The 110V input wire should be connected to the VFD’s R and T terminals, and the output wire from the spindle should be connected to the VFD’s UVW terminal. Then you can start the VFD to control the main shaft without any further delay.
This package contains the following items: 110V-1.5KW VFD 110V-1.5kw ER11 collet Water Cooled Spindle Motor 80mm 3bearings 24000RPM ER11 collet Water Cooled Spindle Motor 110V-75W Water Pum. 80mm motor clamp mount with a 5m water pip.
VFDs such as this one can be used for both constant torque loads (such as hard starting: air compressors, HVAC units) and variable torque loads (such as variable speed drives) (such as pumps, fans, etc).
The input can be either one or three phases.
The control system of this item is based on the sine wave PWN (SPWM).
Machines such as wood carving/engraving machines, advertisement engraving machines, CNC machines, small sized processing centers, high speed centrifuges, and others use spindle motors to drive them.
warranty on vfd: 1 year discount replacement (The spindle is half a year). Warranty on the spindle is half a year. If the product contains an alarm and you are unsure how to operate it, please contact the seller for assistance.
This package contains the following items.
1 x 110V-1.5KW variable frequency driv.
The spindle motor is an ER11 80mm water-cooled three-bearing, 110V-1.5KW motor with 24000 RPM and three bearings (with a 6mm collet.
1 x 110V-75W Water Pump (not included).
1 x 80mm motor clamp mounting bracke.
1 x 5 meter length of water pip.
Specifications for the VFD.
modle:HY01D511.
power:1.5K.
horsepower:2H.
Input voltage: single or three-phase 110V 60H.
Voltage of the output: 110V three phas.
The output frequency ranges from 0 to 400 hertz.
The functional range can be defined as follows: PD000 to PD183.
Specifications for the spindle motor.
Material: The cover is made of stainless steel, and the water jacket is made of high compression casting aluminum tube with red copper coils embedded within it.
6002 bearing is a type of bearing (3pcs.
Voltage and rated current: 110V alternating current, 5.
Maximum rotational speed: 24,000 revolutions per minut.
The clamping mandrel vibrates at 30mm to the nut with a 0.025mm radial runout.
Frequency range: 400Hz to 1GH.
Dimensions: 80*188 (mm.
ER11 collet with a 6mm diameter is standard.
ER11-A is the nut model (B.
Water cycling cooling method is used for cooling.
High temperature resistance grease lubrication is the method of lubrication.
Power interface: YX20 aviation plug with numbers 1, 2, 3, 4 on it, which is water resistant. The inverter power U, V, and W are connected to the interfaces with the numbers 1, 2, and 3 respectively. The earth wire is connected to the fourth digit.
Purchase this if you are capable of carrying out the following responsibilities.
purchase 600-watt 16/4 SO cable (optional.
2) Follow the manufacturer’s instructions to solder the wire above into the included plug.
3) Purchase a short extension cord and cut off the end that will be used to plug in your devices.
4) Insert the end of the SO cable that does not have a plug as well as the cut end of the extension cord into the VFD’s input port.
5) There are three terminals for connecting the extension cord to the VFD to power it. Connect the two hots from the extension cord to two of the power terminals, and the ground from the extension cord to the third power terminal. The ground should not be connected to the terminal on the VFD marked with ground; otherwise, the VFD will not be able to power up; instead, you must complete the circuit using all three power input terminals. The ground symbol indicates that the terminal marked with the ground symbol should be connected to the motor’s ground.
6) Watch the video below to learn how to program the VFD to operate the spindle motor.
The level of customer service provided by this seller is second to none. They are extremely responsive as well as extremely helpful. I would definitely recommend this product to anyone who is interested in learning a little bit about electronics (soldering and wiring). Everything is functioning as expected, and I am experiencing no difficulties.
The only issue I’d like to get resolved is that the RPM display on the VFD is significantly out of sync with reality. When I turn it up to its maximum volume, it does not read 24000, but rather something in the neighborhood of 10,000. It’s possible that there is a problem with the program’s configuration to display the correct rpms. The Hz reading, on the other hand, is correct; it ranges from 0 to 400. In the meantime, I’ve been converting Hz to RPMs by multiplying the desired spindle speed by 0.0166666666.
