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Product Details

Cable Gland
Cable Tie

Key Features

  • Reliable sealing for cable entry protection
  • Dust and moisture resistant design
  • Strong strain relief for cable safety
  • Suitable for control panels and enclosures
  • Durable material for long-term performance
Cable Gland
Cable Gland

Product Description

IP-Rated Cable Glands for Sealed Cable Entry into Elevator Enclosures and Control Boxes

Cable Glands are precision-engineered cable entry devices that provide a sealed, mechanically secure, and electrically safe method of routing cables through the walls of elevator control enclosures, junction boxes, car operating panel housings, and maintenance control stations. By sealing the cable entry point against the ingress of dust, moisture, and other contaminants while simultaneously providing a strain relief mechanism that protects the cable from mechanical damage at the entry point, the cable gland is an essential component in achieving the IP protection rating specified for the elevator control enclosure.

The IP (Ingress Protection) rating of an elevator enclosure is only as good as its weakest penetration point. An enclosure engineered to IP55 or IP65 standard will fail to meet its rated protection level if cable entry points are not sealed with correctly specified cable glands. In elevator installations where enclosures in the pit, shaft, or external landing positions are subject to moisture, dust, or cleaning water, correctly specified cable glands are a non-negotiable requirement for maintaining the environmental protection that the enclosure specification demands.

Cable glands provide mechanical strain relief by clamping firmly around the cable sheath at the point of entry, preventing tension, vibration, or cable movement from being transmitted to the terminations inside the enclosure. This strain relief function protects both the cable and the terminal connections from the fatigue and damage that unsupported cable movement can cause over time — a significant contributor to long-term installation reliability in elevator systems where vibration from car travel is a permanent feature of the operating environment.

The cable glands are available in a range of metric thread sizes and cable diameter accommodation ranges to suit the diversity of cable types and sizes used in elevator control wiring, from fine signal cables to multi-core power cables for drive and motor circuits. Material options include nickel-plated brass for general use and nylon for applications requiring non-metallic, corrosion-resistant cable entry.

For elevator installation contractors and panel builders who need correctly specified, IP-rated cable glands that maintain enclosure protection integrity while providing reliable cable strain relief in elevator control installations, these cable glands deliver the sealing performance and mechanical protection that professional elevator enclosure assembly requires.

Key Features

  • Maintains IP enclosure rating at cable entry points
  • Mechanical strain relief protecting terminal connections from cable movement
  • Available in metric thread sizes for diverse elevator cable diameters
  • Nickel-plated brass and nylon variants for general and corrosion-resistant use
  • Essential for sealed elevator enclosures in pit, shaft, and external positions

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