Frequency converter 3kW 400V V800-4T0030

Model	V800-4T0030
Power	3 kW
Nominal output current	7,5 A
Input voltage 50/60Hz	3 Phases 400V
Output voltage 50/60Hz	3 Phases 400V
Power cable cross section	2,5 mm²
Brake unit	Yes
EMC filter	Yes (C2)

238,00 £

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Data Sheet

4T0030PDF

Dimensional drawings

4T0030PDF

Manual

V800PDF

Presentation catalog

V800PDF

3D visualization

VYBO Electric

Integrated external panel

Specially optimized size

Vector control

Perfect design

Compact frame

Very high overload capacity

Frequency converter 3,0kW 400V V800-4T0030 is in stock. Introducing VYBO Electric’s V800-4T0030 Frequency converter (VFD), designed to provide exceptional control and efficiency for a variety of industrial applications. We are proud to offer this high quality VFD along with a fast delivery service to cities across the United Kingdom.

Frequency converter 3,0kW 400V V800 in stock

The V800 series frequency converters feature advanced vector control technology that ensures precise and professional drive control. Manufactured to the highest standards, these VFDs are equipped with robust software and a variety of features to ensure they function smoothly in even the most demanding heavy industry conditions. Thanks to its plug-and-play design, the V800-4T0030 is fully pre-programmed and ready to use immediately after connecting to the mains.

Sale of frequency converters 3,0kW V800 400V

Whether it’s controlling conveyor belts in Leeds, driving assembly lines in Birmingham or optimizing industrial processes in Edinburgh, the 3,0kW V800 frequency converter proves its versatility and reliability. Its exceptional overload capability makes it suitable for the most demanding applications, providing reliable and efficient performance even under heavy loads. One of the main advantages of using a variable frequency drive such as the V800-4T0030 is its ability to control the speed of electric motors, resulting in significant energy savings and process optimization. Reducing engine speed effectively reduces mechanical wear and extends the life of your equipment. Experience the benefits of energy efficiency and longer machine life by choosing the V800 series vector frequency inverters.

Frequency converter 3,0kW V800 has many useful functions

With features such as open-loop SFVC vector control, a wide output frequency range of 0.01 to 3200 Hz and an integrated braking unit, the 3,0kW V800 VFD offers unparalleled flexibility and functionality. Its built-in EMC filter ensures reliable performance and compliance with electromagnetic compatibility standards. In addition, it is equipped with standard features such as automatic voltage regulation (AVR), programmable logic controller (PLC), JOG function, timers and comprehensive protection functions.

High-quality frequency converter from VYBO Electric

For additional convenience, the Frequency converter 3,0kW V800 has an EMS immediate stop function and the option of connecting PTC protection or a thermal contact for motor protection. The removable panel allows external installation up to 50 meters via a cable, providing flexibility in system integration. Make your operations more efficient, reliable and cost-effective with the V800 frequency converter from VYBO Electric. Benefit from our reliable delivery service to cities across the United Kingdom and experience the superior performance of our VFDs. Contact us today and move your business forward.

Order your new 3,0kW frequency converter today

In addition to its exceptional performance and advanced features, the VFD V800-4T0030 features the manufacturing expertise of VYBO Electric. Our quality commitment ensures that you receive a durable and reliable product that meets your specific industrial requirements. With our efficient delivery service, we want to provide timely access to the 3,0kW V800 VFD so that companies in Glasgow, London, Manchester and other cities in the United Kingdom can improve their operations and achieve maximum productivity. Experience the power of the V800 series and revolutionize your industrial processes today.

Detailed specification

V800 inverter model type	Nominal output power (kW)	Nominal input current (A)	Rated output current (A)	Recommended motor power (kW)
V800-4T0030	3	8	7,5	3

Input voltage (V) 50/60 Hz	Motor power (kW)	Recommended cable cross section (mm²)	Recommended circuit breaker (A)
3 Phases 3×400 V	3	2,5	16

Table of suitable braking resistors

Frequency converter type	Brake resistor		Brake unit	Recommended motor power (kW)
	Resistance power (kW)	Resistance value (Ω) (≥)
V800-4T0030	0,3	130	Integrated	3

General technical parameters for all V800 types

Element		VECTOR V800
	Control mode	V/F scalar control SFVC idle vector
	Maximum frequency	SFVC vector control: 0 – 320 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) P-Type: 0.5Hz/100%
	Speed range	1:100 (SFVC)
	Speed stability	± 0.5% (SFVC)
	Precise torque control	± 5% (SFVC)
	Overload size	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	Fixed torque gain User increase 0.1% to 30.0%
	EMC filter	Integrated with the “C1” designation of the C1 class. No Class C2 designation.
	V/F curve	Straight lines 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 curve S-curve ramp Four groups of acceleration/deceleration times with a range of 0.0-6500.0 s
	DC braking	Brake frequency: 0.3 Hz to maximum frequency Braking time: 0.0-100.0s Current value when braking: 0.0%-100.0%
	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.
	Built-in PID controller	Enables a process-controlled 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 limitation and steering	It can automatically limit the torque and prevent the overcurrent from changing frequently during operation.
	EMS STOP safety function	The “Emergency STOP” system: In emergencies, it stops the inverter immediately after EMS STOP has been activated.
	Fast current limitation	Prevents common overcurrent faults in AC motors
	High performance	AC motor control is realized by powerful current vector control technology.
	Time management	Time range: 0.0-6500.0 minutes
	Communication protocol	RS485 MODBUS RTU
	Execute command channel	Depending on the panel, control terminals and 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, can be switched in many ways
	Auxiliary frequency source	10 kinds of frequencies, micro-adjustment can be easily realized, frequency synthesizer
Input and output	Input terminal blocks	6 digital inputs, 2 analog inputs, one of which supports 0-10V input and the other supports 0-10V or 4-20mA input.
Input and output	Output terminal blocks	1 digital output 1 relay output, 1 analog output terminal, with output 0-20mA / 0-10 V
	LED display	Show parameters
	Key lock and function selection	It can partially or completely block buttons and define the functionality of some buttons to prevent malfunctions.
	Protection mode	Motor short circuit detection at power-on, 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	Avoid indoor exposure to 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 load 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 to +60°C

Performance parameters of the V800 series inverters

1PH / 3PH AC 230V ±15%
Inverter model type V800	Rated power (kW)	Maximum input current (A)	Rated output current (A)	Recommended motor power (kW)
V800-2S0004	0,4	5.4	2.4	0,4
V800-2S0007	0,75	7.2	4.5	0,75
V800-2S0015	1,5	10	7	1,5
V800-2S0022	2,2	16	10	2,2
V800-2S0030	3	23	16	3
3PH / 3PH AC 400 V ±15 %
V800-4T0007	0,75	3.8	2,5	0,75
V800-4T0015	1,5	5	3.7	1,5
V800-4T0022	2,2	5.8	5	2,2
V800-4T0040	4	10	9	4
V800-4T0055	5.5	15	13	5.5
V800-4T0075	7,5	19	17,5	7,5
V800-4T0110	11	26	25	11
V800-4T0150	15	35	32	15
V800-4T0220	22	46	45	22
V800-4T0300	30	62	60	30
V800-4T0370	37	76	75	37
V800-4T0370	37	76	75	37
V800-4T0450	45	92	90	45
V800-4T0550	55	112	110	55
V800-4T0750	75	155	150	55
V800-4T0900	90	180	176	90
V800-4T1100	110	215	210	110
V800-4T1320	132	260	253	132
V800-4T1600	160	310	300	160
V800-4T1850	185	350	340	185
V800-4T2000	200	390	380	200

	Input voltage (V) 50/60Hz	Motor power (kW)	Recommended cable cross section (mm²)	Recommended breaker (A)	Recommended input contactor (A)
V800-2S0004	1 Phase 1×230 V	0,4	1,5	10	10
V800-2S0007		0,75	1,5	16	16
V800-2S0015		1,5	2,5	25	25
V800-2S0022		2,2	4	32	32
V800-2S0030		3	4	40	40
V800-4T0004	3 Phases 3×400 V	0,4	1,5	6	6
V800 -4T0007		0,75	1,5	6	6
V800-4T0015		1,5	1,5	6	6
V800-4T0022		2,2	1,5	10	10
V800-4T0040		4	2,5	16	16
V800-4T0055		5.5	2,5	20	20
V800-4T0075		7,5	4	32	32
V800-4T0110		11	4	32	32
V800-4T0150		15	6	40	40
V800-4T0185		18,5	10	50	50
V800-4T0220		22	10	50	50
V800-4T0300		30	16	63	63
V800-4T0370		37	25	100	100
V800-4T0450		45	25	100	100
V800-4T0550		55	35	125	125
V800-4T0750		75	50	160	160
V800-4T0900		90	70	225	225
V800-4T1100		110	95	250	250
V800-4T1320		132	120	315	315
V800-4T1600		160	120	350	350
V800-4T1850		185	150	400	400
V800-4T2000		200	185	500	500

Table of suitable braking resistors V800

Frequency converter type	Brake resistor		Brake unit	Recommended engine power (kW)
Frequency converter type	Resistance power (kW)	Resistance value (Ω) (≥)	Brake unit	Recommended engine power (kW)
V800-2S0004	0,08	200	Integrated	0,4
V800-2S0007	0,08	150	Integrated	0,75
V800-2S0015	0,10	70	Integrated	1,5
V800-2S0022	0,10	70	Integrated	2.2
V800-2S0030	0,25	65	Integrated	3
V800-4T0004	0,15	300	Integrated	0,4
V800-4T0007	0,15	300	Integrated	0,75
V800-4T0015	0,15	220	Integrated	1,5
V800-4T0022	0,25	200	Integrated	2.2
V800-4T0040	0,3	130	Integrated	4
V800-4T0055	0,4	90	Integrated	5.5
V800-4T0075	0,5	65	Integrated	7.5
V800-4T0110	0,5	65	Integrated	11
V800-4T0150	0,80	43	Integrated	15
V800-4T0185	1	32	Integrated	18,5
V800-4T0220	1.3	25	Integrated	22
V800-4T0300	1,5	22	Integrated	30
V800-4T0370	2,5	16	Integrated	37
V800-4T0450	3.7	12.6	Integrated	45
V800-4T0550	4.5	9.4	External BU	55
V800-4T0750	5.5	9.4	External BU	75
V800-4T0900	7,5	6.3	External BU	90
V800-4T1100	4,5 x 2	9,4 x 2	External BU	110
V800-4T1320	5,5 x 2	9,4 x 2	External BU	132
V800-4T1600	6,5 x 2	6,3 x 2	External BU	160
V800-4T1850	16	2,5	External BU	185
V800-4T2000	6,5 x 3	6,3 x 3	External BU	200

Rated power at normal load (normal operation)	3 kW
High performance performance	3 kW
Nominal output current	7,5 A
Supply voltage	3 x 400V
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	150% / 60s
Control mode V/F scalar control	✓
SFVC vector open loop control mode	✓
CLVC vector control mode	X
Analog inputs	2
Digital inputs	6
Analog outputs	1
Relay outputs	1
Open Collector Outputs	1
Integrated brake transistor	✓
EMC filter	✓
+10V output	✓
+24 V output	X
Input for PTC	✓
Safe Torque Off (STO)	X
Emergency stop (EMS)	✓
Integrated Ethernet	X
Integrated MODBUS RTU	✓
PROFIBUS	X
PG card for encoder	X
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	X