Lapp SKINDICHT Series Metallic Nickel Plated Brass Cable Gland, PG29 Thread, 19.5mm min., 21.8mm max., IP68

LAPP SKINDICHT Series Cable Gland, 21.8mm Maximum Cable Diameter, PG29 Thread size - 52003550+52005190

This cable gland is designed for robust and secure connections in various challenging environments. The PG29 size accommodates cable diameters ranging from 19.5mm to 21.8mm, ensuring versatility and reliability in installations. Constructed with durable nickel-plated brass, it offers an reliable blend of strength and aesthetic appeal.

This cable gland is designed for robust and secure connections in various challenging environments. The PG29 size accommodates cable diameters ranging from 19.5mm to 21.8mm, ensuring versatility and reliability in installations. Constructed with durable nickel-plated brass, it offers an reliable blend of strength and aesthetic appeal.

Features & Benefits

• Provides low-resistance 360° screen contact for effective earthing • High IP68 rating ensures waterproof capabilities up to 10 bar • Optimal strain relief protects cables from damage • Designed to withstand temperature variations from -20°C to +80°C • CE and RoHS compliant materials promote environmental safety • Locknut included to support secure fitting in applications

• Provides low-resistance 360° screen contact for effective earthing • High IP68 rating ensures waterproof capabilities up to 10 bar • Optimal strain relief protects cables from damage • Designed to withstand temperature variations from -20°C to +80°C • CE and RoHS compliant materials promote environmental safety • Locknut included to support secure fitting in applications

Applications

• Ideal for use in medical engineering equipment • Suitable for frequency converters managing electrical interference • Used in airports for electronic systems requiring reliability • Effective for measurement and control technologies needing earthed connections

• Ideal for use in medical engineering equipment • Suitable for frequency converters managing electrical interference • Used in airports for electronic systems requiring reliability • Effective for measurement and control technologies needing earthed connections

What type of materials are used in the construction of this cable gland?

The body is made of nickel-plated brass to enhance durability, while the earthing sleeve is constructed from brass, ensuring robust electrical performance. The special sealing cone is made from CR material, and an NBR O-ring is also included for added protection.

The body is made of nickel-plated brass to enhance durability, while the earthing sleeve is constructed from brass, ensuring robust electrical performance. The special sealing cone is made from CR material, and an NBR O-ring is also included for added protection.

How does the cable gland ensure effective earthing in systems?

It features a low-resistance 360° screen contact, providing improved grounding and minimising electrical interference in systems where such fields may be present. This is particularly important in sensitive applications like medical devices and measurement technologies.

It features a low-resistance 360° screen contact, providing improved grounding and minimising electrical interference in systems where such fields may be present. This is particularly important in sensitive applications like medical devices and measurement technologies.

What measures are in place to guarantee waterproof capabilities?

With an IP68 rating, this cable gland is designed to withstand immersion in water under pressure of up to 10 bar, providing assurance against moisture ingress in demanding environments.

With an IP68 rating, this cable gland is designed to withstand immersion in water under pressure of up to 10 bar, providing assurance against moisture ingress in demanding environments.

Can this cable gland be used in extreme temperature conditions?

Yes, it is rated for a temperature range of -20°C to +80°C, making it suitable for a variety of applications exposed to fluctuating temperatures.

Yes, it is rated for a temperature range of -20°C to +80°C, making it suitable for a variety of applications exposed to fluctuating temperatures.