Patton electronic 2168 User's Manual
Contents
1. Figure 11 Model 2168 rack card DIP switch orientation 15 4 2 CONFIGURING DIP SWITCH Si DIP switch S1 is where you configure the CopperLink line rate symmet ric or asymmetric Ethernet full auto negotiation capability 100Base T full or half duplex 10Base T full or half duplex or limited auto sense only 100Base T half duplex 10Base T full or half duplex Switch S1 1 Ethernet Auto Sense Use switch S1 1 to configure the unit for full auto sense capability or lim ited auto sense capability Full Auto sense capability consists of standard Ethernet Auto sensing 100BaseT full duplex 100BaseT half duplex 1OBaseT full duplex and 1OBaseT half duplex Limited Auto sensing capability consists on only auto sensing for 100BaseT half duplex 10BaseT full duplex and 10BaseT half duplex The limited auto negotia tion feature is used when an Ethernet device does not comply with IEEE 802 3x back pressure flow control at 100M full duplex Table 1 Ethernet Auto Negotiation Selection Chart Full Auto Negotiation Factory Default 100 Mbps Full or Half Duplex 10 Mbps Full or Half Duplex Limited Auto Negotiation 100 Mbps Half Duplex 10 Mbps Full or Half Duplex Switches S1 2 and S1 4 Data Rate Use switches S1 2 and S1 4 to configure the CopperLink line rates Table 2 Symmetric CopperLink Line Rates Selection Chart 51 2 81 3 514 Symmetric Line Rate Table 3 Asymmetric CopperLink Line Rates Selection2. RJ 45 Pin No RJ 45 Pin No 1 TIA gt 1 RX a 2 RX 3 RX 0 nnn nnn 3 TX G T A ai 6 TX Figure 7 Wiring diagram for connecting the CopperLink Ethernet Extender to a 10 100Base T hub Connecting the 10 100Base T Ethernet Port to a PC DTE The CopperLink Ethernet Extender 10 100Base T interface is configured as DTE Data Terminal Equipment If you wish to connect the Copper Link Ethernet Extender to another DTE devices such as 10 100Base T network interface card in a PC or CopperLink Ethernet Extenders in a back to back arrangement you must construct a 10 100Base T cross over cable as shown in Figure 8 CopperLink 10 100Base T Port 10 100Base T DTE RJ 45 Pin No RJ 45 Pin No 1 TX 1 TX 2 TX 2 TX 3 RX 3 RX 6 RX 6 RX Figure 8 10 100Base T crossover cable 3 5 CONNECTING POWER An external AC or DC power supply is available separately This connec tion is made via the barrel jack on the rear panel of the CopperLink Ethernet Extender No configuration is necessary for the power supply See Appendix B for domestic and international power supply and cord options DC power supplied via the power supply jack to the CopperLink Ether net Extender must meet the following requirements DC power supplied must be regulated 5VDC 15 1 0A minimum Center pin is 5V The barrel type plug has a 2 5 5 5 10mm I D O D Shaft Length dimensions The CopperLink Ethernet Extender
3. CONNECTION Shielded RJ 45 10 100Base T IEEE 802 3 Ethernet e CopperLink Connection RJ 45 and Terminal Block A 2 TRANSMISSION LINE Two wire unconditioned twisted pair A 3 COPPERLINK LINE RATE Model 2168 16 67 Mbps symmetric upstream downstream Additional symmetric and asymmetric rates are available via DIP switch settings Model 2158 Fixed 12 5 Mbps symmetric upstream downstream A 4 COPPERLINK DISTANCE 6 000 ft 1 83 km at 1 56 Mbps upstream 4 1 7 Mbps downstream Note Distances depend on selected line rate A 5 COPPERLINK SURGE SUPPRESSOR Gas tube with maximum current surge 20 kA 8120 us A 6 LED STATUS INDICATORS e Power Green e CopperLink Link Green amp QOL Red e Ethernet Link Green Collision Yellow Duplex Yellow 10 100M Yellow Transmit Yellow and Receive Yellow A 7 POWER SUPPLY Input power 5 VDC 1A Power consumption 450 mA at 5 VDC External AC and DC options e AC 120 VAC 220 VAG and UI 120 240 VAC e DC 12 VDC 24 VDC and 48 VDC 21 A 8 TEMPERATURE RANGE 32 122 F 0 50 C A 9 HUMIDITY Up to 90 non condensing A 10 DIMENSIONS 1 58H x 4 16W x 3 75D in 10 6H x 4 1W x 8 8D cm 22 APPENDIX B MODEL 2158 SERIES FACTORY REPLACEMENT PARTS AND ACCESSORIES Base Models 2158 L Local CopperLink Ethernet Extender no power supply 2158 R Remote CopperLink Ethernet Extender no power supply 2158 2PK CopperLink Ethernet Extender Kit includes one
4. is wired for a two wire interface The signal pin relationships is shown in Figure 5 RING TIP Figure 5 CopperLink Ethernet Extender twisted pair line interface 3 4 CONNECTING THE 10 100BASE T ETHERNET INTERFACE The shielded RJ 45 port labeled Ef ernefis the 10 100Base T interface This port is designed to connect directly to a 10 100Base T network Figure 6 shows the signal pin relationships on this interface You may connect this port to another Ethernet device via a Type 4 or Type 5 cable that is up to 328 ft long 1 TX data output from VLINK modem 1 A 2 TX data output from VLINK modem 2 aa 3 RX data input to VLINK modem 4 4 no connection 5 5 no connection 6 6 RX data input to VLINK modem 8 7 no connection Kc 8 no connection Figure 6 CopperLink Ethernet Extender 10 100Base T RJ 45 Connector Pinout Connecting the 10 100Base T Ethernet Port to a Hub The CopperLink Ethernet Extender 10 100Base T interface is configured as DTE Data Terminal Equipment just like a 10 100Base T network interface card in a PC Therefore it expects to connect to a 10 100Base T Hub using a straight through RJ 45 cable Figure 7 dia grams the cable wiring for connecting the CopperLink Ethernet Extender to a 10 100Base T hub CopperLink 10 100Base T Port 10 100Base T Hub
5. local L and one remote R Model 2158 no power supply O7M2158_2168 A Power Supplies 08055DCUI 100 240VAC 5V reg DC 2A Universal Input Adapter 08055 120 5 1 120 VAC 5V reg DC 1A Input Adapter Power Cords American Power Cord Australian Power Cord Switzerland Power Cord Only required with optional Ul power supply 08055DCUI 23 APPENDIX C MODEL 2168 SERIES FACTORY REPLACEMENT PARTS AND ACCESSORIES Base Models 2168RCJL 2168RCIR 21681 2168 R 2168 2PK Multi Rate CopperLink Ethernet Extender Kit includes one local L and one remote R CopperLink Ethernet Extender no power supply 07M2158 2168 A User Manual Power Supplies 08055DCUI 100 240VAC 5V reg DC 2A Universal Input Adapter 08055 120 5 1 120 VAC 5V reg DC 1A Input Adapter 12V PSM 12 VDC Input Adapter 24V PSM 24 VDC Input Adapter 48V PSM 48 VDC Input Adapter Power Cords 0805US American Power Cord 050SEUR 0805UK 0505AUS 0BOSDEN 0805FR EH 08055 D805JAP 08055W Only required with optional Ul power supply 08055DCUI 24 APPENDIX D COPPERLINK SERIES INTERFACE PIN ASSIGNMENT D 1 10 100BASE T INTERFACE RJ 45 Pin 1 TX Pin 2 TX Pin 3 RX Pin 6 RX Pins 4 5 7 8 no connection D 2 COPPERLINK INTERFACE RJ 45 Pin 4 RING Pin 5 TIP Pins 1 2 3 6 7 8 no connection Terminal Block See Figure 5 on page 11 25 APPENDIX E DISTANCE CHART BASED ON 24 AWG 0 5 MM Note Model
6. screws 3 Slide the front card into the chassis until you feel resistance as the front card engages the rear card When that happens gen y push the front card forward until it is fully seated in the card edge recepta cle of the rear card it should c ck into place 4 Secure the front card using the captive fasteners Note The Model 1001R14 chassis supports hot swapping of cards so it is not necessary to power down the rack when you install or remove a CopperLink Ethernet Extender rack card CopperLink RJ 45 interface CopperLink terminal block Ethernet Port WANNA 2158 2168RC Figure 3 CopperLink Ethernet Extender rack cards 5 Connect the line interface between the units refer to section 3 3 Connecting the Twisted Pair Line Interface on page 10 Note See Figure 3 for the rack card s panel arrangemenis 6 Connect the Ethernet interface refer to section 3 4 Connecting the 10 100Base T Ethernet Interface on page 11 3 3 CONNECTING THE TWISTED PAIR LINE INTERFACE The CopperLink Ethernet Extender supports communication between two peer Ethernet LAN sites over a distance of up to 6 000 ft 1 83 km over 24 AWG 0 5 mm twisted pair wire Note Actual distance and link performance may vary depending on the environment and type gauge of wire used Follow the steps below to connect the CopperLink Ethernet Extenders interfaces Note The CopperLink units work in pairs
7. 0 INSTALLATION Because the CopperLink Ethernet Extender requires no configuration it can be installed quickly If you are installing a standalone unit refer to section 3 1 Standalone unit installation Otherwise refer to section 3 2 Rack card installation Note If asymmetric transmission or line rates other than 12 5 Mbps are required Model 2168 only refer to section 4 0 Configura tion Model 2168 Only on page 14 3 1 STANDALONE UNIT INSTALLATION Do the following 1 Connect the line interface between the units refer to section 3 3 Connecting the Twisted Pair Line Interface on page 10 Note See Figure 2 for the standalone unit s rear panel arrangements 2 Connect the Ethernet interface refer to section 3 4 Connecting the 10 100Base T Ethernet Interface on page 11 3 Connect the power plug refer to section 3 5 Connecting Power on page 12 CopperLink LZ CopperLink twisted pair terminal block interface Ethernet port CopperLink twisted pair RJ 45 interface Figure 2 CopperLink Ethernet Extender standalone rear panel 3 2 RACK CARD INSTALLATION The CopperLink Ethernet Extender rack card comprised a front card and a rear card Do the following to install the cards into the rack chassis 1 Slide the rear card into the back of the chassis along the metal rails 2 Secure the rear card using the supplied metal
8. 2158 is fixed at 12 5 Mbps 4 000 ft 1 220 m 26 Notes 27 Notes OAR ALAIN e mail info direktronik se tel 08 52 400 700 fax 08 520 18121 28
9. Chart 1 2 S1 3 S1 4 Asymmetric Line Rates DS US 4 17 Mbps 1 56 Mbps Mode 0 Table 4 Reserved for future use 515 91 6 81 7 S16 Reserved for future use 5 0 OPERATION Once the CopperLink Ethernet Extenders are properly installed they should operate transparently No user settings required This section describes reading the LED status monitors 5 1 POWER UP Before applying power to the CopperLink Ethernet Extender please review section 3 5 Connecting Power on page 12 to verify that the unit is connected to the appropriate power source There are no user serviceable parts in the Copper Link Ethernet Extender Fuse replacement should only be performed by qualified service personnel Contact Patton Electronics Technical support at 301 975 1007 for more information WARNING 5 2 FRONT PANEL LED STATUS MONITORS The CopperLink Ethernet Extender features nine front panel LEDs five on the rack card that monitor power the Ethernet signals and the Cop perLink connection Figure 12 standalone version and Figure 13 on page 20 rack card version show the front panel LEDs Table 5 on page 19 describes the LED functions for the standalone model Table 6 on page 20 describes the LED functions for the rack card Ethernet RX LED Ethernet TX LED Ethernet 100M LED o LA Ethernet h LA FDx LED Ethernet Collision LED Power Ethernet LED Link LED CopperLink QOL LED CopperLink Link LE
10. D Figure 12 CopperLink Ethernet Extender standalone unit front panel 18 Table 5 Front panel LED description for standalone modem Power On green when power is applied to the unit Off when no power is applied to the unit CopperLink On green when the end to end CopperLink link Link between the units is established Off when the link has not been established or when the link fails CopperLink Flashes yellow at different rates to indicate the QOL amount of error correction taking place on data pass ing over the CopperLink link This is a normal operat ing condition and all data is passing correctly over the link even if the link is solidly yellow However if the LED is solid yellow and the CopperLink Link LED is Off Off when no power is applied to the unit Ethernet Link On green when the 10 100Base T Ethernet link has been established Off when the 10 100Base T Ethernet link has not been established or when the link fails Ethernet COL Flashes yellow to indicate Ethernet collisions are Collision occurring Ethernet FDx On yellow when in full duplex Ethernet mode Off Duplex when when operating in half duplex Ethernet mode Ethernet 100M On yellow when the link has not been established or when operating in 100 Mbps Ethernet mode Off when operating in 10 Mbps Ethernet mode Ethernet TX Flashes yellow when data is transmitted from the DN rr AN Ethernet RX Flashes ye
11. DATA NITE e mail info direktronik se tel 08 52 400 700 fax 08 520 18121 USER MANUAL CopperLink Ethernet Extenders Model 2158 amp 2168 PE PATTON MA Tlecironicsto ISO Part 07M2158 2168 Rev A SALES OFFICE Doch 058091U 301 975 1000 90 Revised 3 24 03 TECHNICAL SUPPORT RTIFIED 301 975 1007 An ISO 9001 Certified Company CONTENTS 1 0 1 1 1 2 1 3 2 0 2 1 2 2 3 0 3 1 3 2 3 3 3 4 3 5 4 0 4 1 4 2 warranty Information 2seiesebeggee eggege genee 4 Radio and TV Interterence serrana 4 CE NOICE GAZ Ak Radial dawa 4 SE PONERLO EE EE 5 General I formatiOn wci das 6 A H 6 DESCUIDO NN 6 JN CIE d Le EEN 8 Standalone unit installation dci 8 Rack Cala Asta Le aid ao O a 9 Connecting the Twisted Pair Line Interface 10 Connecting the 10 100Base T Ethernet Interface 11 Connecting the 10 100Base T Ethernet Port to a Hub 12 Connecting the 10 100Base T Ethernet Port to a PC DTE 12 Connecting POWER ameno RE 12 Configuration Model 2168 Only sszssaaaaaannnznnenece 14 Configuring the hardware DIP owitches 14 Configuring Elter ER 16 Switch S 1 1 Ethernet Auto Sense id 16 Switches S1 2 and S1 4 Datahaie a aaaaaannii 16 Opera Le EE 18 Bee UD ias 18 Front Panel LED Status Monitors occccccccccccccccnnccccncnnncconcnononos 18 SPeciticalions cu cid 21 BANICORNECION as 21 ransmission A A G AAA 21 CODBEIEINEL
12. One of the CopperLink units must be an L local and the other unit must be an R remote It does not matter which end is the L and which is the R The link is always initiated by the R As long as the L is powered on the R can establish a link by being powered on or by having its power reset 1 To function properly the two CopperLink Ethernet Extenders must be connected together using twisted pair unconditioned dry metal wire between 19 0 9mm and 26 AWG 0 4mm Leased circuits that run through signal equalization equipment are not acceptable 2 The CopperLink Ethernet Extenders are equipped with two interface jacks that can be used on the CopperLink interface an RJ 45 or a ter minal block These CopperLink interfaces are a two wire interface Observe the signal pin relationships on the CopperLink Ethernet Extender s CopperLink interface jacks The RJ 45 connector on the CopperLink Ethernet Extender s twisted pair interface is polarity insensitive and is wired for a two wire inter face The signal pin relationship is shown in Figure 4 no connection no connection JU 1 2 3 no connection 4 2 Wire RING 5 6 7 2 Wire TIP no connection O NOOTRO ND no connection H 8 no connection Figure 4 CopperLink Ethernet Extender RJ 45 twisted pair line interface 10 The terminal block connector on the CopperLink Ethernet Extender s twisted pair interface is polarity insensitive and
13. RERAIE ts ed 21 CopperLink Distance oocccccoccccconcnccnnnonnnnocnnnnencnnnnnnnonorenoncnnnnnonns 21 CopperLink Surge Suppressor assi 21 LED taUs Mde O oa N A EA 21 POWER SII its 21 Temperature Range it oca 22 PED cs cami sat iat Ha estaba Ute ea ite ate nto eLdaa alee eta 22 DIMENSIONS aia 22 Model 2158 Series Factory Replacement Parts and Accessories essa 23 Model 2168 Series Factory Replacement Parts and Accessories ess 24 CopperLink Series Interface Pin Assignment 25 10 100Base T Interface cd 25 E 25 COpp rLink Meade decos retail gebiet 25 A Eau 25 Terminal DOC ds 25 Distance Chart Based on 24 AWG 0 5 MM 11112 12 26 1 0 WARRANTY INFORMATION Patton Electronics warrants all CopperLink Ethernet Extender compo nents to be free from defects and will at our option repair or replace the product should it fail within one year from the first date of the ship ment This warranty is limited to defects in workmanship or materials and does not cover customer damage abuse or unauthorized modification If this product fails or does not performs as warranted your sole recourse shall be repair or replacement as described above Under no condition shall Patton Electronics be liable for any damages incurred by the use of this product These damages include but are not limited to the following lost profits lost savings and incidental or cons
14. computing equipment and receiver are on different branches 1 2 CE NOTICE The CE symbol on your Patton Electronics equipment indicates that it is in compliance with the Electromagnetic Compatibility EMC directive and the Low Voltage Directive LVD of the European Union EU A Cer tificate of Compliance is available by contacting Technical Support 1 3 SERVICE All warranty and non warranty repairs must be returned freight prepaid and insured to Patton Electronics All returns must have a Return Materi als Authorization number on the outside of the shipping container This number may be obtained from Patton Electronics Technical Services at e Tel 1 301 975 1007 e Email support patton com e URL http www patton com Note Packages received without an RMA number will not be accepted 2 0 GENERAL INFORMATION Thank you for your purchase of this Patton Electronics product This product has been thoroughly inspected and tested and is warranted for one year for parts and labor If any questions or problems arise during installation or use of this product contact Patton Electronics Technical Support at 1 301 975 1007 2 1 FEATURES Easy to install standalone CopperLink Ethernet Extenders no configu ration required e Auto sensing full or half duplex Ethernet e Auto sensing 10 100Base T e Extends network connections up to 6 000 ft 1 83 km over 2 wire 24 AWG unconditioned lines e Switch selectable line rates u
15. does not have a power switch so it powers up as soon as it is plugged in There are no user serviceable parts in the Copper Link Ethernet Extender Fuse replacement should only be performed by qualified service personnel Contact Patton Electronics Technical support at 301 975 1007 for more information WARNING 4 0 CONFIGURATION MODEL 2168 ONLY The CopperLink Ethernet Extender has eight DIP switches for configur ing the unit for a wide variety of applications This section describes switch locations and explains the different configurations 4 1 CONFIGURING THE HARDWARE DIP SWITCHES Using a small flat tip screwdriver remove the protective cover located on the underside of the CopperLink Ethernet Extender see Figure 9 Figure 9 Removing protective cover Figure 10 and Figure 11 on page 15 show the orientation of the DIP switches in the On and Off positions Front Rear Push toggle up for ON position Push toggle down for OFF position Figure 10 Model 2168 standalone modem DIP switch orientation Push toggle to left for ON position Push toggle to right for Z OFF position O a
16. equential damages arising from the use of or inability to use this product Patton Electronics spe cifically disclaims all other warranties expressed or implied and the installation or use of this product shall be deemed an acceptance of these terms by the user Note Conformity documents of all Patton products can be viewed online at www patton com under the appropriate product page 1 1 RADIO AND TV INTERFERENCE The CopperLink Ethernet Extender generates and uses radio frequency energy and if not installed and used properly that is in strict accordance with the manufacturer s instructions may cause interference to radio and television reception The CopperLink Ethernet Extender has been tested and found to comply with the limits for a Class A computing device in accordance with specifications in Subpart B of Part 15 of FCC rules which are designed to provide reasonable protection from such interfer ence in a commercial installation However there is no guarantee that interference will not occur in a particular installation If the CopperLink Ethernet Extender does cause interference to radio or television recep tion which can be determined by disconnecting the unit the user is encouraged to try to correct the interference by one or more of the follow ing measures moving the computing equipment away from the receiver re orienting the receiving antenna and or plugging the receiving equip ment into a different AC outlet such that the
17. llow when data is received at the unit Power CopperLink Link CopperLink QOL UU AAA AM Ethernet Link ry uf ja Ethernet Activity wl wi Z 7 SS D S XN Figure 13 CopperLink Ethernet Extender rack card front panel Table 6 Front panel LED description for rack card modem Solid GREEN to indicate the unit is powered on CopperLink Active Green Solid green ON to indicate that the Ethernet end to end CopperLink link between the CopperLink Extender Link Ethernet Extenders is established The CopperLink Ethernet Extender LED is OFF when the link is down CopperLink Active Yellow Flashes YELLOW to indicate the pro Ethernet cessor is correcting an error in the data thus prevent Extender QOL ing the transmission of corrupted data to the Ethernet port The more error corrections the more often the LED blinks If the light remains lit continuously it means that the CopperLink line is noisy although the data at the Ethernet port remains uncorrupted Further impairment of the line however risks having the line fail as indicated by the green CopperLink Ethernet Extender Link LED extinguishing Ethernet Link Active Green Solid Green indicates that 10 100Base T Ethernet link has been established Ethernet Activity Active Yellow Flashes yellow to indicate Ethernet activity on the CopperLink Ethernet Extender s 10 100Base T Ethernet port 20 APPENDIX A SPECIFICATIONS A 1 LAN
18. p to 16 67 Mbps Model 2168 only e 7 symmetric or asymmetric settings via DIP switch Model 2168 only Transparent operation e LED indicators for Power Ethernet Link amp Activity CopperLink link amp Quality of Line QOL e Surge suppression up to 20 kA 8 20 us Available in rack mount or standalone configurations e Made in the USA 2 2 DESCRIPTION The Patton Electronics CopperLink L and CopperLink R Ethernet Extenders provide high speed LAN connections between peered Ether net LANs remote PCs or any other network enabled 10 100Base T device Operating in pairs a CopperLink L local located at one end of the LAN extension and a CopperLink R remote at the other end these units can automatically forward LAN broadcasts multicasts and frames across a 2 wire voice grade twisted pair link The data is passed transparently unmodified through the CopperLink Ethernet Extenders The CopperLink Ethernet Extenders automatically add and delete MAC addresses only passing packets across the CopperLink link that are meant for the remote peered LAN 10 100Base TX 10 100Base TX Ethernet Ethernet Twisted Pair Ki 2168 R N VA 2 wire E EN f E a A D Mm s sy Local Remote Network Network Figure 1 Typical application The CopperLink L modem and CopperLink R modem work together to create a transparent extension between two peered Ethernet LANs Figure 1 shows a typical point to point application 3
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