CNC Spindle Kit 104W is an acronym for Computer Numerical Control. The following items are included: 1x 104w ER8 Brushless square spindle motor; 1x DBD200 Brushless motor driver; 1x Motor Suppor.
“Brushless BLDC Motor” has the following specifications: power: 104W, voltage:24V, speed: 10800 rpm, rated torque: 0.11N-m, three-phase color code: U = yellow, V = green, and W = blue; collet: ER8.
Brushless Driver NBD200- Control in both CW and CCW. Modes of speed control include 0-5V analog mode and PWM mode; the supply voltage is 24V. Minimum current requirement is 5A.
【Features-1.
1) Brushless direct current (BLDC) motor controller that is highly integrated and highly reliable. For starters, because the brush motor does not generate a spark as it does with a conventional motor, the interference from the spark to the remote control radio has been greatly reduced. 2)Controlled by a three-phase full bridge with PWM square wave drive.
【Features-2.
3) Over-current protection measures, which immediately shut down the output when the motor is overloaded and protect the motor in the shortest possible time.
4) High performance in terms of speed and anti-interference ability.
There is no brush and minimal interference. Low noise and smooth operation are key features. During work, the friction is reduced, the machine runs more smoothly, and the noise is reduced. 5) Low heat output, low maintenance costs, high power output, and long life span.
Products are packaged as follows.
1x ER8 brushless square spindle motor (104 watts.
driver for a DBD200 brushless motor 1x DBD200 brushless moto.
1x Support for the Moto.
Features.
1) Brushless direct current (BLDC) motor controller that is highly integrated and highly reliable.
For starters, because the brush motor does not generate a spark as it does with a conventional motor, the interference from the spark to the remote control radio has been greatly reduced.
2) PWM square wave drive control with three-phase full bridge configuration.
3) Over-current protection measures, which immediately shut down the output when the motor is overloaded and protect the motor in the shortest possible time.
4) High performance in terms of speed and anti-interference ability.
There is no brush and minimal interference. Low noise and smooth operation are key features. During work, the friction is reduced, the machine runs more smoothly, and the noise is reduced.
5) Low heat output, low maintenance costs, high power output, and long life span.
Parameters that are fundamenta.
1) The BLDC Motor’s Parameter.
Model:JK42BLS04-1.
Power of the output: 104.
Voltage: 24 volts direct curren.
1.35 Amps is the maximum load current.
Load Speed: 10800 percent of maximum rp.
Speed at which the engine is rated: 9000 percent rp.
ER8 is the collet number.
Torque rated at 0.11N-m (nominal.
Torque Constant: 0.021N-m/A Torque Constant: 0.021N-m/.
The number of poles is eight.
Resistance from Phase to Phase: 0.12 Ohm.
Back EMF Constant: 2.2V KRPM (volts per revolution per minute).
During the third phase, U=Yellow V=Green is used. W=Blu.
Dimensions: 42x100m.
0.86 kilograms (net weight.
2) Driver NBD200 Parameters to Conside.
Control in both CW and CC.
There are two types of speed control modes: 0-5V Analog mode and PWM mode.
Voltage of the power supply: 24.
Ensure that the supply current is at least 5A.
Net weight: 0.15 kilogram.
I purchased this motor in order to use it in the construction of a precision drill press. I can’t really complain about the price, but there are a couple of issues you should be aware of.
For starters, the motor itself is relatively quiet (nearly silent) and has a reasonable amount of power. At 100 watts, it isn’t going to be all that powerful, but I am using it for drills ranging from 0.3mm to 3mm in diameter and length. The controller performs the functions for which it was designed. It appears to be of high quality.
The bracket that holds it in place is a piece of junk. The holes weren’t even close to being close enough to connect it to the motor. I had to do a lot of slotting holes in order to get it to fit together. Unfortunately, there is no difference in effort or time required to place the holes in the proper location versus not.
