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Comprehensive System Conception and Electrical Cabinet Building Responsibilities

This document outlines the responsibilities involved in the conception and building of electrical cabinets, including writing P&IDs, PLC programming (subcontracted to a selected company), logical diagram creation, and technical specifications. It details a systematic approach divided into five key steps: specification (qualitative and quantitative), core engineering conception and supply, PLC parameterization, and final electrical cabinet construction. Specific timelines and objectives are established, ensuring reliability, productivity, and adherence to both customer and regulatory standards.

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Comprehensive System Conception and Electrical Cabinet Building Responsibilities

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  1. Responsibilities definition for system conception Electrical cabinet building P&ID writing PLC programming (subcontracted to an undefined companythatwillbechosen by ENNESYS) Logicaldiagramwriting Specificequipment specification (QF, SSE) Technicalspecification Customer specification

  2. Step 1 Objectives specification Qualitative specification and suppliers Step 2 Quantitative core engineering conception & supply Step 3 PLC parametrization & Electrical cabinet architecture Step 4 Electrical cabinet conception and building Step 5

  3. Step 1 JANUARY 17th Step 2 Step 3 Step 4 Step 5 FEBRUARY 14th

  4. 1 week a step !

  5. Objectives specification Step 1 Customer specification : 1st system : the one of march 2012 NOW ! Reliability >>>>> Productivity 2nd system : the one of 2ndsemester of 2012 ZERO riskpolicy MULTIPLE validation policy Reliability + Productivity

  6. Qualitative specification and suppliers Step 2.1 Pre-validation P&ID writing Qualitative and organizating version 1 documents Logicaldiagramwriting Technicalspecification Pre-validation

  7. Qualitative specification and suppliers Step 2.2 Qualitative comments on nature of components and organization of them Pre-validation P&ID writing Logicaldiagramwriting Technicalspecification Pre-validation

  8. Qualitative specification and suppliers Step 2.3 Final qualitative conception Suppliershunting Deliverylead time checking

  9. Quantitative core engineering conception & supply Step 3.1 Qualitative and organizating version 2 documents & quantified version 1 documents Pre-validation P&ID writing Logicaldiagramwriting Technicalspecification Pre-validation

  10. Quantitative core engineering conception & supply Step 3.2 Comments on quantity of components and quantitative characteristics of them Pre-validation P&ID writing Logicaldiagramwriting Technicalspecification Pre-validation

  11. Quantitative core engineering conception & supply Step 3.3 Test reports Qualitative PLC programmation Pre-validation according to the logic definition ReliabilitybetweenLogic definition and program definition comments

  12. Quantitative core engineering conception & supply Step 3.4 Final quantitative conception Suppliersquotations Suppliersdelivery

  13. PLC parametrization & Electrical cabinet architecture Step 4.1 Quantified version 2 documents P&ID writing Logicaldiagramwriting Technicalspecification

  14. PLC parametrization & Electrical cabinet architecture Step 4.2 Equipment suppliers Technicalspecification Technicalspecification Logical to Electrical signal conversion report : Tension value definition specification

  15. PLC parametrization & Electrical cabinet architecture Step 4.3 Logical to Electrical signal conversion report : Tension value definition specification PLC variables parametrization

  16. PLC parametrization & Electrical cabinet architecture Step 4.4 PLC architecture Electrical cabinet architecture definition

  17. Electrical cabinet conception and building Step 5 PLC paramters Electrical cabinet building

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