What is SWITCHGEAR Explained in TAMIL (Class 2) скачать в хорошем качестве

What is SWITCHGEAR Explained in TAMIL (Class 2)

A glimpse from our online training certificate course " Design of Switchgear Panels and MEP" conducted by our Engineer Mr Nazeer Ahamed BE. We GJ Switchgear Consultant, An ISO 9001:2015 Certified Training center provides online and in house training courses on Switchgear Panel Design, MEP Design and Drafting, HVAC Design, Plumbing, Firefighting, Electrical Design, REVIT, AutoCAD, etc., Course Syllabus: Name: Expertise of Switchgear Industry Duration: 150 Hours Topics Covered: 1. Introduction to Switchgear 1.1. Transmission and Distribution 1.1.1. Power Generation 1.1.2. Power Transmission 1.1.3. Power Distribution 1.2. Switchgear Definitions 1.2.1. Switchgear 1.2.2. Switch Disconnector 1.2.3. Circuit Breaker 1.2.4. Fuse 1.2.5. Relay 1.2.6. Contactor 1.3. Symbols 1.4. IEC Standards 2. Organization Structure 3. Workflow 4. Introduction to Switchgear Panels 4.1. General LV Arrangement 4.2. LV Panel / Main Distribution Board 4.3. Sub Main Distribution Board 4.4. Final Distribution Board 4.5. Control Panel 4.6. Capacitor Bank 4.7. IP Rating 4.8. Forms of Internal Separation 5. LV Panel / Main Distribution Board 5.1. Load Schedule 5.2. Single Line Drawing 5.3. Schematic Diagram (Form 2) 5.4. Busbar Size Calculation 5.5. Selection of Air Circuit Breaker 5.6. Selection of Moulded Case Circuit Breaker 5.7. Design of Panel Arrangement (Form 2) 5.8. Busbar Length Calculation 5.9. Selection of Enclosure 5.10. Metering Connections 5.11. Design of Panel Arrangement (Form 4) 5.12. Panel Images 6. Sub Main Distribution Board 6.1. Load Schedule 6.2. Single Line Drawing 6.3. Schematic Diagram 6.4. Design of Panel Arrangement 6.5. Busbar Length Calculation 6.6. Panel Images 7. Final Distribution Board 7.1. Distribution Board Types 7.2. Load Schedule 7.3. Standard Type Panel Arrangement 7.4. Non-Standard Type Panel Arrangement 7.5. Panel Images 8. Control Panel 8.1. Control Panel Types 8.2. Direct On-line Starter 8.2.1. Power Circuit 8.2.2. Control Circuit 8.2.3. Selection of Contactors and Relays 8.2.4. Schematic Diagram 8.3. Star Delta Starter 8.3.1. Power Circuit 8.3.2. Control Circuit 8.3.3. Selection of Contactors and Relays 8.3.4. Schematic Diagram 8.3.5. Panel Images 9. Capacitor Bank 9.1. What is Power Factor 9.2. Concepts of Total Power, Real Power and Reactive Power 9.3. KVAR Calculation 9.4. Selection of Capacitor, Contactor, Reactor and Fuses 9.5. Schematic Diagram 9.6. Panel Images 10. Testing and Commissioning 10.1. Testing Method Statement 10.1.1. LV Panel 10.1.2. SMDB 10.1.3. FDB 10.1.4. Control Panels 10.1.5. Capacitor Bank 10.2. Inspection Check List 10.2.1. LV Panel 10.2.2. SMDB 10.2.3. FDB 10.2.4. Control Panels 10.2.5. Capacitor Bank 10.3. Megger Test 10.4. Torque Test 10.5. Contact Resistance Test 10.6. ACB Functional Test 10.7. Insulation Resistance Test 10.8. Di-electric / High Voltage / Functional Test 10.9. Maintenance and Safety Instruction 11. Annexure 11.1. Electricity Wiring Regulations – Abudhabi 11.2. IEC Manual 11.3. ABB Switchgear Manual 11.4. ABB Installation Handbook for Protection and Control Devices 11.5. ABB Installation Handbook for Electrical Devices Syllabus of our MEP Electrical Design Course: Total Load Calculation Short circuit Calculation, Voltage drop calculation Transformers and Gensets Lighting and Lux Calculation Cable selections Earthing Calculations UPS/Inverter sizing calculation Battery Sizing Calculation Switchgears Cable trays Trunking Motors and Pumps etc., For registration and more details please call 9894047886 and email: nazeer.ahamed@gjswitchgear.com GJ SWITCHGEAR CONSULTANT NO: 15, 62nd Street Ashok Nagar Chennai 83 04442140340 www.gjswitchgear.com www.facebook.com/gjswitchgear ALL RIGHTS RESERVED