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EJB Ex d IIB+H2 Enclosure in Aluminium
EJB series junction boxes are suitable for installation in any areas of a plant where there is a risk of explosion and/or classified as Zone 1, 2, 21, 22. The quality of this product is recognized and valued the world over for its aluminium alloy and the mechanical property of its finishes. The EJB series is mostly used as a box to carry terminals and busbars, fuse carriers, transformers, reactors and barriers, though it is also used to produce control and signalling boards, light and power boards and surge arresters, and motor starter boxes with various configurations, which are custom made to the requirements of our customers worldwide.
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EJBC Ex d IIC Enclosure in Aluminium
EJB series junction boxes are suitable for installation in any areas of a plant where there is a risk of explosion and/or classified as Zone 1, 2, 21, 22. The quality of this product is recognized and valued the world over for its aluminium alloy and the mechanical property of its finishes. The EJB series is mostly used as a box to carry terminals and busbars, fuse carriers, transformers, reactors and barriers, though it is also used to produce control and signalling boards, light and power boards and surge arresters, and motor starter boxes with various configurations, which are custom made to the requirements of our customers worldwide.
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EJBE, EJBXE Ex de IIB Enclosure in Aluminium/Stainless Steel
The ‘Ex de’ control, monitoring and distribution boards of the EJBE series, in aluminium and stainless steel, and the EJBXE series, in stainless steel, were designed to allow you to install electric components such as switches, inverters, fuses, relays, etc. in ‘Ex d’ enclosures to develop the control, monitoring and signalling units, housing the auxiliary terminal block in intrinsically safe ‘Ex e’ enclosures. ‘Ex d’ enclosures are mechanically linked to ‘Ex e’ enclosures by means of a flange and electrically linked by Cortem TP sealed bushings in nickel plated brass or in stainless steel. The number and diameter of the sealed bushings varies depending on the size of the enclosures and the number and cross-section of the cables. The IP protection between two enclosures is guaranteed by a flat silicone gasket resistant to acids, to hydrocarbons and to high and low temperatures.
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EJBX Ex d IIB+H2 Enclosure in Stainless Steel
EJBX series junction boxes are installed in industrial plants where there is a risk of explosion and fire and where combustible dust is present, classified as Zone 1, 2, 21, 22. These enclosures are made from welded 316L sheet stainless steel and come complete with stainless steel screws and a silicone gasket running around the perimeter between the body and lid to provide the IP66 protection degree. The EJBX units are mostly used as junction boxes with relevant connection terminals, as enclosures for fuses, transformers and reactors, as monitoring and signalling boards, light and power boards or motor starter boxes with various configurations, which are custom made to the requirements of our customers worldwide
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GUBE, GUBEH Ex de IIC Enclosure in Stainless Steel
GUBE series control panels, consisting of a ‘Ex d’ junction box CCAIF series and a ‘Ex e’ junction box CTB series in stainless steel AlSI316L, have been specifically designed for the offshore market. The ‘Ex d’ junction box is used for the installation of electrical components such as measuring instruments, PLCs, etc., while the ‘Ex e’ increased safety junction box is used for the installation of terminal blocks for the connection of incoming cables.
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SA-P Ex e, Ex ia Enclosure in GRP
SA…P series junction boxes are made from fibreglass-reinforced polyester. Because they are highly resistant to contamination from fuel oils and mechanical shock, in addition to being lightweight and practical, they can be installed in all industrial plants, especially those where there is a potential risk of explosion and/or fire due to the presence of combustible gases or dust, classified as Zone 1, 2, 21 and 22. The enclosures have special holes made in the base for easy wall mounting. The lid features a silicone gasket that is resistant to low and high temperatures and comes complete with AISI 304 stainless steel screws, which are arranged around the outside of the lid to ensure a tight seal with the IP66 rating. SA…P series enclosures are mainly used as junction boxes/for routing cables for analogue or digital signals and/or for control and monitoring associated with equipment. Terminal strips can be arranged inside the enclosure in various different configurations. The ExNor sales team will be able to advise you what enclosure best meets your needs based on: maximum number of terminals, number of holes per side, minimum distance involved and maximum power dissipation, ensuring everything is within the limits allowed by the certificate.
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SA-SS Ex e, Ex ia Enclosure in AISI 316 Stainless Steel
SA…SS series junction boxes, AISI 316L stainless steel made, are suitable for electrical installations placed in aggressive environments as increased safety boxes or intrinsically safety boxes. They can be supplied with multipolar terminal blocks or with modular terminal blocks. Furthermore, they can be equipped with pilot lights, push buttons and measuring instruments to assemble control and signalling panel stations. SA..SS series junction boxes can be drilled according to customers’ specification. In accordance with rules, Cortem only can perform the drilling.
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ControlEx | Ex d | Connector
The ControlEx connector range is our most versatile option, suitable for control and low/medium power applications. With a wide range of insert configurations, this connector allows Hawke to tailor a connector solution to the customer’s needs. The robust stainless steel body can hold up to 60 contacts and will accept conductor sizes ranging between 0.5mm² and 35mm², operating up to 125A and 750V dependent on contact arrangement and certification approvals.
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FASTEX-M Ex Connector ATEX Zone 1
FastEx-M electrical connectors allow to connect an equipment to the electric circuit or to others equipment safely and quickly. Their strength and extreme ease of use allow to activate the circuits quickly, fail-proof and to protect environments from risk of explosions and accidental disconnections. Their speed of implementation favors at the same time significant savings on overall installation and maintenance costs of systems.
