CompEx Ex12 Application Design Engineers

Course Content

To deliver in-depth competence-based training and assessment in the application design and selection of electrical equipment with the requirements of IEC 60079-14. This will relate to the electrical installation design, selection and erection in areas of explosive atmospheres.

On completion of the assessments, they are sent to the awarding body for marking, if successful, the candidates shall be issued with a certificate of core competence by CompEx Certification Limited.

Pre-requisites

Candidates for the course should be electrical or instrument engineers, including E&I designers, maintenance, project engineers etc.

You are required to bring with you photo identification and suitable evidence that you are fully qualified in the electrical or instrument fields, or both. This could be a letter from your employer or certification evidence of your engineering qualifications.

Course Duration

The course is 5 days in duration.

Optimum Number

A maximum of 10 candidates per course.

Course Language

The course is delivered in English. Therefore, candidates must have good standards of both written and verbal English.

Courses can be delivered in other languages however, this would need to be discussed prior to acceptance on the course. It is the responsibility of the person making the booking to make Roxby aware of this requirement.

Training Aids

A Roxby presentation using course handouts, the EEMUA Publication 214 A Toolbox Guide and demonstration / instructional videos. This is followed by training and multiple written assessments.

Course Objectives

Course Syllabus

• Legislation
• Standards and Certification Process EN / IEC Ex
• ATEX 94/9/EC – Equipment and Equipment Marking
• Overview on Areas Classifications
• Ingress Protection
• Explosive Atmospheres
• Equipment Protection Levels
• Detailed Design and Installation Practices (Electrical & I.S. Concepts) in Accordance with IEC 60079-14
• Documentation
• Review of Selection – Electrical and I.S. Equipment and Systems