PG13.5 Metric Thread Cable Gland, Nickel-Plated Brass, IP68, Suitable for Cable Diameters 8-13.5mm, with Sealing Ring

Cable gland PG13.5 Africable

SKU: PG13.5
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Protect your electrical connections from harsh environments with the reliable PG13.5 cable gland. This nickel-plated brass gland features IP68 waterproof protection and is designed for cable diameters from 8mm to 13.5mm, making it ideal for industrial and outdoor applications.

High-Quality PG13.5 Cable Gland Construction

This PG13.5 cable gland is crafted from premium nickel-plated brass that provides excellent corrosion resistance. The robust construction ensures long-lasting performance even in demanding conditions like marine environments, industrial facilities, and outdoor installations.

IP68 Waterproof and Dustproof Protection

With its IP68 rating, this PG13.5 metric thread gland offers complete protection against dust, dirt, and continuous water immersion. This makes it perfect for applications where reliable environmental sealing is critical for system performance and safety.

Perfect for 8-13.5mm Cable Diameters

Engineered to accommodate cables from 8mm to 13.5mm in diameter, this versatile cable gland provides a secure and sealed entry point for various electrical applications. The included high-quality sealing ring ensures a tight, reliable seal every time.

Technical Specifications

  • Thread Size: PG13.5 Metric
  • Material: Nickel-Plated Brass
  • IP Rating: IP68 (Dust-tight and Waterproof)
  • Cable Range: 8-13.5mm Diameter
  • Included: Sealing Ring
  • Temperature Range: -40°C to +100°C
  • Standards: Complies with IEC 62444
  • Finish: Corrosion-resistant nickel plating

Easy Installation Process

Installing this PG13.5 cable gland is straightforward. Simply insert the cable through the gland, tighten the locking nut, and the compression seal automatically adjusts to create a perfect weatherproof barrier. The design ensures quick installation without special tools.

Industrial Applications

This PG13.5 metric cable gland is suitable for numerous applications including control panels, junction boxes, machinery, outdoor lighting, and telecommunications equipment. Its reliable sealing performance makes it essential for maintaining system integrity. Explore our complete range of cable glands and cable management solutions.

Why Choose Nickel-Plated Brass?

The nickel-plated brass construction of this PG13.5 gland offers superior corrosion resistance compared to standard materials. This plating prevents tarnishing and maintains electrical conductivity while withstanding exposure to moisture, chemicals, and temperature variations.

Complementary Products

Complete your cable management system with our selection of cable gland accessories, electrical connectors, and enclosure accessories. These components work together to create professional, reliable electrical installations.

Quality Assurance and Standards

Every PG13.5 cable gland undergoes rigorous testing to ensure it meets international quality standards. The consistent thread quality and precise manufacturing guarantee reliable performance and easy installation in various applications.

Technical Support and Resources

Our technical team provides expert guidance on cable gland selection and installation. Access detailed installation guides and technical specifications through our technical documents library. For international standards information, visit the International Electrotechnical Commission or learn about IP ratings from German Institute for Standardization.

Environmental Compatibility

This PG13.5 cable gland performs reliably across a wide temperature range from -40°C to +100°C. The materials are resistant to UV exposure, oils, and common chemicals, ensuring long-term durability in various environmental conditions.

Cost-Effective Protection Solution

Investing in quality PG13.5 cable glands prevents costly downtime and equipment damage caused by environmental factors. The reliable IP68 protection ensures your electrical systems remain operational and safe, reducing maintenance costs over time.