Description
IP68 Rated Interference Ring Seal (IRS) Socket
uPVC Power Duct – Interference Ring Seal (IRS) Socket
PowerProtect+ uPVC IRS Duct offers a robust and dependable ducting solution for both medium and high voltage applications. Designed for versatility, it is suitable for a wide range of installation environments.
Each duct is manufactured with an integrated Interference Ring Seal (IRS) socket, allowing for fast and secure jointing while effectively preventing the ingress of water and contaminants. The system is supported by a comprehensive selection of bends and accessories, with bespoke options available to meet specific project requirements.
uPVC Power Bend – Interference Ring Seal (IRS) Socket
PowerProtect+ uPVC IRS Bends are intended for use with IRS ducting where directional changes are required. They are available in a variety of angles and radii, designed to accommodate standard power cable minimum bend requirements.
Each bend incorporates an integrated IRS socket, ensuring secure connections and protection against dirt and water ingress.
Ring Seal Slip Coupler (Power)
PowerProtect™ ring seal slip couplers are designed to join two spigot-ended ducts. Available in versions with or without a central stop, they provide flexibility during installation and are fully compatible with IRS duct systems and associated bends.
Ring Seal Stop Coupler (Power)
Manufactured from solid wall uPVC, ring seal stop couplers enable the connection of two plain-ended ducts. Both ends are fitted with ring seals compliant with BS EN 681-1 (Type WA), ensuring a reliable and watertight joint.
IP4X Rated Interference Fit (IF) Socket
uPVC Power Duct – Interference Fit (IF) Socket
PowerProtect+ uPVC IF Duct is a durable and reliable ducting system designed for medium voltage, high voltage and shallow burial applications. It offers flexibility across a broad range of installation scenarios.
Each duct features an integrated Interference Fit (IF) socket, providing quick and secure connections while preventing the ingress of dirt and debris. A full range of compatible bends and accessories is available, including custom solutions for specific project requirements.
uPVC Power Bend – Interference Fit (IF) Socket
PowerProtect+ uPVC IF Bends are used where changes in direction are necessary. They are available in multiple angles and radii to align with standard cable bending requirements.
Each bend is manufactured with an integrated IF socket to ensure secure, efficient connections and protection against environmental ingress.
Connector Sleeve (Power)
PowerProtect™ connector sleeves provide a practical solution for joining two spigot-ended ducts. Without a central stop, they can be positioned anywhere along the duct length, offering installation flexibility. They are fully compatible with standard duct and bend systems.
Conductive Duct Systems
IP68 Rated Conductive Coated Interference Ring Seal (IRS) Socket – Con-Duct™
The Con-Duct™ range incorporates an innovative conductive coating, enabling rapid identification and tracing of cable sheath faults within ducted networks. These ring seal and push-fit systems are approved for use on major UK infrastructure projects, including National Grid and SSE Transmission.
IP4X Rated Conductive Coated Interference Fit (IF) Socket – Con-Duct™
This variation of the Con-Duct™ system utilises an interference fit design while retaining the same conductive properties. It supports efficient fault detection and is suitable for use across critical transmission network applications.
uPVC Duct Repair Solutions
Split Duct
uPVC Split Ducts and associated couplers are manufactured under a fully integrated management system aligned with internationally recognised standards, including ISO 9001:2015 (quality management), ISO 14001:2015 (environmental management) and ISO 45001:2018 (occupational health and safety).
Split Duct Repair Couplers
Split Duct Repair Couplers are designed to enable fast and secure reconnection of duct sections. They provide a reliable seal that maintains system integrity while preventing the ingress of dirt and moisture. Ideal for on-site repairs and retrofit applications, they help minimise disruption and ensure continued network performance.
