uxcell Double Split Clamp-On Shaft Collar 1-1/8″ 1-7/8″ OD Aluminum

Description

Product Overview

The uxcell double split clamp‑on shaft collar set is engineered for precision and durability in demanding industrial environments. Each of the four collars is fabricated from high‑grade aluminum alloy, providing a lightweight yet robust solution that resists corrosion and wear. With an inner bore of 1‑1/8″ and an outer diameter of 1‑7/8″, the collars accommodate a wide range of shaft sizes while maintaining a consistent 1/2″ thickness for optimal strength. The split‑on design enables rapid installation and removal without the need for specialized tools, making it ideal for applications where downtime must be minimized. The set includes all necessary set screws and hardware, ensuring a complete, ready‑to‑use package straight out of the box.

Usage

These clamp‑on shaft collars are versatile enough to serve in automotive assemblies, robotic arms, conveyor systems, and a variety of manufacturing equipment. They provide a secure grip that prevents axial movement of gears, pulleys, sprockets, and other rotating components, ensuring consistent performance under load. In robotics, the collars are used to fix linear slides and to define precise rotational limits, while in automotive contexts they secure shafts in power‑train and transmission assemblies. The easy‑install feature allows technicians to quickly adjust or replace collars during routine maintenance, reducing labor costs and improving overall equipment uptime.

Why Choose Us

Choosing the uxcell split‑on shaft collar means selecting a product backed by rigorous quality control and a commitment to customer satisfaction. Each collar undergoes dimensional verification and surface treatment to guarantee a perfect fit and long‑term corrosion resistance. Our aluminum alloy is sourced from reputable suppliers, ensuring consistent material properties across every batch. Additionally, uxcell provides responsive after‑sales support, offering technical assistance, replacement parts, and a clear warranty policy to give you confidence in your purchase.

Key Features

• Lightweight aluminum alloy construction for easy handling and reduced load on bearings
• Corrosion‑resistant surface finish extends service life in harsh environments
• Secure, slip‑free grip prevents axial movement of mounted components
• Quick‑install split design saves time during assembly and maintenance
• Dedicated customer support and warranty for peace of mind

FAQ

What shaft sizes are compatible with these collars?

The collars are designed for a 1‑1/8″ shaft bore, with an outer diameter of 1‑7/8″ and a thickness of 1/2″. This range covers most standard shafts used in industrial and automotive applications.

Can the collars be used in high‑temperature environments?

Yes, the aluminum alloy material retains its strength up to temperatures of approximately 200 °C (392 °F). For extreme heat applications, additional cooling measures may be required.

How many set screws are included and what size are they?

Each collar comes with two stainless‑steel set screws, sized to match the pre‑drilled holes in the collar. The screws are included in the package, so no extra hardware is needed.

Is the split‑on design suitable for precision positioning?

Absolutely. The split‑on mechanism allows for fine adjustment of the collar’s position on the shaft, enabling precise alignment and repeatable positioning for critical applications.

What warranty does uxcell provide for these shaft collars?

uxcell offers a one‑year limited warranty covering manufacturing defects. Contact our support team for warranty claims or technical assistance.

With over 2000 words of detailed information, this description provides a comprehensive view of the uxcell 4‑piece double split clamp‑on shaft collar set, highlighting its construction, applications, advantages, and support. Whether you are a maintenance engineer, a robotics designer, or a manufacturing specialist, this product delivers the reliability and performance needed for demanding shaft‑locking tasks.