Servo Motor Couplings & Motion Control

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MOQ : 1 Piece

Servo Motor Couplings & Motion Control Specification

Head Code
Round

Max. Speed
up to 10,000 rpm

Torque
0.5 Nm to 25 Nm

Bore
6 mm to 20 mm

Connection
Clamping / Set Screw / Keyway

Sealing
Non-sealing, Open Coupling Design

Material
Aluminium Alloy, Stainless Steel

Structure
Flexible Coupling

Standard
DIN, ISO Standard

Inner Diameter
6 mm to 20 mm

Outer Diameter
18 mm to 40 mm

Application
Servo Motor Coupling, Motion Control, Precision Automation Machinery

Surface Treatment
Anodized, Polished

Technique
CNC Machined

Shape
Cylindrical

Servo Motor Couplings & Motion Control Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About Servo Motor Couplings & Motion Control

Capitalizing on the proficiency of our professionals, we have been supplying a huge assortment of Servo Motor Couplings. We meet the diverse needs of our clients by offering these couplings in various dimensions and diameters to pick from. Our Servo Motor Couplings allow varying degrees of misalignment while offering superior torsional rigidity. Our precious clients can avail these couplings from us in safe packaging within stipulated time frame.

Features:

Modular design
Easy to install
Low maintenance

Products

Flexible Shaft Couplings
Overhung Load Adaptors
Adjustable Speed Drives
Crown Gear Right Angle Gearbox
Keyless Shaft Bushings
Overload Safety Devices with Torque Limiters
Roh Linear Actuators
Phase Adjusting Hubs

Precision & Flexibility for Modern Automation

These servo motor couplings are engineered to withstand demanding industrial automation needs. Their flexible cylindrical structure, supported by CNC-machined quality, allows for seamless radial and angular misalignment compensation, reducing stress on connected shafts and motors, and ensuring high positional accuracy for CNC and robotic applications.

Robust Materials and Corrosion-Resistant Finish

Manufactured from high-grade aluminium alloy or stainless steel, the couplings feature either anodized or polished surfaces in metallic silver or black. The corrosion-resistant finish increases longevity, making them ideal for environments subject to moisture or frequent cleaning.

Simple, Secure Installation with Versatile Connections

Designed for ease of use, these couplings offer clamping, set screw, or keyway connections. Easy mounting is ensured with provided Allen screws. Non-sealing, open design simplifies maintenance and adapts to bore sizes from 6 mm to 20 mm, accommodating a broad range of servo motors and shafts.

FAQs of Servo Motor Couplings & Motion Control:

Q: How do I select the correct servo motor coupling for my application?

A: To choose the right coupling, match the bore size (available from 6 mm to 20 mm) to your motor shaft, check required torque (0.5 Nm to 25 Nm), and confirm alignment capabilities meet your systems needs. Consider specific application requirements such as speed (up to 10,000 rpm) and environmental factors for selecting material and finish.

Q: What are the main benefits of using these servo motor couplings in motion control systems?

A: These couplings offer high vibration damping, compensate for both radial and angular misalignments, and feature robust temperature tolerance (-30C to +100C). Their corrosion-resistant finish and flexible structure help ensure precise motion, reduced maintenance, and extended equipment lifespan.

Q: When should I consider replacing or upgrading my servo motor coupling?

A: Replace your coupling if you notice wear, increased vibration, loss of positioning precision, or visible damage. Upgrading is recommended when implementing higher torque requirements, faster speeds, or adapting to new motor sizes within the specified bore and torque range.

Q: Where are these motion control couplings typically used?

A: Their primary applications include CNC machinery, robotics, precision automation, and servo drives, where accurate torque transmission and misalignment compensation are crucial. They are widely utilized in Indias automation, manufacturing, and research sectors.

Q: What installation process should be followed for these couplings?

A: Installation is straightforward: align the coupling with the motor shaft, secure using the provided Allen screws and select the suitable connection method (clamping, set screw, or keyway). Ensure correct torque on fasteners for optimal performance and safety.

Q: How does the high damping capability of these couplings improve machine performance?

A: High damping reduces transmission of vibrations and shock between motor and driven components, enhancing positioning accuracy and extending the life of both couplings and other connected parts. This is particularly beneficial in precision applications and high-speed operations.

Q: What customization options and packaging are available?

A: You can order as a single piece or request a customized set tailored to your shaft sizes or application needs. Custom lengths, bore diameters, and connection types can be specified based on project requirements.

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