Metal cable glands for shielded cables MMG-40-EMC (1 pc.) MMG-40EMC

Robust cable sealing and shielding – cable gland MMG-40-EMC

This metal cable gland, made of brass with a nickel-plated surface, is a reliable solution for sealing shielded cable entries in electrical enclosures. Designed for cables with a diameter of 18 to 25 mm, it provides not only mechanical protection against pulling but also effective electromagnetic shielding. The MMG-40-EMC cable gland is particularly recommended for applications where minimizing interference and ensuring stable device operation are crucial.

Thanks to its construction based on seals and a high degree of protection IP68, the gland guarantees protection against moisture and dust. The brass construction ensures corrosion resistance and long-term reliability even in harsh industrial conditions. The use of a locknut further stabilizes the connection and facilitates assembly.

• EMC shielding: Provides effective suppression of electromagnetic interference, which is crucial in precise control and measurement systems.
• Wide cable diameter range: Compatible with cables with a diameter of 18 to 25 mm, increasing its versatility.
• Durable construction: The brass body with a nickel-plated coating guarantees resistance to corrosion and mechanical damage.
• High IP68 tightness: Protects against moisture and dust, ensuring safe operation in demanding environments.
• Easy installation: Equipped with a locknut for quick and secure mounting.
• Operating temperature range: Allows operation in a wide temperature range from -40°C to +100°C (short-term up to +120°C).

MMG-40-EMC cable glands are widely used in industrial automation, machine and equipment construction, robotics, shipbuilding, railways, and control cabinet prefabrication. They are ideal wherever reliable sealing of shielded cables and protection against external factors are required. Thanks to their solid construction and high-quality workmanship, they are an investment in the safety and long-term efficiency of electrical installations.