FRENIC-VG
Product Information | Comprehensive Lineup
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Comprehensive Lineup
Comprehensive Lineup
Series lineup (inverters, converters)
- Line-up features unit type and stack type, facilitating easy construction of large-capacity systems.
- The stack type offers support for up to 2,400kW (MD spec.) or 3,000kW (LD spec.) through direct parallel connection.
Inverter
Products Line-UP
Inverter
Expand capacity range(parallel operation)
Converter
Products Line-UP
Converter
Expand capacity range(parallel operation)
Three-phase 200V series
| Type | Series name | Form | Specifications(Note1)(applicable load) | Nominal applied motor [kW] |
|---|---|---|---|---|
 |
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Unit |
Inverter (FRENIC-VG) |
Standard unit | HD (LD) |  |
| PWM Converter (RHC-E) |
Standard unit | MD(CT) (LD(VT)) |  |
Three-phase 400V series
| Type | Series name | Form | Specifications(Note1)(applicable load) | Nominal applied motor [kW] |
|---|---|---|---|---|
|
||||
Unit |
Inverter (FRENIC-VG) | Standard unit | HD (LD) |  |
| MD |  |
|||
| PWM Converter (RHC-E) |
Standard unit | MD(CT) (LD(VT)) |  |
|
Stack |
Inverter (FRENIC-VG) | Standard stack | MD (LD) |  |
| Stack by phase | MD (LD) |  |
||
| PWM Converter (RHC-E) |
Standard stack | MD (LD) |  |
|
| Stack by phase | MD (LD) |  |
||
| Filter stack (RHF-D) |
Standard stack | - |  |
|
| Diode rectifier (RHD-D) |
Standard stack | MD (LD) |  |
Three-phase 690V series
| Type | Series name | Form | Specifications(Note1)(applicable load) | Nominal applied motor [kW] |
|---|---|---|---|---|
|
||||
Stack |
Inverter (FRENIC-VG) | Standard stack | MD (LD) |  |
| PWM Converter (RHC-E) |
Standard stack | MD (LD) |  |
|
| Filter stack (RHF-D) | Standard stack | - |  |
|
| Diode rectifier (RHD-D) |
Standard stack | MD (LD) |  |
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Note1
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Refer to "Ratings for intended use" on page 6 for specifications (applicable load).
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Note
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Unit type inverters have built-in brake circuits as standard (160kW or less).
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Note
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Configuration: Standard unit → Can be used with one set. Stack by phase → Categorized by phase, and one inverter set consists of three stacks.
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Note
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Multiple inverters can be connected with a single PWM converter and diode rectifier.
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Note
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Inverters can also be supplied with DC power (with generator, etc.) without the use of a converter circuit.
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Note
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Capacity expansion (parallel operation)
Inverters
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Direct parallel connection: One single-winding motor is driven by multiple inverters. (Drive is possible with up to three inverters)
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Multi-winding motor drive: Specialized motor drive system with multiple windings around a single motor. (Drive is possible with up to six inverters)
PWM converters
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Transformer isolation (parallel system): System used to isolate the receiving power supply system and converter with a transformer. It is necessary to equip each converter input with a transformer. (No. of parallel connection units: max. 6)
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Transformerless (parallel system): System in which a PWM converter is connected directly to the receiving power supply system. There is no need to isolate with a transformer. (No. of parallel connection units: max. 3)
AC Drives (Low Voltage) Support
Easy setup and maintenance of low-voltage inverters!
Compatibility table between old and new models
Download documents
Column
Understanding application, benefits, basic structure, case study, types, and Fuji Electric's inverters with this video.
December 27,2021
Understanding the basics: Differences between inverters and converters
January 20,2021
How and what does an inverter take control of? A brief explanation to grasp the basic structure.
January 20,2021
The fundamentals of inverters and their uses.
January 20,2021
Contact and Support
We also accept technical inquiries about products prior to implementation.
If any issues arise with the product, please contact your nearest branch.
