LFEV Y3 2015 Lafayette Formula Electric Vehicle Year 3 ECE492 Spring 2015 y Load Control lt A gt SS Safety Loop Statement of Work PRELIMINARY DRAFT Lafayette College Electrical and Computer Engineering Department 20 January 2015 Table of Contents DU BD EEA EE E dat owas ce E ae aaa cea poe EE at wane aa A Management Requirements yoccsius cassia iatest eae cncen Wan saute o sacntcavauee oetatlign sat ae cachet alae Labor Resources Manageme
ETL ES Lafayette WH09 Y Westinghouse Lafay p me ETL ES Lafayette WH09 SAF ETY TI PS eM M E IL EU E MU EE 9 10 11 12 13 14 wm OBSERVE THE FOLLOWING READ AND SAVE THESE INSTRUCTIONS WARNING TO REDUCE THE RISK OF FIRE ELECTRIC SHOCK OR PERSONAL INJURY MOUNT TO OUTLET BOX MARKED ACCEPTABLE FOR FAN SUPPORT AND USE THE OUTLET SCREWS PROVIDED WITH THE OUTLET BOX MOST OUTLET BOXES COMMONLY USED FOR THE SUPPORT OF LIGHTING FIXTURES A
User Manual ECE 492 Spring 2014 Latest Revision 27 March 2014 Prepared by Robert Lombino Abstract This document describes the system interface from a user s perspective and gives information on how to manage the system Table of Contents INTRODUCTION SAFETY IDENTIFICATION OF SYSTEM COMPONENTS PACK CHARGER CONNECTORS CABLES DISPLAY SYSTEM OPERATION DISCHARGE 1 PACK STATUS AND SET UP 2 DISCHARGE 3 TEAR DOWN CHARGE 1 PACK STATUS AND S
LPRDS CM S 2011 Lafayette Photovoltaic Research and Development System Cell Management System ECE492 Spring 2011 Lafayette College Electrical and Computer Engineering Department User M anual Draft 1 Table of Contents Introduction Getting Started Installation Operating Instructions Troubleshooting Introduction LPRDS System Overview The Lafayette Photovoltaic Research and Development System Cell Management System LPRDS CMS 1s an experimental syste
VSCADA User Manual Page 1 VSCADA Vehicle Supervisory Control and Data Acquisition User Manual Lafayette College Lafayette Formula Electric Vehicle Electrical and Computer Engineering ECE 492 Spring 2015 Group Members Adam Cornwell Rameel Sethi Bikram Shrestha Sam Cesario John Gehrig Yiming Chen LAFAYETTE COLLEGE ELECTRICAL AND COMPUTER ENGINEERING VSCADA User Manual Page 2 Using This Manual This manual is intended to familiarize the average user wit
LPRDS BMS 2010 Lafayette Photovoltaic Research and Development System Battery Management System ECE492 Spring 2010 Lafayette College Electrical and Computer Engineering Department User Manual Preliminary Draft Contents 1 2 5 6 SYSTEM OVERVIEW errie re A A St td aoe ties Shee totes 3 System COMpoOnedts ia o oil 4 2 1 DCETranster Within id A Rad bine an ea ikea 4 2 2 Raw Power Interface RPI heen erne eE ENEE AEE E ARERR EE N EOAR EESE EE LES 4 2 2 1
GLV User Manual 1 GLV User Manual ECE 492 Spring 2015 Abstract This user manual is a high level document that explains all operational procedures and techniques needed to operate the GLV system in a safe and effective manner Anyone operating the GLV system should be familiar with this document and this document should be referred back to in the event of a problem with the system This document is broken up by GLV subsystem and each section contains an introduction instru
User s Manual ECE 492 Spring 2014 Latest Revision 13 May 2014 Prepared by Ben Richards Abstract This document outlines the user level procedures for operating the LFEV ESCM 2014 System USER S MANUAL Table of Contents IDENTIFICATION OF SYSTEM COMPONENT S erret en sns sn sns snssssensesss 4 luo OM NT B rieuM T INTEREAQCES 2 ereeecu sa sese eee Te aee aa Pe oo Peas Ee daa sae E De Pe GERE Eee I0 Pe
Status Letter Week 5 2 22 15 LFEV Team Milestones VSCADA Last week System block diagrams and the GUI designs are drawn and included in the user manual Able to run python code automatically after the system startup This week We are going to deliver the user manual We will set up the logging daemon on the virtualbox Install Linux on the embedded system once it arrives Place the order for dashboard and microcontrollers DYNO Last Week User manual complet
User s Manual LPARD TDF 2012 ECE492 Spring 2012 Latest Revision Date 5 7 2012 Table of Contents Contents Table of EIER ee 2 igligels Uie tej MERERI eee NR ee ee ee ee eee 3 KEE 4 xci csB agn m 4 Getting Started m T St peo ee ee ee eee 5 SOUD M HM 9 5 ls Setup base Station MP PER 5 2 Starting a new Session EE 6 GE e ET 7 EE fe 9 Wiring Kee
Model 32025 GROOVED PEGBOARD TEST USER INSTRUCTIONS Ve i mm eTDp mimm aom gee Instrume mE mn y A8 CA 3700 Sagamore Parkway North P O Box 5729 Lafayette IN 47903 USA Tel 765 423 1505 800 428 7545 Fax 765 423 4111 E mail info lafayetteinstrument com www laf instrument com a ayette st ome t 2002 by Lafayette Instrument Company Inc All Rights Reserved Rel 9 2 03 A Lafayette Instrument Grooved Pegboard Test T
SAFETY TIPS ETL ES Lafayette WH09 OBSERVE THE FOLLOWING READ AND SAVE THESE INSTRUCTIONS WARNING TO REDUCE THE RISK OF FIRE ELECTRIC SHOCK OR PERSONAL INJURY MOUNT TO OUTLET BOX MARKED ACCEPTABLE FOR FAN SUPPORT AND USE THE OUTLET SCREWS PROVIDED WITH THE OUTLET BOX MOST OUTLET BOXES COMMONLY USED FOR THE SUPPORT OF LIGHTING FIXTURES ARE NOT ACCEPTABLE FOR FAN SUPPORT AND MAY NEED TO BE REPLACED CONSULT A QUALIFIED ELECTRICIAN IF IN DOUBT 1
LPRDS BMS 2010 Lafayette Photovoltaic Research and Development System Battery Management System ECE492 Spring 2010 Lafayette College Electrical and Computer Engineering Department User Manual Final Draft Contents Py SNS ONES td A td id a alias Sache Gott eles 4 Z System Components ii 5 2 1 DCETranster Within id eur Rad bien iii 5 2 2 Raw Power Interface RPI sic ccccc seccctadecccsccsdeteasteseaeetesgeccedadandcsecggeldaaeageseetagseeeetadas deeegseewaath
LART CS08 Users Manual AS Senior Design Spring 2008 Lafayette College 4 06 2008 USER S MANUAL 1 0 System Description 2 0 System Components 3 0 Getting Started 4 0 Safety Hazards 5 0 Demonstration Mode 6 0 Maintenance Mode 7 0 Troubleshooting 8 0 FAQ s 1 0 System Overview The Lafayette Automated Rapid Transit Control System LART CS is a versatile and user friendly system that controls the Lafayette Rapid Transit system The Lafayette Rapid Tran
GLV Systems Test Plan 1 GLV Systems Test Plan ECE 492 Spring 2015 Abstract This document details the acceptance test plan for the Grounded Low Voltage system being developed for the LFEV design project This is only a test plan draft and will be replaced by a more specific document in the future Revision 1 0 0 GLV Systems Test Plan 2 GLV Team Table of Contents Abstract Table of Contents Summary GLV Power T1 0 Max Voltage Test T1 1 Tractive System P
LAFAYETTE REPORT BUILDER The Report Builder in the LX software is a powerful yet easy to use tool that allows any examiner to incorporate all the information collected in a PF s Personal History and Series Exam Information templates and easily transfer this information into your own personal or departmental report forms The PERSONAL HISTORY template SERIES EXAM INFORMATION template and REPORT BUILDER features are designed to work together and each can be easily customized to
LAFAYETTE OSCILLOSCOPI DA 10 MHz A TRACCIA SINGOLA OS 10 Manuale d uso RadioAmateur EU WA marcucci 1 2 4 5 Misure d siGUreZza andina 3 Specifiche 1eGNICNe a eee Dd 4 2 l Sistema verticalen esaltata 4 2 2 Sistema eT a e e e a a 4 2 3 Sistema orizzontale A n 4 24 Veras 4 2 5 Segnale di calibrazione licet ice blues ira 4 A AE 4 Zi A O 4 2 8 Carattens
LPARD TDF 2012 Lafayette Programmable Autonomous River Droid Tracking and Data Fusion ECE4972 Spring 2012 Acceptance Test Plan Last Revision Date 3 5 2012 by David Salter Table of Contents Table of Contents Purpose Acceptance Testing Acceptance Test T001 Sensor Fusion Acceptance Test T002 SCADA Acceptance Test T003 Demo App Detailed System Requirements R000 Position and Heading Estimates R001 Operational Swath R002 System Control and Data Acquisiti