Eaton 121728Eaton Moeller® series PKE Trip block, 1 - 4 A, Motor protection, Connection to SmartWire-DT: yes, For use with: PKE12 basic device, PKE32 basic deviceGeneral specificationsEaton Moeller® series PKE Trip block 121728PKE-XTUA-4401508119538141.6 mm 64.2 mm 45 mm 0.086 kgUL 508 VDE 0660CSA Class No.: 3211-05 UL File No.: E36332 CEUL Category Control No.: NLRV IEC/EN 60947-4-1 ULCSA-C22.2 No. 14-10 IEC/EN 60947 CSA File No.: 165628 CSAProduct NameCatalog Number Model Code EANProduct Length/Depth Product Height Product Width Product Weight Certifications4 AIs the panel builder's responsibility. The specifications for the switchgear must be observed.25 °C0 VMeets the product standard's requirements.Is the panel builder's responsibility. The specifications for the switchgear must be observed.≤ 500 ms, main conducting paths, AC-4 cycle operationDoes not apply, since the entire switchgear needs to be evaluated.40 °CMeets the product standard's requirements.40 °C0 V900 (Class 15) AC-4 cycle operation, Main conducting paths Note: Going below the minimum current flow time can cause overheating of the load (motor).500 (Class 5) AC-4 cycle operation, Main conducting paths For all combinations with an SWD activation, you need not adhere to the minimum current flow times and minimum cut-out periods.700 (Class 10) AC-4 cycle operation, Main conducting paths 1000 (Class 20) AC-4 cycle operation, Main conducting paths Motor-Protective Circuit-Breaker PKE - brochureMotor Starters in System xStart - brochurePKE – Communication module Modbus RTUProduct Range Catalog Switching and protecting motorsDA-DC-00004244.pdfDA-DC-00004108.pdfDA-DC-00004554.pdfDA-DC-00004545.pdfeaton-manual-motor-starters-pke65-characteristic-curve-005.epsDA-DC-00004944.pdfDA-DC-00004935.pdfDA-DC-00004945.pdfDA-DC-00004951.pdfeaton-manual-motor-starters-mounting-3d-drawing.epseaton-general-ie-ready-dilm-contactor-standards.epseaton-manual-motor-starters-pke-trip-block-3d-drawing-002.eps DA-CE-ETN.PKE-XTUA-4IL034011ZUVideo Motor Protective Circuit Breaker PKEWIN-WIN with push-in technologyMN03402004Z_DE_ENDA-CS-pke_xtu12DA-CD-pke_xtu12Rated operational current for specified heat dissipation (In) 10.11 Short-circuit ratingAmbient operating temperature (enclosed) - minRated control supply voltage (Us) at AC, 50 Hz - min10.4 Clearances and creepage distances10.12 Electromagnetic compatibilityCut-out periods - min10.2.5 LiftingAmbient operating temperature (enclosed) - max10.2.3.1 Verification of thermal stability of enclosures Ambient storage temperature - minRated control supply voltage (Us) at DC - minCurrent flow times - min BrochuresCatalogsCertification reportsCharacteristic curve Declarations of conformityDrawingseCAD modelInstallation instructions Installation videos Manuals and user guides mCAD modelRated control supply voltage (Us) at AC, 50 Hz - max0 V10.8 Connections for external conductorsIs the panel builder's responsibility.ProtectionFinger and back-of-hand proof, Protection against direct contact when actuated from front (EN 50274)Ambient operating temperature - max55 °CClimatic proofingDamp heat, constant, to IEC 60068-2-78Damp heat, cyclic, to IEC 60068-2-30FeaturesPhase-failure sensitivity (according to IEC/EN 60947-4-1, VDE 0660 Part 102)Connection to SmartWire-DTYesIn conjunction with PKE-SWD-32 SmartWire DT PKE moduleIn conjunction with PKE-SWD-SP SmartWire DT PKE moduleStatic heat dissipation, non-current-dependent Pvs0 WRated control supply voltage (Us) at DC - max0 V10.9.3 Impulse withstand voltageIs the panel builder's responsibility.Number of polesThree-poleAmbient operating temperature - min-25 °C10.6 Incorporation of switching devices and componentsDoes not apply, since the entire switchgear needs to be evaluated.10.5 Protection against electric shockDoes not apply, since the entire switchgear needs to be evaluated.Rated uninterrupted current (Iu)4 AShort-circuit releaseTrip block fixed 15.5 x Ir± 20% tolerance, Trip blocksDelayed approx. 60 ms, Trip blocks10.13 Mechanical functionThe device meets the requirements, provided the information in the instruction leaflet (IL) is observed.Switching capacity at AC-3 (up to 690 V)4 A10.2.6 Mechanical impactDoes not apply, since the entire switchgear needs to be evaluated.10.9.4 Testing of enclosures made of insulating materialIs the panel builder's responsibility.10.3 Degree of protection of assembliesDoes not apply, since the entire switchgear needs to be evaluated.Heat dissipation per pole, current-dependent Pvid0.2 WOperating frequency60 Operations/hVoltage typeSelf poweredShort-circuit release functionDelayedProduct categoryAccessoriesOverload release current setting - min1 AEquipment heat dissipation, current-dependent Pvid0.6 WHeat dissipation capacity Pdiss0 WRated operational current (Ie)4 ATemperature compensation-5 - 40 °C to IEC/EN 60947, VDE 0660-25 - 55 °C, Operating rangeRated frequency - min50 Hz10.2.3.2 Verification of resistance of insulating materials to normal heatMeets the product standard's requirements.10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effectsMeets the product standard's requirements.Overload release current setting - max4 A10.9.2 Power-frequency electric strengthIs the panel builder's responsibility.Degree of protectionTerminals: IP00Device: IP20Overvoltage categoryIIIRated frequency - max60 HzAmbient storage temperature - max80 °CRated operational voltage (Ue) at AC - max690 VUndelayed short-circuit release - min15.5 APollution degree3Rated control supply voltage (Us) at AC, 60 Hz - min0 V10.7 Internal electrical circuits and connectionsIs the panel builder's responsibility.Rated impulse withstand voltage (Uimp)6000 V AC10.10 Temperature riseThe panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.FunctionsMotor protection for heavy starting dutyOverload releaseMotor protectionEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmediaElectronic releaseMeets the product standard's requirements.Meets the product standard's requirements.Meets the product standard's requirements.0 V62 A25 g, Mechanical, according to IEC/EN 60068-2-27, Half-sinusoidal shock 10 ms Max. 2000 mProtection type 10.2.2 Corrosion resistance10.2.4 Resistance to ultra-violet (UV) radiation 10.2.7 InscriptionsRated control supply voltage (Us) at AC, 60 Hz - max Undelayed short-circuit release - max Shock resistanceAltitude。
Package‘gretlR’October13,2022Type PackageTitle A Seamless Integration of'Gretl'and'R'Version0.1.4Maintainer Sagiru Mati<***************.ng>Description It allows running'gretl'(</index.html>)pro-gram from R,R Markdown and Quarto.'gretl'('Gnu'Regression,'Econometrics',and Time-series Library)is a statistical software for Econometric analysis.This package does not only in-tegrate'gretl'and'R'but also serves as a'gretl'Knit-Engine for'knitr'pack-age.Write all your'gretl'commands in'R',R Markdown chunk.Depends R(>=3.6.0)Imports knitr(>=1.20),rmarkdown,kableExtra,magrittrSystemRequirements gretl(>=1.9.4)License GPLURL https:///package=gretlRBugReports https:///sagirumati/gretlR/issuesEncoding UTF-8VignetteBuilder knitrRoxygenNote7.1.2NeedsCompilation noRepository CRANDate/Publication2022-05-0115:40:05UTCAuthor Sagiru Mati[aut,cre](<https:///0000-0003-1413-3974>)R topics documented:gretlR-package (2)eng_gretl (2)exec_gretl (4)exec_inp (5)1import_kable (6)include_graph (8)include_tex (9)write_inp (10)Index12gretlR-package gretlR:A Seamless Integration of’Gretl’and’R’DescriptionIt allows running’gretl’(</index.html>)program from R,R Markdownand Quarto.’gretl’(’Gnu’Regression,’Econometrics’,and Time-series Library)is a statisticalsoftware for Econometric analysis.This package does not only integrate’gretl’and’R’but alsoserves as a’gretl’Knit-Engine for’knitr’package.Write all your’gretl’commands in’R’,RMarkdown chunk.Author(s)Maintainer:Sagiru Mati<***************.ng>(ORCID)See AlsoUseful links:•https:///package=gretlR•Report bugs at https:///sagirumati/gretlR/issuesOther important functions:eng_gretl(),exec_gretl(),exec_inp(),import_kable(),include_graph(), include_tex(),write_inp()eng_gretl Add gretl as knit-engine to knitr packageDescriptionThis package runs on top of knitr to facilitate communication with gretl.Run gretl scripts fromR,R Markdown and Quarto document.Usageeng_gretl(options)Argumentsoptions Chunk options,as provided by knitr during chunk execution.Chunk option forthis is gretlDetailsThe gretl engine can be activated viaknitr::knit_engines$set(gretl=gretlR::eng_gretl)This will be set within an R Markdown document’s setup chunk.ValueSet of gretl(open-source software for Econometrics)codesAuthor(s)Sagiru Mati,ORCID:0000-0003-1413-3974•Yusuf Maitama Sule(Northwest)University Kano,Nigeria•SMATI AcademyReferencesBob Rudis(2015).Running Go language chunks in R Markdown(Rmd)files.Available at:https:///hrbrmstr/9a Yihui Xie(2019).knitr:A General-Purpose Package for Dynamic Report Generation in R.Rpackage version1.24.Yihui Xie(2015)Dynamic Documents with R and knitr.2nd edition.Chapman and Hall/CRC.ISBN978-1498716963Yihui Xie(2014)knitr:A Comprehensive Tool for Reproducible Research in R.In Victoria Stodden,Friedrich Leisch and Roger D.Peng,editors,Implementing Reproducible Computational Research.Chapman and Hall/CRC.ISBN978-1466561595See AlsoOther important functions:exec_gretl(),exec_inp(),gretlR,import_kable(),include_graph(),include_tex(),write_inp()Examplesknitr::knit_engines$set(gretl=gretlR::eng_gretl)library(gretlR)4exec_gretl exec_gretl Execute gretl codes in RDescriptionUse this function to Execute gretl codes in R.Usageexec_gretl(code,path=basename(tempfile("gretlR")))Argumentscode Object or a character string representing the set of gretl codespath Object or a character string representing the directory to execute the gretl codes(default:gretlR)ValueSet of gretl(open-source software for Econometrics)outputsSee AlsoOther important functions:eng_gretl(),exec_inp(),gretlR,import_kable(),include_graph(), include_tex(),write_inp()Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesgnuplot gretl1--time-series--with-lines--output="line.png"gnuplot gretl2gretl1--output="scatter.png")exec_gretl(code)##End(Not run)exec_inp5 exec_inp Execute existing gretl inpfile(s)in RDescriptionUse this function to execute existing gretl inpfile(s)in RUsageexec_inp(path=".")Argumentspath Object or a character string representing the path(s)to the gretlfile(s).(default:".")ValueSet of gretl(open-source software for Econometrics)outputsSee AlsoOther important functions:eng_gretl(),exec_gretl(),gretlR,import_kable(),include_graph(), include_tex(),write_inp()Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesgnuplot gretl1--time-series--with-lines--output="line.png"gnuplot gretl2gretl1--output="scatter.png")write_inp(code,path="SomeFolder/gretlCodes")exec_inp("SomeFolder/gretlCodes")##End(Not run)import_kable Importfile as kable in R Markdown or Quarto document.DescriptionUse this function to importfile as kable in R Markdown or Quarto document.Usageimport_kable(path=".",chunk="",file="",start=NA,end=NA,skip_blank=TRUE,format=kable_format(),digits=getOption("digits"),s=NA,s=NA,align, caption=NULL,label=NULL,format.args=list(),escape=FALSE,table.attr="",booktabs=TRUE,longtable=FALSE,valign="t",position="h",centering=TRUE,vline=getOption("knitr.table.vline",if(booktabs)""else"|"), toprule=getOption("knitr.table.toprule",if(booktabs)"\\toprule"else"\\hline"),bottomrule=getOption("knitr.table.bottomrule",if(booktabs)"\\bottomrule"else"\\hline"),midrule=getOption("knitr.table.midrule",if(booktabs)"\\midrule"else"\\hline"),linesep=if(booktabs)c("","","","","\\addlinespace")else"\\hline",caption.short="",table.envir=if(!is.null(caption))"table",...)Argumentspath Object or a character string representing the path(s)to the TeX(default:".")chunk Name of the gretl chunk that generates the TeXfile.file Name of afile to be imported as kablestart Numeric.The start line of the TeXfile to include.end Numeric.The last line of the TeXfile to include.skip_blank Logical.Whether or not to include blank rows.format A character string.Possible values are latex,html,pipe(Pandoc’s pipe tables),simple(Pandoc’s simple tables),and rst.The value of this argument will beautomatically determined if the function is called within a knitr document.Theformat value can also be set in the global option knitr.table.format.Ifformat is a function,it must return a character string.digits Maximum number of digits for numeric columns,passed to round().This canalso be a vector of length ncol(x),to set the number of digits for individualcolumns.s Logical:whether to include row names.By default,row names are included ifrownames(x)is neither NULL nor identical to1:nrow(x).s A character vector of column names to be used in the table.align Column alignment:a character vector consisting of l (left), c (center)and/or r (right).By default or if align=NULL,numeric columns are right-aligned,and other columns are left-aligned.If length(align)==1L,the stringwill be expanded to a vector of individual letters,e.g. clc becomes c( c ,l , c ),unless the output format is LaTeX.caption The table caption.label The table reference label.By default,the label is obtained from knitr::opts_current$get( label ).To disable the label,use label=NA.format.args A list of arguments to be passed to format()to format table values,e.g.list(big.mark= , ).escape Boolean;whether to escape special characters when producing HTML or LaTeXtables.When escape=FALSE,you have to make sure that special characters willnot trigger syntax errors in LaTeX or HTML.table.attr A character string for addition HTML table attributes.This is convenient if yousimply want to add a few HTML classes or styles.For example,you can put’class="table"style="color:red"’.booktabs T/F for whether to enable the booktabs format for tables.I personally wouldrecommend you turn this on for every latex table except some special cases.longtable T/F for whether to use the longtable format.If you have a table that will spanover two or more pages,you will have to turn this on.valign You probably won’t need to adjust this latex option very often.If you are familarwith latex tables,this is the optional position for the tabular environment con-troling the vertical position of the table relative to the baseline of the surroundingtext.Possible choices are b,c and t(default).position This is the"real"or sayfloating position for the latex table environment.Thekable only puts tables in a table environment when a caption is provided.Thatis also the reason why your tables will befloating around if you specify captionsfor your table.Possible choices are h(here),t(top,default),b(bottom)and p(on a dedicated page).centering T(default)/F.Whether to center tables in the table environment.vline vertical separator.Default is nothing for booktabs tables but"|"for normal ta-bles.toprule toprule.Default is hline for normal table but toprule for booktabs tables.bottomrule bottomrule.Default is hline for normal table but bottomrule for booktabs tables.midrule midrule.Default is hline for normal table but midrule for booktabs tables.linesep By default,in booktabs tables,kable insert an extra space everyfive rows forclear display.If you don’t want this feature or if you want to do it in a dif-ferent pattern,you can consider change this option.The default is c(”,”,”,”,’\addlinespace’).Also,if you are not using booktabs,but you want a cleanerdisplay,you can change this to”.caption.short Another latex feature.Short captions for tablestable.envir You probably don’t need to change this as well.The default setting is to put atable environment outside of tabular if a caption is provided....Other arguments(see Examples and References).8include_graphValuekableSee AlsoOther important functions:eng_gretl(),exec_gretl(),exec_inp(),gretlR,include_graph(), include_tex(),write_inp()Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesols gretl1const gretl2tabprint--output="olsTable.csv")exec_gretl(code=code,path= gretlR/Table/gretlCode )#this creates gretlR/Table folderimport_kable(chunk="Table",file="olsTable.csv",format="pandoc",caption="Table generated from gretl chunk",start=3,end=7,digits=2)#Alternatively,use the absolute/relative path to the fileimport_kable(path="gretlR/Table/olsTable.csv",format="pandoc",caption="Table generated from path",start=3,end=7,digits=2)##End(Not run)include_graph Include graphfile in R Markdown or Quarto document.DescriptionUse this function to include graphfile in R Markdown or Quarto document.Usageinclude_graph(path=".",chunk="",graph="")Argumentspath Object or a character string representing the path(s)to the TeX(default:".") chunk Name of the gretl chunk that generates the TeXfile.graph Name of the graph and its extensioninclude_tex9ValueSet of gretl(open-source software for Econometrics)outputsSee AlsoOther important functions:eng_gretl(),exec_gretl(),exec_inp(),gretlR,import_kable(), include_tex(),write_inp()Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesgnuplot gretl1--time-series--with-lines--output="line.png")exec_gretl(code)include_graph(path="line.png")##End(Not run)include_tex Include TeXfile in R Markdown or Quarto document.DescriptionUse this function to include TeXfile in R Markdown or Quarto document.Usageinclude_tex(path=".",chunk="",tex="",start=NA,end=NA)Argumentspath Object or a character string representing the path(s)to the TeX(default:".") chunk Name of the gretl chunk that generates the TeXfile.tex Name of a LaTeXfilestart Numeric.The start line of the TeXfile to include.end Numeric.The last line of the TeXfile to include.ValueSet of gretl(open-source software for Econometrics)outputs10write_inpSee AlsoOther important functions:eng_gretl(),exec_gretl(),exec_inp(),gretlR,import_kable(), include_graph(),write_inp()Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesols gretl1const gretl2tabprint--output="olsTable.tex")exec_gretl(code=code,path= gretlR/TeXFolder/gretlCode )include_tex(chunk="TeXFolder",tex="olsTable")#Alternatively,use the absolute/relative path to the TeX fileinclude_tex("gretlR/TeXFolder/olsTable.tex")##End(Not run)write_inp Write gretl inpfile in RDescriptionUse this function to write gretl inpfile in RUsagewrite_inp(code,path)Argumentscode Object or a character string representing the set of gretl codespath Object or a character string representing the path to write the gretl inpfile. ValueSet of gretl(open-source software for Econometrics)outputsSee AlsoOther important functions:eng_gretl(),exec_gretl(),exec_inp(),gretlR,import_kable(), include_graph(),include_tex()write_inp11Exampleslibrary(gretlR)##Not run:code=r (nulldata500set seed13gretl1=normal()gretl2=normal()setobs121980:01--time-seriesgnuplot gretl1--time-series--with-lines--output="line.png"gnuplot gretl2gretl1--output="scatter.png")write_inp(code,path="gretlCodes")##End(Not run)Index∗documentationeng_gretl,2exec_gretl,4exec_inp,5gretlR-package,2import_kable,6include_graph,8include_tex,9write_inp,10∗important functionseng_gretl,2exec_gretl,4exec_inp,5gretlR-package,2import_kable,6include_graph,8include_tex,9write_inp,10eng_gretl,2,2,4,5,8–10exec_gretl,2,3,4,5,8–10exec_inp,2–4,5,8–10format,7gretlR,3–5,8–10gretlR(gretlR-package),2gretlR-package,2import_kable,2–5,6,9,10include_graph,2–5,8,8,10include_tex,2–5,8,9,9,10opts_current,7write_inp,2–5,8–10,1012。
DELLT MTABLE OF CONTENTSO V E RV I EW 3 OptiPlex 160 Tiny Desktop Computer View 4M A RK E TI N G S Y S T E M C O N FI GU R A TI O N SOperating System 6 Chipset, Processor, Memory 7 Drives and Removable Storage 8 System Board Connectors, Graphics/Video Controller 8 External Ports/Connectors 9 Communications—Network Adapter (NIC), Modem 9 Audio and Speakers, Keyboard and Mouse 9 Mounting Brackets/Stands 10 Security, Service & Support, Software 10D E T AI L E D EN GI N E E RI N G S P EC I FI C AT IO N SSystem Dimensions (Physical) 11 System Board Connector Maximum Allowable Dimensions 11 System Level Environmental and Operating Conditions 11 Power 12 Audio 12 Communications—Integrated LAN 13 Communications—Wireless LAN 14 Graphics/Video Controller 15 Hard Drives 15 Optical Drive 16 BIOS Defaults 16 Optimal System Placement 17DELL™ OPTIPLEX™ 160The desktop computing landscape is evolving. As organizations and their workforces become increasingly distributed and mobile, an explosion of new end-user devices has exacerbated the challenges being faced by IT departments. These challenges include ensuring data and device security regardless of location, managing data and applications consistently across the organization, and providing support for the myriad of emerging devices and applications. Traditional computing has addressed the key customer pain points in a limited fashion.Dell’s new desktop computing vision — Flexible Computing — delivers validated solutions (hardware, software, and services) that augment Dell’s traditional desktop offerings and enable IT departments to navigate their increasingly complex environment. Understanding that often the optimal flexible computing approach is a combinationof solutions, Dell developed the new OptiPlex FX160 flexible computing node that is optimized for two of Dell’s Flexible Computing Solutions: On-Demand Desktop Streaming or Virtual Remote Desktop. In doing so, customers can now confidently invest in a client device that supports the right solution for today with the flexibility to support the needs of tomorrow. For more information about Dell Flexible Computing Solutions, please visit: /fcs.OPTIPLEX MEANS BUSINESSThe OptiPlex FX160 delivers essential performance and flexibility to help keep your business running:∙ Planning support with up to a 36-month lifecycle, stable images, and managed transitions∙ The FX160 is designed to support either a VRD or ODDS operating environment which best meets the customer's needsOPTIPLEX SECURITYThe OptiPlex FX160 ensures data and system security independent of location to help protect your critical data:∙ Data is centrally located in the data center, which reduces data security risks from user theft or mismanagement and alleviates business continuity concerns such as distributed data and or data loss∙ Defends your systems against hackers and worms, Trojan horses, viruses, and other malicious code attacks with Symantec™ Endpoint Protection for Windows® XP Embedded∙ Protects against unauthorized access to your critical data with optional SmartCard keyboards∙ Security lock slot provides physical system protection (supporting Kensington-style locks)∙ Optional Cable Security Kit, made of hardened steel, is designed to secure commonly-used keyboard, mouse, and other PS2 or USB devices from theftOPTIPLEX IS EASY TO OWNThe OptiPlex FX160 is engineered for flexibility to meet your changing needs:∙ Designed for single-application workloads, the OptiPlex FX160 features new Intel®Atom™ processors along withDell Flash storage (NVRAM) options for flexible high-end thin client usage models∙ Image deployment solution is provided through a free download from Altiris®∙ Altiris Deployment Solution enables the ability to push images out to embedded devices and is only available on select models with Windows XP Embedded operating systems or Linux Embedded operating systems in thin client environments∙ USB image transfer utility available to flash NVRAM for desk-side deployments∙ Centralized image management helps simplify complexities around client deployments with plug and play installations∙ Integrated power supply and optional mounting options make the FX160 an easy choice when it comes to maximizing desktop real estateF R O NT VI EW B A C K VI EWOPTIPLEX 160 TINY DESKTOP COMPUTER VIEWS Y S T EM B O A R D C O N N E C T O R SMARKETING SYSTEM CONFIGURATIONSN OT E: Offe ri n g s ma y v a ry b y reg i on.OPERATING SYSTEMN OT E: On e of t h e fol l o w i n g Op era t i n g S y s t em s w i l l b e p r ei n s t a l l e d.N OT E: An op t ion a l ex t ern a l op t i ca l d ri v e i s req u i red t o a c c es s C D/D VD m ed i a. T h e D el l OS Med i a s h ip on a CD/D VD r e q u i ri n g a t l ea s t a D V D-ROM (o r D VD rea d a b l e d ri v e) t o a cc es s a p p l i ca t i on files/r ein s t a ll OS.N OT E: W in d ow s Vi s t a Aero i s n ot s u p p ort ed on t h i s d ev i ce.C HI P S E TP R O CE S S O RN OT E: Proc es s or n u m b ers a r e n ot a m ea s u r e of p er fo rm a n ce.N OT E: Proc es s or i s s ol d er ed d ow n on t h e m o t h erb oa rd.M EM O R YN OT E: T h e com p u t er s u p p ort s a m a x i mu m of 4GB1o f m emory w h en u s ed w i t h t w o 2GB D I MMs. N OT E: W h en800MHz mem ory i s in s t a l led t h e com p u t e r w i l l con t i n u e t o op e ra t e t h e m e mory b u s a t 667MHz.1 Up to 1GB may not be available with 32-bit operating systems due to system resource requirements.2 Significant system memory may be used to support graphics, depending on system memory size and other factors.D RI VE S A ND RE M O V A B L E S T O RA G EN OT E : An op t i on a l ex t ern a l op t i ca l d riv e i s r eq u i r ed t o a c ces s C D /D VD med i a. T h e D el l r es ou r ce a n d rec ov ery s o ft w a re s h i p s on a D VD req u i ri n g a t l ea s t a D VD -ROM (or D VD rea d a b l e d riv e) t o a cc es s a p p l ica t ion fi l e s /rein s t a l l OS.S Y S T EM BO A R D C O N N E C T O R SG R A PH IC S /V ID E O C O N T R O L L E R3GB means 1 billion bytes and TB equals 1 trillion bytes; actual capacity varies with preloaded material and operating environment and will be less.2Significant system memory may be used to support graphics, depending on system memory size and other factors.E X T E RN A L P O R T S/C O N N E C T O R SN OT E : S ee ch a s s i s d i a g ra ms s ect ion for p o rt /con n e ct or l o ca t i on sC OM M U NI C A TI O N S - N E TW O R K AD A P TE R (NI C)C OM M U NI C A TI O N S - WI R E L E SSN OT E : D el l W irel es s 1397 i s a v a il a b le on s el ect m od el sw i t h s u p p ort i n g op era t i n g s y s t e ms.A U DI O A ND S P E A K E R SK E Y BO A R D A N D M OU S ES E C UR I TYS E R VI C E AN D S U P P O R TN OT E : F or more d et a i l s on D el l S e rv i ce Pl a n s p l ea s e t o g o t o w w w.d el /s erv i ce /s erv ic e_p la n s /S O F TW A R EN OT E : S oft w a re i s n ot a v a i l a b l e on a l l m od e l s. F or m o re d et a i l s on D el l S oft w a re p l ea s e t o g o t o w w w.d el /op t i p l exM OU N TI N G B R A C K ET S/S T A N D S4For a copy of our guarantees or limited warranties, please write Dell USA L.P., Attn: Warranties, One Dell Way, Round Rock, TX 78682. For more information, visit /warranty. 5Service may be provided by third-party. Technician will be dispatched if necessary following phone-based troubleshooting. Subject to parts availability, geographical restrictions and terms of service contract. Service timing dependent upon time of day call placed to Dell. U.S. only.N OT E : D el l Mon i t or Mo u n t is d es i g n ed fo r s el ect D el l Mon i t o rs. Pl e a s e s e e y ou r D el l S a l e s rep re-s en t a t iv e or d et a i l s o n t h e D el l w eb s it e.DETAILED ENGINEERING SPECIFICATIONSS Y S T EM D IM E N SI O N S (P H Y SI C A L)N OT E: S y s t em W ei g h t*a n d S h i p p i n g W ei g h t*i s b a s ed on a t y p i c a l con f i g u ra t i on a n d ma y v a ry b a s ed on t h e com p u ter con fi g u ra t i on a n d i f t h e s t a n d i s i n cl ud ed. A t y p i ca l con fi g u ra t i on in clu d es: in t eg ra t ed g ra p h i cs a n d h a rd d ri v e.S Y S T EM L E V E L E N VI R O N M E N T A L A N D O P E R A TI NG CO N DI TI O N SIN T E G RA T E D P O W E R S U P P LY** These form factors utilize a more efficient Active Power Factor Correction (APFC) power supply. Dell recommends only Universal Power Supplies (UPS) based on Sine Wave output for APFC PSUs, not an approximation of a Sine Wave, Square Wave, or quasi-Square Wave (see UPS technical specifications). If you have questions, please contact the manufacture to confirm the output type.A U DI OA U DI O (C ON T.)C OM M U NI C A TI O N S - I N T E GR A T ED L A NC OM M U NI C A TI O N S - WI R E L E SS L ANN OT E: T h e cu rr en t d ra w v a l u es w ere m ea s u r ed ov e r a1-s e con d i n t erv a l. T h e m a x i m u m t ra n s mi t a n d rec ei v e v a l u es w e re m ea s u red w h i l e t ra n s fer ri n g a con t i n u ou s UD P d a t a s t rea m a t t h eh ig h es t ra t e s et t i n g o f 270Mb p s.DELL WIRELESS 1397 HALF MINI-CARDG R A PH IC S/V ID E O C O N T R O L L E RN OT E: VGA ma x i m u m r eq u i r ed a n d t es t ed re s ol u t i on i s1920x1200.N OT E: Ma x im u m res ol u t i on m a y v a ry b a s ed on op era t i n g s y s t em a n d m on i t or s u p p ort.2 Significant system memory may be used to support graphics, depending on system memory size and other factors.H A R D DR I VE S (I N C LU DI N G S O LI D S T AT E D RI V E S)3 For hard drives, GB means 1 billion bytes and TB equals 1 trillion bytes; actual capacity varies with preloaded material and operating environment and will be less.O P TI C A L D RI V ESBI O S D E F AU L T SPLACEMENTThe orientation and location of your computerinstallation can have affect on your systemperformance.S Y S T EM O RI E N T A TI O NFor optimal thermal and acoustic performance,install the computer in the vertical orientation,using the included stand, or the optionalmounting brackets (as shown below).S Y S T EM S P A CI N GS T A NDWhen using the system with the provided stand, please ensure that the system is unobstructed on the vented surfaces. Dell recommends the following:TopEnsure there is at least 2 inches (50.8 mm) of clearanceabove the system. This gap will allow higher temperatureair to exit the system easily.Bottom (surface that stand attaches to)Room temperature air enters the bottom of the systemthrough the stand, on the left side of the system (asindicated by the arrow). Ensure this area is notobstructed.Right side (as shown in the drawing to the right)Ensure that there is at least 1 inch (25.4 mm) clearancefor optimal system cooling.OPTIMAL SYSTEM PLACEMENT (CONT.)W A L L MO U N TIf the system is installed using the optional wall mount, ensure that none of the vents are blocked on the system. The OptiPlex 160 has ventilation on four of the 6 surfaces. Space the system so that there is adequate room for proper airflow, as defined by: TopEnsure there is at least 2 inches (50.8mm) between the top of the system andthe top of the ceiling, desk, or enclosure. This gap will allow heated air to exit the system easily.Bottom (surface that stand attaches to)Ensure that there is at least 1 inch (25.4 mm) of clearance below the system.This will allow room temperature air to enter the system for component cooling.Right side (side opposite of mounting)Ensure that there is at least 1 inch (25.4 mm) clearance for optimal systemcooling.Left Side (surface that wall mount attaches to)This gap is defined by the wall mount bracket.IN S T A L LI NG YO U R C O M P U T E R I N A N E N C L O S UR EInstalling your computer in an enclosure can restrict the airflow andimpact your computer’s performance, possibly causing it to overheat.Follow the guidelines below when installing your computer in anenclosure.CAUTION: Before installing your computer in an enclosure, readthe safety instructions that shipped with your computer.NOTICE: The operating temperature specifications of the system reflectthe maximum ambient operating temperature. The room’s ambienttemperature needs to be a consideration when installing your system inan enclosure. For example, if the ambient room temperature is at 25° C(77° F), depending on your system’s specifications, you may only have10° C (18° F) before you reach your system’s maximum operatingtemperature.Space the computer within the enclosure according to the system spacing previously defined in this document.The enclosure should be designed so that the ambient air entering the system meets the operating temperature requirements of the system. If the enclosure design is not adequate, the air inside the enclosure can get much hotter than the room temperature if there is not adequate inlet and exhaust venting.The enclosure design should be designed to minimize the temperature increase of the air entering the system by: Implementing enclosure venting that allows at least 30% airflow (front and back)Implementing enclosure ventilation that aligns well with the system ventilation to allow direct airflow into the system.This is especially important at the exhaust of the system.Ensuring that there is ventilation at the highest point of the enclosure (such as a gap between the door and top of the enclosure) to allow hot air to escape.NOTICE: Do not install your computer in an enclosure that does not allow airflow. Restricting the airflow impacts your computer’s performance, possibly causing it to overheat.REGULATORY COMPLIANCE AND ENVIRONMENTALProduct related conformity assessment and regulatory authorizations including Product Safety, Electromagnetic Compatibility (EMC), Ergonomics, and Communication Devices relevant to this product may be viewed at /regulatory_compliance. The Regulatory Datasheet for this product is located at: /content/topics/global.aspx/about_dell/values/ regulatory_compliance/reg_compliance?~ck=ln&c=us&l=en&lnki=0&s=corpDetails of Dell's environmental stewardship program to conserve product energy consumption, reduce or eliminate materials for disposal, prolong product life span and provide effective and convenient equipment recovery solutions may be viewed at/environment. Product related conformity assessment, regulatory authorizations, and information encompassing Environmental, Energy Consumption, Noise Emissions, Product Materials Information, Packaging, Batteries, and Recycling relevantto this product may be viewed by clicking the Design for Environment link on the webpage.ACOUSTIC NOISE EMISSION INFORMATIONO P TI P L E X 160The Declared Noise Emission in accordance with ISO 9296 for the Dell OptiPlex 160 is as follows1,2:(all values L WAd expressed in bels; 1 bel=10 decibels, re 10-12 Watts)The Declared A-weighted Sound Pressure Level in decibels (re 2x10-5 Pa), at Operator, Bystander, and Desk Side Positions are measured in accordance with ISO 7779 7.6.1, 7.6.2, and C.15.2 and declared in accordance with ISO 9296 for this product is as follows1,3:1 All tests are conducted according to ISO 7779 and declared according to ISO 9296 except 90% CPU. For this mode, the system CPU was stressed at 90% utilization with no other peripheral device actively seeking. This test mode is not specified in ISO 7779, but was measured using the same microphone distances and measurement techniques defined for the other reported operating modes.2 Declared Sound Power rounded to nearest tenth of a bel per ISO 9296 section 4.4.23 Declared Sound Pressure rounded to nearest dB per ISO 9296 section 4.4.3.4 Sound Power/ Sound Pressure levels were not sufficiently above background noise levels of the acoustic measurement chamber for accurate 9296 declaration. True levels may be lower than published herein.。
