Searching to purchase top quality PG cable gland ? 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.
The comprehensive cableglandsonline.com product range offers various cable glands with combined types of ignition protection, such as “Ex e/t” or “Ex d/e/t” The “pressure-resistant encapsulation” (d) in accordance with EN 60079-1 guarantees safe containment of ignition sources in device housings. The “enhanced safety” ignition protection type (e) in accordance with EN 60079-7 furthermore prevents too high temperatures, sparking or arcs of light on interior and exterior components of electrical supplies. Depending on requirements, the cableglandsonline.com cable glands take over reliable protection functions when used in ex zones 1 and 2 (gas environments exposed to explosion hazards), as well as 21 and 22 (dust environments exposed to explosion hazards).
Common applications for cable glands include aerospace, cleanroom, fire protection, industrial, marine, panel or enclosure, power or utility, railway, and telecommunications. Marine glands: Designed for application on ships, offshore mining and drilling settings, or other marine applications. See extra details on Waterproof cable gland.
Why Do We Use Cable Glands? A cable gland (or as sometimes called; a cable fitting) is a mechanical device used to securely attach the end of a cable to an instrument, junction box, or piece of equipment. Cable glands provide many functions: To firmly secure cable entering a piece of equipment, To maintain the ingress protection of the piece of equipment (minimum of IP54 for ‘e’ and ‘n’ type enclosures. Where the enclosure wall thickness is less than 6mm a sealing washer or thread sealant will be required to maintain IP54 protection).
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.
CableGlandsOnline.com offer a wide selection of cable glands and cable ties to fit your needs. All of our cable glands meet IP68 specifications as liquid tight and are resistant to low level acides and alkalis. These cable glands are also designed for install well. Here are you can find a full sizes of all kinds of cable glands. Whether your application requires metric, npt or pg or other applications. You will find what you need here. Source: https://cableglandsonline.com/.