Q-222-031

INSTRUCTION MANUALPOWER FLOW THREE PHASE REACTIVE POWER TRANSDUCER
FWVTT2-92A-33

Q-222-031

Introduction
Thank you for purchase of DAIICHI ELECTRONICS product.
Please read this instruction manual carefully before use. Keep this manual for future reference.
Please contact with us in case this manual is lost or damaged.

Safety precautions
 Environment conditions
 Please be sure to use this product in a place that meets the following conditions.
In places that do not meet this condition, malfunctions and failures, and performance and productlife may be reduced.
・Within the range of ambient temperature -10 to 55℃, humidity 5 to 90% RH.
・Environment with low corrosive gas, dust, salt and oil smoke. (Corrosive gas：SO2 / H2S, etc.)
・Environment that is not affected by vibration or shock.
・Environment with less external noise.
・Altitude 2000m or less.
 If the input to this product is an inverter output (cycle control, SCR phase angle control, PWM control,etc.), the measurement error will be large.
 Outdoor use conditions
 These products are not a dust proof, water proof, and splash proof construction.
Please avoid the place where dust is generated, and install it in a place where it will not be exposed
to rain or water droplets. (Protection class IP30)
 Please do not install in the place where sunlight hits directly.
Discoloration and degradation of a name plate, and deformation of the case by the surface temperaturerise may occur.
 If the average daily temperature around this product exceeds 40℃, the service life may be shortened.
 Mounting and wiring
Please refer to this instruction manual for mounting and the wiring.
 Please refer to connection diagram for the wiring.
 Please avoid hot line work.
 Please use an electrical wire size suitable with the rated current.
 Please check the tightening of the screw.
 Please attach the terminal cover to prevent electric shock.
 Maintenance and inspection
 Inspection during energization is dangerous.
 This product has no parts to replace during regular inspections.
 Check that the wiring and screws are not loose.
 Please wipe off lightly with the dry soft cloth. Please do not use the organic solvent, chemicals,
cleaners, etc., such as an alcohol, for cleaning.
 Storage
Please store in a place that meets the following conditions.






The ambient temperature within -40 to +70℃ (storage temperature), humidity 5 to 90% RH.
Daily average temperature 40℃ or less.
Places free of dust, corrosive gas, salt and oily smoke.
Location that is not affected by vibration and shock.
Aluminum electrolytic capacitors are used in products. Please energize the power supply within one
year after purchase.

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Q-222-031

 Countermeasures against troubles
If trouble occurs within the warranty period, DAIICHI ELECTRONICS will repairs this product.
 Disposal
Please dispose this product as industrial waste (non-combustible).
Mercury parts and a nickel-cadmium battery are not used for this product.
 Warranty period
The warranty period of the product is one year after the date of delivery.
 Warranty scope
In the case that a defect is found in our product during the warranty period due to our responsibility,
we will replace the defective part and repair.
However, we will not be liable if the faults or defects are under any of the following items.
● When the faults or defects are resulted from the modification or repair carried out by any other entity
than our company.
● Failure caused by violating various conditions regarding use, storage, etc. specified by the supplier.
● When the faults or defects are caused by a reason not belongs to purchased or delivered products.
● Damage or malfunction due to relocation or other transportation, movement or dropping.
● In case that the faults or defects are resulted from force majeure such as fire or abnormal voltage
and natural calamity or disaster.
Our company shall not be liable for compensation of damages caused by any reason which is not our
responsibility, loss opportunity, loss profits incurred to the user, special damages and consequential
damages whether foreseeable or not, or damages not relating to our products.
 Replacement cycle of the productWe recommend updating the product for 10 years as a rough standard.
 Change of instruction manual written contents
This instruction manual changes written contents without a notice by product improvement etc.

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Q-222-031

Contents

Safety precautions ･････････････････････････････････････････････････････････

1

1. Features of product ･････････････････････････････････････････････････････

4

2. Outline dimension ･･･････････････････････････････････････････････････････

4

3. Bundled items ･･･････････････････････････････････････････････････････････

4

4. Mounting method ･････････････････････････････････････････････････････････

4

5. Connection ･･････････････････････････････････････････････････････････････

6

6. Handling explanation ････････････････････････････････････････････････････

7

7. Specification
7.1

Rating ･･････････････････････････････････････････････････････････････

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7.2

Performance ･････････････････････････････････････････････････････････

8

7.3

Electrical strength, Mechanical strength ････････････････････････････

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7.4

Noise immunity ･･････････････････････････････････････････････････････

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7.5

EMC ･････････････････････････････････････････････････････････････････

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7.6

Structure and environmental conditions ･･････････････････････････････

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7.7

Technical standards ･････････････････････････････････････････････････

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8. Input and output relationship ･･･････････････････････････････････････････

12

9. Calibration ･････････････････････････････････････････････････････････････

12

10. Type composition ･･･････････････････････････････････････････････････････

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Q-222-031

1. Features of product The output can be selected from a 2-quadrant type and a 4-quadrant type that can distinguish between
receiving and transmitting power.
 Complied to JIS C 1111：2019 and IEC 60688：2012
 Free power supply specifications compatible with 80 to 264 VAC and 80 to 264 VDC, and 24 VDC/48 VDC
power supply specifications are available.
 Power consumption and mass are reduced by approximately 50% compared to our conventional products, andminiaturization has also been achieved.
 Compatible with two types of mounting methods for IEC/DIN rail mounting and wall mounting.

2. Outline dimension
Please refer to the wiring diagram for the terminal arrangement.
130

56
28

(12.5)
1

12-M4screw

7

5

120

92

MAX. adjustment VR(With VR cap)

110

1

BIAS adjustment VR(With VR cap)

Terminal coverNote(１) Dimensions when IEC/DIN rail (height 15mm) is installed. (Please use a rail with a width of 35mm)
The terminal cover is standard equipment.

3. Bundled items① Inspection certificate ：1 (Packed in an envelope)② Terminal screw in a bag.

M4 screw 5-piece set：1
M4 screw 7-piece set：1

4. Mounting method
Please install indoors in a place with low mechanical vibration, dust, and corrosive gas.
And, please select indoors that are not affected by a strong electromagnetic field by large current bus,
saturable reactor etc. in the vicinity. There is no restriction on mounting position.
Mounting can be done on 35mm width DIN rail mounting or screw mounting.
For screw mounting, please install with M4 screw or M5 screw. (However, the screw is not attached.
The tightening torque of a screw, M4：1.00 to 1.30N･m, M5：2.0 to 2.5N･m)
There is no particular rule for the side-by-side spacing.
Considering heat dissipation and wiring space, please leave 90mm or more space between the top and bottom.
Please leave space between terminal and metal panel for 10mm or more.
<Caution> Be sure to turn off the power and input signals before installing or removing the product toprevent danger.
4Q-222-031

Combination mounting dimension example (unit：mm)■ Screw mounting■ IEC/DIN rail mounting①：40mm width transducer.
②：56mm width transducer.
Please use rail of IEC, DIN technical standard 35mm width rail
(strong type).
《Recommendation product》 Fuji Electric Co., Ltd.
TH35-15AL■ How to install this product in a IEC / DIN rail.
The claw of the upside of the slot for rail mounting in the bottom of this product is put in a rail.
This product is fixable by pushing in the direction of an arrow below.

35mm width DIN rail
Slider■ How to remove this product from the IEC / DIN rail.
Please insert a flathead screwdriver in the hole where a slider is square. Next, a slider is lowered in the
direction of an arrow. This product can be removed from the rail by pulling it up in the direction of thearrow. However, the case may be damaged if this product is pulled up without lowering a slider completely.

②

Flat-head screwdriver

Slider5①

Q-222-031

5. Connection
Refer to the terminal name on the front name plate of the main unit, and connect according to the wiring
diagram below or the wiring diagram name plate on the lower side of the main unit.
Use the included M4 screws to connect the auxiliary power supply, input voltage, input current, output,
and ground terminals.
〔Applicable solderless terminal〕
Solderless terminal for M4 screw
Outer diameter of terminal, 8.5mm or lessTightening torque：1.0 to 1.3 N･m

Input current terminal
1S, 1L, 3S, 3L

Input voltage terminal
P1, P2, P3

Ground terminal
E

Auxiliary supply terminal－
S1( ＋～ ), S2( ～ )Output terminal
A(＋), B(－)

■ Connection diagram

1
2

LOAD

3

1S

P1
S1

1L

S2

AUX.SUPPLY

3S

3L

P2
P3
A(＋)B(－) E
OUTPUT・Grounding is class D grounding (grounding resistance 100Ω or less).
・If there is a power line that causes noise or a sharp voltage fluctuation, separate the output wiring
as much as possible. In addition, use twisted cable or shielded twisted cable.
・This product will not be damaged even if the output terminal is left open in the current output
specifications.
・After completing the wiring work, attach the terminal cover.

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Q-222-031

6. Handling explanation
Please handle it correctly after paying attention to the following points.
(1) When applying the auxiliary power supply and input, check that the voltage and input signal of theauxiliary power supply conform to the specifications of this product.
(2）Make sure that the external wiring is connected to the specified terminal position (listed on the
nameplate).
(3）Please use the output load within the output load range indicated on the name plate.
If the output load range is exceeded, not only will the output error, but the product will beburdened. Especially for voltage output products, do not short-circuit the output.
This product will not be damaged even if the output terminal is left open in the current output
specifications. However, a voltage of about 15V is generated.
(4）The output adjustment range is BIAS：±5% of the output span, MAX.：±5% of the output span.
Use only when adjustment is required for matching with connected devices.
(5）The output value near 0 power factor switches between the power receiving side and the powertransmitting side within the range of LAG 90° or LEAD 90° ±3° (at rated current).
(Indefinite)(6）The output value when only the auxiliary power supply is applied or when the auxiliary power supply
and voltage input are applied is the output equivalent to the received input 0kvar.

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Q-222-031

7. Specification
7.1 Rating
Item
Power flow reactive
power
Rated voltage
Input
Rated current
Power consumption

Output (Output load range)

Power supply
range

Auxiliary
supplyPowerconsumption

Inrush current(Time constant)Specification
Power transmission / Power receiving LEAD 1 to LAG 1kvar
Power transmission / Power receiving LEAD 2 to LAG 2kvar
AC110V 50/60Hz
AC220V 50/60Hz
AC 1 A 50/60Hz
AC 5 A 50/60Hz
Voltage circuit：0.2VA (AC110V)、0.5VA (AC220V)
Current circuit：0.2VA
DC0 to 5V(600Ω or more)
DC1 to 5V(600Ω or more)
DC-5 to 5V (600Ω or more)
DC0 to 1mA (10kΩ or less)
DC4 to 20mA (550Ω or less)DC-1 to 1mA (10kΩ or less)
AC80 to 264V 50/60Hz
AC/DC power supply
DC80 to 264V
DC20 to 57V
2.5VA (AC100/110V) , 3.5VA (AC200/220V)
1.5W (DC100/110V, DC200/220V, DC24V, DC48V)
AC110V：1.3A or less（2.8ms)
AC220V：2.5A or less（2.8ms)
DC110V：0.9A or less（2.8ms)
DC220V：1.8A or less（2.8ms)
DC24V ：1.5A or less (5.3ms)
DC48V ：3.1A or less (5.3ms)(２)

Please specify(２)

Please specify(２)

Please specify(２)

Please specify

Please specify

Note(２) Refer to the specification code for other ratings.

7.2 Performance
Item
Class index
Response time
RippleFluctuation valueof influence due
to ambient
temperature
Fluctuation valueof influence due
to input amountdistortion
Adjustment range
Low input cut

Output limiter

Operation method

Specification
0.5
1 second or less
1%p-p or less
Usage group I
・Within the class index at 10 to 35℃・Within two times the class index at 0 to 45℃・Within three times the class index at -10 to 55℃
Within two times the class index at 20% of the 3rd harmonic
The error may be large in the measurement at the following inverter output.
・Cycle control
・PWM inverter
・SCR phase angle control
The output adjustment range is BIAS：±5% of the output span, MAX.：±5% of the output
span. Use only when adjustment is required for matching with connected devices.
None-20%, 120% (Second quadrant：% of output span on the power receiving LAG side)
・For 4 to 20mA output, 2.4mA, 21.6mA・For ±5V output, -6V, 6V-20%, 120% (Fourth quadrant：% of output span on the power receiving LAG side)
・For 4 to 20mA output, 3.2mA, 20.8mA・For ±5V output, -5.5V, 5.5V
Time division multiplication method8

Q-222-031

7.3 Electrical strength, Mechanical strength
Item
Insulation
resistance
Voltage test
(Power frequency
withstand voltage)

Impulse voltage
test

Continuation
over-input

Short timeover-input

Vibration
Shock

Specification
Between electric circuit and case (ground).
Between auxiliary supply terminals and input, output
50MΩ or more at DC500V
terminals.
Between input terminals and output terminals.
Between electric circuit and case (ground).
AC2210V (50/60Hz) 5 seconds or
Between auxiliary supply terminals and input, output
AC2000V (50/60Hz) 1 minuteterminals.
Between input terminals and output terminals.
Between electric circuit and case (ground).
(Output circuits are grounded)
Between auxiliary supply terminals and input terminals.
(Other circuits are grounded)
5kV 1.2/50μs
Between input terminals and auxiliary supply terminals.
(Both positive and negative(Other circuits are grounded)polarity, for 3 times each)
Between voltage input terminals.
(Other circuits are grounded)
Between auxiliary supply terminals.
(Other circuits are grounded)
Input
1.2 times continuation of rated voltage, rated current.
1.2 times continuation of rated voltage (AC power supply, DC200/220V, DC24V)
Aux. supply 1.3 times continuation of rated voltage (DC100/110V)
DC57V continuous (DC48V)
2 times 10 seconds of rated voltage.
once
2 times 1 second of rated voltage.
10 times, 10 second intervals
40 times 1 second and 20 times 4 seconds
Input
2 times, 1 minute intervals
and 10 times 16 seconds of rated current.
10 times 1 second of rated current.
5 times, 5 minute intervals
1.5 times 30 minutes of rated current.
once
Aux. supply 1.5 times 10 seconds of rated voltage.
once
JIS C 60068-2-6
Sweep frequency range：10 to 55 to 10Hz, Displacement amplitude(one-sided amplitude)：0.15mm, Number of sweep cycles：10 times
JIS C 60068-2-27
Peak acceleration：500m/s2 (when screw is installed),
300m/s2 (when IEC/DIN rail is installed)

7.4 Noise immunity
Item
Damped oscillatory
wave immunity test
JEA B-402

Square impulse
immunity test
JEA B-402
Radio wave
immunity test
Electrostatic
discharge immunity
JEA B-402

Specification
Error within ±10% when peak voltage 2.5kV, frequency 1MHz ±10%, applied 3 times for
30 seconds.
・Auxiliary supply circuit (Normal / Common)
・Voltage input circuit (Normal / Common)・Current input circuit (Common)
Error within ±10% when noise (1μs, 100ns width) is repeatedly applied for 5 minutes.
・Auxiliary supply circuit (Normal / Common) Over 1.5kV・Voltage input circuit (Normal / Common)
Over 1.5kV・Current input circuit (Common)
Over 1.5kV・Output circuit (Induction)
Over 1.0kV
Error within ±10% when radio waves (5W) in the 150MHz and 400MHz bands areintermittently irradiated at 1m, and radio waves from mobile phones and wireless
LAN (2.4GHz, 5GHz) at 0.5m.
Conducted under normal usage conditions.
Air discharge：15kV, Contact discharge：8kV, Error within ±10%.

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7.5 EMC
Item
Electrostatic
discharge immunity
test

Radiated,
radio-frequency,
electromagnetic
field immunity test

Electrical fasttransient / burst
immunity test

Surge immunity test

Specification
Contact discharge±4kV (Charge voltage)
Air discharge±8kV (Charge voltage)
Frequency：① 80 to 1000MHz② 1.4 to 2.0GHz③ 2.0 to 2.7GHz
Field strength：① 10V/m② 3V/m③ 1V/mAmplitude modulation：80%AM (1kHz)
Power port
±2.0kV(DC)
Power port
±2.0kV(AC)
Signal port ±1.0kV
Power port Line to ground ±0.5kV(DC)Line to line
±0.5kVPower port Line to ground ±2.0kV(AC)Line to line
±1.0kV
Signal port Line to ground ±1.0kV

Immunity to conducted
disturbances, induced Frequency：0.15 to 80MHz
by radio frequency
Voltage level：10V, 80%AM (1kHz)
fieldsPower frequency
magnetic field
immunity test
Voltage dips, shortinterruptions andvoltage variations
immunity tests (ACpower supply port)

Frequency：50/60Hz
Field strength：30A/m
Residual voltage：0%, 1 cycle

Performance After test：Withinstandard：B inherent error

EN61000-6-2
EN61000-4-2

During testing：
Performance Within ±20% error EN61000-6-2
standard：A After test：Within EN61000-4-3
inherent error

Performance After test：Withinstandard：B inherent error

EN61000-6-2
EN61000-4-4

Performance After test：Withinstandard：B inherent error

EN61000-6-2
EN61000-4-5

During testing：
Performance Within ±20% error
standard：A After test：Within
inherent error
During testing：
Performance Within ±20% error
standard：A After test：Within
inherent error
Performance After test：Withinstandard：B inherent error

EN61000-6-2
EN61000-4-6

EN61000-6-2
EN61000-4-8

EN61000-6-2

Residual voltage：40%, 10/12 cycle
Performance After test：Within EN61000-4-11
Residual voltage：70%, 25/30 cycle
standard：C inherent error
Residual voltage：0%, 250/300 cycle
Electromagnetic
Frequency band 30 to 230MHz, 10m distance：40dB (μV/m) or lessradiation disturbance Frequency band 230 to 1000MHz, 10m distance：47dB (μV/m) or lessPower port (AC)：EN61000-6-4
EN55011Frequency band 0.15 to 0.5MHz, Quasi-peak：79dB or less,Terminal interferenceclassA, Group1
Average：66dB or lessvoltageFrequency band 0.5 to 30MHz,
Quasi-peak：73dB or less,
Average：60dB or less
Performance standard A：During and after the test the equipment shall be able to continue operation as
specified.
Performance standard B：The equipment shall be able to continue operation as specified after the test.
However, performance degradation during testing is allowed.
Performance standard C：Temporary loss of function is allowed, but the function can be self-healing or
can be recovered by operation of the control device.

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Q-222-031

7.6 Structure and environmental conditions
Item
Material
Color
External dimensions
Mass
Protection rating

Specification
BOX：ABS(V-0), Terminal board：ABS(V-0), Terminal cover：Polycarbonate
Munsell N1.5 (Black)
56×120×130mm (W×H×D)
Approx. 400g
IP30

Operating temperature andhumidity limits-10 to 55℃ , 5 to 90% RH (Non condensing)

Storage temperature limits
Product warranty period-40 to 70℃
One year period

7.7 Technical standards
Item

Specification

Transducer

JIS C 1111：2019
IEC 60688 ：2012

CE marking

EMC Directive 2014/30/EU
EN 61000-6-2, EN 61000-4-2, -3, -4, -5, -6, -8, -11
EN 61000-6-4, EN 55011 classA, Group1
Low Voltage Directive 2014/35/EU
EN 61010-1
RoHS Directive 2011/65/EU+(EU)2015/863
EN IEC 63000

SafetyIEC 61010-1
Measurement Category Ⅲ,

Maximum use voltage：300V,

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Pollution degree 2

Q-222-031

8. Input and output relationship
LAG/LEAD polarity
Power receiving (Power purchase)0°

Current ofleading phase

Current oflagging phase

LEAD

LAG

LAG

LEAD

Reference V(For power receiving)

270°

90°

Current oflagging180°

Reference V(For power transmission)
Current ofleading

Power transmission (Power selling)
Polarity seen from the power transmission side during
power transmission (P＜0) (V reference, 180° inversion)

Second quadrant
OUTPUT[V][mA]
5 20

OUTPUT[V][mA]
5 1

0

0

-5 -1

1
2

0
0

1
2

LEAD
LAG
Power transmission

3

12

1

4

0
0

1[kvar]2[kvar]
LEAD
LAG
INPUT
Power receiving

OUTPUT[V][mA]51

2.5 0.5

1
2

0
0

1
2

LEAD
LAG
Power transmission0
0

1[kvar]2[kvar]
LEAD
LAG
INPUT
Power receiving

0

0

1
2

0
0

LEAD
LAG
Power transmission

1
2

0
0

1[kvar]2[kvar]
LEAD
LAG
INPUT
Power receiving

Fourth quadrant
OUTPUT[V] [mA]
5
1

OUTPUT[V][mA]
5 20

OUTPUT[V] [mA]
5
1

2.5

0.5

4

16

3.75 0.75

0

0

3

12

2

8

-2.5 -0.5
-5

1

2.5

4

-1

0

1
2

0
0

1
2

LEAD
LAG
Power transmission0
0

1[kvar]2[kvar]
LEAD
LAG
INPUT
Power receiving

0.5

1.25 0.25
1
2

0
0

LEAD
LAG
Power transmission

1
2

0
0

1[kvar]2[kvar]
LEAD
LAG
INPUT
Power receiving

0
1
2

0
1
0
1[kvar]02
02[kvar]
LEAD
LAG
INPUT
LEAD
LAG
Power transmission
Power receiving

9. Calibration
Because this product is adjusted, there is not need of calibration especially.
However, if discrepancy arises in an output in long-term use, please adjust in the next way.
Remove the terminal cover and VR cap before adjustment, and attach the VR cap and terminal cover after adjustment.
(1) For the output load, connect an actual load (within the output load range indicated on the name plate)or a simulated load with the same resistance value as the actual load.
(2) Apply the auxiliary power supply (rated) and the input equivalent to 50% of the rated output value, andenergize for 15 minutes.
(3) Enter the lower limit of the rated output range and adjust with BIAS adjustment VR so that the output becomesthe lower limit.
Next, enter the upper limit of the rated output range and adjust the MAX adjustment VR so that the output
reaches the upper limit.
(The screwdriver for adjustment：Tip width of 1.8 to 2.3mm, Phillips-head screwdriver or flat-blade
screwdriver)12

Q-222-031

10. Type composition
Power Flow Three Phase Reactive Power Transducer
TypeSpecification code

FWVTT2-92A-33- ① ② ③ ④ ⑤ ⑥ ⑦1) Rated current 1A，Second quadrant① ModelB

Model B

② Orthant (３)Second1
quadrant

1
2
3
4
4
5
6
7
Z

⑤ Rated current
1 AC1AZ Other

2
3
4
5
6
7
A
B
C
F
G
Z

③ Input (３)Power transmission LEAD 100 to 0 to LAG 100var
Power receiving LEAD 100 to 0 to LAG 100var
Power transmission LEAD 150 to 0 to LAG 150var
Power receiving LEAD 150 to 0 to LAG 150var
Power transmission LEAD 166.7 to 0 to LAG 166.7var
Power receiving LEAD 166.7 to 0 to LAG 166.7var
Power transmission LEAD 200 to 0 to LAG 200var
Power receiving LEAD 200 to 0 to LAG 200var
Power transmission LEAD 200 to 0 to LAG 200var
Power receiving LEAD 200 to 0 to LAG 200var
Power transmission LEAD 300 to 0 to LAG 300var
Power receiving LEAD 300 to 0 to LAG 300var
Power transmission LEAD 333.3 to 0 to LAG 333.3var
Power receiving LEAD 333.3 to 0 to LAG 333.3var
Power transmission LEAD 400 to 0 to LAG 400var
Power receiving LEAD 400 to 0 to LAG 400var
Other⑥ Output (Output load range) (３)Power transmission DC0 to 0.5 to 1V(200Ω or more)Power receiving DC0 to 0.5 to 1V
Power transmission DC0 to 2.5 to 5V(600Ω or more)Power receiving DC0 to 2.5 to 5V
Power transmission DC0 to 5 to 10V(2kΩ or more)Power receiving DC0 to 5 to 10V
Power transmission DC1 to 3 to 5V(600Ω or more)Power receiving DC1 to 3 to 5V
Power transmission DC-5 to 0 to 5V(600Ω or more)Power receiving DC-5 to 0 to 5V
Power transmission DC-10 to 0 to 10V(2kΩ or more)Power receiving DC-10 to 0 to 10V
Power transmission DC0 to 0.5 to 1mA(10kΩ or less)Power receiving DC0 to 0.5 to 1mA
Power transmission DC0 to 2.5 to 5mA(2kΩ or less)Power receiving DC0 to 2.5 to 5mA
Power transmission DC0 to 5 to 10mA
(1kΩ or less)Power receiving DC0 to 5 to 10mA
Power transmission DC4 to 12 to 20mA
(550Ω or less)Power receiving DC4 to 12 to 20mA
Power transmission DC-1 to 0 to 1mA(10kΩ or less)Power receiving DC-1 to 0 to 1mA
Other④ Rated voltage
1AC100V2
AC105V
3
AC110V
4
AC115V

5
6
7

AC200V
AC210V
AC220VZ

Other⑦ Auxiliary supply
AC80 to 264V
F DC80 to 264V
AC/DC power supply
3 DC20 to 57V
Z Other

Note(３) The notation of the product body is Second quadrant：2QUADRANT, Power transmission：REVERSE，
Power receiving：NORMAL.

13

Q-222-031

2) Rated current 5A，Second quadrant① ModelB

Model B

② Orthant (４)Second1
quadrant

1
2
3
4
4
5
6
7
Z

⑤ Rated current
2 AC5AZ Other

2
3
4
5
6
7
A
B
C
F
G
Z

③ Input (４)Power transmission LEAD 500 to 0 to LAG 500var
Power receiving LEAD 500 to 0 to LAG 500var
Power transmission LEAD 750 to 0 to LAG 750var
Power receiving LEAD 750 to 0 to LAG 750var
Power transmission LEAD 833.3 to 0 to LAG 833.3var
Power receiving LEAD 833.3 to 0 to LAG 833.3var
Power transmission LEAD 1 to 0 to LAG 1kvar
Power receiving LEAD 1 to 0 to LAG 1kvar
Power transmission LEAD 1 to 0 to LAG 1kvar
Power receiving LEAD 1 to 0 to LAG 1kvar
Power transmission LEAD 1.5 to 0 to LAG 1.5kvar
Power receiving LEAD 1.5 to 0 to LAG 1.5kvar
Power transmission LEAD 1.667 to 0 to LAG 1.667kvar
Power receiving LEAD 1.667 to 0 to LAG 1.667kvar
Power transmission LEAD 2 to 0 to LAG 2kvar
Power receiving LEAD 2 to 0 to LAG 2kvar
Other⑥ Output (Output load range) (４)Power transmission DC0 to 0.5 to 1V(200Ω or more)Power receiving DC0 to 0.5 to 1V
Power transmission DC0 to 2.5 to 5V(600Ω or more)Power receiving DC0 to 2.5 to 5V
Power transmission DC0 to 5 to 10V(2kΩ or more)Power receiving DC0 to 5 to 10V
Power transmission DC1 to 3 to 5V(600Ω or more)Power receiving DC1 to 3 to 5V
Power transmission DC-5 to 0 to 5V(600Ω or more)Power receiving DC-5 to 0 to 5V
Power transmission DC-10 to 0 to 10V(2kΩ or more)Power receiving DC-10 to 0 to 10V
Power transmission DC0 to 0.5 to 1mA(10kΩ or less)Power receiving DC0 to 0.5 to 1mA
Power transmission DC0 to 2.5 to 5mA
Power receiving DC0 to 2.5 to 5mA
Power transmission DC0 to 5 to 10mA
Power receiving DC0 to 5 to 10mA
Power transmission DC4 to 12 to 20mA
Power receiving DC4 to 12 to 20mA
Power transmission DC-1 to 0 to 1mA
Power receiving DC-1 to 0 to 1mA
Other④ Rated voltage
1AC100V2
AC105V
3
AC110V
4
AC115V

5
6
7

AC200V
AC210V
AC220VZ

Other⑦ Auxiliary supply
AC80 to 264V
F DC80 to 264V
AC/DC power supply
3 DC20 to 57V
Z Other(2kΩ or less)(1kΩ or less)(550Ω or less)(10kΩ or less)Note(４) The notation of the product body is Second quadrant：2QUADRANT, Power transmission：REVERSE，
Power receiving：NORMAL.

14

Q-222-031

3) Rated current 1A，Fourth quadrant① ModelB

Model B

② Orthant (５)Fourth2quadrant

1
2
3
4
4
5
6
7
Z

⑤ Rated current
1 AC1AZ Other

2
3
4
5
6
7
A
B
C
F
G
Z

③ Input (５)Power transmission LEAD 100 to 0 to LAG 100var
Power receiving LEAD 100 to 0 to LAG 100var
Power transmission LEAD 150 to 0 to LAG 150var
Power receiving LEAD 150 to 0 to LAG 150var
Power transmission LEAD 166.7 to 0 to LAG 166.7var
Power receiving LEAD 166.7 to 0 to LAG 166.7var
Power transmission LEAD 200 to 0 to LAG 200var
Power receiving LEAD 200 to 0 to LAG 200var
Power transmission LEAD 200 to 0 to LAG 200var
Power receiving LEAD 200 to 0 to LAG 200var
Power transmission LEAD 300 to 0 to LAG 300var
Power receiving LEAD 300 to 0 to LAG 300var
Power transmission LEAD 333.3 to 0 to LAG 333.3var
Power receiving LEAD 333.3 to 0 to LAG 333.3var
Power transmission LEAD 400 to 0 to LAG 400var
Power receiving LEAD 400 to 0 to LAG 400var
Other⑥ Output (Output load range) (５)Power transmission DC0 to 0.25 to 0.5V
(200Ω or more)Power receiving DC0.5 to 0.75 to 1V
Power transmission DC0 to 1.25 to 2.5V
(600Ω or more)Power receiving DC2.5 to 3.75 to 5V
Power transmission DC0 to 2.5 to 5V(2kΩ or more)Power receiving DC5 to 7.5 to 10V
Power transmission DC1 to 2 to 3V(600Ω or more)Power receiving DC3 to 4 to 5V
Power transmission DC-5 to -2.5 to 0V(600Ω or more)Power receiving DC0 to 2.5 to 5V
Power transmission DC-10 to -5 to 0V(2kΩ or more)Power receiving DC0 to 5 to 10V
Power transmission DC0 to 0.25 to 0.5mA(10kΩ or less)Power receiving DC0.5 to 0.75 to 1mA
Power transmission DC0 to 1.25 to 2.5mAPower receiving DC2.5 to 3.75 to 5mA
Power transmission DC0 to 2.5 to 5mA
Power receiving DC5 to 7.5 to 10mA
Power transmission DC4 to 8 to 12mA
Power receiving DC12 to 16 to 20mA
Power transmission DC-1 to -0.5 to 0mA
Power receiving DC0 to 0.5 to 1mA
Other④ Rated voltage
1AC100V2
AC105V
3
AC110V
4
AC115V

5
6
7

AC200V
AC210V
AC220VZ

Other⑦ Auxiliary supply
AC80 to 264V
F DC80 to 264V
AC/DC power supply
3 DC20 to 57V
Z Other(2kΩ or less)(1kΩ or less)(550Ω or less)(10kΩ or less)Note(５) The notation of the product body is Fourth quadrant：4QUADRANT, Power transmission：REVERSE，
Power receiving：NORMAL.

15

Q-222-031

4) Rated current 5A，Fourth quadrant① ModelB

Model B

② Orthant (６)Fourth2quadrant

1
2
3
4
4
5
6
7
Z

⑤ Rated current
2 AC5AZ Other

2
3
4
5
6
7
A
B
C
F
G
Z

③ Input (６)Power transmission LEAD 500 to 0 to LAG 500var
Power receiving LEAD 500 to 0 to LAG 500var
Power transmission LEAD 750 to 0 to LAG 750var
Power receiving LEAD 750 to 0 to LAG 750var
Power transmission LEAD 833.3 to 0 to LAG 833.3var
Power receiving LEAD 833.3 to 0 to LAG 833.3var
Power transmission LEAD 1 to 0 to LAG 1kvar
Power receiving LEAD 1 to 0 to LAG 1kvar
Power transmission LEAD 1 to 0 to LAG 1kvar
Power receiving LEAD 1 to 0 to LAG 1kvar
Power transmission LEAD 1.5 to 0 to LAG 1.5kvar
Power receiving LEAD 1.5 to 0 to LAG 1.5kvar
Power transmission LEAD 1.667 to 0 to LAG 1.667kvar
Power receiving LEAD 1.667 to 0 to LAG 1.667kvar
Power transmission LEAD 2 to 0 to LAG 2kvar
Power receiving LEAD 2 to 0 to LAG 2kvar
Other⑥ Output (Output load range) (６)Power transmission DC0 to 0.25 to 0.5V
(200Ω or more)Power receiving DC0.5 to 0.75 to 1V
Power transmission DC0 to 1.25 to 2.5V
(600Ω or more)Power receiving DC2.5 to 3.75 to 5V
Power transmission DC0 to 2.5 to 5V(2kΩ or more)Power receiving DC5 to 7.5 to 10V
Power transmission DC1 to 2 to 3V(600Ω or more)Power receiving DC3 to 4 to 5V
Power transmission DC-5 to -2.5 to 0V(600Ω or more)Power receiving DC0 to 2.5 to 5V
Power transmission DC-10 to -5 to 0V(2kΩ or more)Power receiving DC0 to 5 to 10V
Power transmission DC0 to 0.25 to 0.5mA(10kΩ or less)Power receiving DC0.5 to 0.75 to 1mA
Power transmission DC0 to 1.25 to 2.5mAPower receiving DC2.5 to 3.75 to 5mA
Power transmission DC0 to 2.5 to 5mA
Power receiving DC5 to 7.5 to 10mA
Power transmission DC4 to 8 to 12mA
Power receiving DC12 to 16 to 20mA
Power transmission DC-1 to -0.5 to 0mA
Power receiving DC0 to 0.5 to 1mA
Other④ Rated voltage
1AC100V2
AC105V
3
AC110V
4
AC115V

5
6
7

AC200V
AC210V
AC220VZ

Other⑦ Auxiliary supply
AC80 to 264V
F DC80 to 264V
AC/DC power supply
3 DC20 to 57V
Z Other(2kΩ or less)(1kΩ or less)(550Ω or less)(10kΩ or less)Note(６) The notation of the product body is Fourth quadrant：4QUADRANT, Power transmission：REVERSE，
Power receiving：NORMAL.

16

Q-222-031

Tokyo Office : 11-13, Hitotsuya 1-chome, Adachi-ku, Tokyo, 121-8639, JAPAN.
TEL：+81-3-3885-2411 , FAX：+81-3-3858-3966
Kyoto Office : 1-19, Ichinobe-Nishikawahara, Jyoyou-shi, Kyoto, 610-0114, JAPAN.
TEL：+81-774-55-1391 , FAX：+81-774-54-1353
Revision B,

DATE：November 2, 202217