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EU-325E-1 2017.01
Hitachi Medium Voltage Multi-level IGBT Drive
-The pictures in this catalog are inland composite images.-Contents of this document may be changed without notice for product improvement.-Descriptions of patents in this document are as of September, 2016.
Hitachi, Ltd.Industrial products business unitAKS building, 3, Kanda Neribei-cho, Chiyoda-ku, Tokyo, 101-0022 JapanTel: <81>(3)3258-1111
© Copyright Hitachi, Ltd., 2016 All Rights Reserved
U.S.A.Hitachi America, Ltd.(Industrial and Infrastructure Systems Division)(New York Office)50 Prospect Avenue,Tarrytown, NY 10591Phone:<1>(914)631-0600Fax: <1>(914)332-3672URL:www.hitachi.us
(Houston Office)9700 Richmond Avenue,Houston, TX 77042Phone:<1>(713)782-0529Fax: <1>(713)782-0981
CanadaHitachi (Canada) Ltd.(Toronto Office)5450 Explorer Drive, Suite 501. Mississauga, Ontario, Canada L4W5N1Phone:<1>(905)629-9300Fax: <1>(905)290-0141(Headquarters, S&IC) <1>(905)814-0848(Digital Media)
(Calgary Office)Suite 460,10655 Southport Road S.W.,Calgary, Alberta T2W 4Y1Phone:<1>(403)278-1881Fax: <1>(403)278-1810
MexicoHitachi Mexico, S.A. de C.V.(Mexico Office)Andres Bello No.10 Piso 10Col.Chapultepec Polanco11560, Mexico, D.F.Phone:<52>(55)5282-9040Fax: <52>(55)5282-9042
BrazilHitachi South America Ltda.Alameda Santos, 745 - 10o andar - Cj. 101 and 102 Cerqueira Cesar, Sao Paulo, SPCEP 01419-001 Phone: <55>(11)3284-0922Fax: <55>(11)3284-0160
U.K.Hitachi Europe Ltd.Whitebrook ParkLower Cookham RoadMaidenhead Berkshire SL6 8YAPhone:<44>(1628)585000Fax: <44>(1628)585988
Russian FederationHitachi, Ltd.(Moscow Office)Millennium House, 12, TrubnayaMoscow, 103045Phone:<7>(095)787-4020Fax: <7>(095)787-4021
IndiaHitachi india Pvt.Ltd.802A and 802B, Tower 2, 8th Floor, Konnectus Building, Bhavbhuti Marg, Near Minto Bridge, Connaught Place, New Delhi - 110001, IndiaPhone:<91>(11)3060-5252Fax: <91>(11)3060-5253
IndonesiaPT. Hitachi Asia Indonesia(Jakarta Office)Menara BCA 38th Floor, Suite #3804 & 3805, Jl. M.H. Thamrin No.1 10310 JakartaPhone:<62>(21)2358-6757Fax: <62>(21)2358-6755
MalaysiaHitachi Asia(Malaysia)Sdn.Bhd.Suite 17.3, Level 17 Menara IMC(Letter Box No. 5)No.8 Jalan Sultan Ismail50250 Kuala LumpurPhone:<60>(3)2031-8751Fax: <60>(3)2713-2855
SingaporeHitachi Asia Ltd.Headquarters7 Tampines Grande, #08-01Hitach Square, Singapore 528736Phone:<65>6535-2100Fax: <65>6535-1533
ThailandHitachi Asia(Thailand)Co., Ltd.18th Floor, Ramaland Building952 Rama IV Road, Bangrak,Bangkok 10500Phone:<66>(2)632-9292Fax: <66>(2)632-9299
VietnamHitachi Asia Ltd.(Ho chi minh city office)Room 8-9-10A 4th Floor, The Landmark, 5B Ton Duc Thang St., Ben Nghe Ward, Dist. 1, Ho Chi Minh City, VietnamPhone:<84>8-3829-9725Fax: <84>8-3829-9729
(Ha noi office)Room 2301, 23th West, Lotte Center, 54 Lieu Giai street, Cong Vi ward, Ba Dinh district, Hanoi, VietnamPhone:<84>4-3933-3122Fax: <84>8-3933-3125
PhilippinesHitachi Asia Ltd.Unit 8, 11th Floor Zuellig Bldg., Makati Avenue corner Paseo de Roxas, Makati City, Philippines 1225Phone:<63>(2)886-9018Fax: <63>(2)887-3794
GermanyHitachi Europe GmbHAm Seestern 18(Euro-Center)D-40547 Düsseldorf(Mailing Address)P.O. Box 11 05 3640505 DüsseldorfPhone:<49>(211)5283 0(HEG) <49>(211)52915 0(HSE)Fax: <49>(211)5283 290, -291(HEG) <49>(211)52915 90(HSE)
EgyptHitachi, Ltd.24th floor, Holiday Inn Maadi Hotel Bldg., Cornish El Nil - Maadi, 11431 Cairo, EgyptPhone: <20>2-2525-1049Fax: <20>2-2525-1054
U. A. EHitachi, Ltd., Middle East BranchAl Gurg Tower 1 Office No. 301, Baniyas Road, Deira,P.O.Box 5561, Dubai, United Arab EmiratesPhone:<971>(4)228-3617
AustraliaHitachi Australia Pty.Ltd.Suite 801, Level 8, 123 Epping Road, North Ryde, NSW, 2113, AustraliaPhone:<61>(2)9888-4100Fax: <61>(2)9888-4952
ChinaHitachi, Ltd.(Beijing Headquarters)Beijing Fortune Bldg., 5 Dong San HuanBei-Lu Chao Yang District, Beijing 100004Phone:<86>(10)6590-8111Fax: <86>(10)6590-8110
(Shanghai Regional Office)Rui jin Building, No.205 Maoming Road(S), Shanghai, 200020Phone:<86>(21)6472-1002Fax: <86>(21)6472-4990
(Taipei Branch)3rd Floor, Hung Kuo Building No. 167Tun-Hwa North Road, Taipei(105)TaiwanPhone:<886>(2)2718-8777/2718-3666Fax: <886>(2)2718-8180
(Hong Kong Headquarters)4th Floor, North TowerWorld Finance Centre, Harbour CityCanton Road, Tsim Sha Tsui, KowloonHong KongPhone:<852>2735-9218Fax: <852>2375-3192
KoreaHitachi Korea Ltd.10th Floor, Young Poong Bldg., 41, Cheonggyecheon-ro, Jongno-gu, Seoul 03188, KoreaPhone:<82>2-3210-3590Fax: <82>2-6322-8598,8599
MV drivevolume
comparison among several
vendors (6.6kV)
*As of July, 2016. Source: Hitachi survey. In comparison to various manufacturers’ medium-voltage drives with 6.6kV, 570-600kVA.
Vendor CVendor
B
VendorA
*PLC: Programmable Logic Controller
Small capacity type become compact
All-in one structureFor stable operationof user equipment.
1 2
For energysaving
For qualityoperation
IGBT drives contribute to energy saving for fan, blower or pump applications. Energy consumption can
be reduced by rotating motors at optimal speed corresponding to load.
IGBT drives are applicable to the following facilities.
Light andCompactMore �exible layout,
transportation, and installation.
Ef�cient inMaintenance
and InstallationSmaller height,
and easier connectionand disconnection
Wide variety ofproduct line
More applicable to various needs
of customers
New small capacity type has been added, which is the smallest in class and all in one structure, by leading edge technology of power electronics product design and advanced motor control.
Less foot print and height Smallest in class
Light and Compact
6.6kV type 3.3kV type
Integrated main circuit and control panel
All in one structure
Improvement of installation and maintenance ef�ciency
Ef�cient in Maintenance and Installation
Enable to be embedded to IoT system
IoT compatible
HIVECTOL-HVI small capacity type is connectable to Internet by Ethernet or Wireless LAN, when optional PLC* is installed. Moreover, this type can be embedded to IoT system.
Drive volume is the smallest in class.
All in one structure is realized by adopting optimum parts mounting and cooling design technologies. Due to compactness, working ef�ciency is improved in
transporting, installing, operating, and maintaining.
Total volume become smaller compared to previous type. Installation space is more �exible.
Wire restoration work is unnecessary
after installation
Transportableby forklift
Maintenance time is shortened by quick detachable cell unit
Serviceability is improved
by lower height
For high torque application, this type drives contribute to improvement in productivity and quality by
motor speed control.
Maintainability of DC motor is improved by replacing DC motor with AC motor + IGBT drives.Forced draft fan, Induced draft fan for boiler, Dust collector blower, Wind tunnel, etc.
Cooling water recirculation pump, Sea water pump, Boiler feed water pump, etc.
Screw compressor, etc.
Fan, Blower
Pump
CompressorRubber mixer, Extruder, Agitator, Kiln, Ball mill, Crusher etc.Industry
Comparison of dimension with previous type
(6.6kV, 730kVA)
Main circuit
Control panel
Main circuit
Control panel
Weight issmaller byabout 43%
Installation area issmaller byabout 29%
MV drivevolume
comparison among several
vendors (6.6kV)
*As of July, 2016. Source: Hitachi survey. In comparison to various manufacturers’ medium-voltage drives with 6.6kV, 570-600kVA.
Vendor CVendor
B
VendorA
*PLC: Programmable Logic Controller
Small capacity type become compact
All-in one structureFor stable operationof user equipment.
1 2
For energysaving
For qualityoperation
IGBT drives contribute to energy saving for fan, blower or pump applications. Energy consumption can
be reduced by rotating motors at optimal speed corresponding to load.
IGBT drives are applicable to the following facilities.
Light andCompactMore �exible layout,
transportation, and installation.
Ef�cient inMaintenance
and InstallationSmaller height,
and easier connectionand disconnection
Wide variety ofproduct line
More applicable to various needs
of customers
New small capacity type has been added, which is the smallest in class and all in one structure, by leading edge technology of power electronics product design and advanced motor control.
Less foot print and height Smallest in class
Light and Compact
6.6kV type 3.3kV type
Integrated main circuit and control panel
All in one structure
Improvement of installation and maintenance ef�ciency
Ef�cient in Maintenance and Installation
Enable to be embedded to IoT system
IoT compatible
HIVECTOL-HVI small capacity type is connectable to Internet by Ethernet or Wireless LAN, when optional PLC* is installed. Moreover, this type can be embedded to IoT system.
Drive volume is the smallest in class.
All in one structure is realized by adopting optimum parts mounting and cooling design technologies. Due to compactness, working ef�ciency is improved in
transporting, installing, operating, and maintaining.
Total volume become smaller compared to previous type. Installation space is more �exible.
Wire restoration work is unnecessary
after installation
Transportableby forklift
Maintenance time is shortened by quick detachable cell unit
Serviceability is improved
by lower height
For high torque application, this type drives contribute to improvement in productivity and quality by
motor speed control.
Maintainability of DC motor is improved by replacing DC motor with AC motor + IGBT drives.Forced draft fan, Induced draft fan for boiler, Dust collector blower, Wind tunnel, etc.
Cooling water recirculation pump, Sea water pump, Boiler feed water pump, etc.
Screw compressor, etc.
Fan, Blower
Pump
CompressorRubber mixer, Extruder, Agitator, Kiln, Ball mill, Crusher etc.Industry
Comparison of dimension with previous type
(6.6kV, 730kVA)
Main circuit
Control panel
Main circuit
Control panel
Weight issmaller byabout 43%
Installation area issmaller byabout 29%
VCB(52)
▶Input-side Harmonics (In case of 36-pulse model)
Inverter Cell X18
IM
6600V
.......
00.01 0.050.02 0.1 0.2 0.5 1 10 100
10
20
30
40
50
60
70
Nom
inal Voltage [%]
80
90
100
Duration [Sec]
2720Ap
360Ap
Without suppression With suppression
Reduced byabout 87%
In case of Transformer capacity: 1,370kVA Rated primary current: 270Arms
Without cell rotation
With cell rotation
Inverter cell
1st
2nd
3rd
1st
2nd
3rd
Inverter cell
DC capacitor
Induction motor
Separatedpre-charge circuitResistor
Multi-winding transformer
Main MVpowersource
Pre-chargepower source
(AC380 - 480V)
CB
Inverter cubicle
Airconditioner
Transformercubicle
Transformercubicle
Invertercubicle
Invertercubicle
Controlpanel
Controlpanel
Electric roomElectric room
Airconditioner
Case of 3 cells/phase
*METI: Ministry of Economy, Trade and Industry. A ministry of the Government of Japan.
Con
tain
ed a
mou
nt (%
)
Harmonics(6kVclass)
0
1
2
3
4
5
6
7
8
2 4 7 13 19 25 31 37 43 49
Harmonic Guideline (IEEE-519)
Harmonic Guideline(METI* suggested)
3 4
About 97% Ef�ciency, above 95% Power factor Variety of RAS*1 functions
High ef�ciency and performance High function Speci�cations
Long lifetime parts
High reliability
Useless energy consumption is reduced.
No need of line side harmonic �lters
Current harmonics to the power supply is reduced by effect of the phase shifted multi-winding transformer. So, line side harmonic �lters are not needed, because both voltage and current approximates sine waveform. Current harmonics are well below the levels admitted under the IEEE 519-1992 guidelines.
Motor friendly - Smooth output
Output waveform is close t o s i n e w a v e f o r m . HIVECTOL-HVI series is suitable to be applied to existing motor.
HIVECTOL-HVI series are maintained easily by wide variety of RAS functions, such as indication of drive record, case of fault, collection of trace back data, and so on.
Inrush current suppression
Magnetizing inrush current is reduced without additional equipments by “Separated pre-charging circuit method”.
Cell rotation: cell load equalization control
By Hitachi original control method “cell rotation” , cell sequence is rotated cyclically. This ensures equal heating and stress on each inverter cell. This method increases the overall reliability of the drive.
The operator touch-screen panel with a large LCD* is easy to see and easy to operate. Operator can see various kinds of helpful information such as the operation status and alarm information.
About large capacity type, maintenance cost is reduced by long lifetime design of electrolytic capacitors in main circuit. Otherwise, small capacity type adopts maintenance free �lm capacitors.
Separated pre-charging circuit method
HIVECTOL-HVI uses “Separated pre-charging circuit method”,patented by Hitachi, Ltd. (Japanese Patent No.3,535,477).
Simple structure
Number of parts is reduced by simplifying circuit of each inverter cell, in addition to separated pre-charging circuit method.
Continuous Operation with voltage �uctuation
Immunity to momentary voltage drop complies SEMI F47 standard. HIVECTOL-HVI series can continue driving without UPS*1, when momentary voltage drop occurs, within the range speci�ed in SEMI F47*2.*1 Uninterruptible Power Supply.*2 SEMI F47 requires continuing driving, when 50% voltage drop for duration of up to 200ms, 30% drop for up to 500ms, or 20% drop for up to 1000ms occurs.
Separate installation of transformer cubicle (option)
User friendly operator touch screen panel
Main circuit overview
Transformer cubicle and inverter cubicle can be installed separately. This option make equipment layout more �exible, and reduce required cooling capacity for electric room.
Operation display (Bar graph) Interlock display Error display
*Emergency stop button is optional.
*Display is different by type.
*In case of rated voltage: 6.6kV, rated capacity: 360-840kVA
*Rated voltage: 6.6kV Rated capacity: 360-840kVA Weight of inverter cell: approximately 14.5kg.
*1 RAS: Reliability, Availability, Serviceability
Separated pre-charging circuit method
Pre-charging is a type of charging, in order to prevent the inrush current when the medium voltage main power supply turns on. HIVECTOL-HVI uses a separate LV power source for pre-charging. Compared to a pre-charging circuit that uses a thyristor switch in each cell unit, the arrangement of separated pre-charging circuit is simple and easy to maintain. This design leads to high reliability in inverter operation.
AC output voltage of IGBT d r i v e i s g e n e r a t e d b y combinat ion of mult ip le inverter cells, which can output small output voltage. Combination of inverter cells makes AC output waveform close to sine waveform, so motor is less stressed.
Inverter cell
Required rangeof SEMI F47(0.05 – 1sec)
Recommended in SEMI F47
Layout inside cubicle
*LCD: Liquid-Crystal Display
AC voltage output wave form(6kV class)
Easy maintenance ・ Small and Light ・ Inverter cell could be replaced individually
VCB(52)
▶Input-side Harmonics (In case of 36-pulse model)
Inverter Cell X18
IM
6600V
.......
00.01 0.050.02 0.1 0.2 0.5 1 10 100
10
20
30
40
50
60
70
Nom
inal Voltage [%]
80
90
100
Duration [Sec]
2720Ap
360Ap
Without suppression With suppression
Reduced byabout 87%
In case of Transformer capacity: 1,370kVA Rated primary current: 270Arms
Without cell rotation
With cell rotation
Inverter cell
1st
2nd
3rd
1st
2nd
3rd
Inverter cell
DC capacitor
Induction motor
Separatedpre-charge circuitResistor
Multi-winding transformer
Main MVpowersource
Pre-chargepower source
(AC380 - 480V)
CB
Inverter cubicle
Airconditioner
Transformercubicle
Transformercubicle
Invertercubicle
Invertercubicle
Controlpanel
Controlpanel
Electric roomElectric room
Airconditioner
Case of 3 cells/phase
*METI: Ministry of Economy, Trade and Industry. A ministry of the Government of Japan.
Con
tain
ed a
mou
nt (%
)
Harmonics(6kVclass)
0
1
2
3
4
5
6
7
8
2 4 7 13 19 25 31 37 43 49
Harmonic Guideline (IEEE-519)
Harmonic Guideline(METI* suggested)
3 4
About 97% Ef�ciency, above 95% Power factor Variety of RAS*1 functions
High ef�ciency and performance High function Speci�cations
Long lifetime parts
High reliability
Useless energy consumption is reduced.
No need of line side harmonic �lters
Current harmonics to the power supply is reduced by effect of the phase shifted multi-winding transformer. So, line side harmonic �lters are not needed, because both voltage and current approximates sine waveform. Current harmonics are well below the levels admitted under the IEEE 519-1992 guidelines.
Motor friendly - Smooth output
Output waveform is close t o s i n e w a v e f o r m . HIVECTOL-HVI series is suitable to be applied to existing motor.
HIVECTOL-HVI series are maintained easily by wide variety of RAS functions, such as indication of drive record, case of fault, collection of trace back data, and so on.
Inrush current suppression
Magnetizing inrush current is reduced without additional equipments by “Separated pre-charging circuit method”.
Cell rotation: cell load equalization control
By Hitachi original control method “cell rotation” , cell sequence is rotated cyclically. This ensures equal heating and stress on each inverter cell. This method increases the overall reliability of the drive.
The operator touch-screen panel with a large LCD* is easy to see and easy to operate. Operator can see various kinds of helpful information such as the operation status and alarm information.
About large capacity type, maintenance cost is reduced by long lifetime design of electrolytic capacitors in main circuit. Otherwise, small capacity type adopts maintenance free �lm capacitors.
Separated pre-charging circuit method
HIVECTOL-HVI uses “Separated pre-charging circuit method”,patented by Hitachi, Ltd. (Japanese Patent No.3,535,477).
Simple structure
Number of parts is reduced by simplifying circuit of each inverter cell, in addition to separated pre-charging circuit method.
Continuous Operation with voltage �uctuation
Immunity to momentary voltage drop complies SEMI F47 standard. HIVECTOL-HVI series can continue driving without UPS*1, when momentary voltage drop occurs, within the range speci�ed in SEMI F47*2.*1 Uninterruptible Power Supply.*2 SEMI F47 requires continuing driving, when 50% voltage drop for duration of up to 200ms, 30% drop for up to 500ms, or 20% drop for up to 1000ms occurs.
Separate installation of transformer cubicle (option)
User friendly operator touch screen panel
Main circuit overview
Transformer cubicle and inverter cubicle can be installed separately. This option make equipment layout more �exible, and reduce required cooling capacity for electric room.
Operation display (Bar graph) Interlock display Error display
*Emergency stop button is optional.
*Display is different by type.
*In case of rated voltage: 6.6kV, rated capacity: 360-840kVA
*Rated voltage: 6.6kV Rated capacity: 360-840kVA Weight of inverter cell: approximately 14.5kg.
*1 RAS: Reliability, Availability, Serviceability
Separated pre-charging circuit method
Pre-charging is a type of charging, in order to prevent the inrush current when the medium voltage main power supply turns on. HIVECTOL-HVI uses a separate LV power source for pre-charging. Compared to a pre-charging circuit that uses a thyristor switch in each cell unit, the arrangement of separated pre-charging circuit is simple and easy to maintain. This design leads to high reliability in inverter operation.
AC output voltage of IGBT d r i v e i s g e n e r a t e d b y combinat ion of mult ip le inverter cells, which can output small output voltage. Combination of inverter cells makes AC output waveform close to sine waveform, so motor is less stressed.
Inverter cell
Required rangeof SEMI F47(0.05 – 1sec)
Recommended in SEMI F47
Layout inside cubicle
*LCD: Liquid-Crystal Display
AC voltage output wave form(6kV class)
Easy maintenance ・ Small and Light ・ Inverter cell could be replaced individually
5 6
Speci�cations Wide variety of product rating choice
Enriched after service
Capacity line-up list:
ItemSpeci�cations
Small capacity type Large capacity type
Appearance
Power supply
Structure
Control
Protection
Others
Standards
Input voltage
Input frequency
Power supplyfor control
Pre-chargepower supply
Voltage �uctuation
Frequency�uctuation
Cubicle
Transformer
Protection
Type
Control method
Driving method
Deceleration
Speed ControlRange
Accuracy
Maximumoutput frequency
Overload
Ef�ciency
Power factor
Interface
Indication
Trace back data
Cable entrance
Restart after instantaneous power failure
Restart whilethe motor rotating
Options
AC 2.4kV, 3.0kV, 3.3kV, 4.16kV, 6.0kV, 6.6kV
50 / 60Hz
AC 100 - 240V 1 phase (standard) DC100 / 110V (option)
AC 380 - 480V 3 phase (standard), or AC 200 - 220V (option)
Within +/- 10% (Working without fault although the output power become lower)
Within +/- 5% (Guarantee output power)
Within +/- 5%
Forced air cooled self-standing cubicle type
In-built dry type
IP20 (Higher degrees protection as option)
Medium Voltage Multi-level IGBT drive
Sensor less vector control (standard) Vector control with sensor (option)
2 quadrant operation
Natural deceleration
1% - 100% speed
+/- 0.5% at 100% speed without sensor, +/- 0.05% at 100% speed with sensor
50 / 60Hz (max, 75Hz)
110% 60sec
Maximum about 97% (including Transformer)
Above about 95% (at rated load operation)
Analog (4-20mA)+DI/O / Field bus (Modbus-RTU) (standard)
Other �led bus (DeviceNet / Pro�bus / CAN / CANopen / Ethernet) (option)
Pre-charge failure, Momentary over current, Over voltage of DC circuit, Power drop for driver board, PT CT failure, Ground fault, Power failure, Abnormal cooling fan
Charging, speed, current, fault, etc.
Read out to the maintenance tool
Bottom (standard) / Upper (option)
Option (Need UPS power supply)
Option
Duplicated fan, Pre-charge / Control power supply method, Cooling type, Signal interface, External equipments, Commercial bypass, Door interlock, CT phase number, Cable type, Coating, IP code, Control function, Protection function, Speed sensor, Language,External transformer, Mirror layout (Large capacity type only)
IEC / JIS / JEC / JEM
AC 2.4kV, 3.0kV, 3.3kV, 4.16kV, 6.0kV, 6.6kV, 10kV, 11kV
In-build dry type (Oil-immersed transformer as option)
125% 60sec
Voltage(kV) Type
Small capacity type 2,250 1,900
Small capacity type
Large capacity type
Large capacity type
kVA Weight(kg)
Dimensions (mm)
Width (W) Depth (D) Height (H) Cubicle height (Hc)*
3.3
6.6
180
240
300
360
420
480
540
600
720
840
900
960
1,090
1,260
1,460
2,200
2,930
4,000
5,000
360
480
600
730
840
970
1,080
1,210
1,450
1,680
1,810
1,930
2,180
2,530
2,930
4,400
5,870
8,000
10,000
1,500
1,900
2,600
3,800
4,100
5,800
7,900
8,800
2,200
2,600
3,200
5,800
8,000
11,000
19,800
19,800
1,230
1,430
1,630
1,200
1,500
1,700
1,230
1,430
1,630
1,200
1,500
1,700
2,700 2,400
1,880
2,100
2,210
2,310
2,350
2,700
2,840
2,880
3,060
3,280
3,820
4,040
4,080
4,250
6,300
7,800
11,300
18,000
19,300
2,470
2,580
2,910
3,010
3,080
3,620
3,830
4,050
4,590
5,030
5,840
6,060
6,600
6,820
12,600
19,600
22,400
30,100
30,100
2,250 1,900
2,700 2,400
2,900 2,600
Wide variety of product rating choice helps propose service and system optimal for each customer.
*excluding fan height
Responding any failures in 24 hours.
24 hours on-call response (option)
15 years maintenance avai lable when your instal lat ion environment meets speci�ed conditions. This package includes yearly inspection and free replacement of consumable parts (cooling fans, and AVR). Expected product life of 15 years or longer is ensured by appropriate maintenance.
Long Maintenance Package (option)
This option is available when you use our long maintenance package. This service offers longer period of product warranty. In case a failure, spare parts allow smooth and urgent recovery of systems. (Damaged parts are replaced free of charge.)
Extended Warranty (option)We offer predictive analysis and parts replacement using IoT. Your drive is constantly monitored via Internet, and any predictor of a failure, as well as a timing of replacing parts are noti�ed automatically by Email. It also allows prompt analysis in case of a failure.
Predictive Analysis (IoT) (option)
* The output rated voltage shall be guaranteed within the above mentioned voltage fluctuation.* All specifications are subject to change without notice.* DeviceNet is trademark of Open DeviceNet Vendor Association (ODVA), Inc.* Profibus is a registered trademark of Profibus Nutzerorganisation e. V.* Modbus is a registered trademark of AEG Schneider Automation Inc.* Ethernet is a registered trademark of Fuji Xerox Co., Ltd.* HIVECTOL is a registered trademark of Hitachi, Ltd.
5 6
5 6
Speci�cations Wide variety of product rating choice
Enriched after service
Capacity line-up list:
ItemSpeci�cations
Small capacity type Large capacity type
Appearance
Power supply
Structure
Control
Protection
Others
Standards
Input voltage
Input frequency
Power supplyfor control
Pre-chargepower supply
Voltage �uctuation
Frequency�uctuation
Cubicle
Transformer
Protection
Type
Control method
Driving method
Deceleration
Speed ControlRange
Accuracy
Maximumoutput frequency
Overload
Ef�ciency
Power factor
Interface
Indication
Trace back data
Cable entrance
Restart after instantaneous power failure
Restart whilethe motor rotating
Options
AC 2.4kV, 3.0kV, 3.3kV, 4.16kV, 6.0kV, 6.6kV
50 / 60Hz
AC 100 - 240V 1 phase (standard) DC100 / 110V (option)
AC 380 - 480V 3 phase (standard), or AC 200 - 220V (option)
Within +/- 10% (Working without fault although the output power become lower)
Within +/- 5% (Guarantee output power)
Within +/- 5%
Forced air cooled self-standing cubicle type
In-built dry type
IP20 (Higher degrees protection as option)
Medium Voltage Multi-level IGBT drive
Sensor less vector control (standard) Vector control with sensor (option)
2 quadrant operation
Natural deceleration
1% - 100% speed
+/- 0.5% at 100% speed without sensor, +/- 0.05% at 100% speed with sensor
50 / 60Hz (max, 75Hz)
110% 60sec
Maximum about 97% (including Transformer)
Above about 95% (at rated load operation)
Analog (4-20mA)+DI/O / Field bus (Modbus-RTU) (standard)
Other �led bus (DeviceNet / Pro�bus / CAN / CANopen / Ethernet) (option)
Pre-charge failure, Momentary over current, Over voltage of DC circuit, Power drop for driver board, PT CT failure, Ground fault, Power failure, Abnormal cooling fan
Charging, speed, current, fault, etc.
Read out to the maintenance tool
Bottom (standard) / Upper (option)
Option (Need UPS power supply)
Option
Duplicated fan, Pre-charge / Control power supply method, Cooling type, Signal interface, External equipments, Commercial bypass, Door interlock, CT phase number, Cable type, Coating, IP code, Control function, Protection function, Speed sensor, Language,External transformer, Mirror layout (Large capacity type only)
IEC / JIS / JEC / JEM
AC 2.4kV, 3.0kV, 3.3kV, 4.16kV, 6.0kV, 6.6kV, 10kV, 11kV
In-build dry type (Oil-immersed transformer as option)
125% 60sec
Voltage(kV) Type
Small capacity type 2,250 1,900
Small capacity type
Large capacity type
Large capacity type
kVA Weight(kg)
Dimensions (mm)
Width (W) Depth (D) Height (H) Cubicle height (Hc)*
3.3
6.6
180
240
300
360
420
480
540
600
720
840
900
960
1,090
1,260
1,460
2,200
2,930
4,000
5,000
360
480
600
730
840
970
1,080
1,210
1,450
1,680
1,810
1,930
2,180
2,530
2,930
4,400
5,870
8,000
10,000
1,500
1,900
2,600
3,800
4,100
5,800
7,900
8,800
2,200
2,600
3,200
5,800
8,000
11,000
19,800
19,800
1,230
1,430
1,630
1,200
1,500
1,700
1,230
1,430
1,630
1,200
1,500
1,700
2,700 2,400
1,880
2,100
2,210
2,310
2,350
2,700
2,840
2,880
3,060
3,280
3,820
4,040
4,080
4,250
6,300
7,800
11,300
18,000
19,300
2,470
2,580
2,910
3,010
3,080
3,620
3,830
4,050
4,590
5,030
5,840
6,060
6,600
6,820
12,600
19,600
22,400
30,100
30,100
2,250 1,900
2,700 2,400
2,900 2,600
Wide variety of product rating choice helps propose service and system optimal for each customer.
*excluding fan height
Responding any failures in 24 hours.
24 hours on-call response (option)
15 years maintenance avai lable when your instal lat ion environment meets speci�ed conditions. This package includes yearly inspection and free replacement of consumable parts (cooling fans, and AVR). Expected product life of 15 years or longer is ensured by appropriate maintenance.
Long Maintenance Package (option)
This option is available when you use our long maintenance package. This service offers longer period of product warranty. In case a failure, spare parts allow smooth and urgent recovery of systems. (Damaged parts are replaced free of charge.)
Extended Warranty (option)We offer predictive analysis and parts replacement using IoT. Your drive is constantly monitored via Internet, and any predictor of a failure, as well as a timing of replacing parts are noti�ed automatically by Email. It also allows prompt analysis in case of a failure.
Predictive Analysis (IoT) (option)
* The output rated voltage shall be guaranteed within the above mentioned voltage fluctuation.* All specifications are subject to change without notice.* DeviceNet is trademark of Open DeviceNet Vendor Association (ODVA), Inc.* Profibus is a registered trademark of Profibus Nutzerorganisation e. V.* Modbus is a registered trademark of AEG Schneider Automation Inc.* Ethernet is a registered trademark of Fuji Xerox Co., Ltd.* HIVECTOL is a registered trademark of Hitachi, Ltd.
5 6
EU-325E-1 2017.01
Hitachi Medium Voltage Multi-level IGBT Drive
-The pictures in this catalog are inland composite images.-Contents of this document may be changed without notice for product improvement.-Descriptions of patents in this document are as of September, 2016.
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© Copyright Hitachi, Ltd., 2016 All Rights Reserved
U.S.A.Hitachi America, Ltd.(Industrial and Infrastructure Systems Division)(New York Office)50 Prospect Avenue,Tarrytown, NY 10591Phone:<1>(914)631-0600Fax: <1>(914)332-3672URL:www.hitachi.us
(Houston Office)9700 Richmond Avenue,Houston, TX 77042Phone:<1>(713)782-0529Fax: <1>(713)782-0981
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(Calgary Office)Suite 460,10655 Southport Road S.W.,Calgary, Alberta T2W 4Y1Phone:<1>(403)278-1881Fax: <1>(403)278-1810
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U.K.Hitachi Europe Ltd.Whitebrook ParkLower Cookham RoadMaidenhead Berkshire SL6 8YAPhone:<44>(1628)585000Fax: <44>(1628)585988
Russian FederationHitachi, Ltd.(Moscow Office)Millennium House, 12, TrubnayaMoscow, 103045Phone:<7>(095)787-4020Fax: <7>(095)787-4021
IndiaHitachi india Pvt.Ltd.802A and 802B, Tower 2, 8th Floor, Konnectus Building, Bhavbhuti Marg, Near Minto Bridge, Connaught Place, New Delhi - 110001, IndiaPhone:<91>(11)3060-5252Fax: <91>(11)3060-5253
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SingaporeHitachi Asia Ltd.Headquarters7 Tampines Grande, #08-01Hitach Square, Singapore 528736Phone:<65>6535-2100Fax: <65>6535-1533
ThailandHitachi Asia(Thailand)Co., Ltd.18th Floor, Ramaland Building952 Rama IV Road, Bangrak,Bangkok 10500Phone:<66>(2)632-9292Fax: <66>(2)632-9299
VietnamHitachi Asia Ltd.(Ho chi minh city office)Room 8-9-10A 4th Floor, The Landmark, 5B Ton Duc Thang St., Ben Nghe Ward, Dist. 1, Ho Chi Minh City, VietnamPhone:<84>8-3829-9725Fax: <84>8-3829-9729
(Ha noi office)Room 2301, 23th West, Lotte Center, 54 Lieu Giai street, Cong Vi ward, Ba Dinh district, Hanoi, VietnamPhone:<84>4-3933-3122Fax: <84>8-3933-3125
PhilippinesHitachi Asia Ltd.Unit 8, 11th Floor Zuellig Bldg., Makati Avenue corner Paseo de Roxas, Makati City, Philippines 1225Phone:<63>(2)886-9018Fax: <63>(2)887-3794
GermanyHitachi Europe GmbHAm Seestern 18(Euro-Center)D-40547 Düsseldorf(Mailing Address)P.O. Box 11 05 3640505 DüsseldorfPhone:<49>(211)5283 0(HEG) <49>(211)52915 0(HSE)Fax: <49>(211)5283 290, -291(HEG) <49>(211)52915 90(HSE)
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AustraliaHitachi Australia Pty.Ltd.Suite 801, Level 8, 123 Epping Road, North Ryde, NSW, 2113, AustraliaPhone:<61>(2)9888-4100Fax: <61>(2)9888-4952
ChinaHitachi, Ltd.(Beijing Headquarters)Beijing Fortune Bldg., 5 Dong San HuanBei-Lu Chao Yang District, Beijing 100004Phone:<86>(10)6590-8111Fax: <86>(10)6590-8110
(Shanghai Regional Office)Rui jin Building, No.205 Maoming Road(S), Shanghai, 200020Phone:<86>(21)6472-1002Fax: <86>(21)6472-4990
(Taipei Branch)3rd Floor, Hung Kuo Building No. 167Tun-Hwa North Road, Taipei(105)TaiwanPhone:<886>(2)2718-8777/2718-3666Fax: <886>(2)2718-8180
(Hong Kong Headquarters)4th Floor, North TowerWorld Finance Centre, Harbour CityCanton Road, Tsim Sha Tsui, KowloonHong KongPhone:<852>2735-9218Fax: <852>2375-3192
KoreaHitachi Korea Ltd.10th Floor, Young Poong Bldg., 41, Cheonggyecheon-ro, Jongno-gu, Seoul 03188, KoreaPhone:<82>2-3210-3590Fax: <82>2-6322-8598,8599