Implementation Standards For Stainless Steel Waterproof Cable Connectors

Nylon Cable Gland is also referred to as cable fixing head and cable joint. It is widely used in ships, electrical, anti-corrosion equipment, and mechanical equipment. It mainly plays the role of fixing and protecting cables and wires. Today we mainly talk about its implementation standards.

The function of the waterproof joint is simply to tighten and seal the cable.

Tightening is to lock the cable through the thread of the joint so that the cable does not have axial displacement and radial rotation during actual use, thereby ensuring the normal connection of the cable.

Ordinary waterproof joints are suitable for ordinary cables, but there are some joints for special occasions, such as shielded cable waterproof joints, which are suitable for cables with shielding layers, armored cable waterproof joints are suitable for armored cables, and explosion-proof cable waterproof joints are suitable for dangerous areas such as mines.

The implementation standards of waterproof cable connectors are as follows:

The overall requirements of the product should be implemented in the following standards: EN50262/ UL514B

The overall protection of the product should be implemented in the following standards: EN60529/ DIN40050 /IEC60529

The standards for explosion-proof products should be implemented in the following standards: IEC60079-7:2001 GB3836.1-2000

IEC60079-0:2004 GB3836.3-2000

IEC60079-1:2007 GB3836.2-2000

IEC thread specifications: The threads that can be used for waterproof cable connectors can be divided into several specifications. The most common ones are metric thread MG thread specifications, German PG thread, American NPT cone thread, British G (PF) pipe thread, etc.

Working temperature: -40℃~+100℃, can instantly reach +120℃.

Currently, the material used for stainless steel waterproof cable connectors available on the market is 304 stainless steel, so this connector product has the characteristics of corrosion resistance, strong tensile strength, large cable clamping range, and durability.