HY HUANYANG CNC VFD 220V 4.0KW 5.0HP Variable Frequency Drive Motor Inverter Converter for Spindle Motor Speed Control
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Unless you have an output terminal connection to UVW, I suspect that your output terminal is not functioning as intended. Due to the absence of pictures or videos, I am unable to draw any further conclusions for the moment. It would be great if you could send me pictures or videos. To reach me by email, please enter the following information Please email [email protected] The power grid. Accessed at www.com
There is a 220 volt requirement for this unit (single or split phases). One of my lathes is running with a 7 hp motor. This motor delivers 5 horsepower in three phases. It is not possible for me to run the lathe at its full capacity due to the drive limit of 5 horsepower.
The GT2 is a highly recommended product. An electric motor of 2 kw. Motors of the GT series work with vector control, which is ideal for low speed rotating motors.
Pd071 should be set to 50 in order to help, but not fully fix the issue.
Selected User Reviews For HY HUANYANG CNC VFD 220V 4.0KW 5.0HP Variable Frequency Drive Motor Inverter Converter for Spindle Motor Speed Control
This is a type of VFD that I have used 100 times over the last In the range of 20% - 30% Twenty-five percent of the time, they don't work In all fairness, those that work tend to work well and only one has failed of 100 or so after going into service. So, the ones that do work are quite reliable, but it is frustrating to pull one out of the box and have it fail.
My first reaction when I received the VFD and read the manual was that it is a very well-crafted device. The translation of the manual was done by Yoda, which makes it easier for everyone to understand. The unit has been working perfectly for me for four days after I programmed it to work with my motor. that, the unit went dark, and there was nothing I could do to get it to work In fact, I checked the voltage on the line, and the unit was properly connected. There was an evening when it worked, and then the next morning it wasn't.
These are the third set I have that works well, actually, I have four of them. In December I bought two G0602 CNC lathe spindles for my project. One of these recently failed when I was programming it for use at my lathe, before I even tried to power it up. There is a dead short across terminals 1 and 2 Breakers on three breaker boxes, including a subpanel with 50 amps, were tripped. So, it is still accurate to calculate the failure rate to be 25%. In the event that anyone from Amazon or Huanyang actually reads this, please contact me if I can claim.
The setup was straightforward and the software has been very useful so far. Currently I have it mounted on a Bridgeport Jhead step pulley mill with a 1 hp motor. I highly recommend this software because it works great. Using the original barrel switch as the VFD inputs, I wired forward and reverse of the motor to the VFD directly. I used a non-compatible VFD for the motor's controls. As the main switch for 220 Hz 1ph electricity, the fused disconnect is used. This program is simple to use and works well.
This is a bad product. There was no need to power any devices the power was always Within 30 minutes, I cycled through all of the settings and it still failed. Suddenly, there was a pop and a breaker was thrown. There appears to be an explosion on one of the circuit boards. As the return window closed after I had installed it, I lost it. Junk made in China that has poor quality control.
As of now, it has proven to be a solid inverter for my three-phase AC power system A single phase 240 volt lathe can be run with a seven and a half horsepower variable frequency drive. I have a three horsepower lathe that runs off of this VFD. In spite of this, this motor still can't start at high speed without a 12-second ramp time. Much to our dismay, this manufacturer overrates its drive by at least half to two times. Approximately one third. I don't think it's a bad buy for the money, but you need to oversize the drive massively to be reliable if you want to use it for your application. It is true there is a fair amount of support available for these drives on the interweb, but many of the CNC forums have banned their discussion as a topic, as so many people have had bad experiences The machine I got seems to have been built on a Tuesday morning, since it still seems to hum right along after living in my welding shop for a while. A device like this runs at Wheat State welding LLC in Derby, Kansas and is installed on a three-step process Lathe with 15 hp and 60 x 60 running surface.
I had the 3kw version, connected it to my 3hp mill, adjusted some basic motor parameters and it worked just fine. But, I noticed there were two problems. First, it appears that these aren't set up to use a breaking resistor (apparently you should request As for the torque vectoring, I had some trouble getting it to work. But I didn't try very hard, after the frustration of not being able to find a working brake for all of this time.
In my communication with this seller, I asked for help diagnosing a failure on my CNC router's spindle. I subsequently concluded the VFD failed on the basis of his insight. They provided a generous discount on my replacement system since the system was out of warranty. It is my pleasure to report that my machine is now back up and working with minimal downtime following the repairs. Thanks a lot for your excellent customer service once again.
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