IP68 rated and UV resistant to withstand harsh climates
Locknut included for maximum protection
High oil-resistance for maximum reliability
Permanent vibration protection
Wide, variable clamping ranges
Where to use it
This cable gland is designed to be used in areas where cables and wires need to be safely inserted into housings. Ideal for photovoltaic installations, automation technology, machine & equipment manufacturing and offshore platforms, equipment and shipyards.
Dimensions
Thread Length
10 mm
Overall Length
47 mm
Width
50 mm
Safety features and certifications
GGVS: TÜ.EGG.020-95
Applications
Marine
RV's
Caravans
Off-Grid Systems
Tiny Houses
Cabins
About Alvolta
Australian-owned and operated and driven by a passion for excellence, Alvolta offers unwavering performance and durability even in harsh Australian conditions. Alvolta specialises in precision-engineered DC components, designed to enhance off-grid adventures. Their commitment to delivering superior power performance with uncompromising quality is evident in their lineup of solar panels, solar charge controllers, circuit protection devices, mounting solutions, tools, and more. Supply yourself with all the arsenal you need to extend your power supply and adventure for longer with Alvolta.
A nylon cable gland secures and seals cables as they pass through panels or enclosures. It provides strain relief, protects against dust and moisture, and maintains the integrity of electrical or waterproof systems - ideal for solar, marine, and automotive applications.
Yes. Most nylon cable glands are rated to IP68, meaning they are dust-tight and can withstand immersion in water. Always check the specific IP rating of the product to ensure it suits your environment, especially for outdoor or marine installations.
Match the gland size to your cable’s outer diameter. A properly sized gland ensures a tight seal without damaging the cable insulation. Refer to the manufacturer’s sizing chart for guidance - selecting the right size is key to maintaining waterproof and strain-relief performance.