The E1EX Captive Component Gland is designed for use with steel wire and aluminium armoured cable in hazardous areas with a potentially explosive atmosphere. Equipment protection levels: Ex d IIC Gb, Ex e IIC Gb, Ex nR IIC Gc, Ex tb IIIC Db II 2G, II 2D, II 3G.

For indoor, outdoor and Group II hazardous areas
Two part handling, no loose parts
Captive Cone and Cone Ring provide an armour clamp and earth bond for steel wire armour and aluminium armour
Patented disconnect system that allows inspection of armour clamp and inner seal after assembly
Factory fitted with a specially formulated elastomeric seal for built-in safety, seals on the inner sheath of the cable to IP66 / IP68
Precision manufactured from high quality brass (marine grade electroless nickel plated) or stainless steel
Complete with a sealing gasket and end cap safety gauge for correct gland selection

ATEX, IECEx, INMETRO, SANS/IEC.

This cable gland from Moflash is designed to seal an electrical cable and hold it in place on the electrical equipment. It's intended for use with steel-wire and aluminium-armoured cables in hazardous areas where the atmosphere's potentially explosive. The clamp is factory-fitted with a specially formulated elastomeric seal for built-in safety, while its captive cone and cone ring combine to provide an armour clamp and earth bond, preventing electric shocks. A patented disconnect system lets you inspect the armour clamp and inner seal after assembly, for easy maintenance. This gland accepts cables from 14.5mm to 20.5mm.

• ATEX certification means it's safe for use in potentially explosive environments
• IP66 and IP68 (ingress protection) ratings indicate protection against dust, water jets and submersion
• Nickel-plated brass material is robust and corrosion-resistant for long service life
• Wide operational temperature range of -20°C to +95°C to cope with extreme conditions

• Oil and gas industries
• Mining industry
• Pharmaceutical manufacturing
• Woodworking

ATEX specifications require that any certified equipment used in potentially explosive atmospheres must not form a source of ignition, or pose a health and safety threat to workers or property.