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ALUMINIUM BEAM COUPLINGS

Name: ALUMINIUM BEAM COUPLINGS
Brand: ROTOLINEAR SYSTEMS
Price: 5000.0 INR
Availability: InStock

ALUMINIUM BEAM COUPLINGS Specification

Connection
Clamp or Set Screw

Torque
0.8 Nm to 3.0 Nm (depending on size/model)

Bore
4 mm to 28 mm (customizable)

Max. Speed
Up to 6,000 RPM

Head Code
Round

Thread
No internal thread (clamping type)

Material
High-grade Aluminium Alloy

Structure
Single or Multiple Helical Cut (Beam design)

Standard
International (RoHS compliant)

Inner Diameter
4 mm to 28 mm

Outer Diameter
13 mm, 16 mm, 19 mm, 25 mm (varies as per model)

Application
Servo motors, stepper motors, encoding systems, precision motion control, robotics, automation equipment

Surface Treatment
Anodized

Technique
CNC Machined

Shape
Cylindrical

Application Industry
CNC machines, 3D printers, medical equipment

Installation
Easy fit, maintenance-free

Weight
Approx. 10 g to 70 g

Operating Temperature Range
-40C to +120C

Misalignment Compensation
Radial, Angular, and Axial

Length
20 mm to 40 mm (varies as per model)

Corrosion Resistance
Excellent, due to anodized finish

Backlash
Zero backlash design

Color
Natural/silver anodized

Elasticity
High torsional flexibility

ALUMINIUM BEAM COUPLINGS Trade Information

Minimum Order Quantity
1 Number

Delivery Time
1 Days

About ALUMINIUM BEAM COUPLINGS

rotolinear systems can supply all size of korean make aluminium spiral couplings from stock at bangalore. The couplings shown in the picture is DRBL39C-10-10 and can be supplied from STOCK at ROTOLINEAR SYSTEMS BANGALORE.

Advanced Misalignment Compensation

Engineered for versatility, aluminium beam couplings effectively compensate for radial, angular, and axial misalignments that can occur between drive shafts. Their distinctive helical cut structure allows continued precision even under motion dynamics, maintaining alignment accuracy and stability in high-performance equipment.

Superior Performance in Varied Environments

Withstanding temperatures from -40C to +120C and speeds up to 6,000 RPM, these couplings operate reliably in both demanding industrial and sensitive medical environments. Their anodized surface provides excellent corrosion resistance, ensuring longevity and consistent operation in a wide range of applications.

Flexible and Maintenance-Free Design

The couplings boast high torsional flexibility and a zero-backlash profile, critical for motion control systems where responsiveness and accuracy are paramount. The easy-fit, maintenance-free design reduces downtime and simplifies both installation and operational care.

FAQ's of ALUMINIUM BEAM COUPLINGS:

Q: How are aluminium beam couplings installed in motion control systems?

A: Aluminium beam couplings can be easily fitted using either clamp or set screw mechanisms, accommodating bore diameters from 4 mm to 28 mm. The installation process requires simple alignment of the coupling with the shafts, tightening the clamping screws, and ensuring a snug, secure fit for maintenance-free operation.

Q: What applications benefit most from these couplings' features?

A: These couplings are particularly advantageous for CNC machines, 3D printers, medical devices, robotics, automation systems, servo motors, stepper motors, and encoding systems. Their high torque handling, zero backlash, and misalignment compensation improve precision and reliability in these sensitive and demanding applications.

Q: When should I choose a multi-helical cut (beam) design over a single beam coupling?

A: A multi-helical cut design is preferable when greater torsional flexibility and higher misalignment compensation are needed. It's ideal for applications where there are significant dynamic forces or where high flexibility is essential to protect connected equipment from stress and misalignment.

Q: Where are these couplings typically supplied and serviced?

A: These couplings are distributed, imported, manufactured, and supported throughout India by reputable manufacturers, suppliers, and traders, ensuring easy sourcing and after-sale service for industrial and commercial users.

Q: What benefits does the anodized aluminium construction provide?

A: An anodized finish significantly bolsters corrosion resistance, making the coupling suitable for harsh and varied environments. This surface treatment also adds durability and ensures compliance with international standards such as RoHS.

Q: How does the zero-backlash design improve system accuracy?

A: The zero-backlash design eliminates play between connected shafts, which is essential for applications demanding high positioning accuracy and efficient torque transfer. This ensures responsive, precise control and enhances the overall system's reliability and output quality.