Product Overview
110mm Square Rodding Point with plain-ended spigot, manufactured from durable uPVC to BS EN 1401-1 for underground foul and surface water systems.
Designed to provide surface-level access into underground drainage, the rodding point allows cleaning and unblocking of pipework using rods or other inspection tools. The square access cover sits flush with ground level and can be removed easily for maintenance.
The plain-ended spigot connects directly to a coupler, bend, or fitting, making it suitable for use where a socketed connection is not required.
Features & Benefits
- Access for maintenance: Provides rodding entry into 110mm underground pipework.
- Plain-ended spigot: Fits directly into a coupler or socketed fitting.
- Square access cover: Flush-fitting lid allows simple removal for rodding.
- uPVC construction: Strong, lightweight, and resistant to corrosion and chemicals.
- System protection: Facilitates easy clearance of blockages without excavation.
- BS EN compliant: Manufactured to relevant standards for performance and durability.
Applications
- Inspection points: Installed at strategic intervals for cleaning and maintenance.
- Blockage removal: Enables direct rodding access to clear underground pipes.
- Residential systems: Used in domestic foul and surface water networks.
- Commercial drainage: Suitable for larger underground pipe layouts.
Installation Guidance
- Positioning: Install at accessible points for inspection and rodding.
- Connection: Insert plain-ended spigot into coupler or socket fitting.
- Seating: Ensure access cover is flush with final ground level.
- Backfilling: Surround with suitable granular fill for stability.
- Access: Keep cover clear for ongoing maintenance.
Compliance & Performance
- Standard: BS EN 1401-1.
- Size: 110mm outlet, plain-ended spigot.
- Type: Square rodding point.
- Material: uPVC.
- Applications: Underground foul and surface water drainage.
- Performance: Provides secure inspection and cleaning access.
- Durability: Resistant to chemicals, weathering, and long-term ground conditions.