53112544

Lapp SKINTOP EMC Brush Cable Glands From Lapp, the Skintop series presents a cable gland designed for use with copper-screened cables. It features a brass wire contact brush that ensures 360° screen contact, which is EMC safe while offering a variable clamping range. This cable gland presents fast and adjustable solution to EMC safe cable management, with maximum reliability.

The MS-HF-M BRUSH gland can maintain a high degree of protection against environmental ingress. These screw on cable glands are easy to install, and provide strain relief to prevent wear and tear on the cable connection.

The Skintop series of cable glands have a rugged nickel-plated brass body, and as such have a high degree of mechanical resistance, ensuring a reliable and durable connector solution for demanding environments. Their halogen-free components also make them ideal for use in confined areas where protection of the public is a priority, such as in railway transport.

Features and Benefits

• Provides Strain Relief to Connecting Wire
• Halogen free and flame retardant components
• Low-Resistance 360° screen contact
• Hazard Level: HL 3
• Protection Rating of IP68, 5 bar
• Robust, Durable Construction
• Operating Temperature Dynamic -25 °C up to +100 °C
• Operating Temperature Statically -40 °C up to +100 °C
• Metric Thread Sizes

Applications

Skintop halogen free cable glands are used in junction boxes and panels in various specialist environments where public safety is a concern, such as:

• Underground Railways and Trains
• Office and Public Buildings
• Airports and Marine ports

They are often used in application such as:

• Control Cabinet Construction
• Engine and Tool Building
• Conveyor Systems

Environment

These glands provide environmental protection up to IP68, which is highly resistant to dust ingress and waterproof even in shallow submersion. As these glands provide a waterproof seal and are highly temperature and pressure resistant, they are ideal for harsh industrial environments and even some open air applications.