Lapp SKINTOP Series Grey Polyamide Cable Gland, M50 Thread, 27mm min., 34mm max., IP68, IP69

From Lapp, the Skintop ST series of cable glands have a tough polyamide construction, and offer a high degree of environmental protection. Whether you’re connecting to panels, junction boxes or machinery casing, these cable glands are an easy-to-install solution in cable management.

With a simple screw-on design, the Skintop ST series ensures fast assembly times, and offer a variable clamping range with excellent strain relief.

These cable gland also feature a high degree of temperature, mechanical and oil resistance. Coupled with their permanent vibration protection, this makes them ideal for use with heavy machinery in industrial environments.

This series of glands have metric measurements.

Features and Benefits

• Easy to Install
• Wide Clamping Range
• Metric Measurements
• IP68, 5 bar Protection
• Mechanical Resistance
• Temperature Resistance
• Oil Resistance
• Chemical Resistance
• Vibration Protection

Applications

The Skintop ST series of cable glands can be used where ever wires and cables need to be inserted into panel-style housings through pre-bored holes. Their space saving design makes them ideal for;

• Machine and Equipment Manufacturing
• Photovoltaic and Solar Electric Technology
• Control and Automation Technology

Environment

These cable glands are sealed to IP68 and have a 5 bar pressure rating. This means they have excellent protection against dust ingress and are waterproof even up to shallow submersion. As such, they are suitable for use in harsh environments and even some open air applications.

Accessories
Skintop ST cable glands can be used with corresponding metric sized nylon locknuts.

• 444-2975 is a Skintop Locknut, grey, M12, IP68
• 444-2981 is a Skintop Locknut, grey, M16, IP68
• 444-2997 is a Skintop Locknut, grey, M20, IP68
• 444-3007 is a Skintop Locknut, grey, M25, IP68
• 444-3013 is a Skintop Locknut, grey, M32, IP68
• 444-3079 is a Skintop Locknut, black, M12, IP68
• 444-3085 is a Skintop Locknut, black, M16, IP68
• 444-3108 is a Skintop Locknut, black, M20, IP68
• 444-3114 is a Skintop Locknut, black, M25, IP68
• 444-3120 is a Skintop Locknut, black, M32, IP68
• 811-0821 is a Skintop Locknut, black, M12, IP68

Features and Benefits

Strain relief in accordance to EN50262

This cable gland is an effective solution for secure cable entry into housings in space-constrained environments. It features an M50 thread size, accommodating cable diameters from 27mm to 34mm. Constructed from durable polyamide, this gland is designed to withstand harsh operating conditions, with a temperature range from -40°C to +100°C, making it suitable for various industrial applications.

• Provides IP68 and IP69 ratings for superior water and dust resistance
• Offers variable clamping ranges for diverse cable sizes
• Ensures enhanced protection against vibration for lasting integrity
• Features high oil resistance for reliable performance in industrial settings
• Supports easy assembly with effective strain relief measures

• Utilised in offshore platforms and shipyard equipment
• Ideal for automation technology and photovoltaic systems
• Suitable for machinery and equipment manufacturing
• Effective in environments where minimal space for cables is required

The specific design of this cable gland allows for secure sealing, preventing moisture and contaminants from compromising the integrity of electrical connections. The robust material ensures longevity against harsh conditions associated with industrial applications.

It is crucial to follow the torque specifications provided in the installation manual to avoid damaging the gland or the connected cables.

Considerations should include the environmental conditions, maximum and minimum cable diameters, and the specific requirements of the equipment being used, such as exposure to vibrations or chemicals.

Depending on your application, multiple sealing inserts may be required to ensure a secure fit for varied cable sizes, which should be assessed before installation.

Ensure that the operating temperatures do not exceed the specified range to maintain effectiveness. Regular inspections can help identify any signs of wear that may compromise performance.