CNC Spindle Motor 5.5 kW,380 V,24000 RPM Water Cooled

CNC Spindle Motor 5.5 kW,380 V,24000 RPM Water Cooled Specification

Bearing Type
Ceramic Ball Bearing

Noise Level
82 dB

Features
High Speed, Durable, Stable Operation

Power Rating
5.5 kW

Ambient Temperature
0C to 40C

Rated Frequency
400 Hz

Current Type
AC

Voltage
380 V

Horse Power
7.5 HP

Cooling Method
Water Cooled

Starting Type
Direct On Line

Rated Voltage
380 V

Standard
ISO Certified

Pressure
0.8 MPa

Efficacy
High Efficiency

Motor Type
Induction Motor

Poles Number
2 Poles

Sealed Type
Sealed Bearings

Torque
3.8 Nm

Product Type
CNC Spindle Motor

Output Power
5.5 kW

Frequency (MHz)
400 Hz

Protect Feature
Overload Protection

Phase
Three Phase

Speed
24000 RPM

Power
5.5 kW

Color
Silver & Black

Dimension (L*W*H)
Approx. 340 x 90 mm

Weight
13 kg

Shaft Diameter
18 mm

Mounting Type
Clamp Mount

IP Rating
IP54

Drive Type
Inverter

Cooling Type
Water Cool

Rotational Direction
Clockwise

Automation Grade
Automatic

Application
CNC Router, Milling

Connector Type
Aviation Plug

Lubrication Type
Oil Lubricated

Cable Length
Pre-wired 2m

Collet Type
ER20

Maximum Torque
3.8 Nm

Surface Finish
Polished Alloy

Insulation Class
Class F

CNC Spindle Motor 5.5 kW,380 V,24000 RPM Water Cooled Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About CNC Spindle Motor 5.5 kW,380 V,24000 RPM Water Cooled

Shop now to experience first-rate performance with our CNC Spindle Motor 5.5 kW, 380 V, 24000 RPM Water Cooled. Designed for unbeatable accuracy and durability, this gilt-edged induction motor features a polished alloy surface, advanced ceramic ball bearings, and high-speed operation for seamless CNC routing and milling. Get maximum efficiency, overload protection, and stable automation with features like a pre-wired 2m cable, ER20 collet, water cool system, and inverter drive. Find enhanced safety with IP54 rating and direct on line starting. Suitable for demanding industrial applications across India.

Engineered Excellence for CNC Precision

The CNC Spindle Motor 5.5 kW boasts a polished alloy body and sealed ceramic ball bearings that ensure reliability and long-term use. Primarily used as a high-speed cutting, carving, and milling solution for CNC routers, this motor's extra features include direct on line starting, ergonomic aviation connector, and gilt-edged overload protection for seamless operations in professional fabrication environments.

Certifications and Seamless Premium Delivery

Delivered with ISO certification for premium quality assurance, the CNC Spindle Motor complies with rigorous industry standards. Sample policy is customer-centric-enabling evaluation before larger orders. FOB Port services make procurement and shipment procedures efficient and hassle-free. Secure your unbeatable machinery today and enjoy transparent shipping schedules tailored to your business requirements.

FAQ's of CNC Spindle Motor 5.5 kW,380 V,24000 RPM Water Cooled:

Q: How is the CNC Spindle Motor 5.5 kW installed and operated?

A: The spindle motor is pre-wired with a 2-meter cable, features direct on line starting, and can be easily mounted using a clamp. Simply connect to an inverter drive and use the aviation plug for reliable power supply.

Q: What certifications does this product carry?

A: This CNC spindle motor is ISO certified, ensuring its quality and industry compliance for machining applications.

Q: When can I expect shipment after placing an order?

A: Once your order is received, shipment is coordinated promptly via FOB Port. Delivery schedules are provided based on your location to ensure timely arrival.

Q: Where is this CNC Spindle Motor most commonly used?

A: The spindle motor is ideal for CNC routers and milling machines in manufacturing facilities, woodworking shops, and metal fabrication industries.

Q: What benefits does the water cooled feature provide?

A: Water cooling ensures stable operation at high speeds, reduces heat buildup, extends spindle life, and allows for more efficient and consistent machining during continuous usage.