LAPP53806760SKINTOP Series Silver Nickel Plated Brass Cable Gland, M16 Thread, 4.5mm min., 10mm max., IP68, IP69

LAPP SKINTOP Series Cable Gland, 10mm Maximum Cable Diameter, M16 Thread size - 53806760

This cable gland is a nickel-plated brass model designed specifically for industrial applications. With a robust design, it supports a cable diameter ranging from 4.5mm to 10mm, making it versatile for various uses. It is built to withstand extreme temperatures, operating effectively between -25°C and +100°C, and boasts an IP68 and IP69 rating, ensuring excellent protection against dust and water ingress.

Features & Benefits

• Nickel-plated brass construction enhances durability and corrosion resistance
• IP68 and IP69 ratings provide robust waterproofing for demanding environments
• Flexible cable bend protection ensures reliable performance in high mechanical loads
• Lightweight design simplifies installation while maintaining strength
• Ozone and UV-resistant sealing rings extend lifespan for outdoor use

Applications

• Integral in machinery manufacturing for secure cable routing
• Suitable for handheld equipment requiring high mechanical stability
• Ideal for electrical installations in outdoor conditions
• Used in automation and electronic systems needing reliable connections
• Supports robust industrial with stringent environmental requirements

What ensures the reliability of this gland under high levels of mechanical strain?

Its design incorporates a stainless steel bending protection spring that prevents excessive flexing, ensuring that flexible cables maintain their functionality even under tough conditions.

How does this product perform in extreme weather situations?

It has been engineered to function effectively in temperatures ranging from -25°C to +100°C, maintaining performance in both freezing and high-heat environments.

Can this gland accommodate various cable sizes?

Yes, it is designed to securely grip cables with a diameter between 4.5mm to 10mm, making it adaptable to different applications without compromising security.