3KVA~800KVA series three-phase variable frequency power supply-[Quotation-data]--Shanghai Huabang Industrial Business-www.91way.com

Product name：

3KVA~800KVA series three-phase variable frequency power supply

specification：

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Category：

transformer equipment -- Variable Frequency Power Supply

Price：

factory price

Brand：

Shanghai

Place of Origin：

China

Available Quantity：

batch

delivery cycle：

Spot goods (or inquire by telephone)

Shanghai Beiyuan Industry and Trade Co.,Ltd
+86-21-66770508
+86-13916500500

91way@163.com
13916500500(Wechat)

3KVA~800KVA series three-phase variable frequency power supplyDetailed product description：

Technical parameters for 3KVA to 120KVA

model

thirteen thousand and three

thirteen thousand and six

thirty-three thousand and ten

thirty-three thousand and fifteen

thirty-three thousand and twenty

thirty-three thousand and thirty

thirty-three thousand and forty-five

thirty-three thousand and sixty

thirty-three thousand and one hundred

thirty-three thousand one hundred and twenty

Total output capacity

3KVA

6KVA

10KVA

15KVA

20KVA

30KVA

45KVA

60KVA

100KVA

120KVA

Output capacity of each phase

1KVA

2KVA

3.3KVA

5KVA

6.7KVA

10KVA

15KVA

20KVA

33KVA

40KVA

Circuit method

IGBT/SPWM Sine Pulse Width Modulation Method

Input (communication)

phase number

1Φ2W+G

3Φ4W+G

Voltage

220V±10%

380V±10%

frequency

50Hz±3HZ/60Hz±3Hz

Output (communication)

phase number

3Φ4W+G

Voltage

low-end

Phase voltage: 0-150V (L-N)/Line voltage: 0-260V (L-L)

high-end

Phase voltage: 0-300V (L-N)/Line voltage: 0-520V (L-L)

frequency

45-70Hz, 50Hz, 60Hz, 400Hz, 2F (2nd harmonic), 4F (4th harmonic)

40-500Hz (option)

Maximum current per phase

low-end

8.4A

16.8A

28A

42A

50A

84A

125A

168A

276A

336A

high-end

4.2A

8.4A

14A

21A

25A

42A

63A

84A

138A

168A

Frequency stability

≤0.01%

load regulation

± 0.5% (linear load)

Waveform Distortion (THD)

1.5% (linear load)

reaction time

Maximum value 2ms

Instructions/Resolution

4-digit frequency table

Resolution 0.1Hz

4-digit voltmeter

Resolution 0.1V

4-digit ammeter

Resolution below 4A 0.001A; Resolution above 4A 0.01A

4-digit wattmeter

Resolution below 200W: 0.1W; Resolution above 200W: 1W

protective device

Input/output no fuse switch, electronic circuit quickly detects overvoltage, overcurrent, overload

High temperature short circuit and automatic tripping protection and alarm device

Insulation reactance

DC500V20M Ω or above

voltage-resistant insulation

AC1800V/5mA/1 minute

Cooling device

Forced fan cooling

environment

Operating Temperature

0℃～50℃

relative humidity

0-90% (non condensing state)

altitude

1500m

Dimensions (width x depth x height) mm

430×650×650

610×950×725

700×1340×1280

800×1340×1420

Net weight (kg)

ninety-two

one hundred and twenty-five

one hundred and eighty

two hundred and forty-five

three hundred and sixty

four hundred

five hundred and fifty

six hundred and fifty

one thousand and fifty

one thousand two hundred and fifty

Note: The maximum power of this series is three-phase 800KVA, with a maximum output frequency of 1000Hz and a maximum output voltage of 1000V;

F=input power frequency, when the input frequency is 50Hz, 2F output frequency=2x input frequency=2x50Hz=100Hz;

Specially made according to customer requirements for specifications;

Our company continuously develops and improves specifications, and changes are subject to change without prior notice. For detailed information, please consult our business.

Technical parameters for 150KVA to 800KVA
model			thirty-three thousand one hundred and fifty	thirty-three thousand and two hundred	thirty-three thousand and three hundred	thirty-three thousand and four hundred	thirty-three thousand and five hundred	thirty-three thousand and six hundred	thirty-three thousand and eight hundred
Total output capacity			150KVA	200KVA	300KVA	400KVA	500KVA	600KVA	800KVA
Output capacity of each phase			50KVA	67KVA	100KVA	134KVA	167KVA	200KVA	267KVA
Circuit method			IGBT/SPWM Sine Pulse Width Modulation Method
Input (communication)	phase number		3Φ4W+G
	Voltage		380V±10%
	frequency		50Hz±3HZ/60Hz±3Hz
Output (communication)	phase number		3Φ4W+G
	Voltage	low-end	Phase voltage: 0-150V (L-N)/Line voltage: 0-260V (L-L)
		high-end	Phase voltage: 0-300V (L-N)/Line voltage: 0-520V (L-L)
	frequency		45-70Hz, 50Hz, 60Hz, 400Hz, 2F (2nd harmonic), 4F (4th harmonic)
			40-500Hz (option)
	Maximum current per phase	low-end	416A	556A	834A	1112A	1400A	1667A	2224A
		high-end	208A	278A	417A	556A	700A	833A	1112A
Frequency stability			≤0.01%
load regulation			± 0.5% (linear load)
Waveform Distortion (THD)			1.5% (linear load)
reaction time			Maximum value 2ms
Instructions/Resolution	4-digit frequency table		Resolution 0.1Hz				Can switch between displaying parameters of A, B, and C phases at will
	4-digit voltmeter		Resolution 0.1V
	4-digit ammeter		Resolution below 4A 0.001A; Resolution above 4A 0.01A
	4-digit wattmeter		Resolution below 200W: 0.1W; Resolution above 200W: 1W
protective device			Input/output no fuse switch, electronic circuit quickly detects overvoltage, overcurrent, overload

Insulation reactance			DC500V20M Ω or above
voltage-resistant insulation			AC1800V/5mA/1 minute
Cooling device			Forced fan cooling
environment	Operating Temperature		0℃～50℃
	relative humidity		0-90% (non condensing state)
	altitude		1500m
Dimensions (width x depth x height) mm			950×1500×1800	（850×1200×1020）×3	（850×1200×1600）×3	（900×1400×1600）×3
Net weight (kg)			one thousand three hundred and fifty	two thousand and fifty	three thousand and fifty	four thousand and fifty	five thousand and six hundred	six thousand and three hundred	seven thousand and eight hundred
Note: The maximum power of this series is three-phase 800KVA, with a maximum output frequency of 1000Hz and a maximum output voltage of 1000V;
F=input power frequency, when the input frequency is 50Hz, 2F output frequency=2x input frequency=2x50Hz=100Hz;
Specially made according to customer requirements for specifications;

3KVA~800KVA series three-phase variable frequency power supply（schematic diagram）