Benefit from innovation in

your medium-voltage applications

Improved technology Optimized results

Optimized cabinet Optimized return on investments
• Compact design with input transformer integrated • Reduced installation costs
in the drive enclosur • Quick commissioning
• Easy front access to control and transformer cabinet • Lower production and maintenance costs
• Certified IP31, IP41 & IP42 cabinet
• Small footprint

Fully equipped drive Increased effictiveness

• Interlock system*, special tool to open the door is needed, • Enhanced reliability
power-off signal, handlelock • Improved operation continuity
• Large 10’’ HMI, easy software configuration, internal • Advanced protection of people and
lightening, free I/O equipment
• UPS • User friendly
• CE marking • International compliance

Simple and proven design No motor disturbance

Multi-level technology • Improved motor durability
• Clean sinusoidal wave output current • Compatibility with new or existing motors
• Lower harmonics no motor stress • Extended cable length to motor
• Operate very old direct on line motors • Motor friendly (no mechanical stress)

Improved OPEX and CAPEX Seamless integration with motor

• Low harmonics THDI<3% (input & output) and line supply
• No specific motor insulation • Optimized return on investment
• Long motor cable without additional components • Reduced energy losses
• No special motor cable required • Insignificant interference with the electrical
• Low dv/dt and voltage steps network

Efficient cooling system More energy savings

• Innovative system without bottom transformer fans • Improved total drive efficiency
• Increased energy savings
• Air duct system (no air conditioning needed)

Inverter Simple operation

• Modular architecture • Time saving
• Well proven low-voltage IGBT • Easy maintenance
Separate air flow in control cabinet • Increased drive reliability
• No additional fans inside the cabinet.

*according to customers’ requirement

1
 Compact design and improved
security

Optimized power cell cabinet

Compact design
• Modular power cell design
• Easy to replace

Checking window
• 4 peepholes on each door of Power cell cabinet

All-in-one
cabinet
Easy maintenance
• Front access transformer
& control

Efficient cooling
• Separated Air Flow
• No additional fans to
maintain
• Washable filters

Fully equipped
• UPS (30 mins)
• 10” HMI touch screen
• Indoor cabinet lights
• Audible alarm
• Separated access to MV
• Free I/O
• Limit switch

Advanced IP31 enclosure

Robust design
• 2mm panel thickness
• IP41 & IP42 (option)

Separated access to MV
• Interlock system
• Special tool to open each door is needed
• Handle lock
• DC bus power-off signal

2
Well proven technology for
performance and reliability

High-performance inverter
Inverter efficiency Motor-friendly
• 98.5% efficiency • Up to 19 levels of pulse-width modulation
(PWM) for minimal switching surges
• Insignificant harmonics
• Up to 2km motor cable length without
output filter

Control
Easy access
& compactness
• Integrated high
speed control
• Customizable
interface and control

Uninterrupted Power
Supply
• 30 mins continuous
operation after Power
supply lose
• Protection against supply
instability (voltage drop)

Integrated transformer
Compactness
• Fewer cables and simpler commissioning

Clean power
• 18-54 pulse operation
• Clean sinusoidal wave

Air duct system

• Improved drive efficiency
• No hotspots

3
Compact and environmentally friendly
Clean power

The multi-level topology shown below, featuring a 30-pulse diode

rectifier, is associated with the kind of low-voltage IGBTs that have
proven successful in practice and are found in a wide range of
applications. It also features:

• Harmonics-free input current with high power factor

• No pulse torque
• Quasi sinusoidal wave for motors and supply currents (negligible
harmonic current contents)
• Current switched off instantaneously
Typical output voltage waveform of a power cell
• Minimum losses since the IGBT does not need a snubber and
requires little switching power

Main circuit configuration for 6.0 kV drive Power cell

Input Output
3-phase input
power supply

Drive input waveform Motor waveform

Voltage Voltage
Current Current

96.5% > 40,000 h *

Compact size: Up to 1.5 MVA Efficiency including transformer MTBF: more than 4.5 years
per meter of enclosure (drive *Depends on transformer
only)
4
Flexibility and reliability
Optimized modular architecture

The inverter of the drive is based on a proven, modular low-

voltage IGTB architecture for added reliability.
• Easy maintenance with module power cells that can be replaced in
just a few minutes
• Simple multi-level architecture for cost-saving maintenance
• Fewer spare parts thanks to just one power cell design

A dedicated CPU compartment close to the power cells requires

only short cables and simplifies the installation on site. Cabinets
can be shipped separately.
• Space optimized dimensions without squeezing components and
avoiding any hot spot inside the system
• Easy access to the control panel allows you to install additonal
components according to your needs

Efficient cooling system

Innovative transformer design with no need for additional bottom

blowers.
• Up to 0.3% total drive efficiency

Separate air flow in the control cabinet

• Efficient air flow in the control cabinet thanks to the Altivar 1200 design.
No additional fans needed inside the cabinet.
• No maintenance required.

Cooling with air duct channel (as an option)

The ATV1200 can be equipped with the air duct system to

exhaust heated air outside the electrical room. This solution
optimizes the design of the air conditioning system. Clean air
has to be provided in the drive air inlets.
• Air inlet grid for transformer cabinet
• Guided air flow to avoid internal air short-circuit between
transformerand powercell cabinet
• Air inlet grid for powercell cabinet
• Air duct channel

Drive with air duct channel

5
User-friendly interface interface with
many control features
Easy-to-use 10-inch color LCD touch-screen with the
results available at your fingertips.

• Multiple languages
• Consistent menus within the Altivar ranges
• Parameter and operation records
• Dedicated multi-level menu to guide you with different
access levels for service and commissioning
engineers (operator, manager, administrator)

Control features Key functions

• Motor control mode • Soft start function (including

V/f control, sensor/sensorless flux vector control, closed-loop synchronization and bypass)
• Integrated protection • Multi motors control
Overcurrent, overvoltage, undervoltage, controller shutdown, • Catch on fly
cooling fan stop, overload, overtemperature, communication
interruption, ground fault, phase lose. • Simulation mode for commissioning
• Communication • Master slave function up to 3 drives (1
Modbus, Modbus TCP, Ethernet IP, Profibus or DeviceNet master, 2 slaves)
• HMI screen • Speed synchronized control (load
Output frequency, voltage, current, power and input voltage, sharing)
current, power, power factor, parameters setting, voltage and
• Motor autotuning
current waveform, transformer temperature, drive status and
records. • Auto restart (after input voltage drop)
• 1Q or 2Q operation, PID function
• I/O function
• Local / remote mode
• Frequency setting: manual, analogue, digital

6
Make your life easier
with complete solutions
Altivar 1200 is open to most networks, and can be integrated in The Altivar 1200
any medium architecture. solution is based on a
transformer, drive and
With the Altivar 1200, Schneider Electric has created a medium-voltage electric
motor assembly.
comprehensive and consistent offer for:
• Controlling and supplying equipment Schneider Electric
• Improving performance can provide a turnkey
solution complete with
drive and associated
Schneider Electric, a world leader in electrical distribution and control equipment (electrical
systems, presents a range of products, solutions and services for: distribution, control
systems).
• Transforming and routing energy
• Automating machines and processes For more information,
please contact our
project teams.

Complete solution by Schneider Electric

Electric substation

GIS switchboard MV/MV AIS 12 MV

power transformer switchboard

MV motor and drive AIS MV switchboard MV/MV transformer

MV motor starter control

Secondary electric
substation

LV switchboard LV motor control switchboard LV variable speed drive

7
Build a competitive advantage with the
help from our industry experts
By applying our industrialization skills to our services, we can help to ensure your
success.

Schneider Electric’s expertise

• Service experts are on hand to help you:
- get maximum return on your investments
- optimize the value of your installations throughout their life cycle

A wide range of associated services

• Audit and consultancy:
- Line supply consultancy (compensation, filtering, harmonics,
etc.)
- Shaft line study (torsional analysis, etc.)
- Energy efficiency, enabling an optimized drive solution

• Installation and startup with:

- Assistance and troubleshooting
- Specific maintenance contract (with optional remote
access and reconditioning)

• Factory tests
- Deliver Factory Acceptance Test
- Test at maximum power with or without motor

• Customized training
- On user site or in Schneider Electric training center
- Official qualification for medium-voltage drive operations

• Bespoke project management

• Rapid, flexible service provision

Rapid return on investment

(generally less than 24 months)

8
Altivar 1200
General Technical Specification
Standard features
Input 18-54 pulse diode rectifier bridge
Output Multilevel PWM with 2 level low-voltage IGBT inverter cells
Input voltage p 2.4kV, 3.0kV, 3.3kV, 4.16kV, 5.5kV, 6.0kV, 6.3kV, 6.6kV, 6.9kV, 10kV, 11kV, 13.8 kV

p Variation: standard±10%

Allowable voltage fluctuation The drive is subject to de-rating operation when the voltage drop of power supply is within -30%
Input frequency 50/60 Hz ±5%
Acceleration deceleration time 0-3200 s
Overload capability p Standard overload 120% 60s/10 min and 150% 3s/10 min, instand trip threshold 200%

p High overload 150% 60s/10 min, 185% 3s/10 min, instand trip threshold 250%

Total harmonics THDI Comply with the requirements of power quality standard of IEEE519-1992
Frequency resolution 0.01 HZ
Trigger signal transmission Fiber optic transmission
Input Power factor ≥ 0.96 from 20 % to 100 % of speed
Efficiency at rated power The efficiency of the drive including input transformer 96% or over 96.5% depending on product
Inverter efficiency without transformer is 98.5%
Type of motor Asynchronous motor, synchronous motor
Three-phase output voltage for 0...2400V - 0...3000V - 0...3300V - 0...4160V - 0...5500V - 0...6000V
motor connection 0...6300V - 0...6600V - 0...6900V - 0...10000V - 0...11000V
Output frequency 120Hz for V/f, 70Hz for Vector Control
Input transformer Indoor type integrated in the frequency variable device, the dry phase-shifting transformer can be supplied
with 24 – 54 pulse rectifier
Control power supply p 220 VAC, capacity 3 kVA, with UPS 30 min autonomy, other voltage on request

Protection class p Standard: IP31

p Option: IP41, IP42

Cooling Forced air ventilation

Paint RAL 7032
Reference standard IEC EN 61800-3, IEC EN 61800-4, IEC EN 61800-5-1, IEC EN 60204-11, IEC EN 60529,IEEE 519 and other
optional ones

Environment
Storage temperature -10°C to 60°C
Working temperature 0-40°C, up to 50°C possible with derating
Relative humidity 90% (without condensate), Optional: maximum up to 95%
Altitude ≤ 1000 m without derating. With derating of 0.6% every 100m up to 2000 meters, can be
customized for high altitude
Vibration Acceleration: 4.9 m/s2 acceptable (10-50 Hz)
Noise level ≤ 80 dB (A) (including the noise of the cooling fan on the cabinet top)

Identification code

AT V 1 2 0 0 A XXX 66
Serial Name Cooling Type Drive (kVA) Input Voltage Output Voltage Style IP Drive Efficiency
A→Air Cooled 24→ 2 .4 k V 4 2→ 4 .1 6k V S→Sync. Motor Control 3→ I P3 1 S→ Standard Efficiency
3 3→ 3. 3 k V 60→6k V A→ Async. Motor Control 4→ I P41 H→ High Efficiency
5 5→5. 5 k V 66→6.6k V 5→ I P4 2
6 3→6. 3 k V 1 1→ 1 1 k V
10→ 10 k V

For Example
AT V 1 2 0 0 - A 5 6 00 - 6 6 60 A 3 H
The capacity of Altivar 1200 series of Medium-Voltage Drive is 5600kVA, Air Cooled, input voltage is 6.6 kV, output voltage is 6kV, Asynchronous
motor Control, IP31 and with high efficiency input transformer.

9
 Power specifications
Voltage class 3.3 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200-A370-3333••• 65 52 309 370 2460x1400x2520 2200

ATV1200-A470-3333••• 82 66 393 470 2460x1400x2520 2400

ATV1200-A570-3333••• 100 80 477 570 2460x1400x2520 2600

ATV1200-A660-3333••• 116 93 552 660 2760x1400x2520 3200

ATV1200-A770-3333••• 135 108 644 770 2760x1400x2520 3200

ATV1200-A860-3333••• 150 120 719 860 2760x1400x2590 3400

ATV1200-A1000-3333••• 175 140 836 1000 3560x1400x2670 4300

ATV1200-A1140- 3333••• 200 160 953 1140 3560x1400x2670 4600

ATV1200-A1250-3333••• 220 176 1045 1250 3560x1400x2670 4700

ATV1200-A1400-3333••• 245 196 1170 1400 3560x1400x2820 5000

ATV1200-A1600-3333••• 280 224 1338 1600 3560x1500x2820 5400

ATV1200-A1830-3333••• 320 256 1530 1830 4560x1500x2670 6400

ATV1200-A2000-3333••• 350 280 1672 2000 4560x1500x2670 6500

ATV1200-A2340-3333••• 410 328 1956 2340 4560x1600x2670 7100

ATV1200-A2800-3333••• 490 392 2341 2800 4560x1600x2820 7800

ATV1200-A3150-3333••• 550 440 2633 3150 5870x1700x2740 9800

ATV1200-A3500-3333••• 612 490 2926 3500 5870x1700x2740 10200

ATV1200-A3780-3333••• 661 529 3160 3780 5870x1700x2740 10600

ATV1200-A4120-3333••• 720 576 3444 4120 5870x1700x2740 11100

ATV1200-A4460-3333••• 780 624 3729 4460 5870x1700x2740 11800

ATV1200-A4860-3333••• 850 680 4063 4860 5870x1700x2740 12400

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric.
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

10
 Power specifications
Voltage class 4.16 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200-A350-4242••• 49 39 293 350 2660x1400x2520 2400

ATV1200-A470-4242••• 65 52 393 470 2660x1400x2520 2600

ATV1200-A560-4242••• 78 62 468 560 2660x1400x2520 2800

ATV1200-A720-4242••• 100 80 602 720 2660x1400x2520 3100

ATV1200-A790-4242••• 109 87 660 790 3060x1400x2520 3800

ATV1200-A940-4242••• 130 104 786 940 3060x1400x2520 4000

ATV1200-A1080-4242••• 150 120 903 1080 3660x1400x2670 4400

ATV1200-A1190-4242••• 165 132 995 1190 4060x1400x2670 5000

ATV1200-A1450-4242••• 200 160 1212 1450 4060x1400x2670 5300

ATV1200-A1585-4242••• 220 176 1325 1585 4060x1500x2670 5600

ATV1200-A1750-4242••• 243 194 1463 1750 4060x1500x2740 5800

ATV1200-A2020-4242••• 280 224 1689 2020 4360x1500x2740 6300

ATV1200-A2310-4242••• 320 256 1931 2310 5170x1500x2670 7700

ATV1200-A2500-4242••• 347 278 2090 2500 5170x1500x2670 7900

ATV1200-A2960-4242••• 410 328 2475 2960 5170x1600x2670 8500

ATV1200-A3130-4242••• 434 347 2617 3130 5170x1600x2670 8800

ATV1200-A3530-4242••• 490 392 2951 3530 5470x1700x2820 9600

ATV1200-A4000-4242••• 550 440 3344 4000 6670x1800x2740 12100

ATV1200-A4400-4242••• 611 489 3678 4400 6670x1800x2740 12500

ATV1200-A4760-4242••• 661 529 3979 4760 6670x1800x2740 13000

ATV1200-A5200-4242••• 720 576 4347 5200 6670x1800x2740 13800

ATV1200-A5650-4242••• 784 627 4723 5650 6670x1800x2740 14200

ATV1200-A6150-4242••• 850 680 5141 6150 6970x1800x3040 14700

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric.
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

11
 Power specifications
Voltage class 5.5 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200 -A430-5555••• 45 36 359 430 2860x1400x2590 2400

ATV1200-A520-5555••• 55 44 435 520 2860x1400x2590 2600

ATV1200-A620- 5555••• 65 52 518 620 2860x1400x2590 2800

ATV1200-A730- 5555••• 76 61 610 730 2860x1400x2590 3100

ATV1200-A860-5555••• 90 72 719 860 2860x1400x2590 3800

ATV1200-A960-5555••• 100 80 803 960 3160x1400x2590 4000

ATV1200-A1090- 5555••• 114 91 911 1090 3660x1400x2520 4400

ATV1200-A1290- 5555••• 135 108 1078 1290 3660x1500x2670 5000

ATV1200-A1430-5555••• 150 120 1195 1430 3660x1500x2820 5300

ATV1200-A1610-5555••• 168 135 1346 1610 4360x1500x2670 5600

ATV1200-A1910-5555••• 200 160 1597 1910 4660x1500x2670 5800

ATV1200-A2100- 5555••• 220 176 1756 2100 4660x1600x2670 6300

ATV1200-A2300-5555••• 241 192 1923 2300 4660x1600x2670 7700

ATV1200-A2670- 5555••• 280 224 2232 2670 4660x1600x2820 7900

ATV1200-A2870- 5555••• 301 241 2399 2870 5770x1600x2670 8500

ATV1200-A3050-5555••• 320 256 2550 3050 5770x1600x2670 8800

ATV1200-A3210- 5555••• 337 269 2684 3210 6070x1700x2670 9600

ATV1200-A3610-5555••• 379 303 3018 3610 6070x1700x2670 10900

ATV1200-A3910-5555••• 410 328 3269 3910 6070x1700x2740 11100

ATV1200-A4100-5555••• 430 344 3428 4100 6070x1700x2740 11300

ATV1200-A4680-5555••• 490 392 3912 4680 6070x1700x2820 12500

ATV1200-A5250-5555••• 550 440 4389 5250 7770x1800x3040 15300

ATV1200-A5810- 5555••• 611 489 4857 5810 7770x1800x3040 15600

ATV1200-A6300-5555••• 660 528 5267 6300 8670x1600x3040 16500

ATV1200-A6900-5555••• 720 576 5768 6900 8970x1700x3040 18400

ATV1200-A7450-5555••• 780 624 6228 7450 8970x1700x3040 19900

ATV1200-A8100-5555••• 850 680 6772 8100 8970x1700x3040 20300

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

12
 Power specifications
Voltage class 6.0 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200 -A470-6060••• 45 36 393 470 2860x1400x2590 2400

ATV1200-A570-6060••• 55 44 477 570 2860x1400x2590 2600

ATV1200-A670- 6060••• 65 52 560 670 2860x1400x2590 2800

ATV1200-A790- 6060••• 76 61 660 790 2860x1400x2590 3100

ATV1200-A940-6060••• 90 72 786 940 2860x1400x2590 3800

ATV1200-A1040-6060••• 100 80 869 1040 3160x1400x2590 4000

ATV1200-A1190- 6060••• 114 91 995 1190 3660x1400x2520 4400

ATV1200-A1400- 6060••• 135 108 1170 1400 3660x1500x2670 5000

ATV1200-A1560-6060••• 150 120 1304 1560 3660x1500x2820 5300

ATV1200-A1750-6060••• 168 135 1463 1750 4360x1500x2670 5600

ATV1200-A2080-6060••• 200 160 1739 2080 4660x1500x2670 5800

ATV1200-A2290- 6060••• 220 176 1914 2290 4660x1600x2670 6300

ATV1200-A2500-6060••• 241 192 2090 2500 4660x1600x2670 7700

ATV1200-A2910- 6060••• 280 224 2433 2910 4660x1600x2820 7900

ATV1200-A3130- 6060••• 301 241 2617 3130 5770x1600x2670 8500

ATV1200-A3325-6060••• 320 256 2780 3325 5770x1600x2670 8800

ATV1200-A3500- 6060••• 337 269 2926 3500 6070x1700x2670 9600

ATV1200-A3940-6060••• 379 303 3294 3940 6070x1700x2670 10900

ATV1200-A4260-6060••• 410 328 3561 4260 6070x1700x2740 11100

ATV1200-A4470-6060••• 430 344 3737 4470 6070x1700x2740 11300

ATV1200-A5100-6060••• 490 392 4264 5100 6070x1700x2820 12500

ATV1200-A5720-6060••• 550 440 4782 5720 7770x1800x3040 15300

ATV1200-A6350- 6060••• 611 489 5309 6350 7770x1800x3040 15600

ATV1200-A6860-6060••• 660 528 5735 6860 8670x1600x3040 16500

ATV1200-A7500-6060••• 720 576 6270 7500 8970x1700x3040 18400

ATV1200-A8110-6060••• 780 624 6780 8110 8970x1700x3040 19900

ATV1200-A8840-6060••• 850 680 7390 8840 8970x1700x3040 20300

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

13
 Power specifications
Voltage class 6.3 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200 -A450-6363••• 41 33 376 450 3060x1400x2520 3100

ATV1200-A530-6363••• 49 39 443 530 3060x1400x2520 3300

ATV1200-A720- 6363••• 65 52 602 720 3060x1400x2520 3500

ATV1200-A820- 6363••• 75 60 686 820 3060x1400x2520 3600

ATV1200-A900-6363••• 82 66 752 900 3060x1400x2520 3800

ATV1200-A1020-6363••• 93 74 853 1020 3360x1400x2520 4100

ATV1200-A1100- 6363••• 100 80 920 1100 3360x1400x2520 4200

ATV1200-A1190- 6363••• 109 87 995 1190 3960x1500x2670 5000

ATV1200-A1480-6363••• 135 108 1237 1480 3960x1500x2670 5500

ATV1200-A1640-6363••• 150 120 1371 1640 3960x1500x2740 5800

ATV1200-A1970-6363••• 180 144 1647 1970 5170x1600x2670 7200

ATV1200-A2190- 6363••• 200 160 1831 2190 5170x1600x2670 7500

ATV1200-A2400-6363••• 220 176 2006 2400 5170x1700x2670 7800

ATV1200-A2670- 6363••• 245 196 2232 2670 5170x1700x2740 8300

ATV1200-A3050- 6363••• 280 224 2550 3050 5170x1700x2740 8700

ATV1200-A3490-6363••• 320 256 2918 3490 6670x1700x2670 11200

ATV1200-A3760- 6363••• 344 276 3143 3760 6670x1700x2670 11800

ATV1200-A4240-6363••• 388 311 3545 4240 6670x1700x2740 12400

ATV1200-A4470-6363••• 410 328 3737 4470 6670x1700x2740 12400

ATV1200-A4770-6363••• 437 350 3988 4770 6670x1800x2740 13300

ATV1200-A5350-6363••• 490 392 4473 5350 6670x1800x2820 13800

ATV1200-A6000-6363••• 550 440 5016 6000 8570x1800x3040 16700

ATV1200-A6660- 6363••• 612 490 5568 6660 9470x1600x3040 18300

ATV1200-A7200-6363••• 660 528 6019 7200 9470x1600x3040 19000

ATV1200-A7860-6363••• 720 576 6571 7860 9770x1700x3040 20800

ATV1200-A8550-6363••• 783 626 7148 8550 9770x1600x3040 21400

ATV1200-A9300-6363••• 850 680 7775 9300 9770x1700x3340 22300

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

14
 Power specifications
Voltage class 6.6 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200 -A 470-6666••• 41 33 393 470 3060x1400x2520 3100

ATV1200-A 560-6666••• 49 39 468 560 3060x1400x2520 3300

ATV1200-A 750- 6666••• 65 52 627 750 3060x1400x2520 3500

ATV1200-A860- 6666••• 75 60 719 860 3060x1400x2520 3600

ATV1200-A 940-6666••• 82 66 786 940 3060x1400x2520 3800

ATV1200-A 1070-6666••• 93 74 895 1070 3360x1400x2520 4100

ATV1200-A 1150- 6666••• 100 80 961 1150 3360x1400x2520 4200

ATV1200-A 1250- 6666••• 109 87 1045 1250 3960x1500x2670 5000

ATV1200-A 1550-6666••• 135 108 1296 1550 3960x1500x2670 5500

ATV1200-A 1715-6666••• 150 120 1434 1715 3960x1500x2740 5800

ATV1200-A 2060-6666••• 180 144 1722 2060 5170x1600x2670 7200

ATV1200-A 2290- 6666••• 200 160 1914 2290 5170x1600x2670 7500

ATV1200-A 2515-6666••• 220 176 2103 2515 5170x1700x2670 7800

ATV1200-A 2800- 6666••• 245 196 2341 2800 5170x1700x2740 8300

ATV1200-A 3200- 6666••• 280 224 2675 3200 5170x1700x2740 8700

ATV1200-A 3660-6666••• 320 256 3060 3660 6670x1700x2670 11200

ATV1200-A 3940- 6666••• 344 276 3294 3940 6670x1700x2670 11800

ATV1200-A 4440-6666••• 388 311 3712 4440 6670x1700x2740 12400

ATV1200-A 4685-6666••• 410 328 3917 4685 6670x1700x2740 12400

ATV1200-A 5000-6666••• 437 350 4180 5000 6670x1800x2740 13300

ATV1200-A 5600-6666••• 490 392 4682 5600 6670x1800x2820 13800

ATV1200-A 6300-6666••• 550 440 5267 6300 8570x1800x3040 16700

ATV1200-A 7000- 6666••• 612 490 5852 7000 9470x1600x3040 18300

ATV1200-A 7550-6666••• 660 528 6312 7550 9470x1600x3040 19000

ATV1200-A 8250-6666••• 720 576 6897 8250 9770x1700x3040 20800

ATV1200-A 8950-6666••• 783 626 7482 8950 9770x1700x3040 21400

ATV1200-A 9750-6666••• 850 680 8151 9750 9770x1700x3340 22300

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

15
 Power specifications
Voltage class 10 kV

Nominal Continous Current(A) Typical Motor Approximate

Type Rating Dimension
Model Power Weight
Standard Overload High Overload (kVA) (W*D*H) mm
(kW) (kg)
120% 150%

ATV1200-A470-1010••• 27 22 393 470 3960x1600x2670 4100

ATV1200-A610-1010••• 35 28 510 610 3960x1600x2670 4300

ATV1200-A700-1010••• 40 32 585 700 3960x1600x2670 4400

ATV1200-A790-1010••• 46 36 660 790 3960x1600x2670 4500

ATV1200-A940-1010••• 54 43 786 940 4260x1600x2670 4700

ATV1200-A1070-1010••• 62 49 895 1070 4260x1600x2670 4900

ATV1200-A1130-1010••• 65 52 945 1130 4260x1600x2670 5000

ATV1200-A1250-1010••• 72 58 1045 1250 4260x1700x2670 5100

ATV1200-A1570-1010••• 91 73 1313 1570 4260x1700x2670 5500

ATV1200-A1730-1010••• 100 80 1446 1730 4260x1700x2670 5700

ATV1200-A2000-1010••• 115 92 1672 2000 5160x1700x2670 6900

ATV1200-A2340-1010••• 135 108 1956 2340 5160x1700x2670 7300

ATV1200-A2600-1010••• 150 120 2174 2600 6060x1500x2740 7900

ATV1200-A2800-1010••• 162 129 2341 2800 6870x1500x2670 9100

ATV1200-A3130-1010••• 180 145 2617 3130 6870x1500x2670 9400

ATV1200-A3470-1010••• 200 160 2901 3470 6870x1500x2670 9900

ATV1200-A3810-1010••• 220 176 3185 3810 6870x1500x2670 10300

ATV1200-A4440-1010••• 256 205 3712 4440 7170x1600x3040 11500

ATV1200-A4850-1010••• 280 224 4055 4850 7170x1600x3040 12000

ATV1200-A5000-1010••• 289 231 4180 5000 9070x1600x3040 14800

ATV1200-A5540-1010••• 320 256 4631 5540 9070x1600x3040 15200

ATV1200-A6250-1010••• 361 289 5225 6250 9070x1600x3040 16700

ATV1200-A7100-1010••• 410 328 5936 7100 9370x1700x3040 18300

ATV1200-A7900-1010••• 456 365 6604 7900 9370x1700x3040 20100

ATV1200-A8500-1010••• 490 393 7106 8500 9370x1700x3040 20500

ATV1200-A9530-1010••• 550 440 7967 9530 14480x1600x3040 26200

ATV1200-A10600-1010••• 612 490 8862 10600 14480x1600x3040 26700

ATV1200-A11500-1010••• 664 531 9614 11500 15080x1600x3040 28400

ATV1200-A12500-1010••• 720 576 10450 12500 15080x1600x3040 30400

ATV1200-A13500-1010••• 779 624 11286 13500 15680x1600x3040 32000

ATV1200-A14750-1010••• 850 680 12331 14750 15680x1700x3040 37400

1) ... Please contact Schneider Electric for other combinations of input and output voltage.
2) ... For higher drive capacity please contact Schneider Electric
3) ... Values are caclulated with motor power factor of 0.88 and efficiency of 95%. The real value must be calculated on the basis of the
equipment used.
4) ... Values valid only for standard efficiency.

16
17
Altivar 1200: Basic guidelines on
installation and maintenance

L transformer cabinet depth

D Amplification
1:5

Channel steel of VFD

120mm
5mm

±0.00mm

Channel steel of Fundation

±0.00mm
800mm

18