Indexing Plunger D1= M24X2, D=16, Style D, Lockout Type w Locknut, Stainless Steel Not Hardened MPN:K0338.14516
Indexing Plunger D1= M24X2, D=16, Style D, Lockout Type w Locknut, Stainless Steel Not Hardened
The KIPP Indexing Plunger is a precision-crafted tool designed for applications requiring high accuracy and reliability. Its stainless steel construction ensures durability and resistance to corrosion, while the locking mechanism provides secure and consistent plunging performance. With a thread size of M24x2 and a plunger diameter of 16mm, this plunger is ideal for use in industries such as aerospace, pharmaceutical, and food processing where precise control is crucial. Its compact design and low force requirements make it an excellent choice for applications where space and efficiency are key, including laboratory settings and quality control processes.
Top product features:
- Indexing Plunger has a ball nose shape for precise engagement with objects
- Indexing Plunger has a locking mechanism with locknut for secure operation
- Indexing Plunger is made of stainless steel for corrosion resistance and durability
Top product applications:
- Valve Actuation
- Pneumatic or Hydraulic System Control
- Automated Testing and Quality Control
Indexing Plunger, Thread Size M24x2, Thread Length 28 mm, Nose Shape Ball, Plunger Material Stainless Steel, Plunger Dia. 16.00mm, Plunger Projection 16 mm, Mounting Type Not Applicable, With Locking Plunger Yes, Body Length 80 mm, Final Nose Force 46 N, Initial Nose Force 20 N, Overall Length 96 mm, Plunger Width 16 mm, Thread Pitch 2 mm, Handle Type Knob, Body Finish Uncoated, Body Material Stainless Steel, Handle Color Black, Handle Material Thermoplastic, Plunger Finish Uncoated
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: 0.58
Product info last updated on February 3, 2026 4:10pm UTC
Category: Machining