. A combination of industryproven components, redundant bypass control technology,
and hierarchical system of warnings brings you a drive of
uncompromising prowess.
Insulated Gate Bipolar Transistors
Traction-grade Insulated Gate Bipolar Transistors (IGBTs)
form the backbone of the SINAMICS PERFECT HARMONY
drive. A proven power device across the industrial power
control industry, IGBT technology has been in existence
for more than a decade. The stability and availability of
IGBTs give you reliable, long-term, lifecycle confidence.
But that’s just the start of our forward-thinking design.
Cell bypass
The SINAMICS PERFECT HARMONY GH180 drives are engineered to withstand failures that would overwhelm conventional drives because we’ve added options into the
system. Our patented, cell-based configuration maximizes
uptime and simplifies modifications.
Through a bypass control that is completely separated from
each power cell, the SINAMICS PERFECT HARMONY GH180
ensures automatic bypass of a failed power cell in 250 milliseconds (less than 1/4 of a second).
Maximized availability
Equivalent circuit of 5-cell
SINAMICS PERFECT HARMONY drive
with all cells in service
• 6000 volts type (line to line)
Equivalent circuit of 5-cell
SINAMICS PERFECT HARMONY drive
with cell A4, A5 out of service
• Unbalance after loss of A4, A5
(not acceptable)
Equivalent circuit of 5-cell SINAMICS PERFECT
HARMONY drive with cell A4, A5 out of service
• Neutral point shift: balance restored
after loss of A4, A5 by adjusting angles.
Maximum voltage = 80 % x 6000 V = 4800 V
132.5
95
132.5
Fault cell
bypassed and
motor torque
produced less
than 250 msec
Cell after fault
fault
Drive
current
Motor
voltage
8
Get up and running fast
Factory system test
You can be confident that the SINAMICS PERFECT HARMONY
will get your process up and running because we have the
ability to test every product as a complete system at full
load – prior to delivery. At our factory, we test every
transformer and power converter together to ensure performance meets precise specifications. In addition, factory
testing allows accurate efficiency measurements. We also
verify sequence of operation and protection to ensure
that the SINAMICS PERFECT HARMONY system matches
your needs.
Control drive tool
• Provides Windows-based graphical user interface
• Has full functionality
• Same menu structure as keypad interface
Easy setup and control
• Easy-to-use high-function keypad on the door
• Touch-screen interface on door also available
• Auto-tune feature shortens start-up and guarantees
operational efficiency
• Drive tool runs on PCs that can interface through
the Ethernet ports that are included as standard
• Other protocols supported:
– Modbus Plus™
– DeviceNet Profile 12™
– ControlNet™
– PROFIBUS DP™
Other connectivity as required by the user
9
Siemens’ service and support network is never more than
a phone call away. Representatives are ready 24 hours a
day, seven days a week, to assist you with immediate
technical support geared to handle every phase of installation, start-up, maintenance, and troubleshooting.
Our service team is available for you around the globe.
Our services include:
• Around-the-clock field service 24/7/365
• Preventive maintenance
• Training
• After-market spare parts
• Product refurbishment
• Upgrades
• Repairs and exchanges
• Specialty services (harmonic analysis studies, power
quality studies, electrical system application, remote
diagnostics, and more)
Our commitment
Siemens is proud of our reputation for long-term service
of our products, including the SINAMICS PERFECT HARMONY
drives. We are committed to providing complete lifecycle
support. We never relinquish the responsibility for servicing our products to your full satisfaction, regardless of the
age of the product. To extend the lifespan and increase
the functionality of the drive, the Siemens refurbishment
program gives you the opportunity to upgrade SINAMICS
PERFECT HARMONY drives with new technology as it
becomes available.
Local convenience
Because we have long provided on-site service for all of
our customers, we have the extensive reach of a dedicated, global service force. Each of our service representatives are fully trained.
SINAMICS PERFECT HARMONY
In synch with your business goals
• Lower operating costs
• Precise process control
• Lower maintenance costs
• Increased production efficiency
• Exceptional reliability
• Intuitive HMI
10
Technical specifications and
dimension drawings
Frame Sizes A, B, C, D, E, F, G
General
Power semiconductors IGBTs; diodes
Line-side converter 30- to 48-pulse diode rectifier (standard)
Motor-side converter Multi-level converter (PWM) with IGBT power modules
Drive control Speed sensorless and closed-loop control, fully digital with signal processor
Drive quadrants Driving: 2 directions of rotation (2 quadrants)
Potential separation: power section Fiber-optic cable
Permissible humidity rating Relative air humidity < 95% non-condensing
Paint finish RAL7035
Degree of protection
– Standard
– Optional
Acc. to DIN VDE 0470, IEC 60529, EN 60529
IP31 (air cooling)
IP42 (air cooling)
Air-cooled Forced-air cooling with integrated fans
Permissible ambient and cooling temperature
– In operation +5 ºC ~ +40 ºC: Normal rating, +40 ºC ~ +50 ºC: Derating
– During storage +5 ºC ~ +40 ºC
– During transport –25 ºC ~ +60 ºC
Performance
Accuracy Open-loop vector control ± 0.5%; closed-loop vector control ± 0.1%
Power factor > 0.95 (within the whole speed range)
Overview of frame sizes A, B, C, D, E, F, G
Frame
size
Cabinet length Cabinet height Cabinet depth Blower cage height Ventilation
(m3 mm /min) inch mm inch mm inch mm inch
A 3657 144.0 2280 89.8 1250 49.3 468 18.4 249
B 4730 186.2 2280 89.8 1250 49.3 468 18.4 392
C 6145 242.0 2667 105 1300 51.2 468 18.4 850
D 4703 194.3 2383 93.8 950 37.4 416 16.4 260
E 5108 210.2 2383 93.8 1100 43.4 416 16.4 405
F 8382 330.0 2540 100 1372 54.1 416 16.4 892
G 8580 337.4 2921 115 1372 54.1 477 18.8 1046
11
Frame size A,
6 and 6.6 kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame size B,
6 and 6.6 kV
Frame size C,
6 and 6.6 kV
Frame size D,
10 and 11 kV
468
2280
3657
468
2280
4730
468
2667
2324
6145
528
416
2383
4703
12
Frame size E,
10 and 11 kV
Frame size F,
10 kV
Frame size G,
10 kV
Left side view
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
Frame Sizes A,B,C,D,E,F,G
Frame Size A, 6 and 6.6kV Frame Size D, 10 and 11kV
Frame Size B, 6 and 6.6kV Frame Size E, 10 and 11kV
Frame Size C, 6 and 6.6kV Frame Size F, 10kV
Left Side View Frame Size G, 10kV
416
2383
5108
416
2540
8382
2540
477
2921
416
2384
8580
300
600 1200
13
Selection data for motor voltage 6.0 kV
Rated motor
voltage (kV)
Current
(A)
Type rating
(kVA)
Shaft output
(kW)
Shaft output
(hp)
Order number
(MLFB)
Weight
(kg) Frame size
6 19 190 160 214 6SR4502-2[]A32-0[][]1 3039 A 6 28 290 240 322 6SR4502-2[]A33-0[][]1 3221 A 6 37 390 320 429 6SR4502-2[]A34-0[][]1 3312 A 6 40 415 344 461 6SR4502-2[]A34-5[][]1 3403 A 6 42 440 360 483 6SR4502-2[]B34-5[][]1 3439 A 6 47 480 400 536 6SR4502-2[]B35-0[][]1 3530 A 6 56 580 480 643 6SR4502-2[]B36-0[][]1 3621 A 6 65 680 560 751 6SR4502-2[]B37-0[][]1 3803 A 6 70 725 602 807 6SR4502-2[]B37-5[][]1 3893 A 6 74 770 640 858 6SR4502-2[]C38-0[][]1 3984 A 6 84 870 720 965 6SR4502-2[]C38-7[][]1 4075 A 6 93 970 800 1072 6SR4502-2[]C41-0[][]1 4166 A 6 100 1035 860 1152 6SR4502-2[]C41-1[][]1 4348 A 6 102 1060 880 1180 6SR4502-2[]D41-1[][]1 4387 A 6 116 1210 1000 1340 6SR4502-2[]D41-2[][]1 4569 A 6 126 1310 1080 1448 6SR4502-2[]D41-4[][]1 4682 B 6 140 1450 1203 1613 6SR4502-2[]D41-5[][]1 4796 B 6 150 1560 1320 1769 6SR4502-2[]E41-6[][]1 5431 B 6 159 1650 1400 1877 6SR4502-2[]E41-7[][]1 5597 B 6 172 1790 1520 2038 6SR4502-2[]E41-8[][]1 5738 B 6 181 1890 1600 2145 6SR4502-2[]E42-0[][]1 5902 B 6 200 2075 1763 2363 6SR4502-2[]E42-2[][]1 6222 B 6 204 2120 1800 2413 6SR4502-2[]F42-2[][]1 6297 B 6 218 2260 1920 2574 6SR4502-2[]F42-4[][]1 6517 B 6 227 2360 2000 2681 6SR4502-2[]F42-5[][]1 6655 B 6 250 2590 2200 2949 6SR4502-2[]F42-7[][]1 7087 B 6 260 2700 2292 3073 6SR4502-2[]F43-0[][]1 7433 B 6 386 4010 3400 4558 6SR4502-2[]J44-2[][]1 9145 C 6 408 4240 3600 4826 6SR4502-2[]J44-5[][]1 9590 C 6 431 4480 3800 5094 6SR4502-2[]J44-7[][]1 9813 C 6 454 4720 4000 5362 6SR4502-2[]J45-0[][]1 10,035 C 6 476 4950 4200 5630 6SR4502-2[]J45-2[][]1 10,258 C 6 499 5190 4400 5898 6SR4502-2[]J45-5[][]1 10,480 C 6 522 5420 4600 6166 6SR4502-2[]K45-7[][]1 11,078 C 6 544 5660 4800 6434 6SR4502-2[]K46-0[][]1 11,300 C 6 550 5720 4849 6500 6SR4502-2[]K46-2[][]1 11,675 C 6 590 6130 5200 6971 6SR4502-2[]K46-5[][]1 12,050 C 6 635 6600 5600 7507 6SR4502-2[]K47-0[][]1 12,800 C 6 660 6855 5818 7799 6SR4502-2[]K47-5[][]1 13,240 C
Selection data for motor 6.0 kV
14
Selection data for motor voltage 6.6 kV
Rated motor
voltage (kV)
Current
(A)
Type rating
(kVA)
Shaft output
(kW)
Shaft output
(hp) Order number (MLFB) Weight
(kg) Frame size
6.6 17 190 160 214 6SR4502-2[]A32-0[][]1 3039 A
6.6 25 290 240 322 6SR4502-2[]A33-0[][]1 3221 A
6.6 34 390 320 429 6SR4502-2[]A34-0[][]1 3312 A
6.6 40 455 378 507 6SR4502-2[]A35-0[][]1 3494 A
6.6 42 480 400 536 6SR4502-2[]B35-0[][]1 3530 A
6.6 51 580 480 643 6SR4502-2[]B36-0[][]1 3621 A
6.6 59 680 560 751 6SR4502-2[]B37-0[][]1 3803 A
6.6 63 730 600 804 6SR4502-2[]B37-5[][]1 3893 A
6.6 68 770 640 858 6SR4502-2[]B38-0[][]1 3984 A
6.6 70 800 662 887 6SR4502-2[]B38-7[][]1 4075 A
6.6 76 870 720 965 6SR4502-2[]C38-7[][]1 4075 A
6.6 85 970 800 1072 6SR4502-2[]C41-0[][]1 4166 A
6.6 93 1060 880 1180 6SR4502-2[]C41-1[][]1 4348 A
6.6 100 1140 946 1268 6SR4502-2[]C41-2[][]1 4530 A
6.6 106 1210 1000 1340 6SR4502-2[]D41-2[][]1 4569 A
6.6 114 1310 1080 1448 6SR4502-2[]D41-4[][]1 4682 B
6.6 127 1450 1200 1609 6SR4502-2[]D41-5[][]1 4796 B
6.6 140 1600 1324 1775 6SR4502-2[]D41-7[][]1 5348 B
6.6 144 1650 1400 1877 6SR4502-2[]E41-7[][]1 5597 B
6.6 157 1790 1520 2038 6SR4502-2[]E41-8[][]1 5738 B
6.6 165 1890 1600 2145 6SR4502-2[]E42-0[][]1 5902 B
6.6 186 2120 1800 2413 6SR4502-2[]E42-2[][]1 6222 B
6.6 198 2260 1920 2574 6SR4502-2[]E42-4[][]1 6442 B
6.6 200 2285 1939 2600 6SR4502-2[]E42-5[][]1 6580 B
6.6 206 2360 2000 2681 6SR4502-2[]F42-5[][]1 6655 B
6.6 227 2590 2200 2949 6SR4502-2[]F42-7[][]1 7087 B
6.6 247 2830 2400 3217 6SR4502-2[]F43-0[][]1 7433 B
6.6 260 2970 2521 3380 6SR4502-2[]F43-2[][]1 7877 B
6.6 392 4480 3800 5094 6SR4502-2[]J44-7[][]1 9813 C
6.6 412 4720 4000 5362 6SR4502-2[]J45-0[][]1 10,035 C
6.6 433 4950 4200 5630 6SR4502-2[]J45-2[][]1 10,258 C
6.6 454 5190 4400 5898 6SR4502-2[]J45-5[][]1 10,480 C
6.6 474 5420 4600 6166 6SR4502-2[]J45-7[][]1 10,703 C
6.6 495 5660 4800 6434 6SR4502-2[]J46-0[][]1 10,925 C
6.6 500 5715 4849 6500 6SR4502-2[]J46-2[][]1 11,300 C
6.6 516 5890 5000 6702 6SR4502-2[]K46-2[][]1 11,675 C
6.6 536 6130 5200 6971 6SR4502-2[]K46-5[][]1 12,050 C
6.6 577 6600 5600 7507 6SR4502-2[]K47-0[][]1 12,800 C
6.6 619 7070 6000 8043 6SR4502-2[]K47-5[][]1 13,240 C
6.6 660 7540 6400 8579 6SR4502-2[]K48-0[][]1 14,300 C
Selection data for motor 6.6 kV
15
Selection data for motor voltage 10.0 kV – 40 A– 140 A
Rated motor
voltage (kV)
Current
(A)
Type rating
(kVA)
Shaft output
(kW)
Shaft output
(hp)
Order number
(MLFB)
Weight
(kg) Frame size
10 20 340 280 375 6SR4502-5[]A33-5[][]1 3450 D
10 22 390 320 429 6SR4502-5[]A34-0[][]1 3500 D
10 25 440 360 483 6SR4502-5[]A34-5[][]1 3550 D
10 28 480 400 536 6SR4502-5[]A35-0[][]1 3600 D
10 31 540 448 601 6SR4502-5[]A35-6[][]1 3650 D
10 34 580 480 643 6SR4502-5[]A36-0[][]1 3800 D
10 36 620 512 686 6SR4502-5[]A36-4[][]1 3800 D
10 39 680 560 751 6SR4502-5[]A37-0[][]1 3850 D
10 40 690 573 768 6SR4502-5[]A37-5[][]1 3900 D
10 42 730 600 804 6SR4502-5[]B37-5[][]1 3900 D
10 45 770 640 858 6SR4502-5[]B38-0[][]1 4050 D
10 50 870 720 965 6SR4502-5[]B38-7[][]1 4200 D
10 56 970 800 1072 6SR4502-5[]B41-0[][]1 4400 D
10 70 1210 1000 1340 6SR4502-5[]B41-2[][]1 4800 E
10 84 1450 1200 1609 6SR4502-5[]C41-5[][]1 5200 E
10 92 1600 1320 1769 6SR4502-5[]C41-6[][]1 5450 E
10 98 1690 1400 1877 6SR4502-5[]C41-7[][]1 5650 E
10 100 1730 1433 1921 6SR4502-5[]C41-8[][]1 5950 E
10 106 1840 1520 2038 6SR4502-5[]D41-8[][]1 6000 E
10 112 1930 1600 2145 6SR4502-5[]D42-0[][]1 6100 E
10 126 2180 1800 2413 6SR4502-5[]D42-2[][]1 6500 E
10 140 2420 2000 2681 6SR4502-5[]D42-5[][]1 6800 E
Selection data for motor 10.0 kV
16
Selection data for motor voltage 10.0 kV – 315 A– 550 A
Rated motor
voltage (kV)
Current
(A)
Type rating
(kVA)
Shaft output
(kW)
Shaft output
(hp)
Order number
(MLFB)
Weight
(kg) Frame size
10 272 4720 4000 5362 6SR3501-5[]G45-0[][]1 10888 F
10 286 4950 4200 5630 6SR3501-5[]G45-2[][]1 11142 F
10 299 5190 4400 5898 6SR3501-5[]G45-5[][]1 11403 F
10 313 5420 4600 6166 6SR3501-5[]G45-7[][]1 11649 F
10 315 5455 4628 6204 6SR3501-5[]G46-0[][]1 11903 F
10 327 5660 4800 6434 6SR3501-5[]H46-0[][]1 11999 F
10 354 6130 5200 6971 6SR3501-5[]H46-5[][]1 12676 F
10 375 6495 5510 7386 6SR3501-5[]H47-0[][]1 13352 F
10 381 6600 5600 7507 6SR3501-5[]J47-0[][]1 13976 F
10 408 7070 6000 8043 6SR3501-5[]J47-5[][]1 15386 G
10 436 7540 6400 8579 6SR3501-5[]J48-0[][]1 16121 G
10 463 8020 6800 9115 6SR3501-5[]J48-5[][]1 16636 G
10 490 8490 7200 9651 6SR3501-5[]J48-7[][]1 17151 G
10 500 8660 7346 9848 6SR3501-5[]J48-8[][]1 17984 G
10 517 8960 7600 10,188 6SR3501-5[]M48-8[][]1 18104 G
10 544 9430 8000 10,724 6SR3501-5[]M52-0[][]1 19600 G
Selection data for motor 10.0 kV
17
Selection data for motor voltage 11.0 kV
Rated motor
voltage (kV)
Current
(A)
Type rating
(kVA)
Shaft output
(kW)
Shaft output
(hp)
Order number
(MLFB)
Weight
(kg)
Frame
size
11 18 340 280 375 6SR4502-5[]A33-5[][]1 3450 D
11 20 380 320 429 6SR4502-5[]A34-0[][]1 3500 D
11 23 440 360 483 6SR4502-5[]A34-5[][]1 3550 D
11 25 480 400 536 6SR4502-5[]A35-0[][]1 3600 D
11 28 530 450 603 6SR4502-5[]A35-6[][]1 3650 D
11 30 570 480 643 6SR4502-5[]A36-0[][]1 3800 D
11 32 610 510 684 6SR4502-5[]A36-4[][]1 3800 D
11 36 690 560 751 6SR4502-5[]A37-0[][]1 3850 D
11 38 720 600 804 6SR4502-5[]A37-5[][]1 3900 D
11 40 760 630 845 6SR4502-5[]A38-0[][]1 4050 D
11 41 780 640 858 6SR4502-5[]B38-0[][]1 4050 D
11 46 880 720 965 6SR4502-5[]B38-7[][]1 4200 D
11 51 970 800 1072 6SR4502-5[]B41-0[][]1 4400 D
11 63 1200 1000 1340 6SR4502-5[]B41-2[][]1 4800 E
11 70 1330 1100 1475 6SR4502-5[]B41-3[][]1 5050 E
11 76 1450 1200 1609 6SR4502-5[]C41-5[][]1 5200 E
11 84 1600 1320 1769 6SR4502-5[]C41-6[][]1 5450 E
11 89 1700 1400 1877 6SR4502-5[]C41-7[][]1 5650 E
11 96 1830 1520 2038 6SR4502-5[]C41-8[][]1 5950 E
11 100 1910 1580 2118 6SR4502-5[]C42-0[][]1 6050 E
11 102 1940 1600 2145 6SR4502-5[]D42-0[][]1 6100 E
11 114 2170 1800 2413 6SR4502-5[]D42-2[][]1 6500 E
11 127 2420 2000 2681 6SR4502-5[]D42-5[][]1 6800 E
11 140 2670 2200 2949 6SR4502-5[]D42-7[][]1 7080 E
Selection data for motor 11.0 kV
18
Siemens AG
Process Industries and Drives
Large Drives
P.O. Box 47 43
90025 NUERNBERG
GERMANY
Find out more:
siemens.com/ids
Article No.:
PDLD-C80011-00-76CN
753-SH902857-04161.5
Printed in China
Subject to changes and errors. The information
given in this document only contains general
descriptions and/or performance features which
may not always specifically reflect those described,
or which may undergo modification in
the course of further development of the products.
The requested performance features are binding
only when they are expressly agreed upon in the
concluded contract.
All other designations in this document may represent trademarks whose use by third parties for
their own purposes may violate the proprietary
rights of the owner.
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