CCG Cable Terminations E1EX-LS Cable Glands For Armoured Cables - Hazardous Area Glands

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CCG E1EX Lead Seal Ex de IIC
Zone 1 Zone 2 Zone 21 & Zone 22
CCG Cable Terminations E1EX-LS Captive Component Gland for use on armoured lead sheath cable in hazardous areas.
ATEX, IEC, Ex d IP66/68
CCG cable terminations are recognised as a major manufacturer of cable glands and junction boxes in the world, employing over 200 dedicated people. CCG place emphasis on the users input to enhance designs.
CCG products are also known for their time and wastage saving fatures. The CCG Cable terminations simplicity of their "Captive Cone" and "Built in Seals" concepts means that no matter where in the world the CCG products are being installed, the simplest of instructions will ensure that all the parts have been correctly fitted.
CCG E1EX-LS Ex de Captive Component Glands Features and Benefits
CCG E1EX-LS cable glands for use indoors, outdoors and hazardous areas
Precision manufactured from high quality brass (nickel plated) or stainless steel
Patented disconnect system allows inspection of armour clamp and inner seal after assembly
Factory fitted captive elastomeric seals for built in safety
Seals on both inner lead sheath and outer sheaths to IP66/68
Cable gland comes complete with polypropylene sealing gasket and an end cap / safety gauge for correct gland selection
CCG E1EX-LS Ex de Hazardous Area Cable Gland Zone 1 Zone 2 Zone 21 & Zone 22
CCG E1EX-LS Ex de Hazardous Area Cable Gland Technical Data
Type E1EX Lead Seal
Gland Material Brass (Nickel Plated)
Seal Material Thermoset Elastomer and Lead
Cable Type Steel Wire Armour, Lead Sheath
Armour Clamping Captive Cone and Cone Ring
Sealing Area Inner Lead Sheath and Outer Sheath
Optional Accessories Adapter, Earth Tag, Locknut, Reducer, Serrated Washer and Shroud

[@Pankajmanix]

Very well explained.. Maintained all standards

[@007floppyboy]

I was taught that the inner pvc sheath should project 10mm further in the enclosure than the lead and the lead should project 10mm further in than the gland base.

[@aminulsheikh4210]

Very good

[@ManiKandan-qf6oz]

super good explain

[@RajeshKumar-kr6ey]

Good