Walter 5617470 Indexable Key Drive Replacement Key

Product Description

The WALTER 5617470 is a spare key designed for use with WALTER indexable tooling systems. Conforming to ISO 2936-2 standards, this key drive component provides the drive interface needed to seat and secure indexable inserts within compatible toolholders and milling bodies. At approximately 0.003 pounds, this is a lightweight precision spare part intended to replace worn or lost keys in an existing tooling setup. Machinists, tool crib technicians, and CNC operators keep these on hand to maintain uninterrupted tooling performance at the machine.

This key is used in metalworking and machining environments wherever WALTER indexable tooling is in service. Typical applications include turning, milling, and boring operations where insert-seating keys are required to properly torque and position indexable carbide inserts. The ISO 2936-2 designation ensures dimensional conformance to the international standard for key drives used in indexable cutting tool systems.

Key Features

• Conforms to ISO 2936-2 key drive standard for dimensional accuracy
• Direct OEM spare part for WALTER indexable tooling systems
• Lightweight at 0.003 pounds for easy handling and storage
• Single-piece replacement minimizes tooling downtime
• Sold individually for cost-effective restocking

Compatibility

Designed as an OEM-style replacement key for WALTER indexable tooling systems conforming to the ISO 2936-2 key drive specification. Consult your WALTER toolholder documentation to confirm fitment for your specific tooling body.

Installation Notes

Installation is performed by machinists or tool crib personnel during insert changeover or tooling maintenance. Ensure the toolholder is removed from the spindle and the machine is in a safe, de-energized state before servicing indexable inserts. Use the correct key size and apply only the torque specified in the toolholder manufacturer documentation to avoid damaging the insert pocket or seating screw. Do not substitute non-conforming keys, as improper drive fit can result in insert instability during cutting operations.