Maintaining Mission Critical Systems in a 24/7 Environment. Peter M. Curtis
Maintenance Procedures 5.9 Documentation Plan 5.10 Emergency Procedures 5.11 Cold Start 5.12 Non‐Linear Load Concerns 5.13 Conclusion
12 6 Fuel Systems Design and Maintenance 6.1 Introduction 6.2 Brief Discussion on Diesel Engines 6.3 Bulk Storage Tank Selection 6.4 Codes and Standards 6.5 Recommended Practices for all Tanks 6.6 Fuel Distribution System Configuration 6.7 Day Tank Control System 6.8 Diesel Fuel and a Fuel Quality Assurance Program 6.9 Conclusion
13 7 Power Transfer Switch Technology, Applications, and Maintenance 7.1 Introduction 7.2 Transfer Switch Technology and Applications 7.3 Types of Power Transfer Switches 7.4 Control Devices 7.5 Design Features 7.6 Additional Characteristics and Ratings of ATS 7.7 Installation & Commissioning, Maintenance, and Safety 7.8 General Recommendations 7.9 Conclusion
14 8 The Static Transfer Switch 8.1 Introduction 8.2 Overview 8.3 Typical Static Switch One Line 8.4 STS Technology and Application 8.5 Testing 8.6 Conclusion
15 9 The Fundamentals of Power Quality 9.1 Introduction 9.2 Electricity Basics 9.3 Transmission of Power 9.4 Understanding Power Problems 9.5 Tolerances of Critical Loads 9.6 Power Monitoring 9.7 The Impact of Alternative Energy Generation 9.8 Conclusion
16 10 UPS Systems: Applications and Maintenance with an Overview of Green Technologies 10.1 Introduction 10.2 Purpose of UPS Systems 10.3 General Description of UPS Systems 10.4 Components of a Static UPS System 10.5 Online ‐ Line Interactive UPS Systems 10.6 Offline (Standby) 10.7 The Evolution of Static UPS Technology 10.8 Rotary UPS Systems 10.9 Redundancy, Configurations, and Topology 10.10 Energy Storage Devices 10.11 UPS Maintenance & Testing 10.12 Static UPS and Maintenance 10.13 UPS Management 10.14 Conclusion
17 11 Data Center Cooling Systems 11.1 Introduction 11.2 Background Information 11.3 Cooling within Datacom Rooms 11.4 Cooling Process 11.5 Cooling Final Dissipation 11.6 The Refrigeration Process 11.7 Components Inside Datacom Room 11.8 Conclusion
18 12 Data Center Cooling Efficiency, Concepts, & Technologies 12.1 Introduction 12.2 Heat Transfer Inside Data Centers 12.3 Cooling and Other Airflow Topics 12.4 Design Approaches for Data Center Cooling 12.5 Additional Considerations 12.6 Hardware & Associated Efficiencies 12.7 Best Practices 12.8 Efficiency Problem Solving