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30 hp (22 kW) VFD, 3 Phase 208V, 440V, 460V

5 out of 5 based on 4 reviews | Write a review

$1,264.30

Cheap price 30 hp (22 kW) VFD, three phase 208V, 440V, 460V high performance variable frequency drive, IP20, RS485 enabled, brand new direct sale by manufacturer.

Input Voltage (Three Phase) ±15%

SKU: GK3000-4T0220G

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Delivery date: 6-12 days

Overview
User Manual
Related Video

30 hp (22 kW) high performance variable frequency drive, three phase 208V, 440V, 460V for selection, manufacturer direct sale.

Specification:

Basics	Model	GK3000-4T0220G/ GK3000-2T0220G
	Capacity	30 hp (22 kW)
	Shipping weight	8 kg
	Dimension	330200200 mm for GK3000-4T0220G/ 555310260 for GK3000-2T0220G
I/O Feature	Rated current	45A at 380V ~ 480V, 91A at 220V ~ 240V
	Input voltage	3 phase 208V /440V /460V AC ±15% (Optional)
	Input frequency	50Hz/ 60Hz
	Output voltage	3 phase AC 0~input voltage
	Output frequency	0Hz~1000Hz
	Over load capacity	150% of rated current for 1 minute, 180% of rated current for 3 seconds
Control Feature	Control mode	V/F control; Sensorless vector control;
	Communication	RS485
	Speed regulation	1:100
	Start torque	150% of rating torque at 1 Hz
	Speed control accuracy	≤±0.5% of rating synchronous speed
	Frequency precision	Digital setting: max frequency x± 0.01%; Analog setting: max frequency x± 0.2%
	Frequency resolution	Analog setting: 0.1% of max frequency; Digital setting: 0.01Hz
	Torque boost	Automatic torque boost, manual torque boost 0.1%~30.0%
	Interior PID controller	Be convenient to make closed-loop system
	Automatic energy save running	Optimize V/F curve automatically based on the load to realize power save running
	Automatic voltage regulation (AVR)	Can keep constant output voltage when power source voltage varies.
	Automatic current limiting	Limit running current automatically to avoid frequent over-current which will cause trip
Environment	Enclosure rating	IP 20
	Temperature	–10℃~ +40℃; VFD will be derated if ambient temperature exceed 40℃; each rise 1℃, the debate will be 5%
	Humidity	5%-95%, without condensation
	Altitude	≤1000m; VFD will be derated if above 1000m
	Impingement and oscillation	Normal running:<5.9m/s2 (0.6g); Transportation:<15m/s2 (1.5g)
	Store environment	–20℃~ +60℃; no dust, no corrosive gas, no direct sunlight

Note: ATO VFD Cannot be used as a power source, it Can only be directly connected to an induction motor to control the motor speed.

Tips: Variable frequency drive overheated
Overheating is also a relatively common failure of VFD, which is mainly caused by high environment temperature, fan locked-rotor, poor temperature sensor performance or motor overheating.
For example, a 30 hp VFD displays "OH" after running for about half an hour.
Analysis and maintenance: Because the failure happens after a period of running, so the temperature sensor is not likely to be broken. Maybe VFD temperature is truly high. After power on, find the fan is slowly rotating, and there is a lot of cotton inside the shield (VFD is used in the textile industry). After cleaning the fan, VFD runs well, and doesn't display the failure for hours of running.

PDF:

GK3000 Series VFD User Manual

Quick Setup Manual & Application

VFD Troubleshooting Guide

How to Measure Circuits with a Digital Multimeter?

This video will show you how to measure electrical circuit using a digital multimeter.

VFD Two-Wire Control Wiring with Push Button for Forward Motor

In this video we've guided you through how to do VFD control wiring with a self-lock push button switch to run the motor in forward direction. We've covered everything from wiring to programming and even a test run. So just watch it through and hope you'll find it informative and helpful.

4-20mA speed Control on VFD

4-20mA is as common in analog control systems as 0~10V, and ATO GK3000 series VFDs are also perfectly compatible.

How to Control VFD with 0-10V (CI port)

This is port CI usage method for 0~10V to control the frequency of ATO GK3000 upgrade version. It is suitable for 1-phase, 1-phase to 3-phase, and 3-phase VFD.

VFD Analog Input 0-10V Frequency Control (VI Port)

ATO GK3000 VFD uses external voltage analog to control the frequency so as to achieve the purpose of motor speed regulation.

Control VFD with Potentiometer & Button (VI Port)

ATO GK3000 vector VFD supports control of synchronous motors, and supports external potentiometer and button control.

Forward and Reverse VFD Button Control

This video is for ATO GK3000 upgrade version VFD 1-phase to 3-phase & 3-phase VFD (3-wire control/external terminal control mode).

Existing reviews of 30 hp (22 kW) VFD, 3 Phase 208V, 440V, 460V

We are encountering a voltage issue with the inverter

We purchased a 22kW voltage/frequency inverter a couple months back. We are encountering a voltage issue with the inverter. A 208V-380V step-up transformer is connected to the inverter, where the inverter would then connect directly into a 3 phase cycler. We confirmed the transformer's output (~380V) and the building panel's ~208V service voltage are correct.
However, when the inverter is powered on, it shows an output voltage of 522-535V, instead of the expected 380V. We’ve adjusted the voltage and frequency parameters to 380V, 50Hz, but the high voltage remains.
We would greatly appreciate your guidance on troubleshooting steps. Thank you.

From: Remy | Date: 14/11/2024

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ATO Responded

When the inverter is powered on, it shows an output voltage of 522-535V, which is the DC bus voltage.
When the VFD runs at 60HZ, you can click the switch key >> to switch the LCD panel to display the AC voltage AC380V.
Of course, you can also use a multimeter to directly measure the voltage of the VFD output terminals U, V, W to check whether the output voltage is normal or not.

A series of question about VFD

can the VFD start normally after removing the motor?
After the VFD displays the E09 fault, please click the shift key on the panel >> to switch to b-12. What is the current value displayed by b-12 in A?
The VFD does not display E09 fault
The VFD starts, the motor turns and tightens up the chains and then stops, will NOT drive the chains with a load on them
The drive does not fault, it just sits there trying
You can tell the motor is trying to move, it maintains tension on the chain but will not move it
If you stop the VFD, the chain gets loose again
That is all the info available

From: Colin | Date: 23/10/2023

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ATO Responded

Based on your description, we think the 30HP VFD should be overloaded, because after removing the motor, it can run normally without load.

Therefore, the chain connected to the motor should be a heavy load.
In order to verify this problem, you can ask your customer to remove the chain on the motor, remove the tension, and then VFD and motor again to check whether the 30HP motor can run without load?

If the motor can run without load, it means that the load of the chain is very large and the VFD is overloaded.

What is the best way to set up the parameters for the motor I have installed in the system?

I am not using the displayed numbers. I have attached a True RMS and an RMS clip-on ampere meter to both the input and out terminals. The difference between the True RMS and RMS meters on the input terminal is about 1.5, which makes sense since you are assuming a 1.5 delta between the numbers. One thing both meters agree on is the output of the VFD. They both agree the ampere's read there are just about 30 AMPs. This does not change much if there is a load or not, which surprised me. What surprises me is when there are no restrictions to the flow of water through the pump, the amperes are really high on the input side. Yet when I constrict the flow, the input amps drop like a rock. I would have thought the amps would be greater with a restriction since the pump needs to work harder to push the water. But I'm wrong. What is the best way to set up the parameters for the motor I have installed in the system? Should I peck in the configuration information, or does the Senseless Vector control perform the best?

From: Abys | Date: 11/08/2023

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ATO Responded

Please do not worry, we think your VFD is working fine. In fact, the current output by the VFD is related to the operating load capacity of the pump: when you do not limit the flow, the pump needs to run at full speed, and the load is larger, and the relative current is larger. Conversely, when the pump is limiting flow, the pump does not need to run at full speed to reach the target water flow, and the current is relatively low, which is normal. Now you just need to change the circuit breaker on the input side of the VFD to a larger capacity 80A. VFD does not need to set motor parameters.

3 phase vfd can be run CNC spindle motors?

My supply voltage is 3 phase, 480V, can I use your 3 phase drive, and adjust its output to 380V, 400Hz to run my CNC spindle motor?

From: Kennedy | Date: 01/08/2021

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ATO Responded

Yes, of course.

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