Lcie 13 Atex 3069 X -

: Compliance with European "Atmosphères Explosibles" regulations. 3069 : The unique project or product identifier.

The alphanumeric string "LCIE 13 ATEX 3069 X" is a specific ATEX certificate number

There are two main types of ATEX certifications: lcie 13 atex 3069 x

is a specific EU-Type Examination Certificate number issued by the Laboratoire Central des Industries Électriques (LCIE) for electrical or non-electrical equipment designed for use in potentially explosive atmospheres (hazardous areas) . Understanding this code helps engineers, compliance managers, and plant procurement professionals decipher safety and integration parameters within heavy industries. Anatomy of the Certificate Code

: Requirement for ATEX-certified cable glands that maintain the enclosure's IP rating. This French laboratory is an authorized notified body

The certification code refers to a specific technical safety document issued by the Laboratoire Central des Industries Électriques (LCIE) Bureau Veritas . This French laboratory is an authorized notified body (identification number 0081) responsible for certifying electrical and mechanical equipment intended for use in potentially explosive atmospheres under European Directive 2014/34/EU.

: The certificate might demand a precise type of heat-resistant cabling or unique explosion-proof cable glands that the end-user must provide during installation. Practical Verification Steps for Field Operations LCIE Bureau Veritas

The certifying body, LCIE Bureau Veritas , which performs rigorous testing to ensure equipment meets essential health and safety requirements. 13: The year of initial certification (2013).

A critical suffix indicating that the equipment is subject to Special Conditions for Safe Use . Users must refer to the specific certificate schedule to understand these mandatory installation or environmental requirements. Equipment Capabilities and Safety Ratings

The identifier refers to an ATEX certificate issued for equipment intended for use in potentially explosive atmospheres.

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