Manuale d’uso / di manutenzione del prodotto 6500 PLUS del fabbricante Vanguard Managed Solutions
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Vanguard Managed Solutions V anguard 6500 PLUS Installation Manual.
Notice ©2002 V anguard Mana ged Sol utions, LL C 575 W est S treet Mansfield, Massachusetts 02 048 (508) 261-4 000 All rights reserved Printed in U.S.A. Restricted Right s Not ificati on for U.S. Government Us ers The softw are (including firmware) ad dressed in th is manual i s provided to the U.
Notice (contin ued) Propriet ary Material Informat ion and s oftware i n this do cument are p roprietar y to V anguard Managed S olutions (or its Sup pliers) and without the express prior permission o.
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Contents i About This Manual Chapter 1. About the 65 00 PLUS Software Fea tures .......................... .................................... ........................... 1-2 Hardware ..................... .................................... .......
ii Cont ent s (c ontinu ed) Chapter 2 I nstallation (Continued ) Installi ng Software Opt ions .................... .................................... .................. 2-77 Accessing Node Serial Number from Node St a tistics ........... ..........
i About Th is Manual Overview Introduct ion This manual de scribes features, hardwa re, specif ications, and a pplications fo r the 6500 PLU S . Note For info rmation on operat ing system sof tware and c onfiguration, see t he V anguar d Basics Manual .
ii About Th is Manual (cont inued) Special Not ices The fo llowing not ices empha size certain inf ormation in the man ual. Each se rves a special purpose a nd is displayed in t he format shown: special purpose a nd is displayed in t he format shown: Note Note is u s ed to emphasize any signif icant informati on.
About the 6500 PLUS 1-1 Chapter 1 About the 650 0 PLUS Overview Introduct ion The 6500 PLUS i s a family of networking device s that can opera te in privat e networks or over p ublic data networ ks. A 6500 PLUS node can have from 6 to 54 ports, with terminal port speeds of up to 38.
1-2 About the 6500 PLUS Sof twar e Feat ures Software Features Introduct ion Y ou can configur e, administ er , and tr oubleshoot a 6500 PLU S no de f rom a lo cal or remo te te rmin al a cting as a con trol termi nal .
About the 6500 PLUS 1-3 Har dware Hardware Introduct ion A 6500 PLUS node consists of at least one processor card, one or mor e optiona l support car ds, and, optionall y , a TRIM card.
1-4 About the 6500 PLUS Hardware Enclosures a nd Back planes Introduct ion The two types of enclosures f or the 6500 PLUS are: • S tandalon e • Modulus S t andalone Enclosure A standal one enclosure (Figu re 1- 1) holds just one card, which must be a processor card.
About the 6500 PLUS 1-5 Har dware Support s Other V anguardMS Product s A Modulus enc losure contains plug-in card ve rsions of V anguardMS pr oducts, includi ng Network Acc ess Products, pro viding common housing and power to multipl e product s.
1-6 About the 6500 PLUS Hardware 6500 PL US Process or Cards Introduct ion The 6500 PLUS pr ocessor card pr ovides th e main processing power in a 6500 PL US node.
About the 6500 PLUS 1-7 Har dware 6525 PLUS Network Concentrator A 6525 PLU S is a m ultif unct ion /mul tipro tocol pac ket a ssem bler/ dis assem bler (P AD ) and X.25 swit ch. If your node i s based on the 6525 , you can: • Have up to nine 652 5 PLUS process or cards i n a node.
1-8 About the 6500 PLUS Hardware Processor Card Figure 1-3 shows the front panel disp lay for the processor car d. From the front panel, you can r eset the card, t est the l i ghts, an d monitor data transmiss ions by observing the lights . Physical ly , the pr ocessor cards a re identi cal.
About the 6500 PLUS 1-9 Har dware Optional FL ASH Module Optional ly , a FLASH memory module can be attache d to a processor card to pro vide softwar e distribution and software download capabili ties.
1-10 About the 6500 PLUS Hardware 6500 PLUS Auxiliary Processor Cards Introduct ion 6500 PLUS auxi liary pr ocessor c a rds incr ease throughput for 6507 PLUS a nd 6525 PLUS nodes. They provide addi tional pr ocessing power , as well as six ad ditional ports .
About the 6500 PLUS 1-1 1 Har dware 6500 PL US Asynchronous and Universal I/O Cards Introduct ion T wo ty pes of I /O car ds are : • Asynchrono us I/O (AIO) • Universal I /O (UIO) AIO Card Y ou can use an AIO ca rd with all 6500 PLUS processor ca r ds.
1-12 About the 6500 PLUS Hardware Front Panel Display Figure 1- 4 shows the front panel display , which is the same for b oth types of I/O car ds. . Figure 1- 4. 6500 PLUS Uni versal I/ O or Asynchronous I/O Card Front Panel 6500 I/0 R I TEST D A T A I N D A T A O U T P O R T 1 2 3 4 5 6 T M 1 2 3 4 5 6 P .
About the 6500 PLUS 1-13 Har dware 6500 PL US Network Storage Option Card Introduct ion The 6500 PLUS ne t work stor age option (NSO) ca rd expands basic node memory for support of large pa cket sizes. NSO Card Descriptio n The NSO card h as a 3.5-inch high-density fl oppy disk d rive with a stor age capaci ty of 1.
1-14 About the 6500 PLUS Hardware NSO Card Figure 1- 5 shows the NSO card. Figure 1- 5. 6500 PLUS Net work S torage Option Card 6500 NSO TEST P .C. 68908 MEM1 MEM3 MEM5 TEST (Red) Indi cates st atus of i nternal t ests.
About the 6500 PLUS 1-15 Har dware 6500 PLUS T oken Ring I nterface Module Option Introduct ion The T oken Ring Int erface Modu le (TRIM) card is a n option card th at lets you rout e LAN traf fic through your network.
1-16 About the 6500 PLUS Hardware TRIM-Comp atible Processor Card Upgrade Not all 6500 PLU S processor cards can suppor t the TRIM card. A TRIM-compatibl e process or card has a “LAN COM P A TIBLE” markin g on the lower fro nt panel (Figure 1-3).
About the 6500 PLUS 1-17 Har dware 6500 PLUS Integral DSU Introduct ion The 6500 PLUS I ntegral DSU option is inten ded for use in installatio ns requiring connection to a DDS i nterfac e, conforming t o A T&T 62310 o r ANSI T1E1.4/91- 006, and running at a rate of 56 kbps.
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Installation 2-19 Chapter 2 Inst allatio n Overview Introduct ion This chapter c ontains i nstalla tion procedur es for: •6 5 0 0 PLUS S eries standalo ne enclosures •6 5 0 0 PLUS p rocessor card .
2-20 Installation Installing S tandalone Units Inst alling St andalone U nit s Introduct ion This sec tion explains ho w to set up a 650 0 PLUS standal one enclosure. When you receiv e the enclosure, it already cont ains a 6505 PL US , 6507 PLUS , or 6525 PLUS card.
Installation 2-2 1 Installing S tandalone Units Inst allation Procedure The stand alone enclosure already contai ns a 6505 PLU S , 6507 PLUS , or 6525 PLUS card. T o instal l the unit , follow these s teps: Rear V iew Figure 2- 2 shows the re ar view of the standalo ne enclosure.
2-22 Installation Installing S tandalone Units Replac ing Proces s or Cards in S t andalone Enclosure s Introduct ion This section de scribes how to r e place a 65 00 PLU S processor c ard in a standal one enclosur e. Wa r n i n g Before op e ning the enclosure, be sure that it is un plugged from th e power sour ce.
Installation 2-2 3 Installing S tandalone Units Door Removal Figure 2- 3 shows how t o remove the door on t he standalone e nclosure. Figure 2- 3. Remove the S tandalone Enclosur e Door Front Door T o r emov e door , separa te mounting tabs fro m base and remov e.
2-24 Installation Installing S tandalone Units Enclosure Rest ing on Cover Figure 2- 4 shows the botto m of the s tandalone enclo sure. Figure 2- 4. Bottom of S tandalone Enclosur e Lock ing T a b Slo.
Installation 2-2 5 Installing S tandalone Units Locking T abs Figure 2- 5 shows how to rele ase the tabs. Figure 2- 5. Using Screwdr iver on Locking Tabs.
2-26 Installation Installing S tandalone Units Ret aining Screws Figure 2- 6 shows the re taining s c rews on th e processor car d. Figure 2- 6. 6500 PLUS Processor Car d with Retai ning Screw Procedu.
Installation 2-2 7 Installing S tandalone Units 5 T ake the enc losure cov er and connect the power c able to t he backplane connector . Be sure to alig n the keyed pin on the cable to the co nnector . 6 Align the enclosure cover and bottom, and pres s the two gently together .
2-28 Installation Installing Nodes in Modulus Enclosures Inst alling No des in Modulu s Enclosures Introduct ion Installing 6500 PLU S ca rds in to Modulus e nclosure s is the same as installin g any other type of Mod ulus product car d.
Installation 2-2 9 Installing Node s in Modulus Enclosure s Multiproces sor Nodes Introduct ion A node based on the 6507 PLUS or the 65 25 PLUS pro cessor c ard can contai n more than one proce ssor card to impr ove reliabili ty and ava ilability . The two p rocessor cards provide backup support to each ot her .
2-30 Installation Installing Nodes in Modulus Enclosures Replacing Master Processo r of Multi-Pro cessor Nod e Introduct ion This section de scribes how to r eplace a faile d master processo r in a mu l tiproce ssor node with out losing your c onfiguration.
Installation 2-3 1 Installing Node s in Modulus Enclosure s.
2-32 Installation Installing Nodes in Modulus Enclosures Adding a Se condary 650 0 PLUS Processo r with FLA SH Introduct ion When adding another 6500 PLUS p rocessor card to a node, be sure that all proc essor cards are r unning the same sof tware rev ision.
Installation 2-3 3 Installing Node s in Modulus Enclosure s Maint aining the Current Sof tware Revision Follow th ese steps to add a processor car d with FLASH memory to your n ode and download t he c.
2-34 Installation Installing Nodes in Modulus Enclosures Upgrading wit h Software From the New Processor Card Follow th ese steps to ensure th at the node’ s configur ation is not lo st. If you do no t follow t his proce dure, CMEM will be overwritten.
Installation 2-3 5 Installing Node s in Modulus Enclosure s Inst alling/Replacing Processor Ca rds Introduct ion Y ou can insert and remove any 6500 PLUS processor card from a powered-up Modulus nest wit hout damage. Caution 6500 PLU S cards a nd their compon ents are sensitive to stat ic disch arge, which c an damage components.
2-36 Installation Installing Nodes in Modulus Enclosures Requirements for Inst alling a TRIM Card Introduct ion This section de scribes the require m ents f or installing a TRIM card. TRIM c ards are suitabl e only in a Modulus enclosure and onl y with 6507 PLUS and 6525 PLU S ca r ds.
Installation 2-3 7 Installing Node s in Modulus Enclosure s Modulus 8 /18 Nest s The TRIM card ha s its own backplane and attaches to t he sol der side of t he 6500 PLUS process or card. The TRIM card requires two Modulus slot s. The TRIM fil ler panel for Mod ulus 8/18 n ests is two slots wi de as shown in Figur e 2-8.
2-38 Installation Installing Nodes in Modulus Enclosures Guidelines for Inst alling a TRI M Card in a Modulus 8/18 Consider the following i f you inst all a TRIM card in a M odulus 8/ 18 enclosure: Note Before you a dd a TRIM card to an exis ting node, be sure the enclosure has room for it as described abo ve.
Installation 2-3 9 Installing Node s in Modulus Enclosure s Modulus 18 Figure 2- 9 shows the TRIM ca rd spacin g in a Modulus 18 e nclosure . Figure 2- 9.
2-40 Installation Installing Nodes in Modulus Enclosures Modulus 9 /21 Nest s The TRIM card ha s its own backplane and attaches to t he sol der side of t he 6500 PLUS process or card. The TRIM card requires two Modulus slot s. The TRIM fil ler panel for Mod ulus 9/21 n e sts is o ne slot wide as s hown in Figure 2-10.
Installation 2-4 1 Installing Node s in Modulus Enclosure s • T o install a node with a TRIM car d in the left- m ost position of a nest, attac h the backplane at Slot 3 of the nest. Insert the TRIM/proces sor card into Slot 3. The TRIM ca rd takes up Slot 2 and Slot 1 (the width of th e card does not per mit i t to b e ins tall ed in Sl ot 1).
2-42 Installation Installing Nodes in Modulus Enclosures TRIM Card i n Left- Most Positi on Figure 2- 11 sh ows the TRIM card i n the left- m ost pos ition of the Mo dulus 21 enclosur e.
Installation 2-4 3 Installing Node s in Modulus Enclosure s TRIM Card Between T wo Backplanes Figure 2- 12 shows A TRIM card between two b ackplanes in Mod ulus 21. Figure 2- 12. TRIM Card Be tween T wo Backplanes In Modul us 21 Backplane Support for T RI M Car ds The followin g ta ble lists the backplanes ca pable of supporting TRIM cards.
2-44 Installation Installing Nodes in Modulus Enclosures.
Installation 2-4 5 Installing Node s in Modulus Enclosure s Inst alling and Connecting a TRIM Card Introduct ion This section de scribes how to i nstall a TRIM card in a 6500 PLUS node. Caution 6500 PLU S cards a nd their compon ents are sensitive to stat ic disch arge, which c an damage components.
2-46 Installation Installing Nodes in Modulus Enclosures Inst alling and Connecting a TRIM Card Follo w t hes e ste ps t o i nstal l a nd c onne ct th e TRIM car d: St ep Action 1 Insert the 6500 PLUS pr ocessor/TRIM ca rd combinat ion into the lowest- numbered sl ot of the node backplane .
Installation 2-4 7 Installing Node s in Modulus Enclosure s Att aching the TRIM Card Figure 2- 13 shows the at tachment o f the TRIM card to t he process or card. Figure 2- 13. Attachi ng the TRIM Card to t he Processor Car d Att aching the Cables The LAN port is Port 55, re gardless of how many active X.
2-48 Installation Installing Nodes in Modulus Enclosures Removing/Replacing TRIM Cards Introduct ion This section de scribes the removal and repl acement of TRIM car ds. Caution 6500 cards a nd their component s are sensitive to static dischar ge, wh ich c an damage components .
Installation 2-4 9 Installing Node s in Modulus Enclosure s Prep aring Modulus Enclosures for RFI Suppression Introduct ion T o meet FCC requirements, the Modulu s 18 and Modulus 21 enclosures requir e special RFI suppress ion hardware.
2-50 Installation Installing Nodes in Modulus Enclosures Inst alling RFI Suppression Screen If you ha ve a Modulus 18 enclo sure and at least on e TRIM car d , foll ow these step s to inst all the RF .
Installation 2-5 1 Installing Node s in Modulus Enclosure s Modulus 18 W ith No T rim Card Figure 2- 15 shows a Modulus 18 wi t h no TRI M cards and t he RFI suppressio n strap s. Figure 2- 15. RFI Suppres sion Straps (Modulus 18 - No TRIM Card) Remove a sc rew f rom the left an d right p ower supplies.
2-52 Installation Installing Nodes in Modulus Enclosures Modulus 21 and RFI Suppression Bar If you ar e install ing a TRIM card in a Modu lus 21 enclosu re, add the RFI suppress ion bar as shown in Figure 2-16. The bar is notched to fit across the inside of the door .
Installation 2-5 3 S tar ting Up the Node S tarting Up the Node Introduct ion After you inst all the node i n the enclosure , you can st art up the nod e. Node St artup Follow th ese steps to start up the node: S tep Action Result/Descript ion 1 Power up the M odulus e nclosure by connect ing the power cord to a suitabl e primary p ower source.
2-54 Installation Replacing Processor Card Components Replacing Processo r Card Compone nt s Introduct ion Y ou can upgrade an d replace component s on the 6500 PL US processor car d.
Installation 2-5 5 Replacing Processor Card Components Replac ing DIMs Introduct ion There are two Dat a Interface Modules (DIMs) on a 65 00 PLUS process or card. Descriptio n Each DI M is a 64-pi n, dual in-line modu le that can be repositi oned so that Ports 1 or 2 act as either DCE o r DTE ports.
2-56 Installation Replacing Processor Card Components Example of DI M Removal Figure 2- 18 shows DIM removal. Figure 2- 18. DIM Removal New DIM Inst allation If you i nstall a new type of DIM on the 6500 PLUS processor card , you may need to change t he jumpers on the port interface jumpe r pi ns.
Installation 2-5 7 Replacing Processor Card Components Jumpers Figur e 2-19 shows where t he jumpers should b e placed on the pi ns for various applica tions and enclos ures. Figure 2- 19. Jumpers on t he Port Inter face Pins Port 1 Port 2 V .35, V .36, X.
2-58 Installation Replacing Processor Card Components Jumper Inst allation Figure 2- 20 shows how to inst all the jumpers . Figure 2- 20. Instal ling Jumpers on the Port Interface Pins.
Installation 2-5 9 Replacing Processor Card Components Inst alling SIMM s Introduct ion The 6500 PLUS processor card comes with 3 M byte s of R AM on the card. Y ou can add additi onal RAM for a total of 5 Mbytes per 6500 PLUS processor ca rd. Figure 2-17 shows the location of the SIMM slots on the 6500 PLUS proce ssor card.
2-60 Installation Replacing Processor Card Components Example of SI MM Inst allation Figure 2- 21 shows how a SIMM is installed in a slot. Figure 2- 21.
Installation 2-6 1 Replacing Processor Card Components Replac ing FLASH M odules Introduct ion Y ou can re place a FLASH module on a 6500 PLUS pr ocessor card .
2-62 Installation Replacing Processor Card Components Inst allation Example Figure 2- 22 shows an example o f a FLASH module instal lation. Figure 2- 22.
Installation 2-6 3 Replacing Processor Card Components Replac ing ID Modules Replace the ID Module Perform t h ese ste ps to replace th e ID Module: S tep Action 1 Remove the ca rd from the nest or enclosure . 2 Locate th e ID Module (Figur e 2-17 ) and note the location of the notch, which is t oward the f ront of t he card.
2-64 Installation Replacing Processor Card Components Replac ing PROM Chip s Replace PROM Chip s Follow th ese steps to re place a PROM chip: S tep Action 1 Remove the ca rd from the nest or enclosure . 2 Loosen and r e move the f our screws that h old the FLASH module to the 6500 PLUS p rocessor card (Figure 2-22).
Installation 2-6 5 Replacing Processor Card Components Replac ing the CMEM Ch ip Replace CMEM Chip s Follow th ese steps to re place a CMEM chip : S tep Action 1 Remove the ca rd from the nest or enclosure.
2-66 Installation DSU DIM Inst allation DSU DIM Inst allatio n Introduct ion The DSU DIM is designed to be i nstalled in the DTE position onl y . The DSU option wi ll not operate if the DI M is inst alled in t he DCE position. Y ou can in stall up to two DSUs per pl atform using both ports 1 and 2.
Installation 2-6 7 DSU DIM Ins tallation Inst allation Procedure Follow th ese steps to ins tall the DSU DIM: Caution Be sure t hat the telco p lug is discon nected before t he EIM is disconnected fr om the 6500 PLU S . Also, do not conn ect the telco pl ug to the EIM until the EIM has been connecte d to the 6500 PLUS .
2-68 Installation DSU DIM Inst allation Configuri ng the 6500 PLUS for DSU Ope ration Configurati on Procedure Y ou use t he CTP to configure the DSU. F ollow these steps to co nfigure the 6500 PLUS for D SU opera tion : S tep Action 1 Refe r th e V anguar d ONS Basics Pro t ocols Manual (T010 6).
Installation 2-6 9 DSU DIM Ins tallation DSU Input and Ou tput Signaling Introduct ion The input and output signaling informat ion is usef ul as a debugging tool and replaces the EIA su m mary inf ormation as sociate d with othe r DIM types. Input Sig nals Thi s table descri bes the input s ignals.
2-70 Installation DSU DIM Inst allation Other Report ing Difference s Other di fferences in control terminal outp ut are: • Detaile d Port Stat istics— sh o w DSU input and output signali ng as we.
Installation 2-7 1 DSU DIM Ins tallation T roubleshoot ing DSU DIM Inst allation Introduct ion Some of the pot ential insta llation problems are l isted below: • Improp er port c onnection of t he E.
2-72 Installation DSU DIM Inst allation DSU DIM FCC Informat ion Customer-Provid ed T elephone Equipment FCC regulat ions and telephone company procedur es prohibi t connection of customer -provided equipment to tele phone company-pr ovided coin serv ice (central of fice-implemente d systems).
Installation 2-7 3 DSU DIM Ins tallation Oper atio n o f thi s eq uip ment in a res iden tial area is lik ely t o ca use inte rfe rence in which cas e the user will be required to t a ke ade quate measu res to cor rect the inter fere nce. This prod uct was verifie d under test condition s that include use of shielded DTE cable( s).
2-74 Installation Power-U p V er ification Power-Up V erification Introduct ion The front panel lights on the dif ferent 6500 PLU S ca r ds help y ou isolate a pro blem.
Installation 2-7 5 Power-Up Verification Power-Up Diagnostics In the e vent of maj or problems that affect th e entire node, you can reboot a node to initi ate the po wer-up diag nostics.
2-76 Installation Setting Node to Default Configuration Setting Nod e to Defau lt Configu ration Introduct ion Y ou can set a node to the default configur ation in t wo ways: • Set the D FL T switch.
Installation 2-7 7 Installing Software Options Inst alling Sof tware Options Introduct ion The 6500 PLUS c o n t a i n s a l l t h e s o f t w a r e o p t i on s a v a i l a b l e f o r t h e c u r r e n t r e le a s e of t h e product. T o acc ess an option, however , you need t o purchase the Sof tware Authoriz ation Key (SAK) for that option.
2-78 Installation Installing Software Options Accessing Node Serial Number from Node St atis tics Access Serial Number Perform these s teps to find the SAK serial numbe r using the Node S tatistics : S tep Action Resul t/Description 1 Access the CTP by entering the followin g at the * prompt : .
Installation 2-7 9 Installing Software Options Node St at Screen Figure 2-25 shows an example of the No de St at screen. Figure 2- 25. Serial Number on Node S tat Screen Serial Number Needed fo r SAK .
2-80 Installation Installing Software Options Enabling A Softw are Access K ey Follow These S tep s... Follow th ese steps to ent er the number at t he node's contr ol termina l: After y ou receive the printed version of the SAK, save a copy in a safe pl a ce in c ase you have t o enter it agai n.
Installation 2-8 1 Installing Software Options Inst alling New Softwa re Options in an Existing Network Inst all New Software Follow th ese steps if you are installing n ew software optio ns in an exi.
2-82 Installation Installing Software Options Enhanced LAN Opt ion Enhanced LAN Option The Enhanced LAN Option is a Software Authorizat ion Key (SAK) that enables IPX Routing a nd AppleT alk features f or the 652 0 and V a nguard 30 0, and provides IP Routing/SNMP f or the 650 0 PLUS .
Cable s A-1 Appendix A Cables Introduct ion The tables in t his appendix des cribe the pinouts f or ports on S tandalone, Modu lus 8/18, and Modulu s 9/21 enclosure s and incl ude this informat ion: • S tandalon e, Modulus 8 /18, and 9 / 21 enclosures: EIA 232-D si gnals wit h V .
A-2 Cables EIA 232-D Si gnals (S tandalone, Modulus 8/18, and 9/21 Enclosures) Pin DCE Position Function/Signal Name Pin DTE Position Function/Signal Name 1 ----- ---------- Shield/Fra m e Grou nd 1 -.
Cable s A-3 V.35/V.36 (Modul us 9/21 Enclosu res) Pin DCE Position Function/ Signal Name Pin DTE Position Function/ Signal Name 1 --- ---------- -- SHIELD/FRAME GROUND 1 ----- ---- ---- - SHI ELD/F RA.
A-4 Cables V.11 Signals (Modulus 9/ 21 Enclosures) Pin DCE Position V .1 1 Functio n/Signal Name Pin DTE Position Function/Si gnal Name 1 ----- ---- ---- -- SHIE LD/FR AME GROUND 1 ----- ---- ---- -- .
Cable s A-5 V.35/V.36 Signals (S tandal one and Modulus 8/18 Enclosur es) Pin DCE Position Function/ Signal Name Pin DTE Position Function/ Signal Name 1 ------- ---- ---- SHIE LD/FR AME GROUND 1 ----.
A-6 Cables V.11 Signals (St andalone and Modulus 8/ 18 Enclosures) Pin DCE Position V .1 1 Function/Si gnal Nam e Pi n DTE Position Function/Si gnal Name 1 --- ---- ---- --- S HIE LD/FR AME GROUND 1 -.
Cable s A-7 P1 P2 11 23 32 48 51 4 62 0 77 84 14 5 15 18 17 24 18 15 20 6 22 25 24 17 25 22 16 21 21 16 Pin Functi on 1R e c e i v e + 6R e c e i v e – 5T r a n s m i t – 9T r a n s m i t + NOTE : All other pins are re s erved and shou ld rem ain u nc onne cted .
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Specifications B-1 Appendix B Specification s Introduct ion This section de scribes the physical and env ironmental sp ecifications and power requ ireme nts for the encl osu res . Additional Info rma tion For more information abo ut Modu lus 8/18 enclosur e s, refer to the Modulus Planni ng and Inst allatio n Guide (Pr oduct Code 8030 0).
B-2 Specifications Power Requirement s Environment al Limit s • All enclosur es, 6 500 CPU, 6 500 PLUS pr ocess or , 6500 I/O c ar ds: 0° C to 5 0° C (32° F to 122° F) • 6500 NSO car d : 0° C.
Index Index-1 A Audience i Auxi liar y pr oce ssor 1-10 B Backplane 1- 5 BIA 1-15 updatin g 2-48 BPV bilpo lar vi olati on 2-69 Burned In Address. See BIA C C- negativ e sealing curre nt 2-69 C+ posit.
Index-2 M MAC address updatin g 2-48 Modulus 18 groundin g straps 2-50 Modulus enc losures 1-4 backplan es 1-5 , 2-43 car d rep lace ment 2-35 descri ption 1-5 instal lation 1-5 , 2-19 , 2-28 spacing .
Un punto importante, dopo l’acquisto del dispositivo (o anche prima di acquisto) è quello di leggere il manuale. Dobbiamo farlo per diversi motivi semplici:
Se non hai ancora comprato il Vanguard Managed Solutions 6500 PLUS è un buon momento per familiarizzare con i dati di base del prodotto. Prime consultare le pagine iniziali del manuale d’uso, che si trova al di sopra. Dovresti trovare lì i dati tecnici più importanti del Vanguard Managed Solutions 6500 PLUS - in questo modo è possibile verificare se l’apparecchio soddisfa le tue esigenze. Esplorando le pagine segenti del manuali d’uso Vanguard Managed Solutions 6500 PLUS imparerai tutte le caratteristiche del prodotto e le informazioni sul suo funzionamento. Le informazioni sul Vanguard Managed Solutions 6500 PLUS ti aiuteranno sicuramente a prendere una decisione relativa all’acquisto.
In una situazione in cui hai già il Vanguard Managed Solutions 6500 PLUS, ma non hai ancora letto il manuale d’uso, dovresti farlo per le ragioni sopra descritte. Saprai quindi se hai correttamente usato le funzioni disponibili, e se hai commesso errori che possono ridurre la durata di vita del Vanguard Managed Solutions 6500 PLUS.
Tuttavia, uno dei ruoli più importanti per l’utente svolti dal manuale d’uso è quello di aiutare a risolvere i problemi con il Vanguard Managed Solutions 6500 PLUS. Quasi sempre, ci troverai Troubleshooting, cioè i guasti più frequenti e malfunzionamenti del dispositivo Vanguard Managed Solutions 6500 PLUS insieme con le istruzioni su come risolverli. Anche se non si riesci a risolvere il problema, il manuale d’uso ti mostrerà il percorso di ulteriori procedimenti – il contatto con il centro servizio clienti o il servizio più vicino.
