Bearing Lock Nuts R Type
Caution
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Product Description
・ Product type: Bearing Lock Nuts R Type, C-RM series.
・ Nominal of Thread: M8X0.75, M10X1.0, M12X1.0, M15X1.0, M16X1.5, M17X1.0, M20X1.0, M25X1.5, M27X1.5, M30X1.5, M33X1.5, M35X1.5, M40X1.5, M45X1.5, M50X1.5, M55X2.0, M60X2.0
・ Material: Made of SC45 (Bearing) and Phosphor bronze (Locking pin)
・ Lock Nut are widely used in machinery and industries, it self-locks through friction between the nut and bolt. However, this self-locking can be less reliable under dynamic loads. To ensure reliability, additional anti-loosening measures may be taken in critical applications.
・ This is an economy item; The price is cheaper than the MISUMI standard product.
Economy Bearing Lock Nuts R Type
- Discover the Economy Series Bearing Lock Nuts—affordable, high-quality solutions that deliver dependable performance without breaking the bank.
- Available in a variety of sizes, catering to a wide range of applications.
- Engineered from strong materials with a locking pin for challenging environments.
- Designed for secure clamping with a 60-degree angle for tight connections.
- Benefit from fast shipping and extensive inventory to minimize downtime.
MISUMI Standard
Cheaper Price
Product Variety
3D CAD Support
Product Overview of Fulcrum Pins
Product Feature of Fulcrum Pins
Features of Fulcrum Pins
In some important occasions we will take some anti-loosening measures to ensure the reliability of nut locking. Fulcrum Pins, Lock Nut is one of the anti-loosening measures.
The anti-loosening effect of the lock nut mainly depends on the interaction force between the meshing threads of the nut and the bolt. There are many ways to improve the interaction force between the meshing threads such as the structural improvement of the nut thread, Nylon roughening of Nylon nut, and thread surface treatment.
Thin, suitable for installation environment where thickness space is limited
Dimensional Drawing of Fulcrum Pins
Specifications Overview of Fulcrum Pins
Fulcrum Pins, Axial vibration shock test result (Vibration frequency: 0.6cpm, acceleration: 8G)
Example Use of Fulcrum Pins
