Selection Guide

Extensive line-up ranges from simplified performance to high performance models.

Fuji Electric inverter family plays an active part worldwide.
Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd.

INV-SG-FAP-202301
INV-SG-FAP-V.2
 Fuji Electric, a renowned manufacturer of power electronics,
drive engineering and automation technology.

Content
Brand Promise Power and Function Selection
Through our pursuit of innovation in electric and
Application selection 03
thermal energy technology, we develop products that maximize
Power selection 04
energy efficiency and lead to a responsible and sustainable society
Functionality selection 05
Optional item selection 06
Peripheral devices & solution 07
Fuji Electric is a world leader in electronics manufacturing and energy
technology with more than 90 years of accumulated technology and
Inverter
experience. Through our innovation in energy and environment
technology, we are contributing to the creation of responsible and FVR-Micro 08
sustainable societies. FRENIC-Mini 09
FRENIC-eHVAC 10
Fuji Electric, the pioneer in the industry to develop general purpose FRENIC-Ace 11
Variable Speed Drive in 1976. Since then, the company continues to FRENIC-HVAC 12
design and develop an energy efficient low & medium voltage drives FRENIC-AQUA 13
and extensive increase it’s product line-up that suit to the industrial and FRENIC-MEGA (G2) 14
commercial needs. FRENIC-VG (unit type) 15
FRENIC-VG (stack type) 16
Fuji Electric Asia Pacific (Singapore) was established in 1989 as a
regional headquarter and sales company, provides innovative energy Harmonic Mitigation
technology products and solutions across the Southeast Asia, Oceania PWM Converter (unit type) 17
and Middle East, covering Singapore, Malaysia, Thailand, Indonesia, PWM Converter (stack type) 18
Philippines, Vietnam, Myanmar, Cambodia, Sri Lanka, Bangladesh, ecoWAVE Advance-Line PHF (50Hz) 19
Australia, New Zealand and Gulf Corporation Council. ecoWAVE Advance-Line PHF (60Hz) 20
ecoWAVE Econ-Line PHF (50Hz) 21
In this Selection Guide, you will find Fuji Electric’s Low Voltage Inverter ecoWAVE Econ-Line PHF (60Hz) 22
and their peripheral devices. ecoWAVE Advance-Line Skid Type (50Hz) 23
ecoWAVE Advance-Line Skid Type (60Hz) 24
IORA3000 Active Harmonic Filter 25

Operation Option
Optional keypad & Keypad accessories 26
Selection Guide DC Reactor 27
AC Reactor 28
Output Circuit Filter (OFL) 29
Get more information online. Optional Card
Speak to your local Fuji Electric. Relay Output Interface Card 30
Digital Interface Card 30
Analog Interface Card 31
Pulse Generator Feedback Card 32
Synchronized Interface Card 33
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Encoder Cable for GNF2 Motor 33

s_l
rive
c_d

T-link Communication Card 34

ts/a
duc

SX Bus Communication Card 34

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Open Bus Communication Card 35

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ctri

ProfiNet / Ethernet Communication Card 35

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uj
w.f

RS-485 Communication Card 36

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Access more detail online:

s://
http

www.fujielectric.com Resistance Temperature Sensor input Card 36

Scan or click User Programming Card (UPAC) 36
to discover more! Functional Safety Card 37
Contact us:
Other Option & Information
Optional Mounting Adapter 37
Loader Software (FRENIC-VG) 37
UPAC Dedicated Cable 37
Battery for Memory Backup 38
Zero Phase Reactor (ACL) 38
Inverter Migration Table 39

Disclainer:
The information provided in this documentation contains general descriptions and/or function characteristics of the performance of the products contained herein.
This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications.
It is the duty of any such user or integrator to perform the appropriate and complete risk analysis, evaluation and testing of the products with respect to the relevant
specific application or use thereof. Neither Fuji Electric nor any of its affiliates or subsidiaries shall be responsible or liable for misuse of the information contained
herein.
Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.
Application selection
Specislized models can maximize the performance for each application

Diversifying applications ：Best suitable ：Suitable

Representative Application
instrument image example e
Exhaust fan Fan
Pump
Fluid Blower
machine
Compressor
Gear pump
Drilling machine Drilling machine
Turning machine
Grinding machine
Machin e tool
Tool changer
Milling machine
Machining centre
Pressing Pressing machine
machine
Metal Winder
processing Wire drawing machine
machine
Shearing machine
Dicer
Hoist Elevator
crane
Escalator
Conveyor Multi-level storage
machine
(vertical) Multi-level parking lot
Crane
Hoist crane
Conveyor Conveyor transport
Conveyor
machine Chain transport
(horizontal)
Ball screw
Noodle making machine Noodle making machine
Motor
Inverter
Confectionery machine
Food Roller
(motor, inverter) Tea making machine
processing
machine Bread making machine
Mixer
Conveyor Cutting machine
(motor, inverter) (motor, inverter)
Slicer
Labeler Labeler
Inner packing machine
Packing and Outer packing machine
bookbinding
machine Bookbinding machine
Wrapping machine
Paper machine
Printing Winder
machine
Printing Slitter
machine O
Rotary printing machine
Treadmill Stair lift
Health, medical, Treadmill
welfare care
Care bed
instruments
Bubble bath
Commercial laundry machine Commercial laundry machine
Car washing machine
Food waste disposer
Others
Conveyor-belt sushi
Stage installation
Pachinko ball feeder
* Options may be required for application.

3
Power Selection
Select the right overload capability and control terminal to suit your application.

Major specifications of series

Digital Digital
input X output Y
terminal terminal
Motor capacity including Analog
Overload Analog Output
Inverter Series Input voltage class range +
capability FWD input output frequency range
[kW] /REV *1 *1

terminal Relay
output

Single-phase 200V 0.4 to 2.2kW

150% for 1min. 5 1+1 2 1 0.1 to 400Hz
Three-phase 400V 0.4 to 3.7kW

Three-phase 200V 0.1 to 15kW

Three-phase 400V 0.4 to 15kW 150% for 1min.

5 1+1 2 1 0.1 to 400Hz
Single-phase 200V 0.1 to 2.2kW 200% for 0.5sec.

Single-phase 100V 0.1 to 0.75kW

e Three-phase 400V 0.75 to 280kW 120% for 1min. 7 3+2 3 2 0.1 to 120Hz

Single-phase 200V (HND) 0.1 to 30kW 0.1 to 500Hz

120% for 1min.
Three-phase 400V (ND) 0.4 to 315kW 7 2+1 2 2 0.1 to 120Hz

Single-phase 200V (HHD) 0.1 to 2.2kW 150% for 1min. 0.1 to 500Hz

Three-phase 200V 0.75 to 90kW

Three-phase 400V 0.75 to 710kW 110% for 1min. 9 4+2 3 2 0.1 to 120Hz

Three-phase 400V 0.75 to 710kW

Three-phase 200V (HD) 0.4 to 90kW 150% for 1min. *3

0.1 to 599Hz
Three-phase 400V (HD) 0.4 to 630kW 200% for 3sec.
11 4+2 3 2
Three-phase 200V (LD) 7.5 to 110kW *3
120% for 1min. 0.1 to 599Hz
Three-phase 400V (LD) 7.5 to 710kW

Three-phase 200V (HD) 0.75 to 90kW 150% for 1min.

Three-phase 400V (HD) 3.7 to 630kW 200% for 3sec.
Unit Type

Three-phase 400V (MD) 110 to 450kW 150% for 1min. 0.1 to 500Hz
Three-phase 200V (LD) 37 to 110kW
120% for 1min.
Three-phase 400V (LD) 37 to 710kW 11 4+2 3 3
Three-phase 400V (MD) 30 to 800kW
150% for 1min.
Stack Type

Three-phase 690V (MD) 90 to 450kW

0.1 to 150Hz
Three-phase 400V (LD) 37 to 1000kW
110% for 1min.
Three-phase 690V (LD) 110 to 450kW

4
 Auto-restart after momentary power failure

Slip compensation control

PID control

Automatic energy saving operation

Regeneration prevention control

Overload prevention control

Torque limiter

Preventing condensation in motor

3
4
2
2
Number of motor switching options

Pick-up operation, draw operation

Commercial power supply switching operation

*2 Consult our sales representatives.

Customizable logic function
Control function

Hit-and-stop control

*2

5
Dancer roll control

Velocity zero control

Servo lock

Synchronous motor driving

Calendar function

Traceback function

*1 The behaviour of analog input and output can be switched by settings. Refer to the catalogue of each series.
Online tuning

Functional safety (STO)

Pattern operation, timer operation

Pump control

*3 The inverter trips when the output frequency upper limit of 599Hz is exceeded due to a review of export control regulations (frequency converter).
Functionality selection
Optional item selection
The optional item provide flexibility on interfacing and communication

Special option ：Optional

Applicable Inverter
e

Relay Output Interface Card

Digital Interface Card

Control
option Analog Interface Card
card
PG Interface Card

Analog Current Output Interface Card

Synchronize Interface Card

RS-485 Communications Card Built-in Built-in Built-in Built-in*1 Built-in Built-in Built-in Built-in

T-Link Communications Card

SX-bus Communications Card

E-SX-bus Communications Card

PROFIBUS-DP Communications Card

I t em

DeviceNet Communications Card

CANopen Communications Card

Communication
option card CC-Link Communications Card

LonWorks Communications Card

Ethernet Communications Card

Resistance Temperature Detector Input Card

ProfiNet-RT Communications Card

ProfiNet-IRT Communications Card

User Programming Card (UPAC)

Functional Safety Card

Software Inverter support loader software

Remote touch panel Standard Standard

Operation
Remote touch panel with USB
option

Multifunctional touch panel Standard Standard Standard

*1 The number of connectors of the RS-485 port can be changed from 1 to 2 by mounting an option card.

6
Peripheral devices & solution
The diagram shows the complete solution peripheral structure and option

Wiring diagram of peripheral equipment of inverter

For main power input and Power 3 External operation, measurement and communication Built-in option card
inverter output
■
MCCB
at this location. R S T
or [TP-E1], [TP-E2], [TP-A1-E2C]
ELCB
AC Reactor [ ACR - U V W [TP-A2SW], [TP-E1U] [OPC-■
Conversion of transistor outputs of the
Used when the power supply voltage is unstable. inverter to relay output signals

Consult *1
PC Loader Software for Windows
[
Fuji Electric U V W
support communication with inverter [OPC-■
enable to set the function codes of the
Suppresses induced lightning surges from the X Y Z digital signals
inverter from a PC, to manage the data.
power source to protect entire equipment
Connection via
connected to the power source.
Mini-B USB [OPC-■
Only appliable for keypad
signals
TP-E1U, TP-E2 &
TP-A2SW
Used to reduce radio noise. Suppressive effect to the
[OPC-■ □

more. This is appropriate as a simple measure against □

noise since it affects broad range in the frequency band. Cable used for remote control [OPC-■
sensors enabled by combination with
Consult
EMC compliance filter Fuji Electric

Dedicated filter to comply with the European EMC

Directive (Emission). Install the filter while referring
Resistance temperature detectors
to the details in the installation manual.
(RTD) can be connected directly to the
connection
Consult inverter without a converter,
Power filter for input circuit Fuji Electric
L1 L2 L3
converting temperatures to digital
- L1' L2' L3'
values.
This filter can be used for the same purpose as the ■
EMC compliance filter, but is not an EMC compliance. Speed setting
potentiometer
R0 T0 [OPC-■
Tachometer
at this location.
*2

Consult G L1/R L2/S L3/T DB P1 P(+) N(-) U V W G

Fuji Electric Contactor
[OPC-■
and the inverter
Used to reduce radio noise. This is effective for
the AM radio frequency band. ●
*Do not use it on the inverter output side.
and the inverter
Consult
Power filter for output circuit Fuji Electric [OPC-■

This will become more effective in noise reduction if [OPC-■

used together with the power filter for input circuit.
[OPC-■
Output circuit filter [OFL- 1 2 3
[OPC-■
4 5 6

• Suppress fluctuations of motor terminal voltage.

[OPC-■
• Prevent damages to the motor insulation due to surge

*This filter is not limited by carrier frequency. Also, motor

can be tuned while this option is installed.
X1 Y1 Z1 [ [ ■ -□□
Consult Converting the protection structure of
Fuji Electric X2 Y2 Z2 the inverter to all-closed form (IP40)
Use if the power transformer resistor to increase the inverter

Surge voltage is generated if the cable between an inverter and

□□□■ -□
a motor is several ten meters long. This product suppresses
the surge voltage, preventing the motor from being damaged. Use if the inverter and a thyristor Converting the protection structure of
converter are connected to the same
[ the inverter to NEMA 1 standards
(certified for UL TYPE 1)
transformer. Used for suppressing power source
R S T G harmonics of inverters. It is also
Consult commutation reactor. If not,an AC reactor
Fuji Electric equipped with a power supply
Motor M must be connected to the power supply side.
regenerative function to drastically
■ -□□
3
An attachment for providing mount
contactor and solenoid valve to protect electronic reduce energy consumption. compatibility with old models
manufactured by our company
devices from malfunctioning. power supply lines. * Use in combination with the RHC

Consult
[ resistor, and capacitor.
Fuji Electric ■ -□□
Dedicated filter for RHC series
for highly frequent stopping A filter dedicated for RHC series, An attachment for mounting to IEC rail
● Used to reduce the input harmonic which is used when other electronic with a width of 35 mm
and large moment of inertia.
devices are connected to the same
power supply.
Consult
Fuji Electric
■ -□□
* Use this filter in combination with the
the connection terminal of dedicated filter reactor, filter condenser An attachment for taking the cooling
and filter resistor as a set.
fin of the inverter out of the board

* The series names (C2, E2, F2, G2, AR1, AQ1, VG1) are put in the place of ■ in the type names.

NOTE: Some accessories not feature in this selection guide, please consult your local Fuji Electric.

7
 [AS1S] Simple Compact Inverter

Overview
It's small and strong. The design is held especially simple, so the user benefits from an easy installation and
smooth operations. Its conceptual design ensures saving space and energy, as well as costs.
FRENIC-Micro AS1S is a highly economic inverter for general purpose applications. It matches perfectly any
application with limited space and where small capacities are needed, such as e.g. conveyor transports, mixer
machines, or small woodworking machineries with basic functions.

Model variations Major functions International standards

Standard Frequency
type potentiometer
control

Input voltage class / capacity range

Three-phase - Class 400V / 0.4 to 3.7kW
Single-phase - Class 200V / 0.4 to 2.2kW

Features
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m
r_

• Overload capability: 150% of rated current for 1 min

fv
v/
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es

• Adoption of control system to minimize motor loss

riv
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ac

• Built-in RS485 communications port as standard

s/
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du
ro

• Multi-stage frequency (16 stages)

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.c

• Sink/source selectable
ric
ct
le
jie

• PID control function

.fu
ww
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• Built-in braking transistor

s:
tp
ht

• Potentiometer built-in keypad (for frequency or PID command)

Scan me or Click me
• Analog input / analog output / jog operation / remote / local

Dimensions (External)

Power supply Standard Motor Dimensions (mm) Ingress

Inverter Model
voltage (kW) Protection
W H D
0.4 FVR0.4AS1S-4E W D

3-phase 0.75 FVR0.75AS1S-4E

50/60 Hz 108
1.5 FVR1.5AS1S-4E 128 146
Class
400 VAC 2.2 FVR2.2AS1S-4E
3.7 FVR3.74AS1S-4E 140 IP20
H
0.4 FVR0.4AS1S-7E
1-phase 68 123
50/60Hz 0.75 FVR0.75AS1S-7E
128
Class 1.5 FVR1.5AS1S-7E
200 VAC 108 146
2.2 FVR2.2AS1S-7E
For more detail, please refer to model series catalog.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

8
 [C2] Compact Inverter For Simple Machine

Overview
With its rich functionality, compact design, simple operation and global compatibility, the new FRENIC-Mini C2
series elevates the performance of a wide range of devices and equipment which include conveyors, fans,
pumps, centrifugal separators and food processing machines. It enables system integration, energy efficiency,
reduced labour, lower overall costs and achieve competitiveness.

Model variations Major functions International standards

Standard Built-in Side by side Frequency

Type EMC filter installation potentiometer
control

Synchronous
motor driving

Input voltage class / capacity range

Three-phase - Class 400V / 0.4 to 15kW
Three-phase - Class 200V / 0.1 to 15kW
Single-phase - Class 200V / 0.1 to 2.2kW
Single-phase - Class 100V / 0.1 to 0.75kW

Features
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c2
i-
in

• Overload capability: 150% of rated current for 1min or 200% of rated current for 0.5s
-m
ic
n
re

• Dynamic torque vector control

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lv
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riv

• Fastest CPU processor in its class

d
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• External dimensions same as last series (C1 series)

ct
u
d
ro
/p

• Optional USB keypad available Energy use optimizer

m
o
.c
ric
ct

• PID control function

le
jie
u
.f
w

• Cooling fan ON/OFF control function

w
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//
s:
p

• Synchronous motor control

tt
h

Scan me or Click me • RS-485 communications port ready

• Easier maintenance

Dimensions (External)
Power supply Standard Motor Dimensions (mm) Ingress
Inverter Model
voltage (kW) Protection
W H D
0.4 FRN0002C2 - 4A 158 W D
110 130
0.75 FRN0004C2 - 4A
1.5 FRN0005C2 - 4A
3-phase 2.2 FRN0007C2 - 4A 140 180 182
50/60Hz IP20
H

3.7 FRN0011C2 - 4A
Class
400 VAC 5.5 FRN0013C2 - 4A
180 230 158
7.5 FRN0018C2 - 4A
11 FRN0024C2 - 4A Low capacity
220 270 190
15 FRN0030C2 - 4A
0.1 FRN0001C2S - 2A
80
0.2 FRN0002C2S - 2A W D
80 120
0.4 FRN0004C2S - 2A 95
0.75 FRN0006C2S - 2A 120

3-phase 1.5 FRN0010C2S - 2A

110 130
50/60Hz 2.2 FRN0012C2S - 2A 139 IP20
Class 140
3.7 FRN0020C2S - 2A 180
H

200 VAC
5.5 FRN0025C2S - 2A
180 220 158
7.5 FRN0033C2S - 2A
11 FRN0047C2S - 2A
220 260 190
15 FRN0060C2S - 2A
0.1 FRN0001C2 - 7A High capacity
100
0.2 FRN0002C2 - 7A 80 120
1-phase
50/60Hz 0.4 FRN0004C2 - 7A 115
IP20
Class 0.75 FRN0006C2 - 7A 110 130 139
200 VAC
1.5 FRN0010C2 - 7A
140 180 182
2.2 FRN0012C2 - 7A
For more detail, please refer to model series catalog. S : Standard / E : EMC Filter

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

9
 [F2E] Inverter for easy HVAC applications

Overview
Offers optimum capability in terms of energy saving for fans and pumps used in HVAC applications,
eliminates waste through appropriate flow rate and air flow adjustments, and greatly influences power
conservation and cost reductions through energy saving. An EMC filter is built-in as standard, catering to
a variety of environments. PM Motor drive with sensorless vector control is now possible. Unique functions
tailored to the application can be constructed.

Model variations Major functions International standards

Standard Optimized Customisable

Type minimum logic
power control

Input voltage class / capacity range

Three-phase - Class 400V / 0.75 to 280kW

Features
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ac
hv

• Overload capability: 120% of rated current for 1min.

e
ic-
en
/fr

• Dedicated functionality for HVAC application: Fire mode for fan, built-in PID/Cascade operation for pump, etc.
_lv
es
riv

• Built-in category C2/C3 EMC filter as standard, catering for a variety of environments.
_d
ac
ts/

• PM motor drive is now possible with PM sensorless vector control.

d uc
ro
/p

• Equipped with customized logic as standard to facilitate the free programming of up to 200 steps Unique
om
c.c
tri

functions tailored to the application or usage method can constructed.

lec
jie
.fu

• Equipped with BACnet communication protocol as standard to facilitate the productization of a variety of
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control and communication options.

tp
ht

Scan me or Click me

Dimensions (External)
W D
Power supply Standard Motor Dimensions (mm) Ingress
Inverter Model
voltage (kW) Protection
W H D
0.75 FRN0002F2E-4G 162
H

110 130
1.1 FRN0003F2E-4G 186
2.2 FRN0005F2E-4G
3 FRN0006F2E-4G 140 130 199 Low capacity
5.5 FRN0011F2E-4G W D
7.5 FRN0018F2E-4G
181.5 285 208 IP20
11 FRN0023F2E-4G
15 FRN0031F2E-4G
220 332 245
18.5 FRN0038F2E-4G
H

22 FRN0045F2E-4G
3-phase 250 400 195
30 FRN0060F2E-4G
50/60 Hz
Class 37 FRN0075F2E-4G
320 550 255
400 VAC 45 FRN0091F2E-4G Mid capacity
55 FRN0112F2E-4G 615 W D

75 FRN0150F2E-4G 355 675 270

90 FRN0176F2E-4G 740
110 FRN0210F2E-4G IP20
530 740 315
132 FRN0253F2E-4G
160 FRN0304F2E-4G
H

530 1000 360

200 FRN0377F2E-4G
220 FRN0415F2E-4G
680 1000 360
280 FRN0520F2E-4G
For more detail, please refer to model series catalog. High capacity

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

10
 [E2] High Performance Inverters

Overview
Inverter that produces excellent cost-performance, maintaining high performance through optimal design.
In this way, it can be applied to various machines and devices. The FRENIC-ACE is standard inverter for the next
generation and can be used in almost any type of application from fans and pumps to specialized machinery.
Whether it is simple logic functions or full-scale programming. It can be used for dedicated purposes such as wire
drawing machines, spinning machines and hoists with the appropriate programming templates.

Model variations Major functions International standards

Side-by-side Synchronous Detachable Pulse train

Standard Built-in installation motor driving keypad input
Type EMC filter
HHD HND
HD ND
Customizable Four Functional
logic ratings safety STO

Input voltage class/capacity range

Three-phase - Class 400V / 0.4 to 315kW (enable ND, HD, HND & HHD)
Three-phase - Class 200V / 0.1 to 30kW (enable HHD)
Single-phase - Class 200V / 0.1 to 2.2kW (enable HHD)

Features
/
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c -a

• ND, HND - 120% of nominal current for 1min

ni
fre
lv/

• HD - 150% of nominal current for 1min

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es
riv
_d

• HHD - 150% of nominal current for 1min or 200% of nominal current for 0.5s
ac
ts/
uc

• Customizable logic (aka, mini PLC, 200 steps), superior flexibility

d
ro
/p
om

• Sensorless dynamic torque vector control, PM synchronous motor control

c.c
tri
lec

• Safety enable input STO (compliant to EN/ISO13849-1, SIL3, PL=e, cat. 3)

jie
.fu
ww

• Closed loop for IM and Sensorless PMSM control modes

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s:/

• 2-channel on-board RS485 communication port

tp
ht

Scan me or Click me • 10 years’ lifetime design

(ND - Normal Duty) (HD - High Duty) (HND - High carrier frequency Normal Duty) (HHD - High carrier frequency Heavy Duty)

Dimensions (External)
Standard Motor
Standard Motor (kW) Dimensions (mm) Ingress Power supply Dimensions (mm) Ingress
Power supply Inverter Model (kW) Inverter Model
voltage Protection voltage Protection
HHD HND HD ND W H D HHD HND W H D
0.4 0.75 0.75 0.75 FRN0002E2 - 4GB 162 0.1 0.2 FRN0001E2 -2GB
110 85
0.75 1.1 1.1 1.5 FRN0004E2 - 4GB 186 0.2 0.4 FRN0002E2 -2GB
68 127
1.5 2.2 2.2 2.2 FRN0006E2 - 4GB 140 0.4 0.75 FRN0004E2 -2GB 100
2.2 3.0 3.0 3.0 FRN0007E2 - 4GB 140 199 0.75 1.1 FRN0006E2 -2GB 132
3.7 5.5 5.5 5.5 FRN0012E2 - 4GB 1.5 2.2 FRN0010E2 -2GB
3-phase 110
5.5 7.5 7.5 11 FRN0022E2 - 4GB 2.2 3.0 FRN0012E2 -2GB 130 143
1802 30 158 IP20 50/60 Hz
7.5 11 11 15 FRN0029E2 - 4GB 3.7 5.5 FRN0020E2 -2GB 140 IP20
Class
11 15 15 18.5 FRN0037E2 - 4GB 200 VAC 5.5 7.5 FRN0030E2S-2GB
220 270 190 180 220 158
15 18.5 18.5 22 FRN0044E2 - 4GB 7.5 11 FRN0040E2S-2GB

18.5 22 22 30 FRN0059E2 - 4GB 11 15 FRN0056E2S-2GB

3-phase 250 400 195 220 260 190
22 30 30 37 FRN0072E2 - 4GB 15 18.5 FRN0069E2S-2GB
50/60 Hz
Class 30 37 37 45 FRN0085E2 - 4GB 18.5 22 FRN0088E2S-2GB
326.2 550 261 250 400 195
400 VAC 37 45 45 55 FRN0105E2 - 4GB 22 30 FRN0115E2S-2GB

45 55 55 75 FRN0139E2 - 4GB 615 S : Standard / E : EMC Filter

55 75 75 90 FRN0168E2 - 4GB 361.2 675 276

75 90 90 110 FRN0203E2 - 4GB
90 110 110 132 FRN0240E2 - 4GB 740
321 IP00 W D
110 132 132 160 FRN0290E2 - 4GB
536.4 W D
132 160 160 200 FRN0361E2 - 4GB
160 200 200 220 FRN0415E2 - 4GB
1000 366
200 220 220 280 FRN0520E2 - 4GB
686.4
220 280 250 315 FRN0590E2 - 4GB
0.1 - - - FRN0001E2 - 7GB
85
H

0.2 - - - FRN0002E2 - 7GB

1-phase 68 127
50/60 Hz 0.4 - - - FRN0003E2 - 7GB 107
Class 0.75 - - - FRN0005E2 - 7GB 152 IP20
200 VAC 1.5 - - - FRN0008E2 - 7GB 110 153
OPEN

130
2.2 - - - FRN0011E2 - 7GB 140 143 Low capacity High capacity
For more detail, please refer to model series catalog. S : Standard / E : EMC Filter

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

11
 [AR1] Inverter for HVAC Applications

Overview
Fuji Electric’s first slim type inverter dedicated for a variety of HVAC applications.
This series follows European trends and is keeping high Japanese reliability. Specific functions to manage
fan and compressor applications and new energy saving functions are installed as standard, positioning
FRENIC-HVAC as a high performance inverter on the HVAC and compressor market.

Model variations Major functions International standards

Calendar Linearization Customizable

Standard Built-in
function function logic
Type EMC filter

Optimized
minimum
power control

Input voltage class / capacity range

Three-phase - Class 400V / 0.75 to 710kW
Three-phase - Class 200V / 0.75 to 90kW

Features
c/
hva
ic-

• Overload capability: 110% of rated current for 1min

enfr
v/

• IP21 & IP55 with same dimensions.

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es
riv
_d

• DCR and EMC filter built-in up to 90 kW. Built-in EMC filter for all capacities
ac
s/
ct

• Customizable Logic (mini PLC), 14 steps, manageable digital or analog signals with Real Time Clock (RTC)
du
ro
/p
om

• Overload capability 110% with Torque Vector Control

.c
ric
ct

• Modbus RTU, BACnet MS/TP, Metasys N2; integrated as standard

le
jie
.fu

• Specific macros for common fan and compressor applications

ww
//w
s:

• Unit conversion function (kPa, bar, l/min, etc.)

tp
ht

Scan me or Click me
• 4 PID, Fire mode (forced operation), Password function

Dimensions (External)
Standard Dimensions (mm) Standard Dimensions (mm)
Power supply Ingress Power supply Ingress
Motor Inverter Model Motor Inverter Model
voltage Protection voltage D Protection
(kW) W H D (HP) W H
0.75 FRN0.75AR1 - 4A 1 FRN001AR1 - 2U
2 FRN002AR1 - 2U
1.5 FRN1.5AR1 - 4A 150 465
3 FRN003AR1 - 2U
2.2 FRN2.2AR1 - 4A 150 465 5 FRN005AR1 - 2U
262
3.7 FRN3.7AR1 - 4A 7 FRN007AR1 - 2U
FRN5.5AR1 - 4A 10 FRN010AR1 - 2U 585
5.5
3-phase 15 FRN015AR1 - 2U 203
7.5 FRN7.5AR1 - 4A 50/60 Hz 20 FRN020AR1 - 2U IP21/
Class 645 IP55
11 FRN11AR1 - 4A 262 25 FRN025AR1 - 2U
FRN15AR1 - 4A 200 VAC 30 FRN030AR1 - 2U
15 265 736 284
203 585 IP21/ 40 FRN040AR1 - 2U
18.5 FRN18.5AR1 - 4A IP55 50 FRN050AR1 - 2U
FRN22AR1 - 4A 300 885 367.9
22 60 FRN060AR1 - 2U
30 FRN30AR1 - 4A 75 FRN075AR1S - 2U
203 645 355 740 270
100 FRN100AR1S - 2U IP00
37 FRN37AR1 - 4A
125 FRN125AR1S - 2U 530 750 285
45 FRN45AR1 - 4A M : UL Type1 (IP21) / L : UL Type12 (IP55)
3-phase 265 736 284 America Model
50/60 Hz 55 FRN55AR1 - 4A
Class W D
75 FRN75AR1 - 4A
400 VAC 300 885 368
90 FRN90AR1 - 4A
110 FRN110AR1S - 4A
740 315
132 FRN132AR1S - 4A
H

530
160 FRN160AR1S - 4A
W D
200 FRN200AR1S - 4A
1000 360
220 FRN220AR1S - 4A
Low capacity
280 FRN280AR1S - 4A IP00 W D
315 FRN315AR1S - 4A 680
355 FRN355AR1S - 4A
1400 440
400 FRN400AR1S - 4A
H

500 FRN500AR1S - 4A 880

H

630 FRN630AR1S - 4A
1000 1550 500
710 FRN710AR1S - 4A
For more detail, please refer to model series catalog. M :IP21 L :IP55
Mid capacity High capacity

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

12
 [AQ1] Inverter for Special Pump Applications
Overview
The slim type inverter dedicated for a variety of applications of water supply and wastewater treatment
system from Fuji Electric. This series follows European trends keeping high Japanese reliability.
Specific functions to protect damage of pump systems and new energy saving functions are installed as
standard, positioning FRENIC-AQUA as a high performance inverter on the pumping application market.

Model variations Major functions International standards

Standard Built-in Calendar Linearization Customizable

Type EMC filter function function logic

Optimized Cascade
minimum control
power control

Input voltage class / capacity range

Three-phase - Class 400V / 0.75 to 710kW

Features
/
ua
aq

• IP21 & IP55 with same dimension

c-
ni
fre

• DCR and EMC filter built-in up to 90 kW. Built-in EMC filter for all capacities
v/
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es
riv

• Customizable Logic (mini PLC), 14 steps, manageable digital and analog signals with Real Time Clock (RTC)
_d
ac
s/

• 4 PID, Anti jam function, Pipe fill mode, Password function and Unit conversion function (kPa, bar, l/min, etc.)
ct
du
ro
/p

• Overload capability 110% with Torque Vector Control

om
.c
ric

• Modbus RTU, BACnet MS/TP, Metasys N2; integrated as standard

ct
le
jie
.fu

• Large LCD display, 19 languages + user customizable language

ww
//w
s:

• Specific macros for common pump applications

tp
ht

Scan me or Click me • Fire mode (forced operation)

• New energy saving functions (sleep mode)
• Multi-pump control (Cascade control) (up to 9 pumps with one inverter)

Dimensions (External)
Standard Dimensions (mm) W D
Power supply Ingress
Motor Inverter Model
voltage Protection
(kW) W H D
0.75 FRN0.75AQ1 - 4A
1.5 FRN1.5AQ1 - 4A
H

2.2 FRN2.2AQ1 - 4A 150 465

3.7 FRN3.7AQ1 - 4A
5.5 FRN5.5AQ1 - 4A
7.5 FRN7.5AQ1 - 4A
Low capacity
11 FRN11AQ1 - 4A 262 W D
15 FRN15AQ1 - 4A
203 585 IP21/
18.5 FRN18.5AQ1 - 4A IP55
22 FRN22AQ1 - 4A
30 FRN30AQ1 - 4A
203 645
37 FRN37AQ1 - 4A
H

45 FRN45AQ1 - 4A
3-phase 265 736 284
50/60 Hz 55 FRN55AQ1 - 4A
Class 75 FRN75AQ1 - 4A
400 VAC 300 885 368
90 FRN90AQ1 - 4A Mid capacity
110 FRN110AQ1S - 4A W D
740 315
132 FRN132AQ1S - 4A
530
160 FRN160AQ1S - 4A
200 FRN200AQ1S - 4A
1000 360
220 FRN220AQ1S - 4A
280 FRN280AQ1S - 4A IP00
315 FRN315AQ1S - 4A 680
H

355 FRN355AQ1S - 4A
1400 440
400 FRN400AQ1S - 4A
500 FRN500AQ1S - 4A 880
630 FRN630AQ1S - 4A
1000 1550 500
710 FRN710AQ1S - 4A
For more detail, please refer to model series catalog. M :IP21 L :IP55 High capacity

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

13
 [G2] High Performance Multifunctional Inverters

Overview
Inherits the excellent performance specifications and functionality of the G1 series while providing a more stylish
design. Unrelenting pursuit of performance and functionality to further enhance adaptability. The new
FRENIC-MEGA G2 series takes core capabilities, responsiveness, environmental awareness and easy
maintenance to the next level. It’s smarter, faster and resulting in significantly better efficiency.

Model variations Major functions International standards

Standard Built-in Integrated Optimized Detachable Built-in USB Pulse train

type EMC filter DC reactor minimum keypad terminal input
power control

Synchronous Position Safety- Ratio Customizable Triple

motor driving control type enabled operation logic ratings
type type

Input voltage class/capacity range

Three-phase - Class 200V / 0.4 to 90kW (HD - High Duty), 7.5 to 110kW (LD - Low Duty)
Three-phase - Class 400V / 0.4 to 630kW (HD - High Duty), 7.5 to 710kW (LD - Low Duty)

Features
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g2
ga

• Overload capability: 150% of rated current for 1min or 200% of rated current for 3.0s
me -
nic
/fre

• Safety enable input (compliant to EN/ISO13849- PL=d, cat. 3)

_lv
es
riv

• Built-in EMC filter for all capacities (compliant to EN 61800-3, category C3)
_d
/ac
cts

• Faster operating speeds of up to 599Hz even on V/F mode

du
pro
m/

• Enhanced response on speed up to 200Hz, Enhanced response on current up to 1000Hz.

.co
tric

• Permanent Magnet Synchronous Motor (PMSM) ready.

lec
jie
.fu
ww

• Load adaptive control enable significantly better efficiency.

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ps

• Same mounting dimensions as G1 series for easy replacement.

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Scan me or Click me • Optional smart multi-function keypad TP-A2SW, enable battery backup, memory card and Bluetooth function.

Dimensions (External)
Standard Motor Dimensions (mm) Standard Motor Dimensions (mm)
Power supply Power supply
kW HP kW HP Inverter model IP kW HP kW HP Inverter model IP
voltage voltage
HHD HND W H D HHD HND W H D
0.4 1/2 - - FRN0002G2 -4G 130 0.4 1/2 - - FRN0003G2S-2G 130
110 110
0.75 1 - - FRN0003G2 -4G 0.75 1 - - FRN0005G2S-2G
1.5 2 - - FRN0004G2 -4G 1.5 2 - - FRN0008G2S-2G
260 145 260 145
2.2 3 - - FRN0006G2 -4G 150 2.2 3 - - FRN0011G2S-2G 150
3.7 5 - - FRN0009G2 -4G 3.7 5 - - FRN0018G2S-2G
IP20
5.5 7.5 7.5 10 FRN0018G2 -4G 5.5 7.5 7.5 10 FRN0032G2S-2G
7.5 10 11 15 FRN0023G2 -4G 220 7.5 10 11 15 FRN0046G2S-2G 220 IP20
3-phase
11 15 15 20 FRN0031G2 -4G 195 50/60 Hz 11 15 15 20 FRN0059G2S-2G 195
15 20 18.5 25 FRN0038G2 -4G Class 15 20 18.5 25 FRN0075G2S-2G
18.5 25 22 30 FRN0045G2 -4G 250 400 200 VAC 18.5 25 22 30 FRN0088G2S-2G 250 400
22 30 30 40 FRN0060G2 -4G 22 30 30 40 FRN0115G2S-2G
30 40 37 50 FRN0075G2 -4G 30 40 37 50 FRN0146G2S-2G 326.2 550 261.3
326.2 550 261.3
3-phase 37 50 45 60 FRN0091G2 -4G 37 50 45 60 FRN0180G2S-2G 615
50/60 Hz 45 60 55 75 FRN0112G2 -4G 615 45 60 55 75 FRN0215G2S-2G 361.2 740 276.3
Class
400 VAC 55 75 75 100 FRN0150G2 -4G 361.2 675 276.3 55 75 75 100 FRN0288G2S-2G IP00
75 100 90 125 FRN0180G2 -4G 75 100 90 125 FRN0346G2S-2G 535.8 750 291.3
90 125 110 150 FRN0216G2 -4G 740 90 125 110 150 FRN0432G2S-2G 686.4 880 366.3
535.8 321.3
110 150 132 200 FRN0260G2 -4G For more detail, please refer to model series catalog.
132 200 160 250 FRN0325G2 -4G
536.4 IP00
160 250 200 300 FRN0377G2 -4G
1000 366.3 W D
200 300 220 350 FRN0432G2 -4G
W D
220 350 280 400 FRN0520G2 -4G
686.4 W D
280 400 355 500 FRN0650G2 -4G
445.5
315 450 400 600 FRN0740G2 -4G
1400
355 500 500 700 FRN0960G2 -4G
886.4 446.3
H
H

400 600 560 800 FRN1040G2 -4G

500 700 630 900 FRN1170G2 -4G
1006 1550 505.9
630 900 710 1000 FRN1386G2 -4G
For more detail, please refer to model series catalog. S : Standard / E : EMC Filter Low capacity Mid capacity High capacity

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

14
 Unit Type [VG1] High Performance Vector Control Inverter

Overview
Fuji Electric has concentrated its technologies to deliver the best-performing inverter on the market. In addition to its
basic performance, this model features the following great improvements: support for previously difficult applications
due to technical and capability limitations, easier and more user-friendly maintenance, as well as environmental
friendliness and safety. The FRENIC-VG series now proudly introduces the inverter as a unit type as well as a stack
type.

Model variations Major functions International standards

Standard Detachable Synchronous Triple

type keypad motor driving ratings

Functional Position Load Calendar

safety STO control compensating
control
function

Input voltage class/capacity range

Three-phase - Class 400V / 3.7 to 630kW (HD - High Duty)
Three-phase - Class 200V / 0.75 to 90kW (HD - High Duty)

Features
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vg
ic-
en

• Overload capability: 150% of rated current for 1min or 200% of rated current for 3.0s
/fr
_lv
es

• Powerful: from 0.75 kW to 630 kW in triple rating HD, LD and MD

riv
_d
ac

• Strong: even though in hard environment such as sulfurizing gas, salty environments, dust, humidity, etc.
ts/
uc
d

• Flexible: IM (open and closed loop) and PMSM (open* and closed loop) control
ro
/p
mo

• Torque accuracy: +/- 3%

c.c
tri
lec

• Current loop bandwidth: 2000 Hz

jie
.fu
ww

• Speed control accuracy: +/- 0,005%

/w
s:/

• Control response: 600Hz

tp
ht

Scan me or Click me • 200 VAC, 400 VAC series

• USB on board, typical field buses and Ethernet based field bus
• Functional safety: STO, SS1, SLS, SBC, SIL2 & PL=d

Dimensions (External)
Standard motor Motor Dimensions (mm)
Power supply Dimensions (mm) Ingress
(kW) Ingress Power supply (kW)
voltage Inverter Model Inverter Model Protection
Protection voltage
HD MD LD W H D HD LD W H D
3.7 - - FRN3.7VG1S-4E 0.75 - FRN0.75VG1S-4E
5.5 - - FRN5.5VG1S-4E 205 300 1.5 - FRN1.5VG1S-4E
7.5 - - FRN7.5VG1S-4E 2.2 - FRN2.2VG1S-4E
245 IP20 205 300
11 - - FRN11VG1S-4E 3.7 - FRN3.7VG1S-4E
15 - - FRN15VG1S-4E 5.5 - FRN5.5VG1S-4E
250 400
18.5 - - FRN18.5VG1S-4E 7.5 - FRN7.5VG1S-4E 245 IP20

22 - - FRN22VG1S-4E 11 - FRN11VG1S-4E
3-phase
30 - 37 FRN30VG1S-4E 50/60 Hz 15 - FRN15VG1S-4E
326.2 550 261.3 250 400
Class
37 - 45 FRN37VG1S-4E 18.5 - FRN18.5VG1S-4E
200 VAC
45 - 55 FRN45VG1S-4E 615 22 - FRN22VG1S-4E
3-phase
50/60 Hz 55 - 75 FRN55VG1S-4E 361.2 675 276.3 30 37 FRN30VG1S-4E 326.2 550 261.3
Class
75 - 90 FRN75VG1S-4E 37 45 FRN37VG1S-4E 615
400 VAC
90 110 110 FRN90VG1S-4E 740 45 55 FRN45VG1S-4E 361.2 276.3
321.3 740 IP00
110 132 132 FRN110VG1S-4E 55 75 FRN55VG1S-4E
536.4
130 160 160 FRN132VG1S-4E 75 90 FRN75VG1S-4E 535.8 750 291.3
160 200 200 FRN160VG1S-4E 90 110 FRN90VG1S-4E 686.4 800 366.3
1000 366.3 IP00
200 220 220 FRN200VG1S-4E D
W
220 - 280 FRN220VG1S-4E
686.4
280 315 355 FRN280VG1S-4E
445.5 W D
315 355 400 FRN315VG1S-4E
1400
355 400 450 FRN355VG1S-4E
886.4 446.3
H

400 450 500 FRN400VG1S-4E

H

500 - 630 FRN500VG1S-4E

1006 1550 505.9
630 - 710 FRN630VG1S-4E
For more detail, please refer to Catalog /Manual
Low capacity High capacity

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

15
 Stack Type [SVG1] High Performance Vector Control Inverter

Overview
Fuji Electric has concentrated its technologies to deliver the best-performing inverter on the market. In addition to its
basic performance, this model features the following great improvements: support for previously difficult applications
due to technical and capability limitations, easier and more user-friendly maintenance, as well as environmental
friendliness and safety. The FRENIC-VG series now proudly introduces the inverter as a unit type as well as a stack
type.

Model variations Major functions International standards

Standard Detachable Synchronous Triple

type keypad motor driving ratings

Functional Position Load Calendar

safety STO control compensating
control
function

Input voltage class/capacity range

Stack Type
Three-phase - Class 400V / 30kW to 800kW (MD - Middle Duty), 37 to 1000kW (LD - Low Duty)
Three-phase - Class 690V / 90kW to 459kW ( MD - Middle Duty), 110 to 450kW (LD - Low Duty)

Features
/
vg
ic-
en

• Overload capability: 150% of rated current for 1min or 200% of rated current for 3.0s
/fr
_lv
es

• Powerful: from 0.75 kW to 630 kW in triple rating HD, LD and MD

riv
_d
ac

• Strong: even though in hard environment such as sulfurizing gas, salty environments, dust, humidity, etc.
ts/
uc
d

• Flexible: IM (open and closed loop) and PMSM (open* and closed loop) control
ro
/p
mo

• Torque accuracy: +/- 3%

c.c
tri
lec

• Current loop bandwidth: 2000 Hz

jie
.fu
ww

• Speed control accuracy: +/- 0,005%

/w
s:/

• Control response: 600Hz

tp
ht

Scan me or Click me • 200 VAC, 400 VAC series

• USB on board, typical field buses and Ethernet based field bus
• Functional safety: STO, SS1, SLS, SBC, SIL2 & PL=d

Input voltage class / capacity range Inverter

Expand capacity range
Products Line-UP (parallel operation)
Three-phase 400V / 690V series
Specifications *1 Nominal applied motor [kW]
Type Voltage Form (applicable load) 50 100 500 1000 5000
Stack 30kW(37kW) 315kW(355kW)
Standard MD Direct parallel 800kW(1000kW)
stack (LD) Multiwinding motor 1800kW(2000kW)
Three-phase
400V 800kW(1000kW)
Stack by MD 630kW 2400kW(3000kW)
Direct parallel
phase (LD) (710kW) Multiwinding motor 4800kW(6000kW)
315kW(355kW)
Three-phase Standard MD 90kW 800kW(1000kW)
Direct parallel
690V stack (LD) (110kW) Multiwinding motor 1800kW(2000kW)
*1 Refer to "Ratings for intended use" on page 6 for specifications (applicable load).

Dimensions and other detail please refer to FRENIC-VG Catalog.

FRENIC-VG Stack Type is an engineering inverter, kindly consult your local Fuji Electric for more information.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

16
PWM CONVERTER Unit Type High Performance Converter

Overview
FRENIC-eRHC, RHC & RHR series (Unit Type)
FRENIC-eRHC & RHC series acts as an Active Front End when used together with an inverter, in which the
input current is changed to a sinusoidal wave to significantly suppress the harmonic current enable meeting
IEEE 519 standard. On the other hand, the regenerated energy is returned to the power source, promotes
energy saving. The FRENIC-RHR only specify for regenerative.

Model variations Major functions International standards

IEEE 519

Standard Harmonic Regenerative Power

type mitigation braking Factor
near
unity

Input voltage class/capacity range

Refer to table below.

Features
Applied Guideline for Suppressing Harmonics
/
sia
v/a

PWM control reduces harmonics current significantly, due to sinusoidal wave at power supply side. According to
s_l
rive

"Guideline for Suppressing Harmonics by the Users Who Receive High Voltage or Special High Voltage" issued
c_d
ts/a

by the Ministry of Economy, Trade and Industry, the converter factor (Ki) can be set to "0" (meaning harmonics
duc
/pro

occurrence is 0) when combining with the inverter. Thus meeting harmonic mitigation, IEEE 519 Standard.
om
c.c
ctri
iele

Possible to reduce power supply facility capacity

uj
w.f
ww

Its power-factor control realizes the same phase current as the power-supply phase-voltage. The equipment,
s://
http

thus, can be operated with the power-factor of almost "1." This makes it possible to reduce the power
Scan me or Click me
transformer capacity and downsize the other devices, compared with those required without the converter.
Upgraded braking performance
Regenerated energy occurring at highly frequent accelerating and decelerating operation and elevating machine
operation is entirely returned to power supply side. Thus, energy saving during regenerative operation is
possible. As the current waveform is sinusoidal during regenerative operation, no troubles are caused to the
power supply system.

Capacity [kW]
Series Voltage
5.5 22 75

200 V series 5.5 to 22 kW

Harmonic Suppression &
Regenerative converter 400 V series 5.5 to 75 kW

Series Voltage Capacity [kW]

30 45 90 630

200 V series 30 to 90 kW
Harmonic Suppression &
Regenerative converter 400 V series 45 to 630 kW

Capacity [kW]
Series Voltage
5.5 22 75

200 V series 5.5 to 30 kW

Regenerative converter
400 V series 5.5 to 75 kW

Applicable inverter:

Continuous regeneration rating at 100%

1 minute regeneration rating: 150% MD (CT) specification
120% LD (VT) specifications *FRENIC-RHC only
Enhanced protection and maintenance functions
1) Understand past alarm contents by LED or optional multi-function keypad, alarm factor analysis and countermeasures can be easily performed.
2) In the event of a momentary power failure, the gate is shut off so that operation can continue immediately after the power is restored.
3) Predictive signals for overload, fin overheating, life expectancy, etc. can be used to issue warnings before the converter trips.
Enhanced network compatibility, the FRENIC-RHC series can be connected to MICREX-SX and CC-Link master devices. (option)
Consult your local Fuji Electric for more detail.

CCopyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

17
 PWM CONVERTER Stack Type High Performance Converter

RHC-D Series
Converter Stack Type
RHC-D series is the active front-end of Fuji Electric in stack type configuration.
All advantages of RHC-C series but in stack type are:
• Rating available in MD and LD
• A capacity range from 132 kW to 3 MW
• Two configurations available: - Standard stack / Phase stack
• Able to work with isolated and non-isolated transformers
• SiC Technology
• 400 VAC, 690 VAC series

RHF-D Series
Filter Stack Type
RHF series is the compact solution and dedicated filter for the PWM converter (RHC-D) in stack type.
Charging circuit, harmonic filter and boosting reaction all in one.
• Rating available in MD and LD
• A capacity range from 160 kW to 1.36 MW
• Two configurations available: Standard stack / Phase stack
• 400 VAC, 690 VAC series

RHD-D series
Diode Rectifier Stack Type
• 6 pulse drive
• Harmonic mitigation: Sinusoidal - Wave Regenerative Header, 12 pluses layout, etc.
• 400 VAC, 690 VAC series

Model variations Major functions International standards

IEEE 519

Standard Harmonic Regenerative Power

type mitigation braking Factor
near
unity

Input voltage class / capacity range

Inverter Converter
Expand capacity range Expand capacity range
Products Line-up (parallel operation)
Products Line-up (parallel operation)
Three-phase 400V series
Specifications *1 Nominal applied motor [kW]
Type Series name Form (applicable load) 50 100 500 1000 5000
30kW(37kW) 315kW(355kW)
Standard MD 800kW(1000kW)
Direct parallel
stack (LD) Multiwinding motor 1800kW(2000kW)
Inverter
(FRENIC-VG) 800kW(1000kW)
Stack Stack by MD 630kW 2400kW(3000kW)
Direct parallel
phase (LD) (710kW) Multiwinding motor 4800kW(6000kW)
132kW(160kW) 315kW(355kW)
Standard MD 800kW(1000kW)
Isolation-less
stack (LD) Isolation 1800kW(2000kW)
PWM Converter
(RHC-D) 800kW(1000kW)
Stack by MD 630kW 2400kW(3000kW)
Isolation-less
phase (LD) (710kW) Isolation 4800kW(6000kW)
160kW 355kW
Filter stack Standard
-
(RHF-D) stack
315kW(355kW)
Diode rectifier Standard MD 200kW
(RHD-D) stack (LD) (220kW)
Parallel connection 1450kW(1640kW)

Three-phase 690V series

Specifications *1 Nominal applied motor [kW]
Type Series name Form (applicable load) 50 100 500 1000 5000
315kW(355kW)
Stack Inverter Standard MD 90kW 800kW(1000kW)
Direct parallel
(FRENIC-VG) stack (LD) (110kW) Multiwinding motor 1800kW(2000kW)
315kW(355kW)
PWM Converter Standard MD 132kW 800kW(1000kW)
Isolation-less
(RHC-D) stack (LD) (160kW) Isolation 1800kW(2000kW)
160kW 355kW
Filter stack Standard
-
(RHF-D) stack
450kW
Diode rectifier Standard MD 220kW
(RHD-D) stack (LD) (250kW)
Parallel connection 2000kW

Dimensions and other detail please refer to FRENIC-VG Catalog.

Consult your local Fuji Electric for more detail.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

18
 (AL1M-4G5) (50Hz Type) Advance-Line Passive Harmonic Filter

Overview
ecoWAVE Advance-Line Passive Harmonic Filters represent an economical solution
to the challenge of load-applied harmonics mitigation in three-phase power systems. Achieve 5%*
It increases the reliability and service life of electric installations, help utilize electric THDi
system the key to meet power quality standards such as IEEE 519.
Guarantee result with Fuji Electric inverter.
* Achieve 5% THDi for diode rectifier without DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 5%
THDi
Standard Harmonic ≤ 5% THDi Improve
type mitigation at rating Power
Factor
TDJ
Module

Trap capacitor (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 50Hz / 0.75 to 250kW

Features
/
l1m
e-a

• IP20 ingress protection.

av
w
co
n/e

• Overload capability of 1.6x rated current for 1 minute, once per hour.
tio
iga
mit

• Ambient temperature range at – 25°C to +45°C fully operational.

ic-
on
rm

• Flammability corresponding to UL 94 V-2.

ha
ts/
uc
od

• Filter design corresponding to UL 61800-5-1, EN 61800-5-1.

/pr
om
ic.c

• Chokes design corresponding to EN 61558-2-20 or EN 60076-6.

ctr
jiele
.fu

• Earthing System come with TN, TT, IT.

.sg
ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800-5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal Outside dimensions (mm)
Rated
applied motor Filter
Voltage
Frame
[kW] *** W H D

0.75 FN0.75AL1M-4G5 *
1.5 FN1.5AL1M-4G5 * 160 360 185 Size
D
2.2 FN2.2AL1M-4G5 *
3.7 FN3.7AL1M-4G5 * 180 425 206
5.5 FN5.5AL1M-4G5 *
210 483 221 W
7.5 FN7.5AL1M-4G5 *
11 FN11AL1M-4G5
15 FN15AL1M-4G5 260 560 252
18.5 FN18.5AL1M-4G5
22 FN22AL1M-4G5
50Hz 30 FN30AL1M-4G5
3-Phase H
37 FN37AL1M-4G5 290 750 319
380-415V
45 FN45AL1M-4G5
Class
55 FN55AL1M-4G5
75 FN75AL1M-4G5
353 960 386
90 FN90AL1M-4G5
D
110 FN110AL1M-4G5
132 FN132AL1M-4G5 **
462 1150 456
160 FN160AL1M-4G5 **
200 FN200AL1M-4G5 **
250 FN250AL1M-4G5 ** 550 1400 555

* Filter rating which does not require forced cooling or fan module.

** Filter rating which does not require RC damping module for rectifiers with EMI filter.

*** Motor drive input current without harmonic filter.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

19
 (AL1M) (60Hz Type) Advance-Line Passive Harmonic Filter

Overview
ecoWAVE Advance-Line Passive Harmonic Filters represent an economical solution
to the challenge of load-applied harmonics mitigation in three-phase power systems. Achieve 5%*
It increases the reliability and service life of electric installations, help utilize electric THDi
system the key to meet power quality standards such as IEEE 519.
Guarantee result with Fuji Electric inverter.
* Achieve 5% THDi for diode rectifier without DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 5%
THDi
Standard Harmonic ≤ 5% THDi Improve
type mitigation at rating Power
Factor
TDJ
Module

Trap capacitor (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 60Hz / 0.75 to 220kW (1 to 300HP)

Features
/
l1m
e-a

• IP20 ingress protection.

av
w
co
n/e

• Overload capability of 1.6x rated current for 1 minute, once per hour.
tio
iga
mit

• Ambient temperature range at – 25°C to +45°C fully operational.

ic-
on
rm
ha

• Flammability corresponding to UL 94 V-2.

ts/
uc
od
/pr

• Filter design corresponding to UL 61800-5-1, EN 61800-5-1.

om
ic.c
ctr

• Chokes design corresponding to EN 61558-2-20 or EN 60076-6.

jiele
.fu
.sg

• Earthing System come with TN, TT, IT.

ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800-5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal*** Outside dimensions (mm)
Rated
applied motor Filter
Voltage
Frame
[kW] [HP] W H D

0.75 1 FN0.75AL1M-4G6 *
1.5 2 FN1.5AL1M-4G6 * 160 360 185 Size
D
2.2 3 FN2.2AL1M-4G6 *
3.7 5 FN3.7AL1M-4G6 *
180 425 206
5.5 71/2 FN5.5AL1M-4G6 *
W
7.5 10 FN7.5AL1M-4G6 *
210 483 221
11 15 FN11AL1M-4G6

15 20 FN15AL1M-4G6
18.5 25 FN18.5AL1M-4G6 260 560 252
60Hz 22 30 FN22AL1M-4G6
3-Phase
30 40 FN30AL1M-4G6
440-480V
Class 37 50 FN37AL1M-4G6 290 750 319 H

45 60 FN45AL1M-4G6
55 75 FN55AL1M-4G6
340 752 434
75 100 FN75AL1M-4G6
90 125 FN90AL1M-4G6
353 960 386 D
110 150 FN110AL1M-4G6
132 200 FN132AL1M-4G6 **
160 250 FN160AL1M-4G6 ** 462 1150 456
220 300 FN220AL1M-4G6 **

* Filter rating which does not require forced cooling or fan module.

** Filter rating which does not require RC damping module for rectifiers with EMI filter.
Motor drive input current without harmonic filter.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

20
 (EL1M) (50Hz Type) Econ-Line Passive Harmonic Filter

Overview
ecoWAVE Econ-Line Passive Harmonic Filters represent an economical solution to
the challenge of load-applied harmonics mitigation in three-phase power systems.
It increases the reliability and service life of electric installations, help utilize electric
Achieve 10%*
system, the key to meet power quality standards such as IEEE 519. THDi
Guarantee result* with Fuji Electric inverter.
* Inverter must incorporate with its DC Reactor. * Achieve 10% THDi for diode rectifier with DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 10%

THDi
Standard Harmonic ≤ 10% THDi Improve
type mitigation at rating Power
Factor
TDJ
Module

Trap capacitor (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 50Hz / 3.7 to 160kW

Features
/
l1m
-e
ve

• IP20 ingress protection.

wa
co
n/e

• Overload capability of 1.6x rated current for 1 minute, once per hour.
atio
itig
ic-m

• Ambient temperature range at – 25°C to +45°C fully operational.

on
rm
ha

• Flammability corresponding to UL 94 V-2.

ts/
uc
od

• Filter design corresponding to UL 61800-5-1, EN 61800- 5-1.

/pr
om
ic.c

• Chokes design corresponding to EN 61558-2-20 or EN 60076-6.

ctr
jiele
.fu

• Earthing System come with TN, TT, IT.

.sg
ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800- 5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal** Outside dimensions (mm)
Rated
applied motor Filter*
Voltage
[kW] W H D
0.75 -
1.5 - - - -
2.2 - D
3.7 FN3.7EL1M-4G5 *
5.5 FN5.5EL1M-4G5 * 185 390 190
7.5 FN7.5EL1M-4G5 * W
11 FN11EL1M-4G5
15 FN15EL1M-4G5 250
455 230
50Hz 18.5 FN18.5EL1M-4G5
3-Phase
22 FN22EL1M-4G5
380-415V
Class 30 FN30EL1M-4G5
520 H
37 FN37EL1M-4G5 280
248
45 FN45EL1M-4G5
580
55 FN55EL1M-4G5
75 FN75EL1M-4G5
90 FN90EL1M-4G5
W D
110 FN110EL1M-4G5 450 700 385
132 FN132EL1M-4G5
160 FN160EL1M-4G5
* Filter to be selected by system voltage and load (motor drive) power. Note: the harmonic filter will reduce RMS input current.
Therefore, filter selection by current rating, as it is common for EMC/EMI filters, is not recommended.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

21
 (EL1M) (60Hz Type) Econ-Line Passive Harmonic Filter

Overview
ecoWAVE Econ-Line Passive Harmonic Filters represent an economical solution to
the challenge of load-applied harmonics mitigation in three-phase power systems.
It increases the reliability and service life of electric installations, help utilize electric
Achieve 10%*
system, the key to meet power quality standards such as IEEE 519. THDi
Guarantee result* with Fuji Electric inverter.
* Inverter must incorporate with its DC Reactor. * Achieve 10% THDi for diode rectifier with DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 10%

THDi
Standard Harmonic ≤ 10% THDi Improve
type mitigation at rating Power
Factor
TDJ
Module

Trap capacitor (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 60Hz / 3.7 to 160kW (5 to 250HP)

Features
/
l1m
e-e

• IP20 ingress protection.

v
wa
co
n/e

• Overload capability of 1.6x rated current for 1 minute, once per hour.
tio
iga
mit

• Ambient temperature range at – 25°C to +45°C fully operational.

ic-
on
rm
ha

• Flammability corresponding to UL 94 V-2.

ts/
uc
od

• Filter design corresponding to UL 61800-5-1, EN 61800-5-1.

/pr
om
ic.c

• Chokes design corresponding to EN 61558-2-20 or EN 60076-6.

ctr
jiele
.fu

• Earthing System come with TN, TT, IT.

.sg
ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800- 5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal** Outside dimensions (mm)
Rated
applied motor Filter*
Voltage
[kW] [HP] W H D

0.75 1 -
1.5 2 - - - -
2.2 3 - D
3.7 5 FN3.7EL1M-4G6 *
5.5 71/2 FN5.5EL1M-4G6 * 185 390 190
7.5 10 FN7.5EL1M-4G6 * W
11 15 FN11EL1M-4G6
15 20 FN15EL1M-4G6 250
455 230
50Hz 18.5 25 FN18.5EL1M-4G6
3-Phase
22 30 FN22EL1M-4G6
380-480V
Class 30 40 FN30EL1M-4G6
520 H
37 50 FN37EL1M-4G6 280
248
45 60 FN45EL1M-4G6
580
55 75 FN55EL1M-4G6
75 100 FN75EL1M-4G6
90 125 FN90EL1M-4G6
W D
110 150 FN110EL1M-4G6 450 700 385
132 200 FN132EL1M-4G6
160 250 FN160EL1M-4G6
* Filter to be selected by system voltage and load (motor drive) power. Note: the harmonic filter will reduce RMS input current.
Therefore, filter selection by current rating, as it is common for EMC/EMI filters, is not recommended.
** In case of filter accurate rating, please refer to Horsepower (HP) rating.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

22
 (AL1M) (Engineering Filter - 50Hz Type) Advance-Line Passive Harmonic Filter

Overview
ecoWAVE Advance-Line Passive Harmonic Filters is a skid type engineering filter
solution to challenge larger load harmonics mitigation in three-phase power systems. Achieve 5%*
It increases the reliability and service life of electric installations, help utilize electric THDi
system, the key to meet power quality standards such as IEEE 519.
Guarantee result with Fuji Electric inverter.
* Achieve 5% THDi for diode rectifier without DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 5%
THDi
Engineering Harmonic ≤ 5% THDi Improve
type mitigation at rating Power
Factor
TDJ
Module

Trap capacitor (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 50Hz / 250 to 500kW

Features
/
l1s
e-a
av

• IP00 open type (engineering filter)

ow
/ec
n
tio

• Overload capability of 1.6x rated current for 1 minute, once per hour.
iga
mit
ic-

• Ambient temperature range at – 25°C to +45°C fully operational.

on
rm
ha

• Flammability corresponding to UL 94 V-2.

ts/
uc
od
/pr

• Filter design corresponding to UL 61800-5-1, EN 61800-5-1.

om
ic.c
ctr

• Chokes design corresponding to EN 60076-6.

jiele
.fu
.sg

• Earthing System come with TN, TT, IT.

ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800- 5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal Outside dimensions (mm)
Rated
applied motor Filter
Voltage
[kW] *** W H D

250 FN250AL1S-4G5
890
50Hz 315 FN315AL1S-4G5 505
3-Phase 355 FN355AL1S-4G5 1060 1120
380-415V
400 FN400AL1S-4G5 890
Class 557
500 FN500AL1S-4G5 1060
*** Motor drive input current without harmonic filter.
NOTE: Enclosure ventilation fan is required for these engineering filter.
Recommended installation on top of cabinet.

DCR

W D

* consult your local Fuji Electric for more informations. Example of inverter panel integrated with the engineering filter.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

23
 (AL1M) (Engineering Filter - 60Hz Type) Advance-Line Passive Harmonic Filter

Overview
ecoWAVE Advance-Line Passive Harmonic Filters is a skid type engineering filter
solution to challenge larger load harmonics mitigation in three-phase power systems. Achieve 5%*
It increases the reliability and service life of electric installations, help utilize electric THDi
system, the key to meet power quality standards such as IEEE 519.
Guarantee result with Fuji Electric inverter.
* Achieve 5% THDi for diode rectifier without DC-link choke and thyristor rectifier.

Model variations Major functions International standards

IEEE 519 ≤ 5%
THDi
Engineering Harmonic ≤ 5% THDi Improve
type mitigation at rating Power
Factor
MCCB

Circuit breaker (depending on configuration)

disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 60Hz / 260 to 450W (350 to 600HP)

Features
/
l1s
e-a
av

• IP00 open type (engineering filter)

ow
/ec
n

• Overload capability of 1.6x rated current for 1 minute, once per hour.
tio
iga
mit

• Ambient temperature range at – 25°C to +45°C fully operational.

ic-
on
rm
ha

• Flammability corresponding to UL 94 V-2.

ts/
uc
od
/pr

• Filter design corresponding to UL 61800-5-1, EN 61800-5-1.

om
ic.c

• Chokes design corresponding to EN 60076-6.

ctr
jiele
.fu

• Earthing System come with TN, TT, IT.

.sg
ww
://w

• Mean Time Between Failures (MTBF) 45°C/415 V (Mil-HB- 217F) at >200,000 hours
ps
htt

Scan me or Click me • Short-Circuit Current Rating (SCCR) of 100kA

• Overvoltage category based on OV III (IEC 60664-1 / UL 61800-5-1)
• Enable capacitor isolation (TDJ module) and improve system power factor when inverter is not running

Dimensions (External)
Nominal Outside dimensions (mm)
Rated
applied motor Filter
Voltage
[kW] *** W H D

260/350 FN260AL1S-4G6
890
60Hz 300/400 FN300AL1S-4G6 1120 505
3-Phase
335/450 FN335AL1S-4G6 1060
380-415V
Class 370/500 FN370AL1S-4G6 890
1320 557
450/600 FN450AL1S-4G6 1060
*** Motor drive input current without harmonic filter
NOTE: Enclosure ventilation fan is required for these engineering filter.
Recommended installation on top of cabinet.

DCR

W D

* consult your local Fuji Electric for more informations. Example of inverter panel integrated with the engineering filter.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

24
 IORA 3000 Active Harmonic Filter
Overview
IORA 3000 Active Harmonic Filter measures the level of current harmonics in the supply
line and eliminates it by generating counter harmonics in real time, using state of the art
Achieve Below
technology. It is available in ratings up to 600 Amps, the highest in the world. A higher 5%*
attenuation of up to 96% of individual harmonics is possible. It employs high speed THDi
IGBTs in the power circuit and offers PF compensation, both leading and lagging.
It helps in complying with IEEE 519 power quality standard.

Model variations Major functions International standards

IEEE 519 ≤ 5%
THDi
Standard Harmonic ≤ 5% THDi Improve
type mitigation at rating Power
Factor
MCCB

Circuit breaker
disconnector

Input voltage class / capacity range

Three-phase - Class 400V / 50Hz, 60Hz / 60 to 800A

Features
0/
00
a3

• IP21 ingress protection (IP31, IP51 Optional).

r
/io
n
tio

• Ambient temperature range at 0°C to +40°C fully operational.

iga
mit
ic-

• Applicable Industry standard for 6-pulse rectifier & inverter and all system harmonic.
on
rm
/ha

• Deliver result actively and maintain target THDi even at partial load performance.
cts
du
pro

• Parallel combination of up to 4 units of same power rating (800A x 4 = 3200A).

m/
.co
tric

• Response time < 10ms.

lec
jie
.fu

• Modular construction, most unique design concept.

.sg
ww
://w

• Based on Floating point 32 bit DSP.

ps
htt

Scan me or Click me • Selective harmonic elimination methods. CT can be connected in load as well as in source.
• Works up to 690 VAC (Optional).
• Ethernet based Remote monitoring and 7 inch SVGA touch screen display.
• Internal CANopen communication.
• Employs high speed IGBTs in power circuit.
• Closed loop active filter with source current sensing.
• High attenuation up to 96% of individual harmonics.
• Programmable selective harmonic elimination.
• PF compensation, leading as well as lagging.
• Load balancing.
• Helps in achieving the compliance with power quality regulations like IEEE 519 standard.
• IEC/EN 62040-2 category C3.

The IORA3000 come in rating of;

60, 100, 200, 300, 400, 600 & 800 amp.
Kindly consult your local Fuji Electric for other larger rating.

Dimensions and other detail please refer to IORA3000 Catalog.

IORA3000 is an engineering active harmonic filter, kindly consult your local Fuji Electric for more information.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

25
Operation Options

Optional Keypad
TP-E1
Type: 7 segment LED
Applicable inverter:

Optional keypad enable external mounting on panel, inverter body mounting is unable.
The remote control extension cable is required.

TP-E1U
Type: 7 segment LED, USB (mini-B)
Applicable inverter:

Optional keypad enables external mounting on panel, inverter body mounting is unable.
The remote control extension cable is required.

TP-E2
Type: 7 segment LED, USB (mini-B)
Applicable inverter:

Optional keypad enable inverter body mount or panel mount.

In case of panel mount, the remote control extension cable is required.

TP-A1-E2C
Type: Multi-functional HMI LCD display complete with up/down/right/left cursor key.
Applicable inverter:

Optional keypad enables external mounting on panel, inverter body mounting is unable.
The remote control extension cable is required.

TP-A2SW
Type: Multi-functional HMI LCD display complete with up/down/right/left cursor key. Equipped with USB (mini-B)
Applicable inverter:

Support
Optional keypad enable inverter body mount or panel mount.
In case of panel mount, the remote control extension cable is required. Mobile Loader

CB- S
Type: RS-485 communication cable for keypad remote control extension, equipped with RJ-45 connector.
Applicable inverter:

Optional remote control extension cable for keypad external mounting on panel.
Cable come in 1m, 3m and 5m. Model: CB-1S, CB-3S and CB-5S.

CTP-A1
Type: IP55 Keypad mounting kit
Applicable Keypad:
TP-E2 TP-A1-E2C TP-A2SW
TP-A1 (FRENIC-HVAC / AQUA standard keypad)

Optional IP55 Keypad mounting kit for keypad external mounting on panel.
Consult your local Fuji Electric for more detail.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

26
Operation Options

DC Reactor
DCR4
Type: DC Reactor
Applicable inverter:

Optional DC Reactor specifications;

- DC Reactors mitigate harmonics provide harmonic attenuation and enable compliant with
IEC/EN 61000-3-2 & IEC/EN 61000-3-12 (applicable building standard).
- DC Reactor has DC with a superimposed ripple current, so the iron losses are lower.

Supply Dimensions (mm) Supply Dimensions (mm)

Rating (kW) DCR Model Rating (kW) DCR Model
Voltage W H D Voltage W H D
0.4 DCR4-0.4 66 94 90 0.2 DCR2-0.2 66 94 90
0.75 DCR4-0.75 66 94 90 0.4 DCR2-0.4 66 94 90
1.5 DCR4-1.5 66 94 90 0.75 DCR2-0.75 66 94 90
2.2 DCR4-2.2 86 110 100 1.5 DCR2-1.5 66 94 90
3.7 DCR4-3.7 86 110 100 2.2 DCR2-2.2 86 110 100
5.5 DCR4-5.5 86 110 100 3.7 DCR2-3.7 86 110 100
7.5 DCR4-7.5 111 130 100 5.5 DCR2-5.5 111 130 100
11 DCR4-11 111 137 100 7.5 DCR2-7.5 111 130 100
15 DCR4-15 146 168 120 11 DCR2-11 111 137 100
18.5 DCR4-18.5 146 171 120 3-phase 15 DCR2-15 146 180 120
50/60 Hz
22 DCR4-22A 146 171 120 Class 18.5 DCR2-18.5 146 180 120
30 DCR4-30B 152 130 157 200 VAC 22 DCR2-22A 146 180 120
37 DCR4-37B 171 150 150 30 DCR2-30B 152 130 156
37 DCR4-37C 210 125 101 37 DCR2-37C 210 150 151
45 DCR4-45B 171 150 165 45 DCR2-45B 171 150 166
3-phase 45 DCR4-45C 210 125 106 45 DCR2-45C 210 125 106
50/60 Hz 55 DCR2-55B 190 210 131
55 DCR4-55B 171 150 170
Class
400 VAC 55 DCR4-55C 255 145 96 55 DCR2-55C 255 145 96
75 DCR4-75C 255 145 106 75 DCR2-75C 255 145 106
90 DCR4-90C 255 145 116 90 DCR2-90C 255 145 116
110 DCR4-110C 300 160 116 110 DCR2-110C 300 160 116
132 DCR4-132C 300 160 126 Selectable type B or type C reactor.
Input power factor of DCR2/4-□□/□□A/□□B; about 90 to 95%
160 DCR4-160C 350 190 131 Compliant with IEC/EN 61000-3-2 & IEC/EN 61000-3-12.
200 DCR4-200C 350 190 141 Input power factor of DCR2/4-□□C: about 86 to 90%

220 DCR4-220C 350 190 146 It is necessary to include the optional DC Reactor for inverter 75kW and above
rating as a standard accessory unless the inverter come with or built-in DC Reactor
250 DCR4-250C 350 190 161 (eg. FRENIC-HVAC/AQUA)
280 DCR4-280C 350 190 161
315 DCR4-315C 400 225 146
355 DCR4-355C 400 225 156
400 DCR4-400C 445 245 145
450 DCR4-450C 440 245 150
500 DCR4-500C 445 245 165
560 DCR4-560C 270 480 203
630 DCR4-630C 285 480 203
710 DCR4-710C 340 480 295
Selectable type B or type C reactor.
Input power factor of DCR2/4-□□/□□A/□□B; about 90 to 95%
Compliant with IEC/EN 61000-3-2 & IEC/EN 61000-3-12.
Input power factor of DCR2/4-□□C: about 86 to 90%
It is necessary to include the optional DC Reactor for inverter 75kW and above
rating as a standard accessory unless the inverter come with or built-in DC Reactor
(eg. FRENIC-HVAC/AQUA)

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

27
 Operation Options

AC Reactor
ACR □ - □□□
Type: AC Reactor
Applicable inverter:

Optional AC Reactor specifications;

- have the significant advantage of protecting the entire inverter from power system surges and transients.
- can prevent overvoltage trips, increase the reliability and life span of the inverter, improve total power factor,
and reduce nuisance tripping.

Supply Dimensions (mm) Supply Dimensions (mm)

Rating (kW) DCR Model Rating (kW) ACR Model
Voltage W H D Voltage W H D
0.75 ACR4-0.75A 120 85 90 0.4 ACR2-0.4A 120 115 90
1.5 ACR4-1.5A 125 85 100 0.75 ACR2-0.75A 120 115 100
2.2 ACR4-2.2A 125 95 100 1.5 ACR2-1.5A 120 115 100
3.7 ACR4-3.7A 125 95 100 2.2 ACR2-2.2A 120 115 100
5.5 ACR4-5.5A 125 95 115 3.7 ACR2-3.7A 125 125 100
7.5 ACR4-7.5A 125 95 115 5.5 ACR2-5.5A 125 125 115
3-phase 7.5 ACR2-7.5A 125 95 115
11 ACR4-11A 180 115 110 50/60 Hz
15 ACR4-15A 180 137 110 Class 11 ACR2-11A 125 95 125
3-phase 18.5 ACR4-18.5A 180 137 110 200 VAC 15 ACR2-15A 180 115 110
50/60 Hz ACR2-18.5A 180 115 110
22 ACR4-22A 180 137 110 18.5
Class
400 VAC 37 ACR4-37 190 190 120 22 ACR2-22A 180 115 110
55 ACR4-55 190 190 120 37 ACR2-37 190 190 120
75 ACR4-75 190 190 126 55 ACR2-55 190 190 120
110 ACR4-110 250 245 136 75 ACR2-75 250 250 120
132 ACR4-132 250 250 146 90 ACR2-90 285 210 158
220 ACR4-220 320 300 150 110 ACR2-110 280 270 138
280 ACR4-280 380 300 150 NOTE: It is not necessary to use it except when a particularly stable power supply is required,
such as direct current bus connection operation (PN connection operation).
355 ACR4-355 380 300 150 Use a DC reactor (DCR) for harmonic countermeasures.
450 ACR4-450 460 490 290
500 ACR4-500 480 380 420
630 ACR4-630 510 390 420
NOTE: It is not necessary to use it except when a particularly stable power supply is required,
such as direct current bus connection operation (PN connection operation).
Use a DC reactor (DCR) for harmonic countermeasures.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

28
Operation Options

Output Circuit Filter (OFL)

Output circuit filter (OFL- □□□ - 4A)
Type: Output circuit filter
Applicable inverter:

Optional OFL specifications;

- Suppresses the surge voltage (micro-surge) that occurs at the motor connection end.
- Suppresses high-frequency leakage current between lines to prevent inverter overheating and overcurrent
tripping
- No carrier frequency restrictions.
- It can also be applied to vector control inverters (auto tuning is possible).

Supply Supply Supply

Rating (kW) OFL Model Rating (kW) OFL Model Rating (kW) OFL Model
Voltage Voltage Voltage
0.4 OFL-0.4-4A 0.4 OFL-0.4-4 0.4 OFL-0.4-2
1.5 OFL-1.5-4A 1.5 OFL-1.5-4 1.5 OFL-1.5-2
3.7 OFL-3.7-4A 3.7 OFL-3.7-4 3.7 OFL-3.7-2
7.5 OFL-7.5-4A 7.5 OFL-7.5-4 7.5 OFL-7.5-2
3-phase
15 OFL-15-4A 15 OFL-15-4 50/60 Hz 15 OFL-15-2
22 OFL-22-4A 22 OFL-22-4 Class 22 OFL-22-2
200 VAC
30 OFL-30-4A 3-phase 30 OFL-30-4 30 OFL-30-2
37 OFL-37-4A 50/60 Hz 37 OFL-37-4 37 OFL-37-2
Class
45 OFL-45-4A 45 OFL-45-4 45 OFL-45-2
400 VAC
55 OFL-55-4A 55 OFL-55-4 55 OFL-55-2
3-phase
50/60 Hz 75 OFL-75-4A 75 OFL-75-4 75 OFL-75-2
Class 90 OFL-90-4A 90 OFL-90-4 ・The output voltage waveform of the inverter is converted
400 VAC to a sine wave.
110 OFL-110-4A 110 OFL-110-4 (It also suppresses surges and line leakage currents.)
132 OFL-132-4A 132 OFL-132-4 ・OFL- □□□ -2 is recommended for applications that
require sine wave.
160 OFL-160-4A 160 OFL-160-4
200 OFL-200-4A 200 OFL-200-4 ・If the carrier frequency is set incorrectly, the inverter will
generate an alarm, etc., and normal acceleration will not
220 OFL-220-4A 220 OFL-220-4 be possible. Set to 8 [kHz] or more for 22 kW or less,
・The output voltage waveform of the inverter is converted and 6 [kHz] or more for 30 kW or more, as it may
280 OFL-280-4A damage the filter.
to a sine wave.
315 OFL-315-4A (It also suppresses surges and line leakage currents.)
・Cannot be applied to vector control inverters.
355 OFL-355-4A ・OFL- □□□ -4 is recommended for applications that (Auto-tuning is also not possible.)
require sine wave.
400 OFL-400-4A
450 OFL-450-4A ・If the carrier frequency is set incorrectly, the inverter will
generate an alarm, etc., and normal acceleration will not
500 OFL-500-4A be possible. Set to 8 [kHz] or more for 22 kW or less,
and 6 [kHz] or more for 30 kW or more, as it may
630 OFL-630-4A damage the filter.
NOTE: OFL-30-4A and higher models have a reactor, resistor,
and condenser. The condenser is placed separately. ・Cannot be applied to vector control inverters.
(Not included in the approximate mass.) (Auto-tuning is also not possible.)
In addition, the reactor and resistor / capacitor are shipped as
a set when order.

・OFL- □□□ -4A is recommended for applications that do not

require sine wave conversion due to carrier frequency
limitations.

Dimensions and other detail please refer to Catalog or consult Fuji Electric.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

29
 Operation Options

Relay Output Interface Card

Option card that converts the transistor output at the terminal point of the inverter body into a relay output.

OPC-F1-RY
Type: Relay output: Built-in 3 circuits
Applicable inverter:

Optional relay output card come with: Signal type: 1C contact,

Contact capacity: AC250V, 0.3A cosφ=0.3 DC48V, 0.5A (resistance to load)
Note: The terminals Y1 to Y3 of the FRENIC-eHVAC body cannot be used when this card is attached.

OPC-RY
Type: Relay output: Built-in 2 circuits If you attach 2 interface cards, 4 relay outputs are possible.
Applicable inverter:

Optional relay output card come with: Signal type: 1C contact,

Contact capacity: AC250V, 0.3A cosφ=0.3 DC48V, 0.5A (resistance to load)

OPC-RY2
Type: Relay output: Up to 7 circuits
Applicable inverter:

Optional relay output card 2 come with: Signal type: 1A contact,

Contact capacity: AC250V, 0.3A cosφ=0.3 DC48V, 0.5A (resistance to load)

Digital Interface Card

Option card that enable digital input or output interface.

OPC-DIO
Type: Digital Input/Output Interface Card
Applicable inverter:

Optional Digital Input/Output Interface Card enable monitor the output frequency by binary code (8bit).
General-purpose input/output terminals can be expanded.

OPC-VG1-DIO
Type: Digital Input/Output Interface Card
Applicable inverter:

Optional Digital Input/Output Interface Card enable monitor the output frequency.
Come with DI/DO=16/10 points of I/O can be added.

OPC-DI
Type: Digital Input Interface Card
Applicable inverter:

Optional Digital Input Interface Card enable general-purpose input terminal expansion.
Come with set the frequency by binary code (8, 12, 15, 16bit) and BCD code (4 digits).

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

30
 Operation Options

Continue...

OPC-VG1-DI
Type: Digital Input Interface Card
Applicable inverter:

Optional Digital Input Interface Card enable input speed setting, torque command, torque current command,
torque limit, etc. in 16bit digital quantity.

OPC-DO
Type: Digital Output Interface Card
Applicable inverter:

Optional Digital Output Interface Card enable monitor frequency, output voltage, output current, etc.
by binary code (8bit). The general-purpose output terminal can be expanded.

Analog Interface Card

Torque limit value, frequency setting, and ratio tuning setting can be performed with analog input. The output frequency, current, torque, etc.
of the inverter can be monitored in analog quantities.

OPC-AIO
Type: Analog Input/Output Interface Card
Applicable inverter:

Optional Analog Input/Output Interface card come with:

Input: 0 to ±10Vdc/0 to ±100% Input resistance: 22kΩ
Input: 0 to +10Vdc/0 to 100% input resistance 22kΩ
Input: 4 to 20mADC/0 to 100% Input impedance: 250Ω

Monitor output:
0 to ±10Vdc Analog voltmeter (input impedance: 10kΩ) can be connected up to 2 pieces.
4~20mADC Applicable load 500Ω or less

OPC-VG1-AIO
Type: Analog Input/Output Interface Card
Applicable inverter:

Optional Analog Input/Output Interface Card enable at most AI/AO=2/2 points of I/O can be added.

OPC-AO
Type: Analog Output Interface Card
Applicable inverter:

Optional Analog output Interface Card enable monitor output:

4~20mADC Applicable load 500Ω or less, 2 points

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

31
Operation Options

Pulse Generator Feedback Card (PG)

Option card enable feedback signal of the encoder for speed and position control.

OPC-PG OPC-PG2 OPC-PG22 OPC-PMPG2

Type: Pulse Generator Feedback Card
Applicable inverter:

Optional Pulse Generator Feedback Card;

Card Model Application Specification PG Power Supply

Speed control (vector control with PG) 20 to 3000P/R A/B/Z phases +12Vdc±10%/120mA or less
OPC-PG Pulse train input (incremental mental) Open collector/ +15Vdc±10%/120mA or less
Complement input method

Speed control (vector control with PG) 20∼3000P/R DC+5V±10%/200mA or less

OPC-PG2
5V line driver system (1 system)

Speed control (vector control with PG, 20∼3000P/R DC+5V±10%/300mA or less

V/f control, torque vector control with PG) 5V line driver system (2 systems)
OPC-PG22 pulse train input Synchronous operation
Positioning control, damping control

Synchronous motor operation (speed/ 20∼3000P/R DC+5V±10%/300mA or less

OPC-PMPG2 magnetic pole position sensor vector 5V line driver system
control)

OPC-E2-PG OPC-E2-PG3
Type: Pulse Generator Feedback Card enable feedback signal of the encoder for speed and position control.
Applicable inverter:

Optional Pulse Generator Feedback Card;

Card Model Application Specification PG Power Supply

Speed control (vector control with PG, 20 to 3000P/R A/B/Z phases +5V: 200mA max, +5V±10%
OPC-E2-PG V/f control, torque vector control with PG) (incremental mental) Open collector/
pulse train input Synchronous operation Complement
Simple positioning control Input method 5V

Speed control (vector control with PG, 20 to 3000P/R A/B/Z phases +12V: 80mA max, +12V±10%
V/f control, torque vector control with PG) (incremental mental) Open collector/ +15V: 60mA max, +15V±10%
OPC-E2-PG3
pulse train input Synchronous operation Complement
Simple positioning control Input method 12V/15V

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

32
 Operation Options

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OPC-VG1-PG OPC-VG1-PGo OPC-VG1-PMPG OPC-VG1-PMPGo OPC-VG1-SPGT

Type: Pulse Generator Feedback Card enable feedback signal of the encoder for speed and position control.
Applicable inverter:

Optional Pulse Generator Feedback Card;

Card Model Application Specification PG Power Supply

Motor speed detection A, B phase 90° phase difference 2 signals DC+5V±5%/250mA or less
Line speed detection A phase; command pulse,
Pulse detection B phase; command code
OPC-VG1-PG
Pulse command input Phase A: Forward pulse,
Phase B: Reverse pulse
5V line driver method
Motor speed detection A, B phase 90° phase difference 2 signals DC+5V±5%/250mA or less
Line speed detection A phase; command pulse,
OPC-VG1-PGo Pulse detection B phase; command code
Pulse command input Phase A: Forward pulse,
Phase B: Reverse pulse
Open collector/voltage output method

Synchronous motor operation 5V line driver method DC+5V±5%/250mA or less

OPC-VG1-PMPG (speed control)

OPC-VG1-PMPGo Open collector method 5V line driver method DC+5V±5%/250mA or less

For 17-bit serial PG A/B phase signal output (FA+/-, FB+/-) DC+5V±5%/70mA or less
OPC-VG1-SPGT Synchronous motor operation 5V line driver method
(speed control)

Synchronized Interface Card

OPC-VG1-SN
Type: Synchronized Interface Card
Applicable inverter:

Optional Synchronized Interface Card is used for position control with a synchro oscillator, and can convert
the synchro oscillator signal to 0 to ±10V.

Encoder cable for GNF2 Motor

CB-VG1-PMPG-□□S (straight type) CB-VG1-PMPG-□□A (right angle type)
Type: Synchronized Interface Card
Applicable inverter:

Optional Encoder cable for GNF2 Motor connecting the inverter and our sensor-equipped synchronous
motor "GNF2". Straight type and right angle type. There are four types of 5m, 15m, 30m, and 50m.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

33
Operation Options

T-link communication card

Option card that connects our PLC (MICREX-SX, MICREX-F) and the inverter with a T-link (I/O transmission).
The following items can be performed from the PLC.

OPC-TL
Type: T-link communication card
Applicable inverter:

Optional T-link communication card come with;

- Transmission occupancy word count: 8 words
- Number of connected inverters: Up to 12 units
- Maximum transmission speed: 500kbps
- Enable setting the operating frequency
- Enable setting of operation commands (FWD, REV, RST, etc.)
- Enable operating status monitor
- Enable Setting/Reading data codes for each function

OPC-VG1-TL
Type: T-link communication card
Applicable inverter:

Optional T-link communication card come with;

- Transmission occupancy word count: 16 words
- Number of connected inverters: Up to 12 units
- Maximum transmission speed: 500kbps
- Enable setting the operating frequency
- Enable setting of operation commands (FWD, REV, RST, etc.)
- Enable operating status monitor
- Enable Setting/Reading data codes for each function

SX bus communication card

Option card to connect our PLC (MICREX-SX, ESX) and inverter with SX bus and E-SX bus.
The following items can be performed from the PLC.

OPC-SX
Type: SX bus communication card
Applicable inverter:

Optional T-link communication card come with;

- Transmission occupancy word count: 16 words
- Maximum transmission speed: 25Mbps
- Enable setting the operating frequency
- Enable setting of operation commands (FWD, REV, RST, etc.)
- Enable operating status monitor
- Enable Setting/Reading data codes for each function

OPC-VG1-SX
Type: SX bus communication card
Applicable inverter:

Optional T-link communication card come with;

- Transmission occupancy word count: 16 words (51 words when using UPAC)
- Maximum transmission speed: 25Mbps
- Enable setting the operating frequency
- Enable setting of operation commands (FWD, REV, RST, etc.)
- Enable operating status monitor
- Enable Setting/Reading data codes for each function

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

34
Operation Options

Continue...

OPC-VG1-ESX
Type: E-SX Bus Communication Card
Applicable inverter:

Optional T-link communication card come with;

- Transmission occupancy word count: 16 words (for UPAC use, 51 words)
- Maximum transmission speed: 100Mbit/s
- Enable setting the operating frequency
- Enable setting of operation commands (FWD, REV, RST, etc.)
- Enable operating status monitor
- Enable Setting/Reading data codes for each function

Open Bus Communication Card

Option card for corresponding to various open buses.
The following contents can be done from a personal computer or PLC.

OPC- -PDP OPC- -DEV OPC- -COP OPC- -CCL OPC- -LNW OPC- -PNET
Type: T-link communication card

Optional T-link communication card enable;

- Setting the operating frequency
- Setting of operation commands (FWD, REV, RST, etc.)
- Data code setting/reading for each function code
- Operating frequency/operating status monitor
Picture for visual purposes only,
actual card may look different.

Inverter PROFIBUS-DP DeviceNet CANopen CC-Link LONWORKS PROFINET-IRT

OPC-PDP3 OPC-DEV OPC-COP2 OPC-CCL - -

OPC-PDP2 OPC-DEV OPC-COP2 OPC-CCL - -

e OPC-PDP3 OPC-DEV - OPC-CCL OPC-LNW -

OPC-PDP2 OPC-DEV OPC-COP OPC-CCL OPC-LNW -

OPC-PDP2 OPC-DEV OPC-COP OPC-CCL OPC-LNW -

OPC-VG1-PDP OPC-VG1-DEV - OPC-VG1-CCL OPC-LNW OPC-VG1-PNET

ProfiNet/Ethernet Communication Card

Option card for both ProfiNet and Ethernet communication.

OPC-PRT
Type: Multiprotocol Ethernet interface Communication Card
Applicable inverter:

Optional Multiprotocol Ethernet Interface communication card which include;

- EtherNet/IP connection - PROFINET connection - Modbus/TCP connection
- BACnet/IP connection - EtherCAT connection - Allen Bradley CSP (PCCC) connection

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

35
Operation Options

Continue...

OPC-PRT2
Type: PROFINET IO Interface Communication Card
Applicable inverter:

Optional PROFINET IO Interface Communication Card come with;

- two RJ-45 jacks with an embedded 10BASE-T/100BASE-TX Ethernet switch for connection to the Ethernet
network. In addition to the supported fieldbus protocols, the interface also hosts a fully-customizable
embedded web server, which provides access to inverter information via a standard web browser for remote
monitoring and control.

OPC-PRT3
Type: PROFINET IO Interface Communication Card
Applicable inverter:

Optional PROFINET IO Interface Communication Card come with;

- two RJ-45 jacks with an embedded 10BASE-T/100BASE-TX Ethernet switch for connection to the Ethernet
network. In addition to the supported fieldbus protocols, the interface also hosts a fully-customizable
embedded web server, which provides access to inverter information via a standard web browser for remote
monitoring and control.

RS-485 Communication Card

The inverter can be controlled by connecting to a computer, PLC, or other higher-level equipment (master).

OPC-E2-RS
Type: RS-485 Communication Card
Applicable inverter:

Optional RS-485 Communication Card come with;

- Extend the FRENIC-ACE standard RS-485 Ch2 (RJ-45) to 2 nos. of RJ-45 connectors for easy multi-drop
communication.

Resistance Temperature Sensor Input Card

The inverter can be controlled by connecting to a computer, PLC, or other higher-level equipment (master).

OPC-PT
Type: Resistance Temperature Sensor Input Card (aka. PT-100 temperature sensor input card)
Applicable inverter:

Optional Resistance Temperature Sensor Input Card enable;

- A resistance temperature detector (RTD), the mountable two-channel resistance temperature detector
Picture for visual purposes only, (hereinafter-called RTD) be connected directly to the inverter without the need for a converter, and the
actual card may look different.
temperature value can be converted to a digital value.
The following five type of mountable RTD are supported: JPt100, Pt100, Ni100, Pt1000 and Ni1000.

User Programming Card (UPAC)

The inverter can use the UPAC to programm function like a PLC.

OPC-VG1-UPAC
Type: User Prorgramming Card
Applicable inverter:

Optional User Programming Card enable;

- The MICREX-SX high-performance CPU module is an option card that can be integrated into the inverter,
Picture for visual purposes only, and is a programming tool for SX.
actual card may look different.
The inverter control software can be programmed with the following parameters

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

36
Operation Options

Continue...

Functional Safety Card

The inverter can use the Functional Safety Card to achieve safety standard.

OPC-VG1-SAFE
Type: Functional Safety Card (aka. STO: Safe Torque Off)
Applicable inverter:

Optional Resistance Temperature Sensor Input Card enable;

- The safety functions specified in the functional safety standard IEC/EN61800-5-2 (STO, SS1, SLS, SBC)
Picture for visual purposes only, can be used.
actual card may look different.

Optional Mounting Adapter

The inverter needs this mounting adapter to enable optional (OPC-XXX) card to be mounted.

OPC-E2-ADP1 OPC-E2-ADP2 OPC-E2-ADP3

Type: Mounting Adapter
Applicable inverter:

Optional mounting adaptor for;

FRENIC-ACE:
- OPC-E2-ADP1 is required when option card is installed on FRENIC-Ace of 15kW or less.
- OPC-E2-ADP2 is required when installing an option card on an 18.5kW, 22kW FRENIC-Ace.

FRENICeHVAC:
FRN0002F2E-4G to FRN0038F2E-4G：OPC-E2-ADP1
FRN0045F2E-4G to FRN0060F2E-4G：OPC-E2-ADP2
FRN0075F2E-4G to FRN0520F2E-4G：OPC-E2-ADP3

Loader Software
The VG1 inverter needs this FRENIC Loader software to communicate via PC.

WPS-VG1-PCL
Type: Loader Software
Applicable inverter:

Optional Loader Software enable;

- supports real-time tracing and historical tracing
Picture for visual purposes only. loader software (WPS-VG1-STR) is contained in the CD-ROM provided with the product. (Can be downloaded from the Fuji Electric website too.)

UPAC Dedicated Cable

The UPAC needs this connection cable to enable communication between the VG1 inverter with FRENIC Loader software via PC.

CB-VG1-UPAC-3S
Type: UPAC Dedicated Connection Cable between FRENIC-VG1 inverter (connector) and PC (RJ-45).
Applicable inverter:

Optional UPAC Dedicated Cable

- cable for the connection of OPC-VG1-UPAC and a personal computer.
Picture for visual purposes on the It becomes the type of straight 3m.
cable only.

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

37
 FRENIC Series

Operation Options

各種同期モータ （参考）
Battery For Memory Backup
Battery to power inverter real time clock memory.
次世代同期ドライブシステムで省エネを。
OPK-BP
同期モータとは, 回転子（ロータ） に永久磁石
Type: Battery（Permanent
for memory backup を内蔵。
Magnet）
また, インダクションモータと違い, 永久磁石により磁束を発生し二次電流が流れないため,
Applicable inverter: 損失が大幅に低減し高効率化が実現いたします。
これからは, 同期モータ（永久磁石内蔵形） とインバータFRENIC-MEGA（G2 Series）の組合せで従来から幅広く使われているインダクション

Optional battery specifications;

- Battery voltage/Capacity: 3.6V／1100mAh
標準形 センサレス - Varieties: Lithium Thionyl chloride battery
- Usage: 5 years (Battery ambient temperature 60°C, inverter no power)

Zero Phase Reactor (ACL)

モータ効率IE3（プレミアム効率）
ACL と同等レベル , またインダクションモータに
対し枠番１∼3枠ダウンとし , 小形
Type: ・軽量化を実現。
Zero Phase Reactor for Radio Noise Reduction
Applicable inverter:
200V級 出力5.5∼37ｋW・6P , 1800min -1

在庫機種 e
400V級 出力5.5∼90ｋW・6P , 1800min -1

Optional Zero phase Reactor for Radio Noise Reduction specifications;

ACL Model Number of Unit Number of Turn Wire size [mm²]

標準形 センサ付 1 4 2.0, 3.5, 5.5

ACL-40C
2 2 8, 14

1 4 8, 14

ACL-74C 2 2 22, 38, 60, 5.5×2, 8×2, 14×2, 22×2

標準形センサレス同期モータを基本ベースに, PG（パル スエンコーダ）を搭載,
1:1000の高度な速度制御が可能。
4 1 100, 150, 200, 250, 38×2, 60×2, 100×2

F200160200V級 出力5.5∼45ｋW・6P , 1500min -1

在庫機種 4 1 325，150×2，200×2，250×2，325×2，150×3，200×3，250×3，325×3，250×4，325×4
400V級 出力5.5∼90ｋW・6P , 1500min -1
F200160PB

Note: Wire type is 600V HIV insulated wire (75°C tolerance). Please follow above content.

高効率形 センサレス

モータ効率IE4（スーパ−プレミアム効率）と同等レベル , またインダクション
モータと取付寸法同一ながら軽量化を実現。スムーズな置き換えが可能。

200-400V級兼用 出力5.5∼55ｋW・6P , 1800min -1

在庫機種
400V級 出力75 , 90ｋW・6P , 1800min -1

超高効率形 センサレス

モータ効率IE4（スーパープレミアム効率）
レベルより約1.0%UP , またインダク
ションモータと同枠設計により取付寸法同一でスムーズな置き換えが可能。

 本シリーズは , 全て受注生産品となります。

Copyright © 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.

12 38
 Inverter Migration Table (upgrade or replacement for obsolete model)
Enjoy the performance of your last Fuji Electric Inverter?
Refer to above migration guideline* for upgrade or replacement of your obsolete inverter. Data Dated 2022/Dec
Discontinuation Discontinued Substitute Model
Inverter Series Release date Remarks
date (+7 years)** (current model)
FVR-F 1980/11 （1982/07） 1989/07 FRENIC-Ace （FRN-E2）
FRENIC5000P 1981/11 （1983/02） 1990/02 FREN IC -M EGA （FRN -G1（ ）LD Mode） Format: RKNNP
FRENIC5000G 1981/12 （1983/02） 1990/02 FRENIC-MEGA （FRN-G1） Format: RKNNG
FVR-P 1982/07 （1983/02） 1990/02 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FVR-G 1982/10 （1983/12） 1990/12 FRENIC-MEGA （FRN-G1）
FVR-P2 1983/02 （1984/03） 1991/03 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000G2 1983/02 （1984/03） 1991/03 FRENIC-MEGA （FRN-G1）
FRENIC5000P2 1983/02 （1984/03） 1991/03 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000H 1983/09 （1986/03） 1993/03 FRENIC-HF （FRN-H1）
FVR-G2 1983/12 （1986/01） 1993/01 FRENIC-MEGA （FRN-G1）
FVR-P3 1984/03 1985/04 1992/04 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000G3 1984/03 （1987/02） 1994/02 FRENIC-MEGA （FRN-G1）
FRENIC5000P3 1984/03 （1987/02） 1994/02 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000V2 1983/12 1995/03 2002/03 Please consult Fuji Electric
FRENIC5000M2 1986/04 1995/03 2002/03 Please consult Fuji Electric
FRENIC5000VG 1986/07 1995/03 2002/03 FRENIC-VG （FRN-VG1）
FVR-G5 1986/01 1987/12 1994/12 FRENIC-MEGA （FRN-G1）
FVR-P5 1987/02 1987/12 1994/12 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000G5 1986/09 1990/07 1997/07 FRENIC-MEGA （FRN-G1）
FRENIC5000P5 1986/09 1990/07 1997/07 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FVR-G5E 1986/01 1993/09 2000/09 FRENIC-MEGA （FRN-G1）
FVR-G5B 1986/03 1993/09 2000/09 FRENIC-MEGA （FRN-G1）
FVR-K5 1987/08 1993/09 2000/09 FREN IC -M i n（ i FRN -C 2 ）
FVR-G5S 1987/12 1993/09 2000/09 FRENIC-MEGA （FRN-G1）
FVR-P5S 1987/12 1994/12 2001/12 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FRENIC5000G6N 1989/03 1994/03 2001/03 FRENIC-MEGA （FRN-G1）
FRENIC5000G7 1989/12 1998/01 2005/01 FRENIC-MEGA （FRN-G1）
FRENIC5000P7 1989/12 1998/01 2005/01 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FVR-G7S 1990/06 1998/01 2005/01 FRENIC-MEGA （FRN-G1）
FVR-K7S 1990/06 1998/01 2005/01 FREN IC -M ul t（ i FRN -E1 ）
FVR-G7N 1991/05 1998/01 2005/01 FRENIC-MEGA （FRN-G1）
FVR-E7S 1992/11 1998/01 2005/01 FRENIC-Ace （FRN-E2）
FVR-B7S 1991/05 2002/01 2009/01 FRENIC-Ace （FRN-E2）
FRENIC5000V3 1989/01 2002/03 2009/03 Please consult Fuji Electric
FRENIC5000M3 1991/06 2002/03 2009/03 Please consult Fuji Electric
FRENIC5000H2 1986/03 2007/01 2014/01 Please consult Fuji Electric
FVR-H5 1988/08 1999/11 2006/11 FRENIC-HF （FRN-H1）
FRENIC5000VG3 1990/12 1998/10 2005/10 FRENIC-VG （FRN-VG1）
FRENIC5000VG3N 1992/07 1998/10 2005/10 FRENIC-VG （FRN-VG1）
FRENIC5000G9S 1994/04 2000/05 2007/05 FRENIC-MEGA （FRN-G1）
FRENIC5000P9S 1994/04 2000/05 2007/05 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FVR-C9S 1994/04 1999/11 2006/11 FREN IC -M i n（ i FRN -C 2 ）
FRENIC5000VG5S/VG5N 1995/08 2002/03 2009/03 FRENIC-VG （FRN-VG1）
FVR-E9S 1995/08 2006/05 2013/05 FRENIC-Ace （FRN-E2）
FRENIC5000MS5 1997/07 2012/06 2019/06 Please consult Fuji Electric
FVR-S11S 1998/04 2003/12 2010/12 FREN IC -M i n（ i FRN -C 2 ）
FVR-C11S 1998/04 2003/12 2010/12 FREN IC -M i n（ i FRN -C 2 ）
FRENIC5000G11S 1998/07 2010/03 2017/03 FRENIC-MEGA （FRN-G1）
FRENIC5000P11S 1998/07 2010/03 2017/03 FREN IC -M EGA （FRN -G1（ ）LD Mode)
FVR-E11S 1999/04 2007/11 2014/11 FRENIC-Ace （FRN-E2）
（FESPAC）
FVR-D 1999/10 2009/06 2016/06 Please consult Fuji Electric
FRENIC5000VG7S 1999/11 2013/09 2020/09 FRENIC-VG （FRN-VG1）
FRENIC5000H11S 2000/06 2010/03 2017/03 FRENIC-HF （FRN-H1）
FRENIC5000MG5 2000/11 2012/06 2019/06 Please consult Fuji Electric
FREN IC -M i n（i FRN -C 1） 2002/04 2015/12 2022/12 FREN IC -M i n（ i FRN -C 2 ）
FRENIC-Eco （FRN-F1） 2003/09 2019/05 (Asia) Please consult Fuji Electric Only available in Japan
FREN IC -M ul t（i FRN -E1） 2005/04 2016/09 2023/09 FRENIC-Ace （FRN-E2）
FREN IC -Li f（
t FRN -LM 1） 2006/08 Not feature in this selection guide, please consult Fuji Electric
FRENIC-MEGA （FRN-G1） 2006/10 2023/09 （FRN-G2）
FRENIC-MEGA G1 (LD) G2 (HND)
FRENIC-VG （FRN-VG1） 2011/02
FRENIC-HF （FRN-H1） 2011/03 Not feature in this selection guide, please consult Fuji Electric
FREN IC -M i n（i FRN -C 2） 2012/09
FRENIC-HVAC （FRN-AR） 2013/12
FRENIC-AQUA (FRN-AQ） 2013/12
FRENIC-Ace (FRN-E2） 2014/07
FRENIC-eＦ Ｉ Ｔ（FRN-EF1） 2019/05 Not feature in this selection guide, please consult Fuji Electric
FRENIC-MEGA （FRN-G2） 2021/03
* Alternative models are a guideline and may vary depending on usage conditions (functions and performance).
** 7 year parts support for discontinued model depend availability. (Terms and Conditions apply for these parts support duration, consult Fuji Electric).

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Copyright 2023 Fuji Electric Asia Pacific Pte Ltd. All Rights Reserved.
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