Indexing Plunger, All SS, Size: 3 D1= M16X1, 5, D=8, Style C Lockout Type WO Locknut, Pin Not Hard MPN:K0632.113308

The KIPP Indexing Plunger is a high-quality, stainless steel solution for precise and reliable indexing applications. Its ball-nose design and adjustable force capabilities make it ideal for use in a variety of industries, including pharmaceutical, food processing, and laboratory settings. The plunger's retractable design and locking mechanism ensure consistent and repeatable results, while its compact size and lightweight construction make it easy to integrate into existing systems. With its fast lead time and flexible ordering options, the KIPP Indexing Plunger is the perfect choice for manufacturers looking to improve their production efficiency and product quality.

Top product features:

• Retractable plunger design allows for easy positioning and storage.
• Locking plunger mechanism secures the plunger in place, preventing accidental movement.
• Ball-shaped nose provides a smooth and precise insertion point.

Top product applications:

• Indexing Plunger, All SS, Size: 3 D1= M16X1, 5, D=8, Style C Lockout Type WO Locknut, Pin Not Hard from KIPP can be used in Valve Automation due to its ability to provide a precise and reliable indexing mechanism.
• Indexing Plunger, Thread Size M16x1.5, Thread Length 23 mm, Nose Shape Ball, Plunger Material Stainless Steel, Plunger Dia. 8.00mm, Plunger Projection 8 mm, Mounting Type Not Applicable, With Locking Plunger Yes, Body Length 60 mm, Final Nose Force 35 N, Initial Nose Force 15 N, Overall Length 68 mm, Plunger Width 8 mm, Thread Pitch 1.5 mm, Handle Type Knob, Body Finish Uncoated, Body Material Stainless Steel, Handle Material Stainless Steel, Plunger Finish Uncoated, Retractable Yes is suitable for use in Process Control due to its ability to provide a precise and repeatable indexing mechanism.
• Indexing Plunger, All SS, Size: 3 D1= M16X1, 5, D=8, Style C Lockout Type WO Locknut, Pin Not Hard from KIPP can be used in the Oil and Gas Industry due to its ability to withstand harsh environments and provide a reliable indexing mechanism.