This magnetic quick-connect fitting is ideal for anyone looking to simplify their dust collection setup... Read More
This magnetic quick-connect fitting is ideal for anyone looking to simplify their dust collection setup while maintaining top-notch performance. Read Less
The B4397 Magnetic Quick-Connect Hose Fitting makes it easier to move a 4" dust collection hose between machines. Its magnetic coupling uses rare earth magnets with 15 pounds of pull force to create a secure connection without tools, helping reduce setup time when changing between workshop equipment.
Made from flexible, heavy-duty rubber, the connector is designed to withstand regular workshop use while forming a close seal around the connection point. This helps reduce dust leakage and maintain effective airflow through the dust collection system.
An integrated metal clamp secures the fitting to the hose, while the magnetic end allows the connector to be attached and removed quickly as needed.
Features
Magnetic quick-connect design allows fast, tool-free hose changes
Designed for dust collection systems with 4" intake ports
Rare earth magnets provide 15 lb of pull force
Heavy-duty rubber construction offers flexibility and durability
Integrated metal clamp secures the fitting to the hose
Suitable for workshops where one dust collection hose is moved between multiple machines
Black finish with blue accents and silver clamp
Specifications
Model: B4397
Product Type: Magnetic quick-connect hose fitting
Application: Dust collection systems
Hose Size: 4"
Compatible Intake Port Size: 4"
Connector Material: Heavy-duty rubber
Magnet Type: Rare earth magnets
Magnet Pull Force: 15 lb
Connection Type: Magnetic coupling
Seal Type: Flexible sealing connection
Colour: Black with blue accents
Clamp Finish: Silver
Comes With
One 4" magnetic quick-connect rubber connector
Integrated metal hose clamp
FAQ
What size dust collection hose does this fitting accommodate?
The B4397 is designed for use with 4" dust collection hoses and 4" machine intake ports.
How does the fitting connect to a machine?
It uses rare earth magnets to create a secure, tool-free connection to a compatible metal intake port or connection point.
How strong is the magnetic connection?
The magnets provide 15 pounds of pull force.
Does the fitting help reduce dust leakage?
Yes. Its flexible rubber construction forms a close seal that helps reduce dust leakage at the connection point.
Is a hose clamp included?
Yes. The fitting includes an integrated metal clamp for securing it to the dust collection hose.
Can it be moved between different machines?
Yes. The magnetic quick-connect design is intended to make moving a dust collection hose between compatible machines faster and easier.
The B4397 Magnetic Quick-Connect Hose Fitting: The Rubber Connector is designed for fast, easy, and secure connections between 4-inch hoses and dust collectors. This fitting is made of heavy-duty thick rubber, ensuring durability and long-lasting performance in demanding workshop environments. With its magnetic quick-connect design, this fitting allows you to swiftly switch between machines, enhancing your dust collection efficiency.
Robust Magnetic Attraction: Experience a strong and secure connection every time. The magnetic attraction ensures that the coupler stays firmly in place during operation, providing a reliable seal that minimizes leakage. Enjoy a seamless and worry-free dust collection experience.
Durable Construction: Crafted from high-quality rubber, our magnetic connectors are designed to endure the rigors of daily workshop use. Say goodbye to unreliable quick connects that wear out over time. This flexible yet durable rubber solution ensures a secure fit while standing up to heavy-duty demands. Invest in a product built for lasting performance in your workshop.
Specifications:
Application: Suitable for use in dust collection systems with 4-inch intake ports.
Material: High-quality rubber and rare earth magnets.
Connection Type: Magnetic coupling for a secure fit.
Seal Type: Flexible air-tight seal to minimize dust leakage.