Product Description

The WJZX L-Type Hex Male Thread Elbow Push-In Fitting is a specialized component for pneumatic air systems. Constructed from plastic and copper-plated zinc, it offers durability and reliable performance. Its L-type design allows for quick assembly of 0.24″ (6mm) pneumatic hoses with a 90° angle change and M10 male threaded connection, making it convenient for installation, maintenance, and repair in various industrial and automation setups.

Specifications

• Brand: WJZX
• Product Name: L-Type Hex Male Thread Elbow Push-In Fitting
• Model: PL601
• Material: Plastic + Copper-plated Zinc
• Hose Size: 0.24″ (6mm) ID
• Thread Size: M10 Male Thread
• Type: L-Type Elbow
• Quantity: 1 Piece

Features

• Durability: Made from plastic and copper-plated zinc to withstand pneumatic system demands, resisting wear and corrosion.
• Quick Push-In Connection: Enables fast assembly of pneumatic hoses, reducing installation time in industrial operations.
• 90° Directional Change: Facilitates air routing at a right angle, enabling flexible pneumatic piping designs around obstacles.
• Hexagonal Design: Facilitates easy tightening and loosening of the male thread with a wrench, ensuring a secure connection.
• Versatility: Suitable for various pneumatic applications, connecting hoses to male threaded components in machinery and automation systems.

Application

Ideal for use in industrial pneumatic systems, automation equipment, and air-powered machinery. It can be used to connect 0.24″ (6mm) pneumatic hoses to M10 male threaded fittings at a 90° angle, enabling efficient air transmission and flexible routing in manufacturing, assembly, and other industrial processes.

Installation Guidelines

1. Ensure the end of the pneumatic hose (0.24″ / 6mm ID) is cut cleanly and free of debris.
2. Push the hose firmly into the push-in port of the elbow until it clicks into place, ensuring a secure fit.
3. Thread the male end of the elbow onto the corresponding female threaded component, tightening it securely with a wrench to prevent air leakage.
4. Test the pneumatic system after installation to ensure proper air flow and no leakage.