V7 INVERTER

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V7 INVERTER Specifications

V7 Inverters

V7 Inverters

[Specifications]

Type		V7-01-4	V7-02-4	V7-04-4	V7-07-4	V7-15-4	V7-22-4	V7-37-4
	Standard applied motor output[kW]	0.1	0.2	0.4	0.75	1.5	2.2	3.7
Output rating	Rated capacity[kVA]	0.3	0.57	1.1	1.9	3.0	4.2	6.5
	Voltage[V]	Three-phase, 200 to 240 V (with AVR function)
	Rated current[A]	0.8(0.7)	1.5(1.4)	3.0(2.5)	5.0(4.2)	8.0(7.0)	11.0(10.0)	17.0(16.5)
	Rated overload current	150%-1 min or 200%-0.5 s of the rated output current
	Rated frequency[Hz]	50・60
Input voltage	Number of phases, voltage, frequency	Three-phase, 200 to 240 V, 50/60 Hz
	Allowable variations of voltage and frequency	Voltage: +10 to -15% (unbalance between phases: within 2% (＊ 10)) Frequency: +5 to -5%
	Rated input current (with DCR)[A]	0.57	0.93	1.6	3.0	5.7	8.3	14.0
	Rated input current (without DCR)[A]	1.1	1.8	3.1	5.3	9.5	13.2	22.2
	Required power supply capacity[kVA]	0.2	0.3	0.6	1.1	2.0	2.9	4.9
Braking	Braking torque[%]	150	150	100	100	50	30	30
	DC braking	Braking start frequency: 0.0 to 60.0 Hz, braking time: 0.0 to 30.0 s, braking level: 0 to 100%
	Braking transistor	-		Built-in
Structure/Methods	Applicable safety standard	UL508C IEC 61800-5-1:2007
	Protection structure (IEC60529)	IP20 enclosure　UL open type
	Cooling method	Self-cooling				Fan cooling
Environment	Operating atmosphere	Indoor with no exposure to corrosive gases, dust, oil mist (pollution degree 2 (IEC 60664-1:2007)) or direct sunlight
	Ambient temperature[℃]	Open　-10 to 50
	Ambient humidity	5 to 95％RH
	Altitude	1,000 m or below: No power reduction; 1001 to 1500 m: 0.97, 1501 to 2000 m: 0.95; 2001 to 2500 m: 0.91; 2501 to 3000 m: 0.88
	Vibration	3 mm: 2 to 9 Hz or less; 9.8 m/s2: 9 to 20 Hz or less; 2 m/s2: 20 to 55 Hz or less; 1 m/s2: 55 to 200 Hz or less
	Storage temperature[℃]	-25 to 70
	Storage humidity	5 to 95％RH
	Mass[kg]	0.6	0.6	0.7	0.8	1.7	1.7	2.5

* The rated output current shown is for a carrier frequency (function code F26) set to 3 kHz or less. Use the current shown in parentheses or less if the carrier frequency is set to 4 kHz or more or if the operating ambient temperature is more than 40℃.

[Dimensions 1]

Unit[mm]

Motor for power supply	Type	D[mm]	D1[mm]	D2[mm]
Three-phase, 200 V, 0.1 kW	V7-01-4	80	70	10
Three-phase, 200 V, 0.2 kW	V7-02-4	80	70	10
Three-phase, 200 V, 0.4 kW	V7-04-4	95	70	25
Three-phase, 200 V, 0.75 kW	V7-07-4	120	70	50

[Dimensions 2]

Unit[mm]

Motor for power supply	Type
Three-phase, 200 V, 1.5 kW	V7-15-4
Three-phase, 200 V, 2.2 kW	V7-22-4

[Dimensions 3]

Unit[mm]

Motor for power supply	Type
Three-phase, 200 V, 3.7 kW	V7-37-4

Options of V7 INVERTER

Braking resistor

〔Standard〕 (DB□□□-2)
〔10%ED〕 (DB□□□-2C)

Braking resistor types	Inverter type	Braking resistor model	Resistance [Ω]	Max. braking torque			Continuous braking (100% torque conversion value)		Repeated braking (frequency 100 [s] or less)
				[%]	50Hz	60Hz	Discharge withstand current rating [kWs]	Braking time [s]	Allowable average loss [kW]	Utilization rate [%ED]
				[%]	[N･m]	[N･m]	Discharge withstand current rating [kWs]	Braking time [s]	Allowable average loss [kW]	Utilization rate [%ED]
Standard	V7-04-4	DB0.75-2	100	150	4.02	3.32	9	45	0.044	22
	V7-07-4	DB0.75-2	100	150	7.57	6.25	17	45	0.068	18
	V7-15-4	DB2.2-2	40	150	15.0	12.4	34	45	0.075	10
	V7-22-4	DB2.2-2	40	150	22.0	18.2	33	30	0.077	7
	V7-37-4	DB3.7-2	33	150	37.1	30.5	37	20	0.093	5
10%ED	V7-04-4	DB0.75-2C	100	150	4.02	3.32	50	250	0.075	37
	V7-07-4	DB0.75-2C	100	150	7.57	6.25	50	133	0.075	20
	V7-15-4	DB2.2-2C	40	150	15.0	12.4	55	73	0.110	14
	V7-22-4	DB2.2-2C	40	150	22.0	18.2	55	50	0.110	10
	V7-37-4	DB3.7-2C	33	150	37.1	30.5	140	75	0.185	10

Types	Model	Figure	Ｗ[mm]	H[mm]	H1[mm]	D[mm]	Mass[kg]
Standard	DB0.75-2	A	68	310	295	67	1.3
	DB2.2-2	A	80	345	332	94	2.0
	DB3.7-2	A	80	345	332	94	2.0
10%ED	DB0.75-2C	B	43	221	215	30.5	0.4
	DB2.2-2C	C	67	188	172	55	0.8
	DB3.7-2C	C	67	328	312	55	1.4

Braking resistor [Small type]

[Small type] (TK80W120 Ω)

Model	Resistance		Applied inverter model	Average braking torque[%]	Allowable braking characteristic		Braking unit
Model	Capacity[kW]	Resistance[Ω]	Applied inverter model	Average braking torque[%]	Allowable braking frequency[%]	Allowable continuous braking time[s]	Braking unit
TK80W120Ω	0.08	120	V7-04-4	150	15	15	No need
			V7-07-4	150	5	15	No need
			V7-15-4	150	5	10	No need
			V7-22-4	65	5	10	No need
			V7-37-4	45	5	10	No need

DC reactor (DCR)

Applied inverter model	Reactor model	W[mm]	W1[mm]	D[mm]	D1[mm]	D2[mm]	G[Nominal dia.]	H[mm]	J[Nominal dia.]	Mass[kg]
V7-01-4	DCR2-0.2	66	56	90	72	5	M4	94	M4	0.8
V7-02-4	DCR2-0.2	66	56	90	72	5	M4	94	M4	0.8
V7-04-4	DCR2-0.4	66	56	90	72	15	M4	94	M4	1.0
V7-07-4	DCR2-0.75	66	56	90	72	20	M4	94	M4	1.4
V7-15-4	DCR2-1.5	66	56	90	72	20	M4	94	M4	1.6
V7-22-4	DCR2-2.2	86	71	100	80	10	M5	110	M4	1.8
V7-37-4	DCR2-3.7	86	71	100	80	20	M5	110	M4	2.6

Voltage Doubler Unit

By using this voltage doubler unit, 0.75 kW or lower models (3-phase 200 V input) can be used in with a single-phase 100 V power supply.
The driving motor is three-phase 200 V.
*Rated input AC voltage: Single-phase 100 to 115 V, 50/60 Hz
*Rated output voltage: 255 to 280 VDC