Variable frequency drive 900kW 400V V810-4T9000

Model V810-4T9000
Power 900 kW
Nominal output current 1640 A
Input voltage 50/60Hz 3 Phases 400V
Output voltage 50/60Hz 3 Phases 400V
Power cable cross section
Brake unit External

In Stock

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Data Sheet

4T9000PDF

Dimensional drawings

4T9000PDF

Manual

V810PDF

Presentation catalog

V810PDF

3D visualization

VYBO Electric

Maximum overload capacity
Integrated, removable outer panel
Robust redesign of internal circuits
Solid metal frame
Profibus communication

Variable frequency drive 900kW 400V V810-4T9000 is in stock. The V810 series variable frequency drives (900kW) have been specifically developed for the most demanding and complex professional applications. These vector frequency converters are versatile and can withstand high loads. With an overload capability of up to 180% for 3 seconds and 150% for 60 seconds, they belong to the highest class of mass-produced variable frequency drives, capable of up to 1000kW. Their construction is designed to withstand enormous loads, making them ideal for heavy-duty applications.

Variable frequency drive 900kW 400V V810 in stock

With its versatile configurations and numerous additional options, the V810 series offers a wide range of capabilities, allowing a single platform to cover different requirements. This flexibility makes them suitable for use in all industries and is suitable for both simple and very demanding applications.

The 900kW V810 400V inverters belong to the heavy-duty category and are particularly suitable for environments with demanding conditions and higher overload capability. More detailed information about these exceptional devices can be found in the data sheet or other documentation. On this page we provide comprehensive user manuals and a catalog of variable frequency drives (in PDF format). If you have any questions, our dedicated customer hotline and contact email are available and our knowledgeable staff will be happy to assist you.

Sale of variable frequency drives 900kW V810 400V

Product specifications
Model: V810 Series
Power: 900kW
Overload capacity:
180% for 3 seconds
150% for 60 seconds
Scope of application:
Textile production
Energy industry
Mining industry
automotive industry and others

To further improve our customer experience, we offer comprehensive support materials. Our user manuals provide step-by-step instructions for the efficient installation and operation of the V810 series inverters. Additionally, our frequency inverter catalog provides an overview of our extensive product range and demonstrates the versatility and adaptability of our inverters to various industry requirements.

Variable frequency drive 900kW V810 400V immediately available

At VYBO Electric, we attach great importance to customer satisfaction. We understand that selecting the right variable frequency drive for your specific needs can be a complex task. That’s why our team of experts is available to answer your questions or concerns via our customer hotline and contact email. We are committed to providing tailored solutions that meet the unique needs of your industry.

We value your trust in our products and are committed to delivering reliable, high-performance variable frequency drives for your professional applications. Work with us and experience the exceptional performance and versatility of the V810 400V series frequency converter. Contact us today to learn more and discuss how our solutions can strengthen your business.

VYBO Electric 400V V810 Variable frequency drive – fast delivery in United Kingdom

In addition to our extensive range of high quality variable speed drives, we are pleased to offer a convenient and efficient delivery service to our customers throughout the United Kingdom. We know how important timely and reliable shipping is, especially when it comes to industrial equipment and components. When you place an order with us, our dedicated logistics team will ensure that your products are carefully packaged and prepared for safe transport. We work with trusted shipping partners who specialize in handling delicate and heavy equipment and guarantee that your order will arrive in excellent condition.
If you have any questions or concerns regarding the delivery of your order to the United Kingdom, our customer support team is available to assist you at any time. Whether you need information about shipping costs, estimated delivery times or other questions, we are committed to providing you with a prompt and helpful response.

High-quality 900kW Variable frequency drive from VYBO Electric

At VYBO Electric, our commitment to customer satisfaction goes beyond the quality of our products. Our aim is to provide a comprehensive and reliable service from the order to the successful receipt of your Variable frequency drive in United Kingdom. Trust us to handle your converter needs professionally and efficiently, so you can focus on your core business activities. Contact our customer support team today to discuss your requirements and find out how we can help you obtain the high-performance frequency converters you need for your industrial applications in the United Kingdom.

Detailed Specification

Inverter model type V810 Rated power (kW). Nominal input current (A) Rated output current (A) Recommended motor power (kW)
V810-4T9000 900 1640 1640 900
Input voltage (V) 50/60 Hz Motor power (kW) Recommended cable cross section (mm²) Recommended circuit breaker (A)
3 phases 3×400 V 900

Table of suitable braking resistors

Frequency inverter type Brake resistor Brake unit Brake torque (10% ED) Recommended motor power (kW)
Resistance power (W) Resistance value (Ω) (≥)
V810-4T9000 20000*4 2,5*4 External 125 900

General technical parameters for all V810 types

Element VECTOR V810
Performance Power supply Input voltage range:
1 x 230V AC ± 15%
3 x 400 V AC ± 15%
3 x 690V AC ± 15%
Supply frequency range: 47 to 63 Hz
Standard functions Control mode V/F scalar control
SFVC idle vector
CLVC vector control
Maximum frequency SFVC, CLVC vector control: 0 – 300 Hz
V/F scalar control:       0 – 3200 Hz
Carrier frequency 1-16 kHz
The carrier frequency is automatically set based on the load characteristics.
Input frequency resolution Digital setting 0.01 Hz
Analogue setting: maximum frequency x 0.025%
Initial torque G-Type: 0.5 Hz/150% (SVFC)
G-Type: 0.5 Hz /180% (CLVC)
P-Type: 0.5Hz/100% (V/F).
Speed range 1:100 (SFVC)
1:1000 (CLVC)
Speed stability ± 0.5% (SFVC)
± 0.02% (CLVC)
Precise torque control ± 5% (CLVC)
Overload capacity G type: 60s for 150% of rated current, 3s for 180% of rated current
P-Type: 60s for 120% of rated current, 3s for 150% of rated current.
Torque increase Auto boost or custom boost from 0.1% to 30.0%
V/F curve Linear V/F curve
Multipoint V/F curve
N-voltage V/F curve (multiple of 1.2-voltage, 1.4-voltage, 1.6-voltage, 1.8-voltage, modified)
V/F separation Two types: complete separation; half separation
Ramp modes Linear ramp
S-curve ramp
Four groups of acceleration/deceleration times with a range of 0.0-6500.0 s
Input and output Input terminal blocks 8 digital inputs, ON/OFF binary inputs, 1 terminal X5 can support high speed pulse inputs. All ports have selectable PNP or NPN outputs
2 analog inputs, one of which supports FIV -10 V / +10 V; or 0-10V input and the second FIC supports 0-10V or 0-20mA (4-20mA) input.
Output terminal blocks 1 Programmable Open Collector Output: Provides 1 output port (open collector output or high speed pulse output)
2 relay outputs,
2 analog outputs: FOV and FOC with selectable 0-20mA (4-20mA) or 0-10V output
PG PG cards The converter is equipped with a connector for PG cards (for encoders) or PG cards for use with a resolver, etc.
Standard functions DC braking Brake frequency: 0.0 Hz to maximum frequency
Braking time: 0.0-36.0s
Current value when braking: 0.0%-100.0%
Brake unit Models up to 18.5 kW have a built-in braking unit as standard.
Control in JOG mode (step operation) JOG frequency range: 0.00-50.00 Hz
JOG acceleration/deceleration time: 0.0-6500.0 s
Implement. more preset speeds Up to 16 speeds implemented via a simple PLC function or a combination of X end states.
PTC/thermal contact Input for PTC motor or thermal contact protection.
Built-in PID controller Enables a process-controlled closed-loop control system.
AVR automatic voltage regulation It can automatically maintain a constant output voltage when the supply voltage changes.
Overvoltage and overcurrent regulator Current and voltage are automatically limited during operation to prevent frequent shutdowns due to over-voltage and over-current.
Torque and steering limitation It can automatically limit the torque and prevent frequent overcurrent changes during operation.
Safety function EMS STOP The “Emergency Stop” system: In emergencies, the inverter stops immediately after EMS STOP is activated.
Fast current limitation Prevents common faults due to overcurrent on AC motor
High performance The control of the AC motor is carried out by the powerful current vector control technology.
Time management Time range: 0.0-6500.0 minutes
Communication MODBUS RTU, PROFIBUS-DP (from 5.5 kW)
Execute command channel Depending on the panel, control terminals, the serial communication port can be switched in many ways
Frequency source 10 kinds of frequencies, given by digital analog voltage, analog current, pulse, serial port, X8, PID, can be switched in many ways
Auxiliary frequency source 10 kinds of frequencies, micro adjustment can be easily realized, frequency synthesizer
LED display Displays parameters
Key lock and function selection It can partially or completely lock keys and set the functionality of some keys to prevent malfunction.
Protection mode Motor short circuit detection at power-on, output phase loss protection, over-current protection, over-voltage protection, under-voltage protection, over-temperature protection and overload protection.
EMC (compactability) IEC 61000-4-6; IEC 61000-4-4; IEC 61000-4-11; IEC 61000-4-5
Standards EN/IEC 61800-3: 2017; C1, which is suitable for the 1st environment;
EN/IEC 61800-3: 2017; C2, which is suitable for the 1st environment;
Environmental installation Install indoors, avoid direct sunlight, salt, dust, corrosive or flammable gases, smoke and steam. Resistance to chemical pollution, class 3C3 EN/IEC
60721-3-3. Resistance to dust pollution 3S3EN/IEC 60721-3-3.
Alt. Height. Below 1000 meters above sea level. (Reduce the power level when used above 1000 meters above sea level.)
Ambient temperature -10°C ~ 40°C (reduce the power level when the ambient temperature is between 40°C and 50°C)
Humidity Less than 95% relative humidity, non-condensing
IEC 60068-2-3
Vibrations Less than 5.9 m/s2 (0.6 g) IEC 60068-2-6
Storage temperature -20°C ~60°C

Variable frequency drive 900kW V810 400V In stock VYBO Electric

dimensional drawing V810 4T9000

Performance parameters of the V810 series inverters

1PH / 3PH AC 230V ±15%
Inverter model type V810 Rated power (kW) Maximum input current (A) Rated output current (A) Recommended motor power (kW)
V810-2S0004 0,4 5.4 2.4 0,4
V810-2S0007 0,75 7.2 4,5 0,75
V810-2S0015 1,5 10 7 1,5
V810-2S0022 2.2 16 10 2.2
V810-2S0030 3 23 16 3
3PH / 3PH AC 400 V ±15 %
V810-4T0004 0,4 3,4 1,2 0,4
V810-4T0007 0,75 3,8 2,5 0,75
V810-4T0015 1,5 5 3.7 1,5
V810-4T0022 2.2 5.8 5 2.2
V810-4T0040 4 10 9 4
V810-4T0055 5,5 15 13 5,5
V810-4T0075 7,5 19 17,5 7,5
V810-4T0110 11 26 25 11
V810-4T0150 15 35 32 15
V810-4T0220 22 46 45 22
V810-4T0300 30 62 60 30
V810-4T0370 37 76 75 37
V810-4T0370 37 76 75 37
V810-4T0450 45 90 90 45
V810-4T0550 55 105 110 55
V810-4T0750 75 140 150 75
V810-4T0900 90 160 176 90
V810-4T1100 110 210 210 110
V810-4T1320 132 240 253 132
V810-4T1600 160 290 300 160
V810-4T1850 185 330 340 185
V810-4T2000 200 370 380 200
V810-4T2200 220 410 420 220
V810-4T2500 250 460 470 250
V810-4T2800 280 500 520 280
V810-4T3150 315 580 600 315
V810-4T3550 355 620 640 355
V810-4T4000 400 670 690 400
V810-4T4500 450 790 790 450
V810-4T5000 500 835 860 500
V810-4T5600 560 920 950 560
V810-4T6300 630 1050 1100 630
V810-4T7100 710 1126 1280 710
V810-4T8000 800 1460 1380 800
V810-4T9000 900 1640 1640 900
V810-4T10000 1000 1800 1720 1000
V810-4T11000 1100 1890 1920 1100
Input voltage (V) 50/60 Hz Motor power (kW) Recommended cable cross section (mm²) Recommended circuit breaker (A) Recommended input contactor (A)
V810-2S0004 1 Phase 1×230 V 0,4 1,5 10 9
V810-2S0007 0,75 1,5 16 12
V810-2S0015 1,5 2,5 25 18
V810-2S0022 2.2 4 32 25
V810-2S0030 3 6 40 32
V810-4T0004 3 Phases 3×400 V 0,4 1,5 6 9
V810 -4T0007 0,75 1,5 6 9
V810-4T0015 1,5 1,5 10 9
V810-4T0022 2.2 1,5 10 9
V810-4T0040 4 2,5 16 12
V810-4T0055 5,5 2,5 20 18
V810-4T0075 7,5 4 32 25
V810-4T0110 11 4 32 25
V810-4T0150 15 6 40 32
V810-4T0185 18,5 10 50 38
V810-4T0220 22 10 50 40
V810-4T0300 30 16 63 50
V810-4T0370 37 25 100 65
V810-4T0450 45 25 100 80
V810-4T0550 55 35 125 95
V810-4T0750 75 50 160 115
V810-4T0900 90 70 225 170
V810-4T1100 110 95 250 205
V810-4T1320 132 120 315 245
V810-4T1600 160 120 350 300
V810-4T1850 185 150 400 300
V810-4T2000 200 185 500 410
V810-4T2200 220 185 500 410
V810-4T2500 250 240 630 475
V810-4T2800 280 240 630 475
V810-4T3150 315 240 800 620
V810-4T3500 350 2×150 800 620
V810-4T4000 400 2×185 1000 800
V810-4T4500 450 2×240 1250 800
V810-4T5000 500 2×240 1250 1000

Table of suitable braking resistors V810

Frequency converter type Brake resistor Brake unit Brake torque (10% ED) Recommended motor power (kW)
Resistance power (W) Resistance value (Ω) (≥)
V810-2S0004 80 200 Built-in 125 0,4
V810-2S0007 80 150 Built-in 125 0,75
V810-2S0015 100 70 Built-in 125 1,5
V810-2S0022 100 70 Built-in 125 2.2
V810-2S0030 250 65 Built-in 125 3
V810-4T0004 150 300 Built-in 125 0,4
V810-4T0007 150 300 Built-in 125 0,75
V810-4T0015 150 220 Built-in 125 1,5
V810-4T0022 250 200 Built-in 125 2.2
V810-4T0055 300 130 Built-in 125 5,5
V810-4T0075 0,5 65 Built-in 125 7,5
V810-4T0110 0,5 65 Built-in 125 11
V810-4T0150 0,80 43 Built-in 125 15
V810-4T0185 1 32 Built-in 125 18,5
V810-4T0220 1.3 25 Optional (integrated) 125 22
V810-4T0300 1,5 22 Optional (integrated) 125 30
V810-4T0370 2,5 16 Optional (integrated) 125 37
V810-4T0450 3.7 12.6 Optional (integrated) 125 45
V810-4T0550 4,5 9.4 Optional (integrated) 125 55
V810-4T0750 5,5 9.4 Optional (integrated) 125 75
V810-4T0900 7,5 6.3 External 125 90
V810-4T1100 4,5 x 2 9,4 x 2 External 125 110
V810-4T1320 5,5 x 2 9,4 x 2 External 125 132
V810-4T1600 6,5 x 2 6,3 x 2 External 125 160
V810-4T1850 16 2,5 External 125 185
V810-4T2000 6,5 x 3 6,3 x 3 External 125 200
V810-4T2500 22000 2,5 External 125 250
V810-4T3150 16000*2 2,5 x 2 External 125 315
V810-4T3550 17000*2 2,5 x 2 External 125 355
V810-4T4000 14000*3 2,5 x 3 External 125 400
V810-4T4500 15000*3 2,5 x 3 External 125 450
V810-4T5000 17000*3 2,5 x 3 External 125 500
V810-4T5600 20000*3 2,5 x 3 External 125 560
V810-4T6300 22000*3 2,5 x 3 External 125 630
V810-4T7100 20000*4 2,5 x 4 External 125 710
V810-4T8000 20000*4 2,5 x 4 External 125 800
V810-4T9000 22000*4 2,5 x 4 External 125 900
V810-4T10000 20000*5 2,5 x 5 External 125 1000
V810-4T11000 External 1100
Rated power 900 kW
Nominal output current 1640 A
Supply voltage 3 x 400 V
Output voltage 0 – 400 V
Output frequency 0 – 3200 Hz
Overload capability in ND mode – Normal Duty 120% / 60s
Overload in HD mode – Heavy Duty (Heavy Duty) 150% / 60s
Control mode V/F scalar control
SFVC open loop vector control mode
CLVC closed loop vector control mode
Analog inputs 2
Digital inputs 8
Analog outputs 2
Relay outputs 2
Open collector outputs 1
Integrated brake transistor X
EMC filter
+10V output
+24 V output
Input for PTC
Safe torque off (STO) X
Emergency stop (EMS)
Integrated Ethernet X
Integrated MODBUS RTU
PROFIBUS
PG card for encoder
PID
Intelligent PLC function
External panel connection (typically up to 30 m)
Protection class IP 20
Protection class IP 65 X
Change direction of rotation via external input
Change direction of rotation in the control panel
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