Halder 23010.0282 T-slot Nut M24 Tapped Through

Product Description

The HALDER 23010.0282 is a tapped-through T-slot nut designed for M24 threaded fastening applications. It slides into standard T-slot extrusions and accepts an M24 bolt or stud from below, creating a secure, load-bearing connection in machine frames, fixtures, and workholding setups. The nut features a 27.6mm slot width, a base measuring 44mm wide by 18mm tall, and an overall footprint of 44mm by 36mm. Machinists, fixture builders, and industrial maintenance technicians install this hardware when assembling or modifying T-slot framing systems.

This T-slot nut is suited for use in industrial and manufacturing environments where M24 threaded connections are required in T-slot track systems. Typical applications include machine guarding, modular fixturing, workholding tables, and structural framing assemblies. The tapped-through design allows a bolt or threaded rod to pass fully through the nut, providing flexibility in fastener engagement depth.

Key Features

• Tapped-through design accepts M24 bolts or threaded rod
• 27.6mm slot width fits corresponding T-slot extrusion profiles
• Base dimensions of 44mm wide by 18mm tall for stable seating in the slot
• Overall dimensions of 44mm by 36mm for positive load distribution
• Designed for modular fixture, framing, and machine-build applications

Compatibility

Designed as a replacement or component-build T-slot nut for T-slot extrusion systems with a 27.6mm slot width and M24 thread requirements. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation is typically performed by millwrights, machine builders, or maintenance technicians familiar with T-slot framing systems. Power down and de-energize any machine or structure before adding or repositioning T-slot hardware. Slide the nut into the T-slot track before positioning the mating component, then thread the fastener in to the required engagement depth. Ensure the nut is fully seated and the fastener is torqued per the assembly drawing or applicable machinery standard before returning the equipment to service.