G-Penny Machine 1.8kw 220v ATC Water Cooled Spindle Motor Automatic tool change 10000-60000rpm with BD600 Inverter kit

Spindle Model：DGZ-06260/1.8B1-IPWJM

Operating speed range: 10000~60000rpm

Torque: 0.8~0.95N.m

Maximum Power: 1.8KW

Voltage: 220v

Tool change method: Automatic tool change

Bearing runout: ≤1μm

Weight: 4.3kgf

Installation diameter: 61.9mm

Reducing Sleeve: φ3.175mm / φ4mm / φ6mm

Chuck level and model: ATC Long handle diameter φ6mm

Advantage:

1.High precision: static accuracy ≤0.002mm, dynamic accuracy ≤0.008mm, with unparalleled high-precision characteristics. The rotation accuracy of the shaft core reaches 0.001mm.

2.High efficiency: The spindle speed is higher, and the processing feed speed is increased correspondingly, so as to obtain higher efficiency. High-efficiency induction motors or permanent magnet motors can be selected according to customer needs. Permanent magnet motors have higher power density and overload performance. Under the same size, the effective power of the motor is higher, and the cutting ability is stronger, so as to obtain higher efficiency.

3.High configuration: It has the function of automatic tool change in various modes, equipped with various types of sensors to monitor the operation of the spindle, and adopts internationally renowned brand ultra-high-precision bearings.

4.Tool holders are diverse: ISO, HSK, straight shank and manual ER chucks are used to meet different needs of customers.

5.Personalized customization: It has good compatibility and can be widely used in glass grinding and carving. It can also be customized according to customer needs.

6.Circulating water cooling: add cooling circulating water channels in the machine body to cool the motor and front and rear bearings. The coolant flows through the circulating cooling channel reasonably arranged in the main shaft body to take away the heat generated by the high-speed rotation of the main shaft and reach a thermal equilibrium state, so that the temperature of the main shaft is constant within a certain range, ensuring the safe operation of the main shaft, stable performance, good cooling effect and efficiency High, small temperature rise, small thermal elongation of the main shaft, small bearing force, ensuring the service life of the main shaft and the axial accuracy of the main shaft.

Application:

P/N:263504

Suitable for HB61B. TL-60.SC316.SC3263. Total grid RA-60. Han's DGZ60CS. Weijia Gong DC-603. KL-60C. W62. Chongqing Henghai 368R. Ende Gong Machine HSR-205.

This product uses ceramic composite ball bearings, a built-in three-phase variable frequency asynchronous high-efficiency motor, and is controlled by a frequency converter with infinitely variable speed.

BD600 Inverter Basic parameter:

TYPE:BD600-2R2G-2 2.2 KW

Input Voltage: 220V (+/-15%)

Input Frequency: 50/60Hz

Input Phase: 3 phase

Output Voltage: 220V AC

Output Frequency: 0-1000Hz

Output Current: 10A

Output Phase: 3 phase

DO NOT set up the inverter by yourself if you don't know how to, or it will make both the spindle and inverter burn easily.

Please contact us, we have manuals, videos and pictures to help you.

Advantage:

◆Two speed control modes: no PG vector control (SVC), V/F control

◆ No PG vector control (SVC): starting torque 0.5Hz up to 150%

◆ 8-stage simple PLC function, multi-speed control and PID control

◆ Support multiple frequency settings: digital setting, analog setting, PID setting, RS485 communication setting

◆ I/O terminals can be freely programmed to combine multiple working modes according to user needs.

◆ With jump frequency control function, it can effectively suppress mechanical resonance and make the system more stable and reliable.

◆ With instantaneous power-down retention function, it can avoid the impact of production due to instantaneous power failure

◆ With over torque and under torque detection

◆ Automatic voltage adjustment function to effectively solve the low frequency oscillation problem of high power motor

◆ Provide a variety of fault protection functions: over-current, over-voltage, under-voltage, over-heat, overload, lack of equal real-time monitoring and protection to ensure safe operation.