Indexing Plunger D1= 3/8-24, D=5, Style B, Non-Lockout w Locknut, Steel Hardened, Knob Plastic Black MPN:K0338.2105AL
Indexing Plunger D1= 3/8-24, D=5, Style B, Non-Lockout w Locknut, Steel Hardened, Knob Plastic Black
The Indexing Plunger from KIPP is a high-quality, reliable component designed for precise applications. With a hardened steel construction and black oxide finish, it provides a durable and long-lasting performance. The plunger's 3/8-24 thread size and 15mm thread length allow for easy integration into various systems. The mushroom knob handle offers a secure grip, while the black thermoplastic material ensures a comfortable touch. Ideal for use in industries such as aerospace, automotive, and medical, this indexing plunger is perfect for applications requiring precise control and accuracy, including valve actuation, pressure sensing, and fluid control systems.
Top product features:
- Indexing plunger design allows for precise control and repeatable action
- Steel hardened plunger material provides durability and resistance to wear
- Mushroom knob handle design provides a comfortable and secure grip
Top product applications:
- Pressure gauge calibration
- Automotive fuel pump control
- Machine tool coolant control
Indexing Plunger, Thread Size 3/8 In.-24, Thread Length 15 mm, Nose Shape Pin, Plunger Material Steel, Plunger Dia. 5.00mm, Plunger Projection 5 mm, Mounting Type Not Applicable, With Locking Plunger No, Body Length 38.5 mm, Final Nose Force 12 N, Initial Nose Force 5 N, Overall Length 43.5 mm, Plunger Width 5 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 February 3, 2026 3:10am UTC
Category: Machining