Parker 1458060100 Air Cylinder Eye Bracket 6 Inch Bore

Product Description

The PARKER 1458060100 is an air cylinder eye bracket designed for use with Parker 4MA Series pneumatic cylinders. This accessory provides a clevis-style pivot mounting point at the rod end or cap end of a cylinder, allowing the cylinder to articulate during actuation. It threads directly onto the cylinder using a 7/8-14 thread and is sized for a 6-inch bore cylinder. Weighing 15 pounds, this is a heavy-duty mounting component suited for industrial pneumatic systems. It is typically installed by millwrights, maintenance mechanics, and pneumatic system technicians in manufacturing and automation environments.

This eye bracket is intended for industrial pneumatic cylinder applications where angular or pivoting cylinder motion is required. It is compatible with Parker 4MA Series cylinders featuring a 6-inch bore and 7/8-14 rod end thread. Typical applications include machine tool fixtures, material handling equipment, press tooling, and automated assembly systems where the cylinder must swing or pivot through its stroke cycle.

Key Features

• Threaded connection at 7/8-14 for direct installation on 4MA Series cylinder rod or end cap
• Sized for 6-inch bore Parker 4MA Series cylinders
• Provides articulating pivot mount to accommodate off-axis cylinder movement
• Heavy construction at 15 pounds supports high-force pneumatic cylinder loads
• OEM-style accessory ensuring proper fit and alignment with Parker cylinder geometry

Compatibility

Designed for use with Parker 4MA Series pneumatic cylinders with a 6-inch bore and 7/8-14 thread size.

Installation Notes

Installation should be performed by a qualified mechanic or pneumatic systems technician. Depressurize and lock out the pneumatic circuit before installing or removing any cylinder accessory. Thread the bracket onto the cylinder to the correct engagement depth and secure per the cylinder assembly specifications. Confirm that the pivot pin and connecting hardware are rated for the cylinder force output before returning the system to service.