Introduction to Building Automation | p. 1 |
What is Building Automation? | p. 1 |
Building Automation in Private Residential Buildings | p. 1 |
Building Automation in Commercial Buildings | p. 2 |
The Difference Between Building Automation and Building Control | p. 3 |
Systems in Building Automation | p. 4 |
Systems in Building Control | p. 6 |
The Structure of Building Automation and Control Networks | p. 8 |
The Hierarchical Structure of Building Automation | p. 8 |
The Hierarchical Structure in Building Control | p. 10 |
Energy Management Functions | p. 12 |
Pay Back Period | p. 12 |
Energy Management Functions at the Automation Level | p. 13 |
Energy Management Functions at the Management Level | p. 16 |
Comfort, Convenience, and Energy Management Functions in Room Automation | p. 18 |
Standardized Bus Systems and Networks in Building Automation | p. 19 |
Bus System and Network Requirements | p. 20 |
Bus Systems and Networks: Areas of Use | p. 21 |
Current Standards | p. 23 |
Literature | p. 25 |
The Basics of Industrial Communication Technology | p. 27 |
Industrial Communication | p. 27 |
Field Bus Communication | p. 27 |
Communication Over Networks | p. 28 |
Digital Data Transfer: Important Terms and Definitions | p. 29 |
Key Terms | p. 29 |
Binary and Hexadecimal Numbers | p. 31 |
Digital Data Transmission Systems | p. 32 |
The ISO/OSI Reference Model | p. 41 |
Field Bus and Network: Important Terms and Definitions | p. 44 |
Network Topology | p. 44 |
Media Access Control Methods | p. 46 |
Literature | p. 48 |
Konnex | p. 49 |
Introduction | p. 49 |
What is Konnex? | p. 49 |
The Benefits of Konnex | p. 50 |
The KNX Association | p. 53 |
Reasons for Learning About KNX | p. 53 |
Learning Objectives | p. 54 |
Stairwell and Corridor Lighting in an Apartment Building | p. 54 |
Conventional Installation Technology | p. 55 |
Safety Instructions | p. 56 |
On/Off Switching Circuits | p. 56 |
Changeover Switching Circuits | p. 57 |
Crossover Switching Circuits | p. 58 |
Overview of Konnex | p. 60 |
KNX Bus Devices | p. 61 |
Types of Bus Devices | p. 61 |
Frequently Used Bus Devices | p. 62 |
Topology | p. 65 |
Nodes, Lines, and Areas | p. 66 |
Power Supply Units (with a Choke) | p. 67 |
Couplers | p. 67 |
Addressing Nodes (Devices) | p. 70 |
Further Information About Lines | p. 74 |
Installation Guidelines | p. 75 |
Block Diagrams and Standardized Device Symbols | p. 76 |
Transmission Media and KNX.TP Bus Signals | p. 76 |
Transmission Media | p. 76 |
Bus Signals on KNX.TP | p. 78 |
Bit Rate with KNX.TP | p. 79 |
The Communication Process | p. 80 |
Frame Types: Data and Acknowledgement Frames | p. 80 |
UART Characters | p. 81 |
Bus Arbitration | p. 82 |
Limiting the Number of Times a Frame is Forwarded: Routing Counter | p. 87 |
User Data | p. 87 |
Error Detection | p. 88 |
Acknowledgment Frames | p. 89 |
The Length of the Communication Process | p. 91 |
The Structure of a Data Frame | p. 92 |
KNX Hardware | p. 94 |
External Hardware | p. 94 |
Internal Hardware | p. 94 |
KNX Software | p. 99 |
Overview | p. 99 |
The Software Components in a Compact Device | p. 100 |
Software Components in a Modular Device | p. 100 |
System Software | p. 102 |
Application Programs | p. 102 |
Engineering Tool Software, Version 3 | p. 108 |
Putting the Theory into Practice | p. 110 |
A Basic KNX System: A Practical Example | p. 111 |
Practice Project: Lighting Control | p. 112 |
Commissioning | p. 125 |
Testing the Lighting Control System | p. 127 |
Diagnostics/Monitoring the Bus | p. 127 |
Trends | p. 129 |
Touch-Screen Control Panels | p. 129 |
Integrating Building Control into IP Networks | p. 130 |
Literature | p. 133 |
Building Automation with LonWorks® | p. 135 |
Introduction | p. 135 |
Central Control Systems and Proprietary Technology | p. 135 |
Decentralized Building Automation and Communication | p. 136 |
Further Decentralization and Open Communication Standards | p. 137 |
Learning Objectives | p. 139 |
The Benefits of LonWorks® Technology | p. 139 |
Use in Building Control | p. 139 |
Using LON Technology at the Automation Level | p. 143 |
The History of LonWorks® | p. 144 |
The Use of LonWorks Technology Worldwide | p. 144 |
LonMark International | p. 145 |
Standardization | p. 145 |
Basics of the LonWorks System | p. 145 |
Components | p. 145 |
Components and Functionality of a LON Device | p. 148 |
Transfer of Information Between LON Devices | p. 156 |
Physical Network Topologies | p. 156 |
Media Access Control and Signal Coding | p. 160 |
The Structure of a Data Frame | p. 162 |
Logical Network Architecture with Network Variables | p. 162 |
Interoperability of LON Devices | p. 165 |
LonWorks Tools | p. 171 |
Development Tools: LonBuilder and NodeBuilder | p. 171 |
Network Integration Tools | p. 171 |
LonWorks System Architecture | p. 175 |
Building Automation System with LON | p. 176 |
Connecting LON Networks to the Internet | p. 176 |
Examples of Use | p. 177 |
Lighting Control with LON | p. 177 |
A Lighting Control System with a Panic Button Using LON | p. 180 |
Literature | p. 184 |
BACnet | p. 185 |
Introduction | p. 185 |
Learning Objectives | p. 186 |
BACnet Organizations | p. 186 |
Areas of Use | p. 187 |
Overview of the Basic Principles | p. 188 |
The BACnet Communication Architecture | p. 188 |
Transmission Media, the Data Link Layer and the Physical Layer | p. 190 |
Master-Slave/Token-Passing (MS/TP), EIA-485 and EIA-232 | p. 191 |
Point-to-Point | p. 195 |
Ethernet | p. 196 |
Arcnet | p. 214 |
LonTalk | p. 214 |
The Network Layer | p. 215 |
Purpose | p. 215 |
BACnet and Internet Protocols | p. 217 |
The Application Layer | p. 231 |
Objects | p. 232 |
BACnet Services | p. 252 |
BACnet Procedures | p. 258 |
BACnet Devices and Interoperability | p. 260 |
Interoperability Areas and Building Blocks | p. 261 |
BACnet Device Profiles | p. 263 |
Protocol Implementation Conformance, Conformance Test and Certification of BACnet Devices | p. 267 |
Gateways to Other Systems | p. 268 |
References | p. 273 |
Glossary | p. 275 |
Index | p. 277 |
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