uxcell 2pcs PHSB5 Female Rod End Bearing with Jam Nut

Description

Product Overview

The uxcell PHSB5 female rod end bearing is engineered to meet the demanding requirements of modern industrial machinery. Featuring a 5/16 inch bore and a right‑hand 5/16‑24 thread, this component delivers precise alignment and secure attachment in a wide range of mechanical assemblies. The bearing incorporates a self‑lubricating joint that reduces friction and wear, extending service life while minimizing maintenance intervals. Constructed from high‑grade #45 steel for the rod end body and hardened bearing steel for the spherical joint, the unit provides exceptional strength, durability, and resistance to corrosion. The package includes a jam nut, which simplifies installation and ensures a tight, vibration‑free connection. Designed for compatibility with hydraulic cylinders, forging machine tools, and automation equipment, the PHSB5 offers a balance of load‑bearing capacity, low noise operation, and long‑term reliability.

Usage

In practical applications, the PHSB5 rod end bearing excels in environments where precise motion control and robust load handling are essential. It is commonly installed in hydraulic cylinder assemblies, where the ability to accommodate up to 10° of angular misalignment helps absorb shocks and maintain smooth operation under varying pressures. The self‑lubricating joint reduces the need for external greasing, making it ideal for sealed or hard‑to‑reach locations. Automation systems benefit from the bearing’s low‑noise characteristics, which contribute to quieter machine operation and improved operator comfort. Additionally, the jam nut included with the bearing provides a quick‑lock solution that prevents loosening during high‑vibration activities, such as forging or stamping processes. Whether used in CNC machines, robotic arms, or custom‑built test rigs, the PHSB5 delivers consistent performance across a spectrum of industrial tasks.

Why Choose Us

Choosing the uxcell PHSB5 means selecting a component backed by rigorous quality assurance and a reputation for engineering excellence. Each bearing undergoes a multi‑stage inspection process, including dimensional verification, thread integrity testing, and surface finish analysis, to guarantee that it meets or exceeds industry standards. The use of #45 steel for the rod end body ensures high tensile strength, while the hardened bearing steel spherical joint offers superior wear resistance and a long service interval. Our manufacturing facilities employ advanced CNC machining and precision plating techniques, resulting in a chromium‑plated inner ring and zinc‑plated outer surface that protect against corrosion and extend product lifespan. Moreover, uxcell provides responsive technical support and a clear warranty policy, giving customers confidence that any issues will be addressed promptly and professionally.

Key Features

• Self‑lubricating joint reduces friction and eliminates the need for regular greasing.
• #45 steel rod end body delivers high tensile strength for demanding load conditions.
• Hardened bearing steel spherical joint provides excellent wear resistance and long service life.
• Included jam nut ensures a secure, vibration‑free installation without additional hardware.
• Responsive customer support and clear warranty terms give peace of mind after purchase.

FAQ

What is the maximum angular misalignment this bearing can accommodate?

The PHSB5 is designed to handle up to 10° of angular misalignment, making it suitable for applications where slight offsets are common.

Is the bearing compatible with both left‑hand and right‑hand thread configurations?

This specific model features a right‑hand 5/16‑24 thread. For left‑hand configurations, please refer to other uxcell rod end bearing SKUs.

How does the self‑lubricating feature work?

The joint incorporates a special polymer that releases lubricant gradually during operation, reducing friction and wear without the need for external greasing.

Can this bearing be used in high‑temperature environments?

Yes, the materials and plating are selected to maintain performance in typical industrial temperature ranges, though extreme temperatures should be evaluated on a case‑by‑case basis.

What is the recommended maintenance schedule?

Due to the self‑lubricating design, routine maintenance is minimal. A visual inspection once per year or after major service intervals is sufficient to ensure continued reliability.