Lapp 5311 Series Silver Brass Cable Gland, M20 Thread, IP66, IP68, IP69

LAPP 5311 Series Cable Gland, M20 Thread size, Brass Material - 53112635

This cable gland is designed for copper-screened cables, ensuring optimal low-resistance contact and strain relief. The robust construction features nickel-plated brass, providing enhanced corrosion resistance suitable for diverse industrial applications. It is suitable for environments with temperatures ranging from -40°C to +100°C, making it an ideal choice for high-temperature scenarios.

This cable gland is designed for copper-screened cables, ensuring optimal low-resistance contact and strain relief. The robust construction features nickel-plated brass, providing enhanced corrosion resistance suitable for diverse industrial applications. It is suitable for environments with temperatures ranging from -40°C to +100°C, making it an ideal choice for high-temperature scenarios.

Features & Benefits

• Designed for copper-screened cables to reduce transfer impedance • High protection classes achieve excellent sealing capabilities • Dynamic temperature range of -25°C to +100°C ensures flexibility • Lead-free materials enhance environmental safety standards

• Designed for copper-screened cables to reduce transfer impedance • High protection classes achieve excellent sealing capabilities • Dynamic temperature range of -25°C to +100°C ensures flexibility • Lead-free materials enhance environmental safety standards

Applications

• Utilised in automation equipment for secure wiring connections • Suitable for electrical installations needing robust sealing • Applied in mechanical systems for reliable cable management • Essential in electronics where protection from moisture is critical

• Utilised in automation equipment for secure wiring connections • Suitable for electrical installations needing robust sealing • Applied in mechanical systems for reliable cable management • Essential in electronics where protection from moisture is critical

How does the cable gland ensure effective strain relief for cables?

The design incorporates a secure clamping mechanism that maintains grip while accommodating cable movement, reducing the risk of damage or disconnection during operation.

The design incorporates a secure clamping mechanism that maintains grip while accommodating cable movement, reducing the risk of damage or disconnection during operation.

What are the implications of the IP69 rating for this product?

The IP69 rating indicates protection against dust ingress and high-pressure water jets, making it suitable for use in environments where exposure to water and contaminants is expected.

The IP69 rating indicates protection against dust ingress and high-pressure water jets, making it suitable for use in environments where exposure to water and contaminants is expected.

What materials contribute to thermal resistance in use?

The nickel-plated brass and sealing components are designed to withstand temperatures up to +100°C, ensuring performance stability in high-temperature applications without compromising integrity.

The nickel-plated brass and sealing components are designed to withstand temperatures up to +100°C, ensuring performance stability in high-temperature applications without compromising integrity.

How does the cable gland facilitate low-resistance screen contact?

The design includes a dedicated insert with a lamellar cage that connects to the copper screen, ensuring effective grounding and minimal impedance for reliable signal transmission.

The design includes a dedicated insert with a lamellar cage that connects to the copper screen, ensuring effective grounding and minimal impedance for reliable signal transmission.

What are the advantages of using lead-free materials in the cable gland?

Utilising lead-free materials aligns with environmental regulations, promoting safety and sustainability while still maintaining durability and performance in industrial settings.

Utilising lead-free materials aligns with environmental regulations, promoting safety and sustainability while still maintaining durability and performance in industrial settings.