HKAA-professional custom CNC machining parts manufacturer with quality CNC machining centers
HKAA Double Acting T-Handle Quick-Release Pins are ideal for quick insertion and removal and are activated by push or pull motion. Their T-handle configuration provides a firm, even grip for smooth comfortable operation. The stainless steel construction and smart engineering of our Ball Lock Pins resist corrosion in harsh environments. Experience quick, easy positive engagement and high holding strengths for applications requiring frequent, repetitive use.
Material:
Handle: 303 Stainless Steel
Button: 303 Stainless Steel
Pin Body: Heat Treated 17-4 PH Stainless Steel
SPECS: MS17988 & NAS1353-NAS1366
Meets or exceeds NASM 23460 specifications
Includes split ring for easy attachment of an optional lanyard
May be ordered with (4) locking balls for additional locking element tensile strength.
Special materials, grip length, and longer “C” dimensions upon request.
Product Details
Product Description
Double-Acting Ball Lock Pins are positive locking until released by either pushing or pulling the center spindle, which is connected to the handle. Pushing on the handle releases the balls and inserts the pin in one motion. Pulling on the handle releases the balls and removes the pin in one motion. Ball Lock Pins are high-strength, quick-release alignment pins with a precision ground shank and positive locking. Choice of three handle styles: Ring (R), T, and L.
Available in pin diameters from 3/16 to 1" (5 to 20mm in metric), in stainless steel only. All Double-Acting Ball Lock Pins are made to order, with standard grip lengths for each diameter listed by handle style on the pages below. Pins with special grip lengths up to 12” (300mm) and other special features can also be quickly made to order.
--Four ball options available upon request.
--Meets or exceeds MS17988, MS17989, MS17990, NASM 23460 specification.
Product Application
FAQ
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We can offer a one-stop station service, and support the latest in CNC machining and turning processes, can support a high level of part complexity, and provide exceptional surface finishes.