Encoder Couplings

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MOQ : 10 Pieces

Encoder Couplings Specification

Thread
Non-Threaded

Max. Speed
8000 RPM

Bore
6 mm x 10 mm

Connection
Clamp Type Coupling

Head Code
Standard

Torque
1.5 Nm

Sealing
Non-Sealed

Material
Aluminum Alloy

Structure
Flexible Coupling

Standard
DIN / ISO Standard

Inner Diameter
6 mm

Outer Diameter
18 mm

Application
Encoder Shaft Coupling, Motion Control Systems, Automation Equipment, Robotics

Surface Treatment
Anodized Finish

Technique
Machined

Shape
Round

Weight
22 g

Temperature Range
-20C to +80C

Color
Silver

Length
25 mm

Usage
For Small Servo & Stepper Motors

Misalignment Compensation
Radial: 0.2 mm, Angular: 1.5

Fixing Method
Hex Set Screw

Coupling Type
Helical Beam Coupling

Encoder Couplings Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Encoder Couplings

Get the trending Encoder Couplings online and elevate your automation performance with this astonishing 25 mm length, silver anodized helical beam coupling. Engineered for dominant precision, it compensates for radial misalignment (0.2 mm) and angular errors (1.5), ensuring seamless performance even at 8000 RPM. Crafted with enlightened aluminum alloy, it fits 6 mm x 10 mm bores, ideal for small servo & stepper motors in encoder shaft applications, robotics, and motion control systems. Buy online from India's leading retailer, supplier, trader, or wholesaler and experience unmatched flexibility, reliability, and ISO/DIN standard compliance.

Encoder Couplings: Distinctive Features and Broad Applications

Encoder couplings, finished with an anodized silver shade, stand out for their flexible helical beam structure and precise machined technique. These lightweight, round couplings are used for interfacing encoder shafts with small servo and stepper motors, ensuring reliable operation across motion control systems, automation equipment, and robotics. Meeting both DIN and ISO standards, they deliver high speed (up to 8000 RPM) and torque (1.5 Nm) with impeccable misalignment compensation, offering dominant performance in demanding applications.

Sample Policy and Delivery Logistics for Encoder Couplings

For encoder couplings, our sample policy ensures valuation transparency and swift customer assessments. Packing & dispatch are handled with utmost care, utilizing robust protective materials to maintain product integrity. Standard delivery times vary depending on order volume, but expedited shipments are available upon request. The primary FOB port for logistics is based in India, facilitating seamless international and domestic supply. Our robust process ensures timely logistics and customer satisfaction at every stage.

FAQ's of Encoder Couplings:

Q: How does the helical beam design benefit Encoder Couplings?

A: The helical beam design significantly increases the coupling's flexibility, allowing it to compensate for radial and angular misalignments, reducing stress on the shaft and prolonging equipment life in motion control applications.

Q: What applications are best suited for these Encoder Couplings?

A: These encoder couplings are ideal for use in motion control systems, automation equipment, robotics, and as shaft connectors for small servo and stepper motors, particularly where precise alignment and smooth operation are critical.

Q: Where can I buy these Encoder Couplings online in India?

A: You can purchase these trending Encoder Couplings from reputable online retailers, suppliers, traders, and wholesalers across India, ensuring easy access and a wide choice for your application needs.

Q: What is the recommended usage process for installation?

A: For optimal results, align the shafts before mounting, use the hex set screw for secure fixing, and ensure the clamps are tightened appropriately to maintain a stable connection without over-tightening.

Q: When should I consider replacing my existing coupling with this model?

A: Consider upgrading to this Encoder Coupling if you require enhanced misalignment compensation, greater torque capacity, or need to comply with DIN/ISO standards for your flexible shaft connections.

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