High-performance 7.5KW VFD Speed Controller China Supplier

High-performance 7.5KW VFD Speed Controller China Supplier, Find details about China VFD, Speed Control from High-performance 7.5KW VFD Speed Controller China Supplier

Basic Info.

Model NO.

AS5004T18P5

Link of Transformation

AC-AC Variable-Frequency Drive

Nature of DC Power

Voltage Variable-Frequency Drive

Function

Simple Type

Brand

Step

Trademark

iAstar

Origin

Shanghai

HS Code

8504409999

Model NO.

AS5004T18P5

Link of Transformation

AC-AC Variable-Frequency Drive

Nature of DC Power

Voltage Variable-Frequency Drive

Function

Simple Type

Brand

Step

Trademark

iAstar

Origin

Shanghai

HS Code

8504409999

Product Desciption

Product Description

AS500 Series VFD

AS500 series high performance VFD was adopted with typical V/F control technology, zero-speed sensor vector control technology, closed loop vector control and torque control technology, as well as synchronous open loop vector control technology and synchronous closed loop vector control technology, combined with the characteristics of domestic application, further strengthening the product reliability, environmental adaptability and design for customer and the industry. Products are widely used in heavy industry and engineering machinery load, suitable asynchronous motor and synchronous motor.

Feature and Advantages
1. High -efficient & energy saving operation
As500 High Performance Vector LV VFD

2. Fast Dynamic Response
Advanced motor control can also quickly response to load change without PG Card.
As500 High Performance Vector LV VFD

3. Smooth tracking start
At any time, smooth start can be perfectly achieved without impacting the rotating motor.
As500 High Performance Vector LV VFD

4. Powerful grid adaptability
Automatic voltage adjustment function: when the grid voltage changes, the output voltage can be automatically kept constant. In the case of sudden loss of electricity, unique non-blackout function can keep VFD running.
As500 High Performance Vector LV VFD

5. Stable operation with low frequency and high torque.
Dynamic calcultion of IGBT internal temperature ensures that the IGBT module operates with the temperture limits, improving reliablity of the module.
As500 High Performance Vector LV VFD

6. Positive-reverse switch
When positive-reserve motor switch to the zero-speed, the phase of current has no change or oscillation, and speed has no ripple.
As500 High Performance Vector LV VFD

7. Papid acceleration
0.1s full load acclleration with fast torque response and low speed overshoot.
As500 High Performance Vector LV VFD

8. IGBT temperature protection curve
Dynamic calculation of IGBT internal temperature ensures that the IGBT module operates within the temperature limites, improving railiability of the module.
As500 High Performance Vector LV VFD

Intimate application function

* PID control dedicated menu to set PID parameters, calculate inside the VFD, without independent external regulator option.

* DC braking before operation: when the rotating direction of motor during free sliding is uncertain, DC braking automatically stop the motor before starting.

* For the square torque load of fan and water pump, high performance excitation control can make the motor run at the optimal efficiency point and achieve optimal energy saving effect.

Power input	Input voltage	380-460V
	Input frequency	45-65Hz
	Accepting voltage change	Voltage unbalance <3%
	Voltage drop	When the 3 phase AC380-460V, input voltage <AC300V, low voltage protection was implemented after 15ms.
Power output	Voltage	0VAC ~ input voltage
	Overload grade	Stable running 40ºC,heavy load 150%, 1min
	Efficiency (full load)	≥0.94
	Output frequency accuracy	±0.01% (digital command -10~+45ºC); ±0.1% (analog command 25±10ºC);
Digital input/output	Optical coupling isolation input	7 channels, 24V high and low level can be set, input function can be defined
	Open collector output	2 channels, output function can be defined
	Relay output	2 channels, normally open contacts, contact capacity: inductive, 1.5A/250VAC, output function can be defined, 2 channels, dual normally open/closed contacts, contact capacity: resistive, 4.5A/250VAC or 4.5A/30VDC; inductive: 0.4A/250VAC or 0.4A/30VDC, output function can be defined
Analog input/output	Analog voltage input	2 channels, accuracy 0.1%; voltage -10V ~ +10VDC or current 0~20mA optional signal
Analog input/output	Analog voltage output	2 channels, accuracy 0.1%; voltage -10V ~ +10VDC or current 0~20mA optional signal
Control characteristics	Carrier frequency	1.1-8KHz; carrier frequency can be adjusted automatically according to load characters
	Frequency setting resolution	0.01Hz (digital command), ±0.06HZ/120Hz (analog command 11 bit + no signal)
	Running command channel	Given operation panel, given control terminal, given communication
	Frequency given channel	Give operation panel, given digital quantity/analog quantity, given communication, given performance function.
	Torque improved	Automatic torque improved, manual torque improved.
	V/F curve	User defined V/F curves, linear V/F curves, and three reduced torque characteristic curves
	Automatic voltage adjustment (AVR)	The duty ratio of output PWM signal is adjusted automatically based on the fluctuation of bus voltage, to reduce the influence of grid voltage fluctuation on output voltage fluctuation.
	Electricity loss and keep running process	In the case of instantaneous power off, achieve uninterrupted operation through bus voltage control
	Direct current braking capability	Brake current: 0.0~120.0% rated current
Characteristic function	Parameters copy	The standard operation panel can upload and download parameters and indicate copy process
	Process PID	Used for closed - loop control of process quantities
	Common DC bus	All series can achieve the power supply of common DC bus for multiple VFD.
Motor protection	Rotor block, motor overload, speed limitation
VFD protection	Output current limited, VFD overload, IGBT overload, under voltage / over voltage of input power, under voltage / over voltage of DC bus, IGBT over heating, power faulty, analog input signal loss (loss speed reference), communication abnormality, self-tuning faulty.
Environment condition	Operation place	Installed vertically in a well-ventilated electrical control cabinet. Horizontal or other installation is not allowed. Cooling medium is air. Installed in environment without direct sunlight, dust, corrosive gas, flammable gas, oil mist, steam, or water.
	Environment temperature	-10 ~ +40 ºC
	Used in diminished temperature	>40 ºC, a rise of 1 ºC, rated output current is reduced by 2%, the highest temperature is 50ºC
	Altitude	<1000m
	Used in diminished height	>1000m, a rise of 1000m, rated output current is reduced by 1% (up to 3000m)
	Environment humidity	5 ~95%, without condensation
	Vibration (transport)	2 ≤ f < 9Hz, 3.5 mm; 9 ≤f < 200Hz, 10m/s², 200 ≤f < 500Hz, 15m/s²
	Vibration (installation)	2 ≤ f < 9Hz, 0.3 mm; 9 ≤f < 200Hz, 1m/s²
	Storage temperature	-40 ~ +70 ºC
	Protection grade	IP20
Control panel	Type	Movable
	Length	1m, 3m
	Connector	RJ45
	LCD text display	4 row
	LED display	5 bit
	Visible LED indicator	4 pcs
	key	9 pcs
Others	Cooling way	Force air cooling
	Installation mode	Installed in cabinet with wall-mounted
	Certificate	CE

AS500 series VFD technical parameters

Stable running 40ºC, heavy duty loading					Dimension
VFD Model AS500	Rated input current (A)	Rated output current (A)	Adaptive motor (Kw)	Overload 120% (1min) Output current (A)	Dimension
4T07P5	20	19	7.5	28.5	A2
4T0011	29	27	11	40.5	A2
4T0115	35	34	15	51	A3
4T18P5	43	41	18.5	61.5
4T0122	50	48	22	72
4T0030	66	65	30	97.5	A4
4T0037	82	80	37	120	A4
4T0045	106	96	45	144	A5
4T0055	138	128	55	192	A5
4T0075	170	160	75	240	A6
4T0090	205	195	90	292.5	A7
4T0110	250	240	110	360	A7
4T0132	280	270	132	405	A8
4T0160	312	302	160	453
4T0185	380	370	185	555
4T0200	400	390	200	585
4T0220	436	426	220	639
4T0250	490	480	250	720	A9
4T0280	530	520	280	780
4T0315	610	600	315	900
4T0355	660	650	355	975

Dimension table

Specification	Height(mm)	Width (mm)	Depth (mm)	Weight (kg)
A1	300	160	162	4.5
A2	379	222	182	8
A3	414	232	182	10.3
A4	530	330	288	29.5
A5	610	330	310	38
A6	750	430	350	79.5
A7	800	430	350	81
A8	880	500	350	112.5
A9	1030	630	370	170
A10	1189	852	431	280
A11	1359	852	431	310