Cable and wire entry systems

Cable and wire entry systems, also known as cable glands, cord grips, or cable entry plates, are essential components for routing, securing, and protecting electrical cables as they enter enclosures, panels, or machinery. These systems ensure mechanical retention, strain relief, and environmental sealing against dust, moisture, and other contaminants. Key technical parameters include thread types (metric, PG, NPT), ingress protection ratings (IP66, IP68, IP69K), material composition (brass, stainless steel, nylon, polyamide), and temperature ranges. They accommodate a wide range of cable diameters and are available in single or multi-entry configurations, often with EMC shielding options for sensitive applications.

These systems are deployed across industrial automation, renewable energy, transportation, and building infrastructure sectors. Common installation environments include control cabinets, junction boxes, switchgear assemblies, motor terminal boxes, and field-mounted sensors. They are critical in harsh environments such as chemical plants, offshore platforms, food processing facilities, and outdoor telecom installations, where reliable cable sealing and mechanical protection are mandatory for system integrity and safety.

Subcategories include standard cable glands, EMC glands, hazardous area glands (ATEX/IECEx), and cable entry frames. Key article codes often follow patterns like CG-M20-1.5-BR (metric thread, brass), CG-PG11-NY (PG thread, nylon), or CEF-4X-M20 (4-way entry frame). These codes typically encode thread size, material, and configuration. Other relevant items include multi-cable transits, cable cleats, and conduit adapters, which complement the main cable entry solutions.

Our platform offers real-time pricing and express worldwide shipping for all cable entry components. Each product includes detailed technical datasheets with torque specifications, sealing ranges, and certification details. Our team of specialized engineers provides personalized support for selecting the correct gland type, material, and thread for your specific application, ensuring compliance with local standards and optimal system performance.