WEG MVW01 User manual

Motors | Automation | Energy | Transmission & Distribution | Coatings
Medium Voltage Frequency Inverter
MVW01
User’s Manual

User’s Manual
Series: MVW01
Software version: 3.5X
Language: English
Document Number: 0899.5247 / 04
Build 369
Publication Date: 01/2023

Summary of reviews
Version Revision Description
-01 First edition
-02
Addition of the functions:
- Vector control with encoder.
- Sensorless vector control.
- Ride-Through for vector control.
- Redundant ventilation.
- Multivariable read-only parameter.
- WEG protocol at 192000 bps and 38400 bps.
- Communication protocol for DeviceNet Drive Profile Board.
New parameters, new faults and alarms regarding the 4000 HP parallel “Frame C”.
General revision.
-03
Update for the MVW01 G2 line, firmware version 3.3X.
Inclusion of the graphic HMI.
Inclusion of the MVW01C (compact).
Inclusion of the 5 level MVW-01.
Inclusion of inverter parallelism.
Inclusion of the synchronous motor line
Description of special functions.
General revision.
-04 Inclusion of the MVW01 WC.
General revision.

Contents
Contents
1 SAFETY INSTRUCTIONS ...........................................................1-1
1.1 SAFETY WARNINGS IN THE MANUAL ......................................................................... 1-1
1.2 SAFETY WARNINGS ON THE PRODUCT ...................................................................... 1-1
1.3 IDENTIFICATION LABEL OF THE MVW01 ..................................................................... 1-2
1.4 PRELIMINARY RECOMMENDATIONS .......................................................................... 1-2
2 GENERAL INFORMATION ..........................................................2-1
2.1 ABOUT THE MANUAL................................................................................................ 2-1
2.2 SOFTWARE VERSION ................................................................................................ 2-1
2.3 HOW TO SPECIFY THE MVW01 MODEL....................................................................... 2-2
2.3.1 Available Models ............................................................................................. 2-5
2.3.2 MVW01 main Components.............................................................................. 2-12
2.3.3 MVW01 Electronic Boards .............................................................................. 2-15
2.3.4 PLC2 Expansion Board .................................................................................. 2-15
2.4 RECEIVING AND STORAGE ...................................................................................... 2-16
3 MVW01 WITH 3 LEVELS (3L) ......................................................3-1
3.1 MECHANICAL DATA .................................................................................................. 3-3
3.1.1 Panel Constructive Aspects .............................................................................. 3-3
3.2 INPUT RECTIFIER ..................................................................................................... 3-4
3.3 INVERTER ARMS ...................................................................................................... 3-5
3.4 CONTROL RACK....................................................................................................... 3-7
3.5 AVAILABLE MODELS ................................................................................................. 3-8
4 MVW-01 WITH 5 LEVELS (5L) .....................................................4-1
4.1 MECHANICAL DATA .................................................................................................. 4-2
4.2 AVAILABLE MODELS ................................................................................................. 4-2
5 MVW01C (COMPACT)................................................................5-1
5.1 PANEL CONSTRUCTIVE DETAILS ............................................................................... 5-6
5.2 AVAILABLE MODELS ................................................................................................. 5-7
6 MVW01 WC (WATER COOLED) ...................................................6-1
6.1 Water Cooled Bridge Rectifier .................................................................................... 6-2
6.2 MVW01 WC Power Arms ............................................................................................ 6-3
6.3 Control rack ............................................................................................................. 6-4
6.4 WEG cooling system RSW.......................................................................................... 6-4
6.4.1 Heat exchanger ............................................................................................... 6-5
6.4.2 Flow sensor .................................................................................................... 6-5
6.4.3 Pressure Transmitter ....................................................................................... 6-5
6.4.4 Temperature Transmitter .................................................................................. 6-5
6.4.5 Three-Way Valve.............................................................................................. 6-6

Contents
6.4.6 Centrifugal Pump ............................................................................................ 6-6
6.4.7 Over Pressure Valve......................................................................................... 6-6
6.4.8 Automatic Degasser Valve ................................................................................ 6-6
6.4.9 Expansion Tank ............................................................................................... 6-6
6.4.10 Leakage Sensor .............................................................................................. 6-6
6.5 INSTALLATION SPECIFICATIONS ................................................................................ 6-6
6.5.1 Coolant Fluid .................................................................................................. 6-6
6.5.2 Hydraulic Connections of the Secondary Circuit (Customer)................................. 6-7
6.5.3 Hydraulic Connections of the Primary Circuit (Inverter) ........................................ 6-8
6.6 MECHANICAL DATA .................................................................................................. 6-9
6.7 AVAILABLE MODELS ............................................................................................... 6-10
7 OUTPUT FILTERS .....................................................................7-1
7.0.1 Sinusoidal Output Filter.................................................................................... 7-3
8 INVERTER PARALLELISM ..........................................................8-1
8.1 STRUCTURE OF THE PARALLEL INVERTER................................................................. 8-1
8.2 THREE LEVEL (3L) LINE WITH UP TO FOUR SET PARALLELISM (3L4) ............................. 8-2
8.3 PARALLELISM OF 2 FRAME D OR 2 FRAME E .............................................................. 8-3
8.4 FIVE LEVEL PARALLELISM LINE ................................................................................. 8-5
9 SUPPORTED MOTORS..............................................................9-1
9.1 Induction motor ........................................................................................................ 9-1
9.2 Synchronous motor................................................................................................... 9-1
9.2.1 ABSOLUTE ENCODER WITH RSSI BOARD ......................................................... 9-1
9.2.2 FIELD SET (DC WITH BRUSHES) ....................................................................... 9-4
9.3 PERMANENT MAGNET SYNCHRO MOTORS (PMSM) .................................................... 9-4
10 INSTALLATION, CONNECTION AND ENERGIZATION .................. 10-1
10.1 MECHANICAL INSTALLATION .................................................................................. 10-1
10.1.1 Environmental Conditions .............................................................................. 10-1
10.1.2 Handling Recommendations ........................................................................... 10-2
10.1.3 Hoisting ....................................................................................................... 10-2
10.1.4 Moving ......................................................................................................... 10-3
10.1.5 Unpacking .................................................................................................... 10-3
10.1.6 Positioning/Mounting..................................................................................... 10-5
10.1.7 Power Arm Insertion ...................................................................................... 10-6
10.1.8 Power Arm Electric and Fiber Optic Connections .............................................. 10-8
10.1.9 Insertion of the MVW01C Power Arms ............................................................10-10
10.2 ELECTRICAL INSTALLATION ...................................................................................10-13
10.2.1 Power Section .............................................................................................10-13
10.2.2 Input Circuit Breaker.....................................................................................10-16
10.2.3 Low Voltage Auxiliary Supply .........................................................................10-17
10.3 ENERGIZATION, START-UP AND SAFE DE-ENERGIZATION.........................................10-18
10.3.1 Pre-power Checks........................................................................................10-18

Contents
10.3.2 Initial Power-up (Parameter Settings)..............................................................10-19
10.3.3 Start-up.......................................................................................................10-19
10.3.4 Start-up - HMI Operation - Control Mode: V/F 60 Hz .........................................10-19
10.3.5 Safe De-energization Instructions ..................................................................10-20
11 OPTIONAL ACCESSORIES AND BOARDS.................................. 11-1
11.1 MVC4 SIGNAL AND CONTROL CONNECTIONS .......................................................... 11-1
11.1.1 Digital inputs................................................................................................. 11-2
11.1.2 Analog inputs and outputs.............................................................................. 11-3
11.1.3 Relay output ................................................................................................. 11-4
11.1.4 Wiring installation.......................................................................................... 11-4
11.2 FUNCTION EXPANSION BOARDS ............................................................................. 11-5
11.2.1 EBA (Expansion Board A - I/O) ........................................................................ 11-5
11.2.2 EBB (Expansion Board B - I/O) ........................................................................ 11-9
11.2.3 PLC2...........................................................................................................11-12
11.3 INCREMENTAL ENCODER ......................................................................................11-14
11.3.1 EBA/EBB Boards ..........................................................................................11-15
11.3.2 EBC1 Board .................................................................................................11-16
11.4 SHORT UPS MODULE ............................................................................................11-19
11.4.1 CFW10 Inverter Parameterization ...................................................................11-19
11.5 MVC3 CONTROL BOARD CONNECTIONS .................................................................11-20
12 SPECIAL FUNCTIONS ............................................................. 12-1
12.1 LOAD SHARE FUNCTION “MAIN/AUXILIARY” ............................................................ 12-1
12.1.1 Implementation Modes .................................................................................. 12-1
12.1.2 Torque Reference - Operation in Vector Mode................................................... 12-1
12.1.3 Limitation of the Torque Current - Operation in Vector Mode .............................. 12-2
12.1.4 Negative Slip – Operation in Scalar Mode ......................................................... 12-3
12.2 SYNCHRONOUS TRANSFER OR SYNCHRONOUS BYPASS FUNCTION ......................... 12-4
12.2.1 Basic Settings ............................................................................................... 12-4
12.2.2 Important Signals for Analog Outputs .............................................................. 12-5
12.2.3 Possible Failures ........................................................................................... 12-5
12.2.4 Operating Sequency ...................................................................................... 12-6
12.3 SAFETY STOP FUNCTION ........................................................................................ 12-7
12.3.1 Implementation Mode .................................................................................... 12-7
12.3.2 Hardware ..................................................................................................... 12-7
13 DIAGNOSTICS AND TROUBLESHOOTING ................................. 13-1
13.1 INFORMATION FOR CONTACTING TECHNICAL SUPPORT .......................................... 13-1
13.2 PREVENTIVE MAINTENANCE ................................................................................... 13-1
13.2.1 Preventive Maintenance During Operation........................................................ 13-1
13.2.2 Preventive Maintenance with Complete Stop/De-energization ............................ 13-3
13.3 SAFE DE-ENERGIZATION INSTRUCTIONS ................................................................. 13-5
13.4 GENERAL WARRANTY CONDITIONS FOR MVW-01 FREQUENCY INVERTERS MVW01.... 13-6
MVW01 | 0-7

Contents
MVW01 | 0-8

1
SAFETY INSTRUCTIONS
1 SAFETY INSTRUCTIONS
This manual contains the necessary information for the correct use of the MVW01 frequency inverter.
It was written to be used by people with proper technical training or qualification to operate this kind of equipment.
This manual presents all the functions and parameters of the MVW01, but it is not intended to explain every possible
application of the MVW01. WEG will not take any liabilities for applications not described in this manual.
This product is neither intended for applications whose purpose is to ensure physical integrity and/or life of peo-
ple, nor for any other application in which a fault of the MVW01 may create a situation of risk to the physical
integrity and/or life of people. The designer who applies the MVW01 must provide ways to ensure the safety of
the installation even in case of a failure of the servo drive.
1.1 SAFETY WARNINGS IN THE MANUAL
The following safety notices are used in this manual:
DANGER!
Not following the procedures recommended in this warning can lead to death, serious injuries and
considerable material damages.
DANGER!
Les procédures concernées par cet avertissement sont destinées à protéger l’utilisateur contre des
dangers mortels, des blessures et des détériorations matérielles importantes.
WARNING!
Not following the procedures recommended in this warning can lead to material damages.
✓NOTE!
The text aims at providing important information for the complete understanding and proper operation
of the product.
1.2 SAFETY WARNINGS ON THE PRODUCT
The following symbols are attached to the product as safety warnings:
EHigh voltages are present.
Components sensitive to electrostatic discharge. Do not touch them.
MVW01 | 1-1

1
SAFETY INSTRUCTIONS
Mandatory connection to the protective earth (PE).
Connection of the shield to the ground.
1.3 IDENTIFICATION LABEL OF THE MVW01
The identification label of the MVW01 is located inside the product Control Panel. The label contains important
information on the inverter.
AUTOMATION UNIT
MEDIUM VOLTAGE FREQUENCY INVERTER
TYPE: MVW01
MANUFACTURING YEAR:
DOCUMENT : 10007806842
SERIAL No:
PART NUMBER: 15560109
IP: 42
Ur: 7.2 kV
Up: 45 kV
Ud: 15 kV
Ik: 2.5 kA
Ip: 6.5 kA
WEIGHT: 1560 kg
INPUT MV:
6.6 kV. 3~. 50 Hz
OUTPUT:
0-4.16 kV. 3~. 0-50 Hz. 108 A
RATED POWER: 630 kW
OVERLOAD CAPABILITY: 110 %
AUXILIARY POWER SUPPLY:
440 V. ~3. 50/60 Hz
UPS POWER SUPPLY:
220V 50 Hz
CONTROL VOLTAGE:
220 V 50 Hz
WEG. CP420 - 89256-900
JARAGUÁ DO SUL - BRAZIL
Figure 1.1: MVW01 identification label (example)
1.4 PRELIMINARY RECOMMENDATIONS
DANGER!
Only qualified personnel, familiar with the MVW01 inverter and related equipment must plan or per-
form the installation, commissioning, operation and maintenance of this equipment.
Such personnel must follow the safety instructions described in this manual and/or defined by local
standards.
Failure to comply with the safety instructions may cause risk of death and/or equipment damage.
DANGER!
Seul le personnel qualifié et familier avec l’onduleur de fréquence MVW01 et ses équipements asso-
ciés doit préparer et mettre en oeuvre l’installation, démarrer et ensuite entretenir cet équipement.
Ce personnel doit suivre toutes les instructions de sécurité comprises dans ce mode d’emploi et/ou
définies par la règlementation locale.
Le non respect de ces instructions peut causer la mort, des blessures graves ou d’importants dégâts
matériels.
MVW01 | 1-2

1
SAFETY INSTRUCTIONS
✓NOTE!
For the purposes of this manual, qualified personnel are those trained in order to be able to:
1. Install, ground, power up and operate the MVW01 in accordance with this manual and the safety
legal procedures in force.
2. Wear/use protective equipment according to the standards in force.
3. Give first aid.
DANGER!
Always turn off the main power supply before touching any electrical component associated to the
inverter.
Many components may remain charged with high voltages and/or moving parts (fans) even after the
AC power supply input is disconnected or turned off.
Wait for at least ten minutes in order to guarantee the full discharge of the capacitors.
Always connect the equipment frame to the protective earth (PE) at the proper terminal.
DANGER!
Débranchez toujours l’alimentation générale avant de toucher un composant électrique associé au
convertisseur.
Nombreux composants peuvent rester chargés avec haute tension et/ou en mouvement (ventila-
teurs), même après que l’entrée d’alimentation CA a été débranchée ou coupée.
Attendez au moins 10 minutes pour s’assurer de la décharge totale des condensateurs.
Connectez toujours le boîtier de l’équipement à terre de protection (PE) au point adéquat pour ça.
WARNING!
Electronic boards have components sensitive to electrostatic discharges. Do not touch directly the
component parts or connectors. If necessary, first touch the grounded metallic frame or use a proper
grounding strap.
Do not execute any applied potential test on the inverter!
If necessary, contact WEG.
✓NOTE!
Frequency inverters may interfere with other electronic equipment. Follow the recommended proce-
dures to minimize those effects.
✓NOTE!
Read the User’s Manual completely before installing or operating this inverter.
MVW01 | 1-3

1
SAFETY INSTRUCTIONS
MVW01 | 1-4

2
GENERAL INFORMATION
2 GENERAL INFORMATION
This chapter defines the contents and the purpose of this manual and describes the main characteristics of the
MVW01 frequency inverter and how to identify its components. It provides also additional information on the
receiving and storage of the product.
2.1 ABOUT THE MANUAL
This manual has chapters with a logical sequence for the user receives, installs, programs and operates the the
MVW01:
Chapter 1 SAFETY INSTRUCTIONS on page 1-1 .
Chapter 2 GENERAL INFORMATION on page 2-1 .
Chapter 3 MVW01 WITH 3 LEVELS (3L) on page 3-1 .
Chapter 4 MVW-01 WITH 5 LEVELS (5L) on page 4-1 .
Chapter 5 MVW01C (COMPACT) on page 5-1 .
Chapter 6 MVW01 WC (WATER COOLED) on page 6-1 .
Chapter 7 OUTPUT FILTERS on page 7-1 .
Chapter 8 INVERTER PARALLELISM on page 8-1 .
Chapter 9 SUPPORTED MOTORS on page 9-1 .
Chapter 10 INSTALLATION, CONNECTION AND ENERGIZATION on page 10-1 .
Chapter 11 OPTIONAL ACCESSORIES AND BOARDS on page 11-1 .
Chapter 12 SPECIAL FUNCTIONS on page 12-1 .
Chapter 13 DIAGNOSTICS AND TROUBLESHOOTING on page 13-1 .
This user’s manual contains information about WEG/MVW01 Medium Voltage Inverter. This document is arranged
in dedicated and specific chapters to explain the proper handling, installation, parameterization, care, troubleshoot-
ing, adaption to applications and functionalities of the equipment.
The characteristics and recommendations contained in this manual were based on models of the standard MVW01.
It is worth of notice that, in addition to supplying standard products, WEG technical team composed of distinct de-
partments (Technical Sales, Contract Management, Engineering, Technical Assistance, among others) is qualified
to develop and provide customized solutions according to the needs of its customers and specific applications.
The MVW01 may be engineered to meet the needs and technical specifications of our customers. Sizes, technical
recommendations, performance data and optional items can be changed in relation to the information contained
in this document.
Besides the user’s manual, the Supply Project is part of the documentation delivered to the customer. This project
contains all the electrical, mechanical and parameterization information, as well as instructions for the interface/
installation with other equipment regarding the MVW01 supplied.
The MVW01, as well as other WEG products, is in constant evolution in relation to both internal parts (hardware)
and programming (software/firmware). Any further explanation about the equipment and its documentation can
be obtained by means of WEG communication channels.
WEG is not liable for the improper use of the information contained in this manual.
2.2 SOFTWARE VERSION
It is important to note the software version installed in the MVW01 since it defines the functions and the program-
ming parameters of the inverter. This manual refers to the software version as indicated on the back cover. For
instance, the version 3.4X means from 3.40 to 3.49, where “X” are evolutions in the firmware that do not affect the
contents of this manual.
MVW01 | 2-1

2
GENERAL INFORMATION
2.3 HOW TO SPECIFY THE MVW01 MODEL
Product Line
MVW01 - Standard Series Output Rated
Current (ND)
Diode input rectifier
H20 - 12 pulse
H30 - 18 pulse
H40 - 24 pulse
H60 - 36 pulse
RB - AFE / Regenerative
Model
G3 - Generation 3
WC - Water-cooled
EV - Evaporative cooler
MVW01 3648 T4160 E H20 G3 _ z
Rated
voltage
T2300
T3300
T4160
T6300
T6900
Language
P - Português
E - English
S - Spanish
Options
DN - DeviceNet
PD - Profibus
ET - Ethernet
A1 - EBA board
B1 - EBB board
LR - Laod reactor
DF - Filter dv/dt
SF - Sinusoidal filter
End of Code
MVW01C - Compact Series
G2 - Generation 2
Figure 2.1: Product code
(1) For all available models check from Table 2.2 on page 2-6 to Table 2.7 on page 2-11 .
POWER SUPPLY
Voltage 2300, 3300, 4160, 4600 or 6900 V
Frequency 48.5 to 61.8 Hz
Voltage imbalance be-
tween phases
<3 %
Cos φ>0,97
AUXILIARY SUPPLY
Voltage 220, 380, 400, 415, 440, 460, 480, 525, 550, 575 or 690 V
Frequency 48.5 to 61.8 Hz
Voltage imbalance be-
tween phases
<3%
PROTECTION
DEGREE
Standard IP21
Optional IP41 and IP42
DIMENSION Width / Height / Depth
(mm)
15 distinct frame sizes. Consult Section 3.1 MECHANICAL DATA on page 3-3 ,Sec-
tion 4.1 MECHANICAL DATA on page 4-2 ,Section 5.1 Mechanical data (dimensions
in mm) on page 5-2 ,Section 6.6 MECHANICAL DATA on page 6-9 .
ENVIRONMENTAL
CONDITIONS
Temperature 0 to 40 °C (up to 50 °C with 2.5 % reduction in the output current/ °C)
Humidity 5 to 90 % without condensation.
Altitude 0 to 1000 m (up to 4000 m with 10 % reduction in the output current / 1000 m)
Pollution degree 2
FINISHING Color Gray ultra dull (Doors).
Gray RAL 7035 (Base, Roof, Shutters).
MVW01 | 2-2

2
GENERAL INFORMATION
CONTROL
Microprocessor 32 bits.
Control method Sinusoidal PWM with Space Vector Modulation (SVM)
Sinusoidal PWM with Optimized Pulse Patterns (OPP) Digital.
Control types Scalar (Imposed Voltage - V/F)
Vector (encoder and sensorless)
Switching High voltage IGBT transistor IGBT (HV - IGBT)
Frequency range 0 a 120 Hz
Allowed overload 150 % during 60 seconds, every 10 minutes (1.5 x Inom. - HD).
115 % during 60 seconds, every 10 minutes (1.15 x Inom. - ND).
Efficiency Higher 98,5 %
PERFORMANCE Speed control
V/F
Regulation: 1 % of the nominal speed with slip compensation.
Resolution: 1 rpm (keypad reference).
Sensorless
Regulation: 0,5 % of the nominal speed.
Speed variation range: 1:100.
With Encoder (using EBA or EBB board).
Regulation:
±0,01 % of the nominal speed with a 14-bit analog input (EBA).
±0,01 % of the nominal speed with digital reference (keypad, Serial, Fieldbus, Elec-
tronic Potentiometer, Multispeed).
±0,1 % of nominal speed with 10-bit analog input (CC9).
INPUTS OUTPUTS
Analogical
2 programmable differential inputs (10 bits): 0 to 10 V, 0 to 20 mA or 4 to 20 mA.
1 programmable bipolar input (14 bits): -10 to +10 V, 0 to 20 mA or 4 to 20 mA.
1 programmable isolated input (10 bits): 0 to 10 V, 0 to 20 mA or 4 to 20 mA.
2 programmable outputs (11 bits): 0 to 10 V.
2 bipolar programmable outputs (14 bits): (-10 to +10) V.
2 programmable isolated outputs (11 bits): 0 to 20 mA or 4 to 20 mA.
Digital Analog Relay
Transistor
8 programmable isolated inputs: 24 Vdc.
1 programmable isolated input: 24 Vdc.
1 programmable isolated input: 24 Vdc (for motor PTC thermistor).
5 programmable outputs, contacts NO/NC: 240 Vac, 1 A.
2 programmable isolated open collector outputs: 24 Vdc, 50 mA.
COMMUNICATION Serial Interface Fieldbus
Networks
RS-232 (point to point).
RS-485, isolated, via EBA or EBB board (multipoint up to 30 inverters).
Modbus RTU (incorporated software) via RS-485 serial interface.
Profibus DP or DeviceNet via additional KFB kits.
Ethernet or Profinet IO via additional KFB.
MVW01 | 2-3

2
GENERAL INFORMATION
SAFETY
Protections (memory of
the last 100 faults /
alarms with date and
time)
DC link overvoltage.
DC link undervoltage.
Overtemperature at the inverter and at the motor.
Overcurrent at the output.
Motor overload (I x t).
Braking resistor overload.
CPU (watchdog)/EEPROM fault.
Incremental encoder fault.
Short-circuit at the output.
Phase-ground short-circuit at the output.
External fault.
Auto-diagnosis fault and programming error.
Serial communication fault.
Phase loss at the input.
HMI-MVW-01 interface connection fault.
APPLICABLE
STANDARDS
Electromagnetic
compatibility
EMC directive 89 / 336 / EEC – industrial environment.
EN 61800-3 (EMC - Emission and Immunity) standard.
CEI - IEC 61800
Adjustable Speed Electrical Power Drive System.
Part 4 - General Requirements.
Part 5 - Safety Requirements.
HUMAN MACHINE
INTERFACE
Command
Start/Stop, Parameterization (Programming of general functions).
Increase/decrease the speed.
JOG, Forward/Reverse selection, Local/Remote selection.
Supervision (Reading)
Speed reference (rpm).
Motor speed (rpm).
Value proportional to the speed (e.g.: m/min).
Motor frequency (Hz).
TDC link voltage (V).
Motor torque %.
Output power (kW).
Energized time (h).
Operation time (h).
Motor current (A).
Motor voltage (V).
Inverter status.
Digital input status.
Digital output (transistor) status.
Relay output status.
Analog input values.
100 last erros in the memory with date and time.
Fault/alarm messages.
AVAILABLE
RESOURCES /
FUNCTIONS Options
Fieldbus network communication kits (internal inverter installation)
Profibus DP
DeviceNet
Ethernet Kit
Profinet Kit IO
Modbus kit TCP
I/O expansion kit
MVW01 | 2-4

2
GENERAL INFORMATION
2.3.1 Available Models
Nowadays, the MVW01 medium voltage inverter line can be divided in 2 distinct generations, G2 and G3. The third generation (G3) is based
in the use of semiconductor devices with higher current capacity and efficiency, besides an improvement in the inverter cooling system. These
combined features resulted in the increase of the power density of the inverters, now named MVW01 G3.
The power arms are not interchangeable between generations, that is, arms of different generations cannot operate on the same product.
In the third generation (G3) uses new electronic cards and a new user interface with HMI touch.
The next tables present the available models for both generations, and in the same generation the models are subdivided by their topology of
3 levels (3L) or 5 levels (5L).
MVW01 | 2-5

2
GENERAL INFORMATION
Table 2.2: G2 - 3 level models
Rated Current(1) Motor Rated Power(2) Dissipated Power(3)
ND MX HD ND HD ND HD
[A]
Models
[HP] [KW] [HP] [KW] [KW]
Frame
size
3300 V
96 98 85 MVW01 C096 T 3300 620 460 540 410 4.96 4.38
113 116 99 MVW01 C113 T 3300 720 540 630 470 5.61 4.99
131 134 115 MVW01 C131 T 3300 840 630 740 550 6.44 5.70
152 155 134 MVW01 C152 T 3300 970 730 860 640 7.45 6.58
176 180 155 MVW01 C176 T 3300 1130 840 990 740 8.65 7.60
A0
204 214 180 MVW01 0204 T 3300 1310 970 1150 860 8.05 7.23
237 249 208 MVW01 0237 T 3300 1520 1130 1330 990 9.23 8.19
276 290 242 MVW01 0276 T 3300 1770 1320 1550 1160 10.69 9.41
322 338 280 MVW01 0322 T 3300 2060 1540 1790 1340 12.51 10.85
376 395 325 MVW01 0376 T 3300 2410 1790 2080 1550 14.77 12.63
A
440 463 382 MVW01 0440 T 3300 2820 2100 2450 1820 18.67 16.64 C
460 480 410 MVW01 0460 T 3300 2950 2200 2630 1960 18.07 15.93 B
517 544 448 MVW01 0517 T 3300 3310 2470 2870 2140 21.49 18.96
607 639 526 MVW01 0607 T 3300 3890 2900 3370 2510 24.96 21.83
713 751 618 MVW01 0713 T 3300 4570 3400 3960 2950 29.30 25.40
C
816 859 707 MVW01 0816 T 3300 5230 3900 4530 3370 34.43 30.18 D
874 912 779 MVW01 0874 T 3300 5600 4170 4990 3720 35.91 32.01 C
934 984 809 MVW01 0934 T 3300 5980 4460 5180 3860 39.26 34.14
1069 1126 926 MVW01 1069 T 3300 6850 5100 5930 4420 45.11 38.93 D
1234 1300 1070 MVW01 1234 T 3300 7910 5890 6860 5110 50.79 44.34 E
1311 1368 1169 MVW01 1311 T 3300 8400 6260 7490 5580 55.32 49.14 D
1425 1501 1235 MVW01 1425 T 3300 9130 6800 7910 5900 58.55 50.76 E
1632 1718 1414 MVW01 1632 T 3300 10460 7790 9060 6750 68.85 60.36 2xD
1748 1824 1558 MVW01 1748 T 3300 11200 8340 9980 7440 71.82 64.03 E
2138 2252 1852 MVW01 2138 T 3300 13700 10210 11870 8840 90.22 77.86
2622 2736 2338 MVW01 2622 T 3300 16800 12520 14980 11160 110.64 98.29 2xD
2850 3002 2470 MVW01 2850 T 3300 18260 13600 15830 11790 117.11 101.52
3496 3648 3116 MVW01 3496 T 3300 22400 16690 19970 14870 143.65 128.07 2xE
4160 V
78 85 70 MVW01 C078 T 4160 630 470 570 420 4.97 4.60
92 101 83 MVW01 C092 T 4160 740 550 670 500 5.63 5.20
108 118 98 MVW01 C108 T 4160 870 650 790 590 6.41 5.92
128 140 115 MVW01 C128 T 4160 1030 770 930 690 7.42 6.76
151 165 135 MVW01 C151 T 4160 1220 910 1090 810 8.63 7.78
A0
181 195 162 MVW01 0181 T 4160 1460 1090 1310 970 9.67 8.78
216 233 195 MVW01 0216 T 4160 1740 1300 1580 1170 11.34 10.33
260 280 235 MVW01 0260 T 4160 2100 1560 1900 1410 13.53 12.28
294 312 265 MVW01 0294 T 4160 2370 1770 2140 1590 15.39 13.98
330 350 300 MVW01 0330 T 4160 2670 1990 2420 1810 17.18 15.69
A
405 436 365 MVW01 0405 T 4160 3270 2440 2950 2200 22.81 20.91
494 532 447 MVW01 0494 T 4160 3990 2970 3610 2690 27.19 24.85
561 595 506 MVW01 0561 T 4160 4530 3380 4090 3040 30.90 28.26
627 665 570 MVW01 0627 T 4160 5060 3770 4600 3430 34.14 31.33
C
741 798 670 MVW01 0741 T 4160 5990 4460 5410 4030 41.31 37.67
835 885 757 MVW01 0835 T 4160 6740 5020 6110 4560 46.72 42.84
941 998 855 MVW01 0941 T 4160 7600 5660 6910 5150 52.13 47.73
D
1087 1153 988 MVW01 1087 T 4160 8780 6540 7980 5950 60.10 55.37
1254 1330 1140 MVW01 1254 T 4160 10130 7550 9210 6860 68.28 62.67 E
1482 1596 1340 MVW01 1482 T 4160 11970 8920 10820 8060 82.62 75.35
1881 1995 1710 MVW01 1881 T 4160 15190 11320 13810 10290 104.27 95.46 2xD
2508 2660 2280 MVW01 2508 T 4160 20260 15090 18420 13720 136.57 125.34 2xE
(1) Overload capacity:
HD: Heavy Duty: 150 % overload during 60 seconds every 10 minutes.
ND: Normal Duty: 115 % overload during 60 seconds every 10 minutes.
MX: Maximum Current: overload is not allowed.
(2) The motor rated power takes into account the operation with 0.87 power factor and 96 % efficiency at full load;
(3) Dissipated Power in the power arms and 12-pulse rectifier.
MVW01 | 2-6

2
GENERAL INFORMATION
Table 2.3: G2 - 5 level models
Rated Current(1) Motor Rated Power(2) Dissipated Power(3)
ND MX HD ND HD ND HD
[A]
Models
[HP] [KW] [HP] [KW] [KW]
Frame
size
6000 - 6300 V
58 62 55 MVW01 0058 T 6300 710 530 670 500 9.43 9.19
73 78 69 MVW01 0073 T 6300 890 670 840 630 10.60 10.28
91 97 86 MVW01 0091 T 6300 1110 830 1050 780 12.07 11.65
114 122 108 MVW01 0114 T 6300 1390 1040 1320 980 14.01 13.49
144 154 136 MVW01 0144 T 6300 1760 1310 1660 1240 16.68 15.95
180 181 170 MVW01 0180 T 6300 2200 1640 2080 1550 20.07 19.11
C1
212 228 198 MVW01 0212 T 6300 2590 1930 2420 1800 20.64 16.63
251 269 230 MVW01 0251 T 6300 3070 2290 2810 2100 23.54 21.97
295 317 267 MVW01 0295 T 6300 3610 2690 3270 2430 26.96 24.77
348 373 310 MVW01 0348 T 6300 4260 3170 3790 2830 31.27 28.16
410 440 360 MVW01 0410 T 6300 5020 3740 4400 3280 36.59 32.28
480 500 430 MVW01 0480 T 6300 5870 4370 5260 3920 42.84 38.55
C2
481 516 423 MVW01 0481 T 6300 5880 4380 5170 3850 43.96 38.45
565 606 496 MVW01 0565 T 6300 6910 5150 6070 4520 52.45 45.43
664 713 583 MVW01 0664 T 6300 8120 6050 7130 5310 63.23 54.35
779 836 684 MVW01 0779 T 6300 9530 7100 8370 6230 76.79 65.51
912 950 817 MVW01 0912 T 6300 11160 8310 9990 7450 89.90 78.60
C3
6600 - 6900 V
54 58 50 MVW01 0054 T 6900 720 540 670 500 9.85 9.52
67 72 63 MVW01 0067 T 6900 900 670 840 630 10.93 10.60
86 92 81 MVW01 0086 T 6900 1150 860 1090 810 12.57 12.13
109 117 102 MVW01 0109 T 6900 1460 1090 1370 1020 14.63 13.99
139 149 130 MVW01 0139 T 6900 1860 1390 1740 1300 17.44 16.58
177 178 165 MVW01 0177 T 6900 2370 1770 2210 1650 21.23 20.01
C1
205 221 192 MVW01 0205 T 6900 2750 2050 2570 1920 21.11 20.14
241 260 223 MVW01 0241 T 6900 3230 2410 2990 2230 23.84 22.46
283 305 259 MVW01 0283 T 6900 3790 2820 3470 2590 27.15 25.24
332 358 301 MVW01 0332 T 6900 4450 3310 4030 3000 31.20 28.62
390 420 350 MVW01 0390 T 6900 5230 3890 4690 3490 36.22 32.73
C2
458 494 411 MVW01 0458 T 6900 6140 4570 5510 4100 43.26 38.77 C3
460 480 404 MVW01 0460 T 6900 6160 4590 5410 4030 42.72 37.78 C2
538 580 482 MVW01 0538 T 6900 7210 5370 6460 4810 51.35 45.63
631 680 566 MVW01 0631 T 6900 8450 6300 7580 5650 61.44 54.31
740 798 665 MVW01 0740 T 6900 9910 7390 8910 6640 74.20 65.31
874 912 767 MVW01 0874 T 6900 11710 8720 10280 7660 87.63 75.32
C3
(1) Overload capacity:
HD: Heavy Duty: 150 % overload during 60 seconds every 10 minutes.
ND: Normal Duty: 115 % overload during 60 seconds every 10 minutes.
MX: Maximum Current: overload is not allowed.
(2) The motor rated power takes into account the operation with 0.87 power factor and 96 % efficiency at full load;
(3) Dissipated Power in the power arms and 3x12-pulse rectifier.
MVW01 | 2-7

2
GENERAL INFORMATION
Table 2.4: G3 - 3 level models
Rated Current(1) Motor Rated Power(2) Dissipated Power(3)
ND MX HD ND HD ND HD
[A]
Models
[HP] [KW] [HP] [KW] [KW]
Frame
size
3300 V
96 98 85 MVW01 C096 T 3300 620 460 540 410 4.96 4.38
113 116 99 MVW01 C113 T 3300 720 540 630 470 5.61 4.99
131 134 115 MVW01 C131 T 3300 840 630 740 550 6.44 5.70
152 155 134 MVW01 C152 T 3300 970 730 860 640 7.45 6.58
176 180 155 MVW01 C176 T 3300 1130 840 990 740 8.65 7.60
A0
204 214 180 MVW01 0204 T 3300 1310 970 1150 860 8.05 7.23
237 249 208 MVW01 0237 T 3300 1520 1130 1330 990 9.23 8.19
276 290 242 MVW01 0276 T 3300 1770 1320 1550 1160 10.69 9.41
322 338 280 MVW01 0322 T 3300 2060 1540 1790 1340 12.51 10.85
376 395 325 MVW01 0376 T 3300 2410 1790 2080 1550 14.77 12.63
A
450 460 390 MVW01 0450 T 3300 2880 2150 2500 1860 17.24 14.71
560 590 490 MVW01 0560 T 3300 3590 2670 3140 2340 21.97 19.25 B
607 639 526 MVW01 0607 T 3300 3890 2900 3370 2510 24.96 21.83
713 751 618 MVW01 0713 T 3300 4570 3400 3960 2950 29.30 25.40
855 874 741 MVW01 0855 T 3300 5480 4080 4750 3540 33.68 28.71
1064 1121 931 MVW01 1064 T 3300 6820 5080 5970 4440 43.49 37.99
C
1170 1195 1013 MVW01 1170 T 3300 7500 5590 6490 4840 44.84 38.42
1283 1311 1111 MVW01 1283 T 3300 8220 6120 7120 5300 49.69 42.39
1596 1681 1396 MVW01 1596 T 3300 10230 7620 8950 6660 63.93 55.96
D
1710 1748 1482 MVW01 1710 T 3300 10960 8160 9500 7070 67.36 57.40
2128 2242 1862 MVW01 2128 T 3300 13640 10160 11930 8890 86.99 75.99 E
2565 2622 2222 MVW01 2565 T 3300 16440 12240 14240 10610 89.68 76.84
3192 3362 2792 MVW01 3192 T 3300 20450 15240 17890 13330 127.86 111.92 2xD
3420 3496 2964 MVW01 3420 T 3300 21910 16330 18990 14150 134.72 114.80
4256 4484 3724 MVW01 4256 T 3300 27270 20320 23860 17780 173.98 151.98 2xE
4160 V
78 85 70 MVW01 C078 T 4160 630 470 570 420 4.97 4.60
92 101 83 MVW01 C092 T 4160 740 550 670 500 5.63 5.20
108 118 98 MVW01 C108 T 4160 870 650 790 590 6.41 5.92
128 140 115 MVW01 C128 T 4160 1030 770 930 690 7.42 6.76
151 165 135 MVW01 C151 T 4160 1220 910 1090 810 8.63 7.78
A0
181 195 162 MVW01 0181 T 4160 1460 1090 1310 970 9.67 8.78
216 233 195 MVW01 0216 T 4160 1740 1300 1580 1170 11.34 10.33
260 280 235 MVW01 0260 T 4160 2100 1560 1900 1410 13.53 12.28
294 312 265 MVW01 0294 T 4160 2370 1770 2140 1590 15.39 13.98
330 350 290 MVW01 0330 T 4160 2670 1990 2340 1750 17.18 15.69
A
400 430 360 MVW01 0400 T 4160 3230 2410 2910 2170 20.12 18.14
500 530 480 MVW01 0500 T 4160 4040 3010 3880 2890 25.62 24.66 B
627 665 551 MVW01 0627 T 4160 5060 3770 4450 3320 27.19 24.85
760 817 684 MVW01 0760 T 4160 6140 4570 5520 4120 38.26 34.54
950 1007 912 MVW01 0950 T 4160 7670 5720 7370 5490 48.85 47.03
C
1140 1225 1026 MVW01 1140 T 4160 9210 6860 8290 6170 58.06 52.36
1425 1510 1368 MVW01 1425 T 4160 11510 8580 11050 8230 74.31 71.52 D
1520 1634 1368 MVW01 1520 T 4160 12280 9150 11050 8230 78.31 70.54
1900 2014 1824 MVW01 1900 T 4160 15350 11430 14730 10980 100.48 96.65 E
2280 2450 2052 MVW01 2280 T 4160 18420 13720 16570 12350 116.12 104.72
2850 3020 2736 MVW01 2850 T 4160 23020 17150 22100 16460 148.62 143.04 2xD
3040 3268 2736 MVW01 3040 T 4160 24560 18290 22100 16460 156.62 141.08
3800 4028 3648 MVW01 3800 T 4160 30690 22870 29470 21950 200.96 193.30 2xE
(1) Overload capacity:
HD: Heavy Duty: 150 % overload during 60 seconds every 10 minutes.
ND: Normal Duty: 115 % overload during 60 seconds every 10 minutes.
MX: Maximum Current: overload is not allowed.
(2) The motor rated power takes into account the operation with 0.87 power factor and 96 % efficiency at full load;
(3) Dissipated Power in the power arms and 12-pulse rectifier.
MVW01 | 2-8