SWA Storm Cable Glands
The SWA STORM cable gland range offers electricians a versatile alternative to conventional armoured cable glands, combining faster fitting with IP68 ingress protection. Suitable for SWA armoured, non-armoured, SY and CY braided cables, the innovative design reduces the number of different gland types installers need to carry for common applications. STORM glands are manufactured using robust, non-corrosive materials and feature UV-stabilised, zero-halogen construction, making them suitable for demanding indoor and outdoor environments. The design requires no separate shroud and incorporates anti-rotation technology to help prevent unwanted movement of the armour during fitting and cable pulling. Available from 20mm S Type through to 32mm, each pack contains two glands, two earth tags and two brass locknuts for a practical, professional cable termination solution.
Showing 1 - 4 of 4 items
Showing 1 - 4 of 4 items
Key Features & Benefits
- SWA STORM cable glands designed for faster and easier cable termination compared with conventional armoured cable glands
- IP68 rated for a high level of protection against dust and water ingress
- Suitable for SWA armoured, non-armoured, SY and CY braided cables
- Fast-fit design helps reduce installation time on site
- Innovative anti-rotation technology helps prevent damage caused by armour rotation during installation and cable pulling
- No separate shroud required, reducing the number of components needed for termination
- UV-stabilised construction makes the glands suitable for exposed outdoor environments
- Zero-halogen and low smoke construction provides an alternative to traditional gland materials
- Non-corrosive construction supports reliable use in demanding environments
- Operating temperature range of -20°C to +80°C
- Tested and approved to BS EN 62444:2013
- Available in 20mm S Type, 20mm, 25mm and 32mm sizes to accommodate different cable diameters
- Each product is supplied as a pack of two glands with two earth tags and two brass locknuts
- Extended gland threads provide additional flexibility when terminating through thicker enclosure walls