Carr Lane CL-5-SLLB-.2812 | 9/32" Diameter Slotted Locator Bushing

Description

The Carr Lane CL-5-SLLB-.2812 is a precision solution for fixture alignment and part positioning in demanding manufacturing environments. This 9/32 slotted locator bushing is crafted from high quality tool steel and heat-treated to RC 58-62, ensuring exceptional wear resistance and an extended industrial service life. Featuring a 1.0000" C diameter and a 0.40" length, this component provides the stability required for repetitive machining and assembly tasks. The black oxide finish offers an additional layer of corrosion protection, making the Carr Lane 9/32 locator bushing suitable for various workshop conditions. Its unique slotted design allows for essential directional compensation, facilitating accurate fixture alignment locator bushing 9/32 applications where thermal expansion or slight tolerances must be managed. With a precise A dimension range of 0.2813/0.2819, this CL-5-SLLB-.2812 locator bushing ensures a secure and consistent fit for standard locating pins. The inclusion of a spring steel roll pin further enhances its assembly reliability within your tooling setup. Fully compliant with DFARS and RoHS standards, this 9/32 slotted locating bushing is a dependable choice for global engineering projects. Machinists often rely on the 0.2812 locator bushing Carr Lane for its consistent performance in complex jigs. By integrating this bushing into your workflow, you minimize positioning errors and improve the overall efficiency of your production line. Every dimension, from the 0.437" B diameter to the 3/8" N dimension, is calibrated to deliver the reliability expected from a leading American manufacturer. Whether you are performing routine maintenance or custom fabrication, this bushing provides the necessary accuracy for specialized engineering tasks.

Product Features and Benefits

Heat-Treated Tool Steel Construction

The Carr Lane CL-5-SLLB-.2812 is hardened to Rc 58-62, providing superior durability and deformation resistance for high-cycle industrial manufacturing.

Precise Slotted Locator Design

This configuration allows for accurate one-axis alignment, making the 9/32 slotted locator bushing ideal for managing distance tolerances between holes.

Corrosion-Resistant Black Oxide Finish

The Carr Lane 9/32 locator bushing features a protective coating that maintains structural integrity and prevents rust in harsh machining environments.

Directional Compensation Capability

As a specialized CL-5-SLLB-.2812 locator bushing, it offsets spacing variations to prevent binding during part loading and unloading operations.

Standardized Global Compliance

This fixture alignment locator bushing 9/32 meets DFARS and RoHS requirements, ensuring high-grade material sourcing for regulated aerospace and automotive projects.

Installation

To install, first drill and ream hole for roll pin (furnished), then bore large bushing hole for 0.0003-0.0005" press fit. Press in bushing and roll pin simultaneously for accurate orientation.

Material

Parts Specification

Frequently Asked Questions

What is the primary function of the Carr Lane CL-5-SLLB-.2812?

This 9/32 slotted locator bushing is used to accurately position workpieces in one direction while allowing for slight spacing variations in another.

What material is used to manufacture the Carr Lane 9/32 locator bushing?

It is manufactured from premium tool steel with a black oxide finish and includes a spring steel roll pin for secure installation.

What are the hardness specifications for the CL-5-SLLB-.2812 locator bushing?

The component is heat-treated to a hardness of RC 58-62, ensuring it withstands heavy-duty use in high-precision fixture alignment.

Does the 9/32 slotted locating bushing include the necessary mounting pin?

Yes, this 0.2812 locator bushing Carr Lane is supplied with a spring steel roll pin to ensure a stable fit within the fixture.

What is the outer diameter of this fixture alignment locator bushing 9/32?

The bushing features a 1.0000" C diameter and a 0.437" B diameter, providing a robust interface for standard industrial locating applications.