Ex-d/e Cable Glands Metal Design

For Zone 1, 2, 21 and 22 according EN 60079-0:2012 / IEC 60079-0: 2011

Crouse-Hinds-badges

For introducing cables or leads into metal housings, explosion-protected housing or, if reinforced cables have to be introduced, metal cable glands are used. Metal glands are designed for use in areas of Zone 1, 2, 21 and Zone 22 at no risk of explosion and for cables with and without reinforcement.

hardo-cable glands

Looking for a less expensive alternative perhaps?

Check out HARDO brand cable glands

HARDO explosion-proof cable glands are an excellent alternative to well-known global manufacturers. They are certified for use in zones 1, 2, 21 and 22. We supply all cable glands with accessories according to the investor’s requirements.

CEAG cable glands description

Designed according to the latest standards

For introducing cables or leads into metal housings, explosion-protected housing or, if reinforced cables have to be introduced, metal cable glands are used. Metal glands are designed for use in areas of Zone 1, 2, 21 and Zone 22 at no risk of explosion and for cables with and without reinforcement. Depending on the area of use, these cable entries are certified with the type of protection Ex-d or Ex-e pursuant to the latest standard EN 60079-1 or EN 60079-7.

For all applications

For special applications, the cable glands are available in high-quality stainless steel 316L, nickel plated brass, marine bronze or anodised AV4PB. In the case of systems or housings manufactured according to the NEC (National Electrical Code), the line or the connecting cable must be introduced via conduits, mounting fittings, etc. with NPT threads. Optional holes, or those that are not used, must be closed with a screw connection certified for this purpose. Special versions are available for different applications.

Features

Certified accord. to the latest Standard EN 60079-0: 2009
Mechanical, chemical and thermal resistance
Ambient temperature -60 °C up to +140 °C
Single range with global compliance: NEC, IEC standard and marine approval. All covered with one product.
High-quality alloy

Available models

Ex-metal cable glands
Ex-cable glands ADE 1F2
Ex-cable glands ADE 6F
Accessories for Ex-cable glands ADE
Ex-d/e metal reducing rings/screw plugs
Ex-d/e metal adapter

Ex Electrical Equipment – offer

GRP Ex Terminal Boxes HARDO

Terminal
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Increased insulation clearances of built-in components, high IP rating of enclosures, temperature restrictions, use of certified components and certified electrical equipment.

aluminum control stations hardo

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stations

The offered control stations and panels can be operated even under extreme industrial conditions. Our enclosures are resistant to corrosion and the effects of aggressive chemicals.

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EX Cable
glands

Ex cable glands are used wherever a properly protected connection of armored or non-armored cable to machinery or equipment is required.

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connectivity

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Our own
prefabrication

Guaranteed high quality due to total control over the product at each stage of the manufacturing process. Quick implementation due to shorter lead times for non-standard solutions

Secure your industrial plant

Completed projects

Prefabrication of 156 explosion proof terminal boxes

Inside view of an explosion-proof switchgear

Factory-Built Switchgear for Explosion Hazard Zones – How to Reduce Costs Significantly?

Prefabrication of power supply and control cabinets for mechanical ventilation systems

Selection and supply of luminaires for operation in explosion hazard zones 2, 21 and 22

A multi-stage project to stringent requirements or the supply of Ex-rated earthing

A multi-stage project to stringent requirements or the supply of Ex-rated earthing, lighting and electrical engineering systems for an R&D centre

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Is an Ex d or an Ex e distribution board a better choice? Choose the right option based on a real-life example.

Several hundred light fixtures for one of the major manufacturers of chemical materials

Prefabrication of Ex-type Energy Distribution Switchgears for Containers Located in Explosion Hazard Zones

Prefabrication of terminal boxes and control boxes for EX zones in a non-standard temperature range

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Selection and supply of primary and emergency lighting fixtures for new generation sewage treatment plants

Knowledge base

Designation of dust explosion hazard zones

Designation of dust explosion hazard zones — introduction

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A tragic flour explosion

Marking of Equipment Designed for Use in Potentially Explosive Atmospheres

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Is silo dust monitoring an effective solution in explosion prevention?

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A dust explosion at the mill completely destroyed the plant

A dust explosion at the mill completely destroyed the plant

FILM – Electrostatic discharge resulted in ignition and explosion of the vapours of flammable liquid stored in IBC container. Fire broke out. The reason was lack of earthing

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How to protect a wastewater treatment plant against a dust explosion? Analysis with example

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Explosive coal and biomass may be the next problem for the power sector in the autumn

VIDEO – road tanker fire – probable cause was electrostatic discharge

VIDEO – road tanker fire – probable cause was electrostatic discharge

VIDEO – how an explosion occurs during the mixing and pouring flammable liquids. A video depicting real-life events

Dangerous GLUTEN – we do not know if it is bad for you, but it is certainly explosive [Check your product]

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Explosion suppression and isolation system for a bucket elevator: how to blast proof a brewery

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Explosion at the Kronospan plant in Strzelce Opolskie

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Case study — dust explosion in the mixer, causes and effects

How to Stop an Explosion – Explosion Decoupling Systems

Electrostatic Charge Control in Explosion Risk Zones

Explosion pressure wave as a simple and effective form of protection or a few words about the SNR non-return flap

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Decompression panels vs. flameless explosion relief: which one should be chosen?

Report of the installation of optical fibre temperature detectors on belt conveyors in Dalkia Poznań ZEC

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Explore the advantages and limitations of explosion protection – a practical guide

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VIDEO – explosion in a vacuum cleaner showing what can happen in an industrial central vacuuming, dust extraction or cyclone systems

Failure to follow proper handling procedures and ensure proper earthing systems can lead to disaster

Electrostatic discharge as a cause of explosion

Explosion risk assessment and the problems of ensuring safe production in explosion hazard conditions

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A compendium of knowledge on explosion isolation

Explosion Risk Assessment for the Design Stage of a Plant as Exampled by the Company Lajkonik Snacks Sp. z o.o.

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Some theory – what is SIL

[“Rzeczpospolita” daily] – We are building a safe industry

VIDEO – powerful electrostatic discharge during conveyor belt operation. How to calculate the energy of an electrostatic spark?

Fire on a conveyor belt transporting petroleum coke

Fire on a conveyor belt transporting petroleum coke

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Measure a factory – process systems inventory survey

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What you should know about cryogrinding?

Steam Fire Extinguishing in Commercial Power Engineering

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A mistake in the EPD, or a deliberate act? Or how additional costs arise.

Fire risk in a waste sorting station. Why and what protection should be used?

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Explosion relief – panels versus valves Advantages and limitations

VIDEO — a case study which accurately shows causes and effects of aluminium dust explosions

[Case study] Dust cloud ignition caused by static electricity

Do you have any questions?

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info@grupa-wolff.com

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