IES TM 23 2017

$27.08

IES TM-23 Lighting Control Protocols

Published By	Publication Date	Number of Pages
IES	2017	46

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Category: IES

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Description

This Technical Memorandum is intended to serve as a basic resource for lighting designers and specifiers integrating control into their projects. The information provided is intended to assist coordination and collaboration with other design and construction disciplines to successfully integrate lighting control into other building systems, resulting in more efficient, and healthier, buildings. The technologies for lighting control and building system interoperability are many and actively evolving, so this document should be seen as a starting point for a greater understanding of the range of possibilities for lighting control and interoperability.

PDF Catalog

PDF Pages	PDF Title
8	FOREWORD 1.0 INTRODUCTION 1.1 Scope 1.2 Document Structure
9	2.0 CORE DEFINITIONS AND CONCEPTS 2.1 ASCII (American Standard Code for Information Interchange 2.2 Ballast, Drivers, and Transformers 2.3 Bus 2.4 Cobtroller 2.5 Gateway
10	2.6 Graphical User Interface (GUI 2.7 Interchangeability 2.8 Conformance vs Compliance 2.9 Interoperability
11	2.10 Multiple Protocols in one System 2.10.1 Front-End Protocols 2.10.2 Back-End Protocols 2.11 Network 2.12 Open Systems Interconnection (OSI 2.12.1 Layer 1: Physical Layer 2.12.2 Layer 2: Data Link Layer 2.12.3 Layer 3: Network Layer 2.12.4 Layer 4: Transport Layer
12	2.12.5 Layer 5: Session Layer 2.12.6 Layer 6: Presentation Layer 2.12.7 Layer 7: Application Layer 2.13 Program 2.14 Protocol and Communication Mode and Method 2.14.1 Open Protocols
13	2.14.2 Proprietary Protocols 2.15 Topology 2.16 User 2.17 XML (Extensible Markup Language 3.0 SYSTEM LIGHTING CONTROL ARCHITECTURES
16	4.0 METHODS OF DIMMING CONTROL OF LIGHT SOURCES 4.1 Two-Wire Line-Voltage Forward Phase Control for Dimming 4.3 Three-Wire Line Voltage (Power or Class 1) for Fluorescent or SSL Dimming 4.4 Four-Wire 0-10VDC Sinking (Class 1 or Class 2 Low Voltage) for Fluorescent or SSL Dimming
17	4.5 Dali (Class 1 or 2) for Dimming 4.6 Pulse-Width Modulation (PWM) for LED Dimming 4.7 Analog or Constant-Current LED Dimming
18	4.8 Power Wiring vs. Class 1 Wiring vs. Class 2 Wiring vs. Communications Wiring 5.0 TOPOLOGY
19	5.1 Daisy Chain 5.2 Bus 5.3 Star (A.K.A. Hub and Spoke 5.4 Ring 5.5 Mesh 5.6 Free (Topology Free 6.0 THE PHYSICAL LAYER
20	6.1 RS232 (Currently TIA-232 6.2 RS485 (Currently TIA-485 6.3 Ethernet 6.4 USB (Universal Serial Bus
21	6.5 Wireless 6.6 Other Physical Layers 7.0 PROTOCOLS 7.1 Common Name: 0-10VDC (1-10VDC) Current Sinking
22	7.2 Common Name: 0-10VDC Front End (Current Source 7.3 Common Name: ACN
23	7.4 Common Name: BACNET
24	7.5 Common Name: DALI
25	7.6 Common Name: DMX512
26	7.7 Common Name: ENOCEAN 7.8 Common Name: KONNEX (KNX
27	7.9 Common Name: LONWORKS 7.10 Common Name: MIDI and MIDI Show Control
28	7.11 Common Name: MODBUS
29	7.12 Common Name: RDM 7.13 Common Name: SMPTE
30	7.14 Common Name: IP-Based Protocols (Commonly Reffered to as TCP/IP
31	7.15 Common Name: WPANS – Wireless Personal Area Networks (Including Zigbee and Snap
32	7.16 Common Name: Z-wave 7.17 Automated Demand Response 7.18 WI-FI
33	7.19 Bluetooth
34	7.20 Common Name: Elms
35	7.21 Other Protocols 8.0 COMMISSIONING
36	REFERENCE STANDARDS
37	ANNEX A – PHYSICAL LAYERS
42	ANNEX B – INTEROPERABILITY: THE OSI 7-LAYER MODEL AND VLC