Description

 

HQUDJ ER16 48V 400W Spindle Motor with High Torque + BLDC Motor Driver + 600W Power Supply + Fixture

Features of Brushless Motor:
- Brushless with low interference. There is no electric spark generated when the brushless motor is running, which greatly reduces the interference of the electric spark on the remote control radio equipment
- Low noise and smooth operation. It facilitates the stable operation of equipment
- Long service life and low maintenance cost. The wear of brushless motor is mainly on the wear of the bearing. While from a mechanical point of view, brushless motor is almost a maintenance-free motor (its life is at least 10 times more than that of brushed motor). When necessary, just clean the dust and do some maintenance
- The motor is widely used by DIY users. It has low speed, low noise and large torque, which is suitable for drilling copper, aluminum, iron, etc.

Attention:
- It comes with an 8mm collet chuck by default. If you need others of different sizes, please contact us.

ER16 Brushless Spindle Motor with High Torque (Original bearing for NSK):
- Working voltage: DC48V
- Power: 400W
- Rotational speed: 3500RPM
- Torque: 1.27N.m
- Length of chuck section: 65mm/2.6" (including nut and sandwich)
- Chuck section diameter: 25mm/1"
- Overall Motor Length: 234mm/9.2" (including clamping part and motor)
- Spindle net weight: 2.4KG/5.3LB
- Net weight of driver: 0.35KG/0.8LB
- Net weight of power supply: 0.9KG/2LB
- Net weight of fixture: 0.1KG/0.2LB
- Spindle radial runout: 0.02-0.05

48V 600W Power Supply:
- Input voltage: AC110/220V 50/60HZ universal (switchable)
- Output voltage: DC48V (±10%, adjustable in the range of 43-53V)
- Output power: 600W (with temperature control cooling fan)
- Net weight of power supply: 1.46KG/3.2LB
- Power supply size: 240 x 124 x 65mm/9.4 x 4.9 x 2.6" (LxWxH)

HQ-WSBH500 BLDC Motor Driver (High-end Version):
1. Model: HQ-WSBH500
2. Working voltage: DC12V-DC52V
3. Drive current: rated 12A; peak 15A
4. Drive power: ≤500W (related to working voltage)
5. Closed-loop speed stabilization: The motor can still maintain the speed when the load is large
6. Pure hardware design: high speed and high anti-interference ability
7. External potentiometer control and analog voltage 0-5V
8. Forward and reverse control, frequent start-stop function, and EN enable control
9. Over-current and short-circuited protection, and indication
10. With speed signal output function

Package Included:
- 1 x Spindle Motor
- 1 x Driver
- 1 x 600W Power Supply
- 1 x Motor Fixture

Note:
- Battery is not included.

 

Driver's Functions:
1. DC+ and DC-: Power supply input
Support 12~52VDC input, usually using switching power supply or battery. The voltage should not exceed 55VDC to avoid damage to the driver. The rated output current of power supply should be greater than 1.5 times the output current of the driver. When using switching power supply, please pay attention to its nominal rated output current, and purchase a switching power supply that matches the motor phase current (1.2 times).

2. U, V, W: motor phase wires
Three phase lines of a brushless DC motor. Be sure to pair with Hall and wire correctly, and be sure to tighten the screws so that excessive current does not burn the driver.

3. HA, HB, and HC: Hall signal line
During operation, they must be properly paired with the phase before wiring.

4. HALL+, HALL-: Hall power cord
Hall power supply.

5. VR: speed control signal input
Support external 10K potentiometer and analog voltage speed regulation. When an external potentiometer is connected, VR corresponds to the middle pin of the potentiometer, and 5V and GND correspond to the pins on both sides of the potentiometer; When an external analog voltage (0-5V) is connected, GND is the reference ground, VR is the analog voltage input signal, and 5V is disconnected.

6. Z/F: Control the direction of the motor (forward/reverse)
When disconnected or connected to 5V, it is reversed; Connecting GND is for forward mode.

7. EN: Enable signal
Cannot be disconnected. When starting the motor, GND is connected, and the user can control the start or stop of the motor by controlling the on/off of the driver EN terminal and GND.

8. PG: Motor speed feedback output
Actual speed pulse signal = number of pole pairs * 3.

9. ALM: alarm and fault signal output
When the driver is abnormal, it outputs a low level at the ALM terminal.

10. LED indicator
The indicator stays on when it is working; it will flash during fault (ALM).