M6 Thread, 16mm Bore Diam, 24mm OD, Shaft Locking Device MPN:C170M-16X24

Introducing the Climax Metal M6 Threaded Shaft Locking Device, perfect for securing industrial machinery parts in high-stress situations. With a thread size of M6 and 3 screws design, this device provides an impressive axial load capacity of 3759 lbs while taking up minimal space with its 1.732 overall width. The compact and lightweight construction makes it easy to install and transport, making it ideal for use in tight spaces or during equipment maintenance. With its versatile applications across a range of industries, the Climax Metal M6 Shaft Locking Device is the ultimate solution for secure, reliable shaft locking.

Top product features:

• Axial Load Capacity: The Climax Metal M6 Threaded Shaft Locking Device offers an impressive axial load capacity of 3759 lbs, making it suitable for securing heavy-duty machinery and preventing unwanted movement.
• Compact Design: Measuring only 1.732 overall width, the device is designed to take up minimal space, allowing it to be installed in tight spaces or during equipment maintenance without causing any hindrance.
• Lightweight Construction: With a lightweight construction that weighs only 0.50 lbs, the Climax Metal M6 Shaft Locking Device is easy to handle and transport, making it a convenient solution for industrial settings where mobility is crucial.

Top product applications:

• Industrial machinery: The Climax Metal M6 Shaft Locking Device can be used to secure and lock heavy-duty industrial machinery in place to prevent unwanted movement or vibrations, ensuring that the equipment remains stable and safe to operate.
• Equipment maintenance: During equipment maintenance, the device can be used to secure parts and components in place while they are being repaired, replaced or adjusted, reducing the risk of injury caused by moving parts and enhancing efficiency.
• Installation services: The device is ideal for securing parts or systems during installation, ensuring that they remain aligned and in position until the entire unit is assembled, eliminating errors and improving quality.