VFD instructions: Connect the 110V power line to the R and T terminals of the VFD, and connect a wire from your spindle to the UVW terminal. Once the VFD is running, you can start it right away.
This package comes with: 110V-2.2KW VFD 110V-2.2KW 80mm 4bearing. Spindle Motor: 24000RPM ER20 collet Water Cooled Spindle Motor 110V-75W Water Pum. 80mm Motor Clamp 5m Water Pip.
There are two types of loads that this VFD can handle: constant torque loads (like air compressors, HVAC units) and variable torque loads (like when a fan turns on and off) (such as pumps, fans, etc). It can be used to control the speed of a motor and change the phase of electricity. This item has a control system that uses sine wave PWN (SPWM) to make it work. The Mach 3 controller works well with the Mach 3.
It can be used for a wood carving machine, a sign engraving machine, a CNC machine, a small processing center, a high speed centrifuge, and more.
One-year discount for replacing a vfd: (The spindle is half a year). Spindle:Half a year. People who bought this item should contact them if they don’t know how to use it.
This package comes with.
●1 x 110V-2.2KW VF.
1 x 110V-2.2KW ER20 4bearing Spindle Motor with an 80mm Water Cooled Spindle Motor (with a 6mm collet.
One 110V-75W water pump.
There is one 80mm motor clamp mount.
1 x 5 meters of water pipe.
Specs for the VFD.
modle:HY02D211.
power:2.2K.
horsepower:3H.
Single-phase or three-phase 110V +-15 percent 50Hz / 60H.
Output voltage: 110 volts three-phas.
From 0 to 400 Hz, the maximum amount of sound that can be made is.
Input Frequency: 47 to 63 Hz.
This means that the VFD can work with 110V single phase input as well as 110V three-phase input.
There are three VFD inputs: R, S, and T. You can connect L1/L2 to any two of them.
specification of the spindle motor.
All of the parts are made out of stainless steel, and the water jacket is made out of high compression casting aluminum tube and red copper coil.
Bearings: 7005 (2pcs) and 7002 (2pcs.
Electricity: AC 110V, 20A.
It can rotate at a maximum speed of 24,000 RPM.
Radial runout: 0.025mm clamping mandrel vibrates at 30mm to the nut at the same time as the nut moves.
In this case, the frequency range is 400Hz.
In this case, the size is 80*213 (mm.
6mm is the standard size for this type of tool: ER20.
There are ER20-A nuts (B.
In this way, the water moves around and cools off.
In this case, high-temperature resistant grease is used to keep things moving.
An aviation plug marked with the numbers 1, 2, 3, and 4 is used to get power. Power U, V, and W are connected to the number 1, 2 and 3 inter-faces. Number 4 is linked to an earth wire.
Great! I got the 110V version, and it works great. I agree with what other people have said about the manual: it’s not very good at all. After I bought, the seller or manufacturer sent me a link to a video that shows how to set up the VFD before you run it with the included spindle. You must follow these rules. I’d put them here, but I don’t know if they’ll move or change in value. All together, there were five values that needed to be changed, as well as the first value that needed to be reset to factory defaults. It was quick and easy.
Wiring, on the other hand, took a little longer, but it was still pretty easy. It was a good idea to order a 16/4 SOOW cable to have on hand, and I made sure I had some basic 16 gauge spade terminals to crimp on wires to connect them to the VFD. All in all, the parts you’ll need to connect the 110V version to the outside world are.
1) 25 feet of 16/4 SOOW wire (extra depending on how you want to run things.
Second, you’ll need a grounded extension cord. You can get one with open wires on one end, or just a regular 16-gauge extension cord that you can cut the extension end off of.
3) solder and a soldering iron are the third thing you need to do this job. At least 50w would be good, because 16 gauge can take a long time at low temperatures.
With the crimper, you can make four or more 16 gauge spade terminals with seven or more.
Five small screwdrivers (phillips head and flat.
Nine screw-on connections on the base of this VFD make connections to R, S, T, P+, PR, U and V. They also make connections to V, W, Ground.
RST are the connections that get the power in. Make sure your hot and neutral wires are plugged into R and S (or R and T). Make sure your ground wire is plugged into G (the ground terminal is on the other side, so leave some cable for your ground).
When you connect the spindle, you’ll use the U and V connections as well as the W and Ground connections. It’s important to start with the side that goes on the spindle first. When you buy the machine, you get a 4 pin plug that goes into the spindle. One, two, three, and four are the pins. Make sure the 4 wires of your 16/4 cable are connected to 1, 2, 3, and 4 before you do this. Your 3-phase power is 1, 2, 3. It’s the fourth pin that’s ground.
Then, connect the wire that goes to pin 1 to U, pin 2 to V, and pin 3 to W. You can also connect the wire that goes to pin 4 either to an outside ground or the ground on the VFD (connection 9, so you would have two wires attached there — one from the extension cord, one from pin 4 on the spindle).
And that’s the basic wiring for controlling the spindle with your hand. You can look up all the specifics on where to connect your connections in a variety of places, but that’s the bulk of what you need to know.
The seller has a YouTube video where he shows you how to set up the spindle. Make sure you do that before you start running things, or you could damage the spindle! (or even the VFD).
The seller answered all of my questions quickly and was very kind and helpful. While this isn’t a plug-and-play item, it’s very easy to set up and should get you going quickly.
