Indexing Plunger, Short, Size: 0, D1= 5/16-24, D=4, Style C, Lockout Type WO Locknut, Pin Hardened MPN:K0631.7004AK
Indexing Plunger, Short, Size: 0, D1= 5/16-24, D=4, Style C, Lockout Type WO Locknut, Pin Hardened
The KIPP Indexing Plunger is a precision tool designed for applications requiring accurate indexing and precise control. Its short size and compact design make it ideal for use in tight spaces and confined areas. The plunger's hardened pin and lockout type WO locknut ensure secure and repeatable indexing, while the mushroom knob handle provides comfortable and ergonomic operation. Suitable for use in a variety of industries, including aerospace, automotive, and medical, this plunger is perfect for applications requiring precise control and repeatable results. Its compact size and durable design make it a reliable choice for demanding environments.
Top product features:
- Indexing plunger provides a precise nose force of 12 N for consistent operation
- The plunger is retractable, allowing for easy storage and handling
- The plunger features a hardened pin for increased durability and resistance to wear
Top product applications:
- Automotive assembly lines
- Medical device manufacturing
- Aerospace assembly and testing
Indexing Plunger, Thread Size 5/16 In.-24, Thread Length 6 mm, Nose Shape Pin, Plunger Material Steel, Plunger Dia. 4.00mm, Plunger Projection 4 mm, Mounting Type Not Applicable, With Locking Plunger Yes, Body Length 25.5 mm, Final Nose Force 12 N, Initial Nose Force 6 N, Overall Length 29.5 mm, Plunger Width 10 mm, Handle Type Mushroom Knob, Body Finish Black Oxide, Body Material Steel, Handle Color Black, Handle Material Thermoplastic, Plunger Finish Black Oxide, Retractable Yes
Additional Information
- Country of Origin: DE
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 2 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 6.00
- Package Width: 4.00
- Package Height: 2.00
- Package Weight: 0.00
Product info last updated on April 4, 2026 3:53pm UTC
Category: Machining