ID 11-1/4° x 12" Standard Radius Elbows - BELOW GROUND

The ID 11-1/4° x 12" Standard Radius Elbows are engineered for below-ground conduit systems, primarily serving Canadian telecom applications. These elbows are designed with an inside diameter (ID) smaller than standard IPS conduit, allowing compatibility with standard pipe clamps. However, to ensure a proper fit, it's essential to select the correct pipe clamp size that matches the conduit’s outside diameter (OD). The ID conduit, which is available in sizes ranging from 2" to 6", comes with the flexibility of two connection options: straight socket or interference joint. When ordering, simply add the suffix "-S" for a straight socket connection or "-I" for an interference joint connection.

These elbows are built to withstand the rigors of underground installation, providing a secure, reliable conduit path for your telecom systems. Whether you're handling new installations or making replacements, these fittings offer durability and ease of use.

Key Features:

• Tailored for Canadian Telecom Systems: Specifically designed for below-ground conduit installations in Canadian telecom infrastructure.
• Pipe Clamp Compatibility: Features a smaller OD than IPS conduit, allowing standard pipe clamps to be used, though correct sizing of the clamp is necessary for a secure fit.
• Available in Multiple Sizes: Offered in 2" to 6" sizes, making it adaptable for various installation requirements.
• Connection Flexibility: Choose between two connection types—straight socket or interference joint—by adding the appropriate suffix to your part number (-S or -I).
• Durable Construction: Crafted to endure underground conditions, these elbows provide reliable performance and long-lasting durability.
• Secure and Easy Installation: Ideal for telecom systems that require precise conduit routing with a focus on efficient, secure underground setups.

Optimize your conduit installation with the right ID elbow for your needs. Order now for a durable, cost-effective solution that ensures reliable performance in telecom systems.