Power Monitoring – Requirements (1)

Slides:



Advertisements
Similar presentations
Home Automation Products Introduction Home Automation Products تقنية البيوت والمكاتب الذكية –الأجهزة المستخدمة.
Advertisements

RiT PatchView Solution
Install L2 Switch Head End CATV
LIGO-G V8 1 aLIGO DC Power Distribution Contents.
Mark Heggli Consultant to the World Bank Expert Real-time Hydrology Information Systems Workshop Module 4: Data Management Solutions for a Modernized HIS.
Local Area Networks Outline –Basic Components of a LAN –Network Architectures –Topologies and LAN Technologies –Selecting a LAN –Improving LAN Performance.
1-1 Introduction to Computer Networks and Data Communications.
The Computer Network.
7.1 © 2007 by Prentice Hall 7 Chapter Telecommunications, the Internet, and Wireless Technology.
BA Telecommunications and Networking Dr. V.T. Raja Oregon State University
Training.
Electrical Power Systems
© Folens 2008 Transfer of data in ICT systems Using ICT networks.
Company Introduction  UTIS seek to harness Technology and modern science to serve the people and community, As the Technology fields that became innumerable.
Understanding Eligible Services I 2013 Schools and Libraries Fall Applicant Trainings 1 E-rate Program Understanding Eligible Services.
October 20th, 2010.
CHAPTER Introduction to LANs. MODULE Purpose and Use of a Network.
COMPUTER SYSTEM.
ITGS Networks Based on the textbook “Information Technology in a Global Society for the IB Diploma” by Stuart Gray.
METERING SOLUTIONS Leon de Nysschen 20 April 2017.
G4 Control and Management Solution for Data- Centers and Computer Rooms.
GML-3 GPRS BASED METER AND LOGGER THREE PHASE METER WITH INBUILT DATA LOGGER © Embuilt Technologies Visit us at Or For.
Networks What are they and how do they work? What is a Network?  Hardware and software data communication system  Two or more devices connected for.
Business Telecommunications
How does AC line noise create problems?
Component 9 – Networking and Health Information Exchange Unit 2-2 Network Media and Hardware Communication Devices This material was developed by Duke.
Electrical Materials Continued. Powering your home Homes in Ontario now have Smart Meters, these meters keep track of how much you use and when. The idea.
Networking Components Daniel Rosser LTEC Network Hub It is very difficult to find Hubs anymore Hubs sends data from one computer to all other computers.
Hardware Training Product: ITMS2.
Summary - Part 2 - Objectives The purpose of this basic IP technology training is to explain video over IP network. This training describes how video can.
Scott Muench - Technical Sales Manager
Networks. What is a computer network? A network is two or more computers that are linked together so that they are able to share resources.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public ITE PC v4.0 Chapter 1 1 Connecting to the Internet Through an ISP Networking for Home and Small.
Networks The Big Picture. Three Great Leaps of Civilization.
© ExplorNet’s Centers for Quality Teaching and Learning 1 Select appropriate hardware for building networks. Objective Course Weight 2%
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public ITE PC v4.0 Chapter 1 1 Planning a Network Upgrade Working at a Small-to-Medium Business or.
Avaya 9130 and 9135 Online UPS 1000 to 6000 VA. Avaya Applications Advanced power protection for: u S8700/S8500/S8300/S8100 Media Servers u Unified Communications.
Lecture 2 unit 1.
Ad Hoc – Wireless connection between two devices Backbone – The hardware used in networking Bandwidth – The speed at which the network is capable of sending.
Sustainability Center Data Collection
IP-based 8-port Switched Power Manager
Transfer of data in ICT systems
Electricity is produced at the power station.
Local Area Networks Honolulu Community College
Instructor Materials Chapter 1 Ever Wonder How It Works?
Connecting to the Internet Through an ISP
Expandable Seafloor Observatory
How SCADA Systems Work?.
Data Management Solutions for a Modernized HIS
Basic Computer Networking at the Toolik Field Station
Telecommunications, the Internet, and Wireless Technology
Computer Technology Notes #4
Faiza Iqbal Mobile Networks Faiza Iqbal EC-425 Mobile Networks Lab 1.
ICP DAS Power Monitor and Management Solution 2016,03,28
Connecting to the Internet Through an ISP
Intro To Computer Networks
Communications, Networks, the Internet, and the World Wide Web
Network Models, Hardware, Protocols and number systems
Internetworking JEOPARDY Discovery Module 4 K. Martin.
Your Solution for: Energy Smart Management Real Time Power Monitoring Fuel Theft Prevention Technical presentation.
CHAPTER Introduction to LANs
Always Connected introduces Tigo SMART 3.1 This guide is interactive!
Network Hardware and Protocols
Networks and the Internet
Telecommunications, the Internet, and Wireless Technology
Instructor: Mort Anvari
Integrated gateway-server
Basics of Computer Networking
Field installable, upgradeable and scaleable
Connecting to the Internet Through an ISP
Presentation transcript:

Power Monitoring – Requirements (1) Provide, install, and commission a Honeywell SXB36 Network Power Meter at each of the following electrical services: Corner Station Mechanical Room (2000 amp 480/277 volt) Maintenance Building/Chiller (2000 amp 480/277 volt) Science Education Center (xxx amp xxx volt) X West Tunnel (800 amp 480/277 volt) Y South Tunnel (800 amp 480/277 volt) Provide, install, and commission five Honeywell WEBs Network Area Controllers to collect data and provide and provide an operator interface for the power meters as follows:         Network Area Controller #1: Corner Station Mechanical Room         Network Area Controller #2: Maintenance Building/Chiller         Network Area Controller #3: Science Education Center         Network Area Controller #4: X West Tunnel         Network Area Controller #5: Y South Tunnel LIGO-G1200508-V2

Power Monitoring – Requirements (2) * Provide a graphical user interface to allow for real-time data monitoring, historical data trending and report generation, and system critical alarm notification. (Note: Honeywell WEBs Network Area Controllers provides this user interface.) * Provide access to the Network Area Controllers from any computer, smart phone or internet appliance with network connectivity and an internet browser. Note: The Honeywell WEBs system does not require any software to be resident on the local access device. Information can be made accessible through the owner's WAN, LAN or through the internet if desired. * Provide and pull network transmission wiring from the Staging Building to the Corner Station Mechanical Room in existing underground conduit. * Provide operator training. LIGO-G1200508-V2

Power Monitoring – Required Parameters 1) Variations in the peak and RMS voltage 2) Spikes, Impulses, or Surges 3) Undervoltage events 4) Overvoltage events 5) Variations in Frequency 6) Variations in Harmonic Content 7) Non-zero Low- and High-frequency Total Load Impedance 8) Total Power Factor LIGO-G1200508-V2

LIGO Livingston Observatory Corner Network Controllers #1, #2, and #3 Network Controller #4 Network Controller #5 LIGO-G1200508-V2

Corner Station Science Education Center Network Controller #3 Mechanical Room Network Controller #1 Maintenance Building/Chiller Network Controller #2 LIGO-G1200508-V2

LLO Fiber Optics Cable Run (If no PULL STRING, use ELECTRICAL SNAKE to fish PULL STRING.) 1. Use existing PULL STRING to PULL ROPE. 2. Use PUL ROPE to PULL CABLE and NEW PULL STRING. 10’ 142’ 20’ 136’ 160’ 83’ 112’ 36’ 63’ 20 83 136 160 142 10 --- 551 Mechanical Room to Maintenance Building LIGO-G1200508-V2

CTs and Controller Components LIGO-G1200508-V2

LVEA Access Points << LVEA, Corner Station Network Switch Mechanical Room VAC SXBC - CER SXBC - MAINS WEB201 Controller #1 Patch Panel Media Converter Network Switch Network #1 CER Transformer Siemens Systems CTs for CER Transformer CTs for Corner MAINS Power LIGO-G1200508-V2

CTs for Corner MAINS LIGO-G1200508-V2

CTs for CER Transformer LIGO-G1200508-V2

Controller #1 (at C MAINS) LIGO-G1200508-V2

Controller #1 (at Corner MAINS) 6.313 x 4.82 x 2.483 4.14 x 4.14 x 1.2 14 x 12 x 8 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

Network #1 (at Corner MAINS) Fiber Patch Mechanical Room Port Left Right 1 Blue Orange 2 Green Brown 3 Gray White LIGO-G1200508-V2

Network #1 (at Corner MAINS) 4.7 x 3.5 x 1 3.7 x 4.1 x 1.1 6.3 x 5.5 x 2 14 x 12 x 8 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

<< LVEA, Corner Station Chiller Access Points << LVEA, Corner Station Patch Panel Media Converters Network Switch Network #2 Siemens System SXBC - MAINS WEB201 Controller #2 CTs for Chiller MAINS Power LIGO-G1200508-V2

CTs for Chiller MAINS LIGO-G1200508-V2

Controller #2 (at Chiller MAINS) LIGO-G1200508-V2

Controller #2 (at Chiller MAINS) 6.313 x 4.82 x 2.483 4.14 x 4.14 x 1.2 14 x 12 x 8 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

Network #2 (at Chiller MAINS) Fiber Patch Chiller Room Port Left Right 1 Blue Orange 2 Green Brown 3 Gray White LIGO-G1200508-V2

Network #2 (at Chiller MAINS) 4.7 x 3.5 x 1 3.7 x 4.1 x 1.1 6.3 x 5.5 x 2 14 x 12 x 8 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

Staging Building, HPLF, SEC As Built << LVEA, Corner Station LIGO-D000294 SXBC WEB201 Controller #3 LIGO-G1200508-V2

SEC As Built 90’ SXBC WEB201 Controller #3 100’ LIGO-G1200508-V2

CTs for SEC LIGO-G1200508-V2

Controller #3 (at SEC) 6.313 x 4.82 x 2.483 4.14 x 4.14 x 1.2 14 x 12 x 8 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

X-End Station (West) Network Controller #4 LIGO-G1200508-V2

VEAX Access Control Locations << X-End, VEAX SXBC WEB201 Controller #4 CTs for X-End MAINS Power LIGO-G1200508-V2 26

CTs for X-End MAINS LIGO-G1200508-V2

Controller #4 (at X-End MAINS) LIGO-G1200508-V2

Controller #4 (at X-End MAINS) 6.313 x 4.82 x 2.483 Similar 4.14 x 4.14 x 1.2 12 x 14 x 6.5 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

Y-End Station (South) Network Controller #5 LIGO-G1200508-V2

CTs for Y-End MAINS Power Y-End Access Points << Y-End, VEAY SXBC WEB201 Controller #5 CTs for Y-End MAINS Power LIGO-G1200508-V2

CTs for Y-End MAINS LIGO-G1200508-V2

Controller #5 (at Y-End MAINS) LIGO-G1200508-V2

Controller #5 (at Y-End MAINS) 6.313 x 4.82 x 2.483 Similar 4.14 x 4.14 x 1.2 12 x 14 x 6.5 (plus .5 door depth) 3 x 10.75 x 5.75 3 x 5 x 5 LIGO-G1200508-V2

UPS Systems Tripp-Lite ECO650LCD Location Model Serial Number Corner MAINS ECO650LCD 2225EYOBC794100399 Corner Network 2225EYOBC7941xxxxx Chiller MAINS 2225EYOBC794100055 Chiller Network X-End MAINS 2225EYOBC794100400 Y-End MAINS 2225EYOBC794100386 LIGO-G1200508-V2

Network Integration – LLO Corner LIGO-G1200508-V2

Network Integration – LLO X-End LIGO-G1200508-V2

Network Integration – LLO Y-End LIGO-G1200508-V2

IP Addresses Entity IP Address WEB201 – Mechanical Room WEB201 – Maintenance Building WEB201 – Science Education Center WEB201 – End X Mechanical Room 10.110.70.10 WEB201 – End Y Mechanical Room 10.110.70.30 Mechanical Room Siemens 1 Mechanical Room Siemens 2 Maintenance Building Siemens End X Siemens 10.110.70.11 End Y Siemens 10.110.70.31 Gateway 10.110.70.1 Network 255.255.255.6 LIGO-G1200508-V2