Gibraltar 67013G Threaded Spring Plunger M10x1.5 Steel

Product Description

The GIBRALTAR 67013G is a threaded spring plunger designed to provide controlled, repeatable positioning force in mechanical assemblies. The plunger features an M10x1.5 thread and a 29 mm thread length, making it suitable for tapping directly into machine components or mounting fixtures. The steel body and steel nose deliver durability in industrial and trade environments. Initial end force is 2.78 pounds, rising to a final end force of 7.14 pounds at full compression. The 4.72 mm maximum plunger diameter and 5 mm projection allow precise engagement with locating holes or detents. Machinists, toolmakers, and mechanical assembly technicians are the primary installers of this component.

The 67013G is used in jigs, fixtures, machine tools, and other assemblies requiring spring-loaded positioning or light indexing. It is threaded directly into a tapped M10x1.5 hole in the host component. The 5 mm hex size allows for wrench or hex key installation and torque adjustment. Typical applications include workholding fixtures, panel latches, drawer stops, and tooling plates in light industrial and manufacturing settings where repeatable detent force is needed.

Key Features

• M10x1.5 thread with 29 mm thread length for direct tapped-hole installation
• Steel body and steel nose for durability in industrial environments
• 2.78 lb initial end force and 7.14 lb final end force for controlled positioning
• 4.72 mm maximum plunger diameter with 5 mm projection
• 5 mm hex size for precise installation and torque control with a hex key
• No locking element — allows free spring action without thread-locking features

Compatibility

Designed as an OEM-style threaded spring plunger for use in any application requiring an M10x1.5 tapped hole and a spring-loaded nose with up to 5 mm projection.

Installation Notes

Installation is performed by threading the 67013G into a properly tapped M10x1.5 hole using a 5 mm hex key. Ensure the receiving hole is tapped to the correct thread spec and free of debris before installation. Do not overtighten, as excessive torque can damage the plunger mechanism or distort the spring travel. Disengage any loaded mechanisms and de-energize associated equipment before servicing or replacing spring plungers in active assemblies.