G(PF) cable gland and PG threaded cable glands buyer tips? Our rail fittings easily comply with the EN 45545-2 standard establishing the requirements for fire protection. All materials and components weighing more than ten grams fulfil the requirements indicated in the standards. In addition, the materials used in our fittings can withstand particularly high temperatures.cable glands offer optimum application for industrial sectors such as automation and robotics, machine and plant engineering as well as many other industries. They are available in brass, stainless steel or plastic and all comply with the protection class IP68. In addition, they impress with their vibration-proof as well as gas- and water-tight construction. Various thread shapes with a long or short thread such as PG, metric and NPT make them flexible helpers for your individual needs.
To determine the right cable gland size for both types, you need to consider: Cable diameter, Construction size, Cable material. For armoured cables, you also need to consider: The diameter of the inner bedding, The diameter of the lead covering, The short circuit fault rating of the cable armour, The type and size of the armour braid. Choose a material type: Different cable gland materials perform differently depending on the application, environment and cable type.
Bimed plastic cable glands provide corrosion-resistant sealed cable entry and strain relief into enclosures or electrical equipment. IP68-rated and available in light gray or black, the Standard series offers Panzergewinde (PG) Thread sizes from PG7 to PG48; Protection series glands are available in sizes from PG7 to PG21, and include a strain relief coil. Common applications for cable glands include aerospace, cleanroom, fire protection, industrial, marine, panel or enclosure, power or utility, railway, and telecommunications. Panel or enclosure cable glands : Specifically designed and rated for penetration into electrical panels and/or electromechanical assembly enclosures. Read more info at PG Threaded Cable Gland.
The CMP E1FX/M cable gland is suitable for use with all forms of equipment protection permitted in Zone 1 provided always that the prevailing code of practice, installation and maintenance is observed ie. IEC60079-14. Locate the cable gland Armour Cone ensuring the correct side of the cone is outermost – grooved for braid/tape armour and stepped for SWA cables. Pass the cable through the cable gland until the wire armour is engaged with the cone. Spread the wire armour evenly around the cone.
Selecting Cable Glands – Items to consider when selecting a cable gland for a particular installation include: Size of cable being terminated, Size of cable entry on piece of equipment, Thread form on the piece of equipment. The most common thread forms in use are imperial threads (NPT), metric threads, and PG threads.
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