Barrier Type Cable Gland
The barrier cable gland also called an exd cable gland, is one type of explosion-proof cable gland joint because of its application in the hazardous zone 1 area and suitable for braided cables.
The barrier cable gland provides a seal locking the electrical cable entry and maintains the ideal fireproof integrity of Exd equipment. The materials adopt brass or stainless steel, the thickness is much more than normal cable glands.
These exd cable glands comply with the IEC60079-1 standard and with the ATEX certificate to ensure high quality.
The barrier cable gland is an explosion-proof accessory, that can be installed at the connection of explosion-proof cable port and explosion-proof electrical equipment. It can lead in the cable and fix the position to achieve a sealing and explosion-proof effect.
Barrier-type cable gland has superior explosion-proof performance, safe and reliable structure, and simple installation Convenience, high protection level, and other advantages. It is widely used in petroleum, chemical, and other places that require electrical safety and explosion-proof, especially suitable for offshore platforms and ships that require electrical hazardous areas & explosive atmospheres.
CEO Notes
Hi, welcome to visit our website. The barrier type cable gland normally used in the hazardous area, it could be applied with armoured or unarmoured cable as you need. We could design and make any size barrier cable gland according to your requiments, and also accept OEM orders. Please contact us for quotations now!
Questions You May Ask About Our Barrier Type Cable Gland
The barrier cable glands used for hazardous areas & explosive atmospheres.
The main application for the barrier cable gland is petroleum refining and petrochemical industry, coal mine, oil field, natural gas chemical industry, gunpowder industry, chemical fiber industry, paint industry, fertilizer industry, various pharmaceutical industries.
Petroleum tankers and liquefied petroleum gas vehicles, airplanes, warehouses dealing inflammable and explosive products, electrolysis workshops, communication machine assembly workshops, and places requiring cable gland joints to be rust-proof, wear-resistant and anti-magnetic, etc.
The material of the barrier cable gland is nickel-plated brass and stainless steel. Because of the good thermal conductivity of brass and high-quality stainless steel and the characteristic of almost no carbon, the heat generated in a short time is absorbed and conducted when the joint and the object are rubbed or impacted.
Another reason is that brass and stainless steel are relatively soft and have good retreat during friction and impact, and it is not easy to produce tiny metal particles, so we can hardly see sparks, so we can achieve the explosion-proof effect.
