McAlpine R45E 1.25" Screened Tank Overflow Connector Extended

McAlpine R45E 1.25" Screened Tank Overflow Connector Extended - Product Overview

The McAlpine R45E is a premium 1.25-inch screened tank overflow connector designed to enhance overflow management in various water storage systems. This extended connector is engineered to provide reliable drainage while effectively preventing debris from entering the system, ensuring optimal performance and hygiene.

Key Features

• Screened Design: The integrated screen effectively filters out debris, preventing blockages and allowing for smooth overflow drainage while keeping contaminants out of the tank.
• Extended Length: The extended design offers greater flexibility during installation, making it easier to connect to different tank configurations and ensuring proper overflow management.
• 1.25-Inch Diameter: The standard 1.25-inch size ensures compatibility with most tank overflow systems, providing a secure and effective connection.

Advantages

• Effective Overflow Management: The connector efficiently manages overflow from tanks, preventing water spillage and potential damage to surrounding areas.
• Easy Installation: Its straightforward design allows for quick and easy installation, making it suitable for both professional plumbers and DIY enthusiasts.
• Versatile Application: Ideal for use in various settings, including residential water tanks, rainwater harvesting systems, and irrigation setups.

Recommended Applications

• Water Storage Tanks: Specifically designed for connecting to water storage tanks to manage overflow effectively.
• Irrigation Systems: Suitable for use in irrigation systems where overflow management is essential to prevent flooding.

Summary

The McAlpine R45E 1.25" Screened Tank Overflow Connector Extended is an essential component for effective overflow management in water storage systems. Its screened design, extended length, and durable construction make it a reliable choice for both residential and commercial applications, ensuring optimal performance and protection against debris in overflow situations.