ONE400 Installation Manual
Contents
1. The connection to the BRI accesses is made on the rear panel via RJ 45 connectors The RJ45 connector pinout is 25 4 11 T2 Interface M5 The PRI431 module allows to equip the ONE400 with a E1 T2 G703 G704 digital voice access Associated to DSP compression decompression modules this interface allows to process until 30 voices channels 2 DSP modules The external connection of the E1 T2 interface is made on the rear panel by RJ45 connector 4 11 1 Connector Pinout RJ45 connectors 4 11 2 Cables The flex used for the E1 or T2 access is a shielded flex which contains 2 twisted pairs with pairing advised for the transmission pairs 4 5 and receive 1 2 26 4 12 DSP 400 Module The DSP400 module s are used in association with the BRI434 PRI431 and AVB434 modules These modules achieve the processing functions of compression decompression for the voices channels Two types of module are available e the DSP401 module equipped with 1 DSP processor e the DSP402 module equipped with 2 DSP processors The NT mode configuration of the BRI434 module allows to provide a power supply Source 1 sufficient for detecting but self supplied terminals The ONE400 supports 1 to 2 DSP module and can process until 30 voices channels The DSP modules are secured and connected to the motherboard by a 80 pins SIMM connector The below table recalls the number of DSP modules required2. may cause an explosion 2 Directives and Standards 2 1 Declaration of Conformity D claration de conformit suivant les directives R amp TTE DBT et CEM Declaration of Conformity according to R amp TTE LVD and EMC directives ONE400 Commutateur et routeur voix donn es Voice and data switch and router Tension d alimentation Supply voltage 100 240 Vac 0 7 0 3 A 50 60 Hz avec les cartes XDSL board G HDSL Rnis board BRI DSP board with the cards gt s Nous d clarens que ce produit est pr sum conforme aux exigences essentielles applicables des directives suivantes du Parlement Europ en et du Censeil la Directive R amp TTE 1999 5 CE du 9 mars 1999 concernant les quipements hertziens et les quipements terminaux de t l communications et la reconnaissance mutuelle de leur conformit la Directive Basse Tension 73 23 CEE du 19 f vrier 1973 concernant le rapprochement des l gislations des Etats Membres relatives au mat riel lectrique destin tre employ dans certaines limites de tension la Directive CEM 89 336 CEE du 3 mai 1989 concernant le rapprochement des l gislations des tats membres relatives la compatibilit lectromagn tique modifi e par la Birective 92 31 CEE du 28 avril 1992 We declare that this product has been given a presumption of conformity with the applicable essential requirements ef the following directives of the European Parliament and of the Coun
3. 1 serial access port MDR36 connectors 1 slot for the extension module Uplink M4 1 slot for the extension module Ethernet switch M1 1 slot for the extension modules voice M5 Ethamet Switch 106T Ethernet r themes Anona Uptink Module 100BT Cassate Figure 2 Rear Panel 12 3 4 Main Board The basic version of the ONE400 is composed of a case including a motherboard associated to the power unit The motherboard of the ONE400 brings e The memory and CPU resources of the equipment e 2 Mbytes of FLASH Boot e 16 Mbytes of NANOFLASH e 64Mbytes of SDRAM e The standard functionalities of the equipment e 1 configuration debug port e 1 serial access V 28 V 11 V 35 V 36 type in DTE or DCE mode with automatic selection of the type and the mode according to the cable used e 1LAN access 10Base T Ethernet e 1LAN access 100Base T Ethernet e The connectors used to receive the modules and extension boards e 1 connector for voice extension module mark 1 e 1 connector for uplink extension board mark 2 e 1 connector for Ethernet switch module mark 3 e 2connectors for the compression decompression module s of the voice channels DSP mark 5 Figure 3 MotherBoard 13 4 Interface Description 4 1 LAN interface 10 BT 10BT 4 1 1 Characteristics 10Base T e Half or Full Duplex 4 1 2 Meaning of LED Colors Lit green led Link active Blinking yellow led Traffic in pro
4. 105 RTS 4 13 125 IA 22 14 140 RL 21 15 16 102 7 17 IdentO 18 Ident2 19 20 21 22 23 24 25 26 27 28 29 30 31 141 LL 18 32 142 TM 25 33 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable 39 A 3 V 36 DTE Cord Catalog reference 4 021 865 00 Ed A P1 P2 MDR 36 Pts SIGNAL SUB D 37 Pts m le Ecran Blindage 1 Capot 1 103A SD 4 2 113A TXCE 17 3 114A TXC 5 4 115A RXC 8 5 104A RD 6 6 7 105A RTS 7 8 108A DTR 12 9 10 109A CD 13 11 107A DSR 11 12 106A CTS 9 13 141 LL 10 14 142 TM 18 15 102a 37 16 102 19 17 IdentO 18 Ident2 19 103B SD 22 20 113B TXCE 35 21 114B TXC 23 22 115B RXC 26 23 104B RD 24 24 25 105B RTS 25 26 108B DTR 30 27 28 109B CD 31 29 107B DSR 29 30 106B CTS 27 31 125 IA 15 32 140 RL 14 33 102b 20 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable 40 A 4 V 36 DCE Cord Catalog reference 4 021 866 00 Ed A P1 P2 MDR 36 Pts SIGNAL SUB D 37 Pts femelle Ecran Blindage 1 Capot 1 104A RD 6 2 115A RXC 8 3 114A TXC 5 4 113A TXCE 17 5 103A SD 4 6 7 106A CTS 9 8 107A DSR 11 9 10
5. 109A CD 13 11 108A DTR 12 12 105A RTS 7 13 125 IA 15 14 140 RL 14 15 102b 20 16 102 19 17 IdentO 18 Ident2 19 104B RD 24 20 115B RXC 26 21 114B TXC 23 22 113B TXCE 35 23 103B SD 22 24 25 106B CTS 27 26 107B DSR 29 27 28 109B CD 31 29 108B DTR 30 30 105B RTS 25 31 141 LL 10 32 142 TM 18 33 102a 37 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable 41 A 5 X 21 V 11 DTE Cord Catalog reference 4 021 867 00 Ed A P1 P2 MDR 36 Pts SIONAL SUB D 15 Pts m le Ecran Blindage 1 Capot 1 103 TA 2 2 113 XA 7 3 4 115 SA 6 5 104 RA 4 6 7 105 CA 3 8 9 10 11 12 109 IA 5 13 14 15 16 102 8 17 IdentO 18 Ident2 19 103 TB 9 20 113 XB 14 21 22 115 SB 13 23 104 RB 11 24 25 105 CB 10 26 27 28 29 30 109 IB 12 31 32 33 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable 42 A 6 X 21 V 11 DCE Cord Catalog reference 4 021 868 00 Ed A P1 P2 MDR 36 Pts ONAL SUB D 15 Pts femelle Ecran Blindage Capot 1 104 RA 4 2 115 SA 6 3 4 113 XA 7 5 103 TA 2 6 7 109 IA 5 8 9 10 11 12 105 CA 3 13 14 15 16 102 8 17 Ide
6. 19 104A RD T 20 115B RXC X 21 114B TXC AA 22 113B TXCE WwW 23 103B SD S 24 25 26 27 28 29 30 31 141 LL L 32 142 TM NN 33 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable 45 Annex B Console Cord 46 Vers acc s SYSTEM Catalog reference 4 021 856 00 Ed MDR 20 Pts P1 SIGNAL SUB D 9 Pts Femelle P2 1 TX 2 2 RX 3 3 GND 5 7 Cc 8 Vers port s rie PC en mode terminal
7. double pole disconnection device easily accessible and a 2A protection device against short circuit shall be incorporated to the building installation 1 3 Safety Level of the Interface Circuits 1 3 1 1 3 2 1 3 3 1 3 4 1 3 5 in the products authorized by OneAccess as recommended in the The add on accessory modules and daughter boards must be installed only installation manual LAN Interface The Ethernet 10Base T and 10 100Base T auto sense have SELV Safety Extra Low Voltage interface They must be used only for indoor applications connected to 10Base T or 100Base T interface which is also designed as SELV Serial Interface Vxx The ONE400 has V 11 V 28 V 35 or V 36 line interfaces which are SELV They must be used only for indoor applications and connected to V 11 V 28 V 35 or V 36 interfaces which are also designed as SELV SDSL G SHDSL Interface M4 The ONE400 has SDSL G SHDSL interface ITU T G991 2 TRT1 type destined to be connected directly to a standard telephone line external T2 PRI interfaces M5 The PRI401 404 module marked PBX E1 DATA offers an ISDN primary interface RJ45 connector This interface is SELV and not destined to be connected to the public network In case of indoor not exposed applications this interface is intended to be connected to a S2 E1 T1 interface which is also designed as SELV In case of network E1 T1 applications this interface is intended t
8. flashed At the end of the software loading sequence about 20 seconds e the STATUS indicator light remains steady green if the initialization took place correctly e the STATUS indicator light remains flashing in case of software absence or error during the software loading Refer to the ONEOS User Guide for more information 37 Annex A Serial Interface VXX V 24 V 28 DTE Cord Catalog reference 4 021 863 00 Ed A A 1 P1 P2 MDR 36 Pts SIGNAL SUB D 25 Pts m le Ecran Blindage 1 Capot 1 103 SD 2 2 113 TXCE 24 3 114 TXC 15 4 115 RXC 17 5 104 RD 3 6 7 105 RTS 4 8 108 DTR 20 9 10 109 CD 8 11 107 DSR 6 12 106 CTS 5 13 141 LL 18 14 142 TM 25 15 16 102 L 17 IdentO 18 Ident2 19 20 21 22 23 24 25 26 27 28 29 30 31 125 IA 22 32 140 RL 21 33 34 102 35 Ident1 36 Ident3 38 Signal connected to pin 34 at the end of the cable A 2 V 24 V 28 DCE Cord Catalog reference 4 021 864 00 Ed P1 P2 MDR 36 Pts SIGNAL SUB D 25 Pts femelle Ecran Blindage 1 Capot 1 104 RD 3 2 115 RXC 17 3 114 TXC 15 4 113 RXCE 24 5 103 SD 2 6 7 106 CTS 5 8 107 DSR 6 9 10 109 CD 8 11 108 DTR 20 12
9. for the operation of the different modules Type of voice Number of DSP modules required module FXS404 DSP401 FXS408 DSP401 BRI404 DSP401 BRI408 DSP402 PRI401 8 chanel DSP401 PRI401 16 chanel DSP402 PRI401 24 chanel DSP402 DSP 401 PRI401 32 chanel DSP402 DSP402 27 5 Technical Characteristics 5 1 Climatic Environment Operating conditions Temperature 0 C s T lt 45 C Relative humidity HR 5 lt HR lt 80 Absolute humidity x 24g m3 Altitude lt 2500 m Air pressure 70 80kPa Storage conditions Temperature 25 C lt T lt 55 C Relative humidity HR 5 s HR s 95 Absolute humidity lt 29g m Altitude lt 2500 m Air pressure 70 80kPa 5 2 Power Supply Source e 90 250 VAC 0 7 0 3 A inserted power supply 5 3 Dimensions The dimensions of the ONE400 are e Width 440 mm Height 48 mm Depth 278 mm 28 6 Installation This chapter describes installation and removal operations of necessary subsets at the time of retrofitting modification of configuration or maintenance of the equipment Interventions on the ONE400 equipment are made in power off mode and require the removal of the upper protective cover Remove the power cable before any intervention on the device The ONE400 equipment is equipped with an automatic detection and identification system of each of its subsets and its configuration reducing to the m
10. wll 3 3 Rear Panel of the ONE400 5 12 3 4 Maim Board iocari ee nn side ed enr NENNEN MR SEEE A eee en 13 4 INTERFACE DESCRIPTION 6sisssssssstasccesscsesscsenscsescostoseassansessssssessossensocedscdscessonsonssebasseussenesencecdoseassavosesce 4 1 CAN interlace LH LOBT serrer KEEA EESE AEE EEE ternel P 4 2 LAN interface 10 BT 10BT i 4 3 Serial interface M 44 Console interface ecce ceste erst GERBER EE EEKE EEE ETES SEE SUE EAR EAS 4 5 Interface G SHDSL SDSL M4 18 4 6 IMA on El interface M4 19 47 STM1 interface MA 20 4 8 Switch Ethernet interface Switch 4 21 4 9 FXS Analog Interface 5 22 4 10 TO S0 Interface M5 24 4 11 T2 Interface M5 26 4412 DSP400 Module eere rri eet re cH e RES RACE PEN ERA OX PE VES ERKENNEN dite nr tt 27 5 TECHNICAL CHARACTERISTICS mmeeeenennnnnenenennenenenense 28 5 1 Climatic Environment 5 2 Power Supply Source 5 3 DIMENSIONS ote ER REED Ne ee E TERN DA ST Rosettes 6 INSTALLATION T 6 1 Removal of the Protective Cover 6 2 Voice Extension Module M5 31 6 3 Installatioit of the DSP Module oerte nains REOR EN EE AEN AERE CERTES 33 6 4 Uplink Module MA reet ettet e Ce an OR nn TER RE ARE LE NT Ie Red 6 5 Connections ise 6 6 Installing into 19 inches Cabinets ete ene en TROU E e de Eus 36 7 POWER UP 7 1 Power Up ANNEX A SERIAL INTERFACE VXX sens
11. 00 BT may be added into the slot M1 The addition of an extension module into slot M4 allows the following optional services e 1 access G SHDSL 2 or 4 wires or SDSL e 1access IMA 4 or 8 E1 e 1acess STM1 The addition of an extension module into slot M5 allows the following voice services e 4or8 analog voice FXS e 4or 8 digital voice SO TO configurable mode TE or NT e 1 or 4 digital voice S2 T2 3 2 Front Panel of the ONE400 The front panel of the ONE400 is provided with an indicator light which informs about the working status of the equipment Zoom on LEDS Figure 1 Front Panel 3 2 1 Meanings of the Indicator lights Indicator Off Green Red Green Flashing lights Status Switched Off Switched On Switched On not Reboot in operational operational progress xDSL Not used Synchronized Loss of Synchronization synchronization in progress on 1 interface IP Not used All the connections on Connection failure IPoA or PPPoA are on an IPoA or activated PPPoA Aux Not used Data Service Failure on Data operational FRF CES Service Voice Not used Service operational Service not operational Com No voice Compression activated communication one or several channel in progress 11 3 3 Rear Panel of the ONE400 The standard configuration of the rear panel is equipped with 1 serial port for configuration and debug CONSOLE 1 LAN access 10 Mbps 10BT 1 LAN access 100 Mbps 100BT
12. ONE400 Installation Manual Version A ONEACCERS E OneAccess 28 rue de la Redoute 92260 Fontenay aux Roses France The law of 11 March 1957 paragraphs 2 and 3 of article 41 only authorizes firstly copies and reproductions strictly reserved for use by copyists and not for general use and secondly analyses and short quotations for the purpose of example and illustration Therefore any representation or reproduction entire or partial made without the consent of the author or his representatives is illegal paragraph 1 of article 40 Any such representation or reproduction made in any manner whatsoever would therefore constitute an infringement of the law as sanctioned by articles 425 and in accordance with the penal code Information contained in this document is subject to change without prior notice and does not constitute any form of obligation on the part of ONEAccess ONEAccess and the distributors can in no case be hold responsible for direct or indirect damage of any kind incurred as a result of any error in the software or guide Every care has been taken to ensure the exactitude of information in this manual If however you discover an error please contact ONEAccess After Sales Service division Edition January 2006 4030 00 T 4022 136 T 00 ind C ABOUT THE INSTALLATION MANUAL This manual is divided into 6 chapters Chapter 1 Safety instructions This chapter gives the safety instructions Chap
13. cation des directives cit es ci dessus The product is marked with the CE symbol in accordance with the directives mentionned above Cette d claration est applicable aux l ments mentionn s dans le document interne FR 061 0686 _ This declaration is applicable to the relevant elements included in the internal document FR 061 0686 Responsable autoris Authorized RATES G n ral Genaral Chief Officer 2 2 Standards The ONE400 is designed in conformity with the standards listed provided that the basic housing the modules the interface boards and the kits are installed as recommended in the corresponding installation manuals S curity EN60950 2000 Safety of information technology equipment including electrical business equipment Environment Climatic physico chemical mechanic packing ETS 300 019 1 95 Environmental conditions and environmental testing for telecommunication equipment In use Temperature Controlled Test specification Part 1 Classification of environmental conditions class T3 1 normal class T3 1 exceptionnal Storage partly temperature controlled T1 1 Part 2 Specification of environmental test Transportation careful Transportation T2 3 Electromagnetic Compatibility immunity EN 55024 Information technology equipment immunity characteristics Limits and methods of measurement EN 55022 class B 98 Limit
14. cil R amp TTE Directive 1999 5 EC of march 9 1999 on radio equipment and telecommunication terminal equipment and the mutual recognition of their conformity Low Voltage Directive 73 23 EEC of february 19 1973 on the harmonization of the laws of Member States relating to electrical equipment designed for use within certain voltage limits EMC Directive 89 336 EEC of may 3 1989 on the approximation of the laws of the Member States relating to electromagnetic compatibility amended by Directive 92 31 EEC of april 28 1992 Nous d ciarons que les normes harmonis es suivantes ont t utilis es pour d montrer cette pr somption de conformit et ont donn lieu aux rapports de tests suivants disponibles sur demande We declare that the follewing harmonised standards were used to demonstrate this presumption of conformity and the results are included in the following tests reports which can be made available on request EN60950 2000 Rapport Report 02ME13996 10102002 EN 55022 98 Rapport Report 177001CV UL EN 55024 98 Rapport Report 177001CV UL EN 61000 4 2 95 A1 98 Rapport Report 177001CV UL EN 61000 4 3 96 a Rapport Report 177001CV UL EN 61000 4 4 95 Rapport Report 177001CV UL EN 61000 4 5 95 Rapport Report 177001CV UL EN 61000 4 6 96 Rapport Report 177001CV UL EN 61000 4 11 94 Rapport Report 177001CV UL Le produit est marqu du symbole CE en appli
15. component e Support 7 groups maximum adresses limitation bus UTOPIA motherboard e Fractional E1 e Support a delay of 110 ms IMA 8 voice without external memory 4 6 1 Connector Pinout 4 or 8 RJ45 conncetors Broche Signal Broche Signal 4 6 2 Cables The flex used for the E1 or T2 access is a shielded flex which contains 2 twisted pairs with pairing advised for the transmission pairs 4 5 and receive 1 2 with 2 RJ45 shielded connectors 19 4 7 STM1 interface M4 4 7 1 Characteristics e Framer SONET SDH ATM e An optical module interface is available in many versions Multimode diode 1300nm with interface type MT RJ distance lt 2Kms Monomode laser 1300nm short haul with interface type LC distance 15Kms Monomode laser 1300nm long haul with interface type LC distance 40Kms 20 4 8 Switch Ethernet interface Switch 4 8 1 Characteristics The Switch Ethernet function offers 4 additional Ethernet ports Each of them can be switched and or routed 10 100 Mbits s Half or full duplex Auto n gociation Auto MDI MDIX 4 8 2 Meaning of LED Colors Lit green led Link active Blinking yellow led Traffic in Progress 4 8 3 Connector Pinout RJ45 Connector 4 8 4 Cables The cables are shielded with 2 twisted pairs and 2 shielded connectors RJ45 The switch supports auto detection of crossover straight cable au
16. e 38 ANNEX B CONSOLE CORD sense 46 1 Safety Instruction VA This symbol instructs the user to consult the manual before any PN connection 1 1 Connections to the Main The equipment may be connected to a TT or a TN type network and only in Norway to an IT type with 240V between phases To connect the power supply always follow these steps e Connect the power supply cable to the power input connector on the rear panel of the router e Connect the power supply to an AC electrical outlet 100 240 VAC Plugging in the power supply turns on the router The AC input is the part you must disconnect first For safety reasons you A Unplug the AC input before mounting unmounting any part on the device shall be able to easily access this part 1 2 Protection Against Overcurrent And Earth Faults The protection against earth faults is ensured by the building installation The protection against overcurrent is implemented inside the power supply module and not serviceable The earthing of the power supply box is made by the main plug cord The output SELV part of the power supply are separated from the primary voltages by a reinforced insulation inside the power supply The installation of the ONE400 must imperatively be carried out by a qualified maintenance personnel except in the case in which the interfaces may be considered to be SELV type see above In Norway and Sweden the equipment has to be permanently connected A
17. ering of the equipment All cables are defined in Appendix A 4 4 Console interface 4 4 1 4 4 2 4 4 3 Characteristics e RS 232 e 9600 bps e 68 bits 1 bit stop no parity Connector Pinout 1 2 3 4 5 6 7 8 9 o e TX Emission e RX Reception e NC Not Connected e GND Ground Cable The cable of connection to the interface Console is defined in Appendix A 17 4 5 Interface G SHDSL SDSL M4 The SDSL G SHDSL interface performed by the SDSL402 board allows to connect the ONE400 to a XDSL network 4 5 1 Characteristics 2B1Q or PAM coding ATM based ETSI TS 101 135 ITU T G 991 1 ANSI TR 28 for 2B1Q coding single pair ITU T G 991 2 for G SHDSL Annex A and B 2 or 4 wires Capacity e SDSL 2B1Q 144 kbps up to 2 320 kbps e SHDSL 2 wires 192 kbps up to 2 320 kbps e SHDSL 4 wires 384 kbps up to 4 640 kbps The connection of the SDSL G SHDSL interface is made by means of a connector with RJ45 type Pin Signal Pin Signal 1 NC 5 RING 2 NC 6 NC 3 NC 7 NC 4 TIP 8 NC 4 5 2 Cables The cable of connection to the G SHDSL interface is made with a standard cable with the pinout above 18 4 6 IMA on El interface M4 The board realize an IMA Inverse Multiplexer ATM function on 4 or 8 E1 depending the board The main characteristics are e ATM Forum IMA 1 0 and 1 1 compliant e IMA 4 voice and 8 voice
18. gress 4 1 3 Connector Pinout RJ45 Connector 4 1 4 Cables The cables are shielded crossover straight cables with 2 twisted pairs The switch supports autodetection of crossover straight cable auto MDI MDI X detection 14 4 2 LAN interface 10 BT 10BT 4 2 1 Characteristics e 100Base TX e Half or Full Duplex 4 2 2 Meaning of LED Colors Lit green led Link active Blinking yellow led Traffic in progress 4 2 3 Connector Pinout 4 2 4 Cables The cables are shielded crossover straight cables with 2 twisted pairs The switch supports autodetection of crossover straight cable auto MDI MDI X detection 15 4 3 Serial interface 4 3 1 4 3 2 16 Characteristics e RS232 V 36 X 24 V 35 RS 449 EIA530 RIA530 A Interfaces e DCE and DTE mode e Clock mode contra directionnal and codirectionnal e Automatic detection of the interface characteristics thanks to pinout of the connected cable Cables The type of cable used on the serial link must be in conformity with the configuration The installation of a cable on the serial link forces the mode of use DTE or DCE and the type V 24 or V 28 or V 36 of the link The automatic control of the type of cable used for the serial interface is carried out with the powering of the equipment Imperatively to connect the cords at the two ends for the interface series il N before the pow
19. inimum the configuration operations of the equipment II vacant slots of the rear panel must be obstructed with suitable face plates in order to guarantee the respect of the CEM standards as defined in Chapter 2 Directives and standards 29 6 1 Removal of the Protective Cover 1 By means of a Posidriv N 1 screwdriver unscrew and remove the 2 fixing screws of the protective cover 2 slide the cover in order to free the inserts 3 remove the protective cover from the top of the equipment Figure 4 Removal of the protectivecover 30 6 2 Voice Extension Module M5 The exchange or the installation of extension module requires the removal of the up per protective cover of the equipment The extension modules can be installed into the slots marked M5 The configuration is detected automatically controlled and taken into account when powering up the equipment Connectors of of the interface Connector to Mother Board Voice connector of the Mother Board Screws A Figure 5 Installation and Removal of voice extension module 31 6 2 1 Removal of a Voice Extension Module e 1 Unlock and remove the fixing screws of the module on the rear panel e 2Unlock the fixing brace of the module on the motherboard e 3Loosen the module from the motherboard connection connector 6 2 2 Rise up the board as indicated See Figure 5 6 2 3 Installation of a Voice Extension Module e 1Remove the protective faceplate of
20. l of the ONE400 while using the fixing screws of the faceplate 6 5 Connections 6 5 1 Protective Earth An earthing device is available on the FXS modules and must imperatively be connected to the main protective earth Connection device to the protection earth Figure 7 Main protective earth 6 5 2 Mains Power Supply The main is connected directly on the rear panel of the ONE400 equipment The mains flexes are delivered with the ONE400 in accordance with the mains connection standard of the region of use specified at the time of the equipment order Figure 8 Main power Supply 35 6 6 Installing into 19 inches Cabinet The ONE400 may be installed in a 19 inches cabinet by using a kit with corners Comer 4fixation 4 captive Comer screws nuts Figure 9 19 Inches Cabinet Installation Kit 1 Install the 4 captive nuts on the uprights of the cabinet 2 Screw the corners on the uprights of the cabinet 3 Install the ONE400 on the corners the ONE400 supports must be inserted in the corners holes Fixation Fixation screws Screws ONE 400 supports Corner Figure 10 ONE400 Installed in 19 Inches Cabinet 36 7 Power Up 7 1 Power Up The equipment is powered up by connecting the main cord of the ONE400 to the power supply After a delay of a few seconds the equipment performs a series of self tests and loads the software into memory RAM during which the STATUS indicator light
21. nt0 18 Ident2 19 104 RB 11 20 115 SB 13 21 22 113 XB 14 23 103 TB 9 24 25 109 IB 12 26 27 28 29 30 105 CB 10 31 32 33 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable A 7 V 35 DTE 1 mm Cord Catalog reference 4 022 170 00 Ed A 44 P1 P2 MDR 36 Pts SEE connecteur m le Ecran Blindage A Capot 1 103A SD P 2 113A TXCE U 3 114A TXC Y 4 115A RXC V 5 104A RD R 6 7 105A RTS C 8 108A DTR H 9 10 109A CD F 11 107A DSR E 12 106A CTS D 13 141 LL L 14 142 TM NN 15 16 102 B 17 IdentO 18 Ident2 19 103B SD S 20 113B TXCE W 21 114B TXC AA 22 115B RXC x 23 104B RD T 24 25 26 27 28 29 30 31 125 IA J 32 140 RL N 33 34 102 35 Ident1 36 Ident3 Signal connected to pin 34 at the end of the cable A 8 V 35 DCE 1mm Cord Catalog reference 4 022 171 00 Ed A P1 P2 MDR 36 Pts SEINAL connecteur femelle Ecran Blindage A Capot 1 104A RD R 2 115A RXC V 3 114A TXC Y 4 113A TXCE U 5 103A SD P 6 7 106A CTS D 8 107A DSR E 9 10 109A CD F 11 108A DTR H 12 105A RTS e 13 125 IA J 14 140 RL N 15 16 102 B 17 IdentO 18 Ident2
22. o be connected and protected from the network by a Network Termination which is also designed as SELV For Canada USA applications the E1 T1 modes must be connected to a Certified Listed Channel Service Unit CSU FXS Interfaces M5 The FXS module marked PBX access offers 4 to 8 FXS access 4 or 8 RJ45 connectors These Interfaces are TNV 2 Telecommunications Network Voltage The FXS module has a protective earth terminal symbolized by located on the back panel This earth terminal must imperatively be permanently connected to a protective earth 1 3 6 TO S0O interfaces The BRI404 408 module marked PBX TO DATA offers up to 8 ISDN basic accesses interface la RJ45 connector These interfaces are SELV and not destined to be connected to the public network they must be connected only to an ISDN which is also designed as SELV 1 3 7 E1 IMA Interfaces The E1 IMA module offers up to 8 E1 T1 G703 704 interfaces RJ45 connector These interfaces are SELV 1 4 Lithium Battery The equipment has a calendar backed by lithium battery This battery can be replaced only by maintenance personnel Incorrect replacement of the battery may cause an explosion Heplace battery only using battery of the same type or an equivalent type recommended by the manufacturer Discard used battery in accordance with the instructions of the man ufacturer Please do not try to recharge short circuit throw in water or fire as this
23. s X1 X2 X7 X8 X11 X12 X15 X16 Function Operating in pairs activate power feeding for ISDN terminals from line 0 up to 3 30 volts Configuration Set Power supply connected both jumpers set Removed Power supply disconnected both jumpers removed Factory Config Set Cavaliers X3 X4 X9 X10 X13 X14 X17 X18 Function Operating in pairs connect a 100Q impedance adaptation for line 0 up to 3 the first jumper of the pair is associated with the reception the second one with the transmission Configuration Set Adaptation connected Removed Adaptation disconnected Factory Config Set 4 10 2 Configuration of the board BRI408 A specific location is available to leave the unused jumpers Cavaliers X1 X2 X5 X6 X9 X10 X13 X14 Function Operating in pairs activate power feeding for ISDN terminals from line 0 up to 3 30 volts Configuration Set Power supply connected both jumpers set Removed Power supply disconnected both jumpers removed Factory Config Set Cavaliers X3 X4 X7 X8 X11 X12 X15 X16 Function Operating in pairs connect a 1000 impedance adaptation for line 0 up to 3 the first jumper of the pair is associated with the reception the second one with the transmission Configuration Set Adaptation connected Removed Adaptation disconnected Factory Config Set 4 10 3 Connector Pinout
24. s and methods of measurement of radio interference characteristics of information technology equipment FCC part 15 class B Federal Communication Commission regulation USA EN 300386 V 1 3 1 2001 EMC Requirements 3 Description of the Equipment 3 1 Functional Presentation of the Equipment 10 The ONE400 is an equipment with box type which perform functions of concentrator switch and multi protocols router WAN LAN In association with the transfer of data onto a WAN LAN or Ethernet network the ONE400 allows the connection from PABX or Telephonic Terminals with digital or analog interfaces for the voice transfer The connection functions of PABX are obtained by adding modules inside the box of the ONE400 The ONE400 is equipped with three slots which can receive extension modules The ONE400 in its basic configuration is equipped with e 1 port for configuration and Debug CONSOLE e 1 serial access V 28 V 11 V 35 V 36 type in DTE or DCE mode with automatic selection according to the type of cable used VXX e 1LAN access 10Base T Ethernet 10 BT e 1LAN access 100Base T Ethernet 100 BT The different configurations which can be obtained in this way are delivered according to the order of the device The hardware configuration is identified automatically and managed by the device during the initialization phase of the software An extension module Fast Ethernet Switch 4 ports 10 1
25. st be imperatively connected to the main protective The FXS modules have a terminal marked located on the rear earth in a permanent way refer to Chapter 1 Safety instructions 23 4 10 TO S0 Interface M5 4 10 1 24 The BRI404 408 module allows to equip the ONE400 with 4 or 8 interfaces digital voices T0 SO configurable as TE or NT The use of this module requires the installation of one DSP module for VoIP or VoDSL applications The ONE400 can receive one module BRI404 BRi408 which have 4 or 8 digital interfaces The connection of the digital voice interfaces is made on the rear panel by RJ45 connectors 1 connector per interface The modules BR1404 BR1408 in factory configuration are configured in TO mode Do not connect the interfaces to a public ISDN access which can damage the product immediately Configuration of the motherboard BRI404 BRI408 Un emplacement sp cifique a t implant pour ranger les cavaliers non utilis s Jumpers X5 factory option of the BRI404 and BRI 408 Function Activates the Life Line function Configuration Set Life Line function inactive Removed Life Line function active Factory Config Set Jumpers X6 factory option of the BRI404 and BRI 408 Function Activates the watchdog of the Life Line function activated in normal running Configuration Set watchdog active Removed watchdog inactive Factory Config Set Jumper
26. t of its own 2 Loosen the header upwards The memory headers have a lateral punching which serves as fool proofing device To install the headers 1 Put face to face this header punching with the boss of the connector located on the motherboard 2 Slot the memory header in tilted position and straighten this one firmly the lateral clips lock the header in vertical position 33 6 4 Uplink Module M4 6 4 1 6 4 2 34 The exchange or the installation of an Uplink module requires the removal of the upper protective cover of the equipment The Uplink module is installed in the slot M4 The available Uplink modules are e SDSL402 board E1 IMA404 408 board e SDH400MM board Removal of an Uplink Module 1 Unlock the 2 fixing braces of the Uplink module on the rear panel of the ONE400 2 Loosen the Uplink module from the connection connector to the motherboard 3 Rise up and loosen the board from its emplacement Installation of an Uplink Module 1 Remove the protective faceplate of the frame in order to free the slot of the interface connection connector 2 Present the Uplink module while positioning the metallic face in the place liberated by the removal of the faceplate 3 Turn the Uplink module round while aligning the connection connector of the Uplink module with the motherboard connector 4 Slot the connector of the Uplink module into the motherboard connector 5 Fixthe Uplink module on the rear pane
27. ter 2 Directives and standards This chapter mentions standards to which the equipment comply with Chapter 3 Description of the equipment This chapter presents the equipment front rear panels and gives the technical characteristics Chapter 4 Installation This chapter presents the equipment subsets the hardware configuration to be made and the connections to be done Chapter 5 Power up This chapter describes the equipment power on the possible function changes and the progress of selftests Appendix A Connections This chapter describes the different necessary connection flexes for the equipment operation Table des Mati res TABLE DES MATIERES sseennnnnnnnnnnnennnnnnnnnnnnnennnneneneee 4 1 SAFETY INSTRUCTION 5 1 1 Connections to the Main Ps 1 2 Protection Against Overcurrent And Earth Faults mS 6 1 3 Safety Level of the Interface Circuits 1 4 Lithium Battery sce ten e RR NUES UU YES INDE ene SRE ODD NU ERR SEU eCTG 7 2 DIRECTIVES AND STANDARDS enenenenennennennenenenenesnenensess 8 2 1 D claration of Conformily sis ccscsiseiscscasscsenisacicseasscensicdaiecvasssansoiavadstsvessveaeniciassstsasvseseiaistetvstsvensetavaasersaaeds 8 2 2 Nri 9 3 DESCRIPTION OF THE EQUIPMENT eese eese eene tn en tn ea toss tasa tassa sosta sosta esta esta ss tne ta enean 10 3 1 Functional Presentation of the Equipment i210 3 2 Front Panel of the ONEA0Q
28. the frame in order to free the slot of the interfaces connection connector s e 2Present the module while positioning the metallic face in the place liberated by the removal of the faceplate e 3Tur the module round while aligning the connection connector of the SDSL402 board with the motherboard connector e 4 Slot the module connector into the motherboard connector e 5 Fix the module on the motherboard while using the brace of the module 6 Fix the module on the rear panel of the ONE400 while using the fixing screws of the faceplate terminal must imperatively be connected to the main protective earth in a The FXS modules have a terminal marked located on the rear panel This permanent way 32 6 3 Installation of the DSP Module Interventions on DSP modules require the removal of the protective cover of the equipment The DSP modules can be installed indifferently in the 2 reserved locations reference marks 7 Figure 3 page 3 5 The configuration is automatically detected controlled and taken into account during the powering up of the equipment Make sure not to place by mistake a DSP module in the connector destined to the IPSEC module reference mark 4 Connectors provided for receiving the DSP modules are equipped with two clips in their extremity Figure 6 Installation of the DSP module To withdraw the headers 1 Separate slightly and simultaneously the two clips toward the outside The header must til
29. to MDI MDI X detection 21 4 9 FXS Analog Interface 4 9 1 4 9 2 22 The ONE400 equipped with FXS interfaces allows to connect the PABX which have network junctor access but allow also to connect directly some analog telephones or fax Configuration of the FXS interfaces The configuration of the access impedance is made by means of jumpers to set manually on the FXS interface board as indicated in the following table Characteristics of the FXS accesses Access impedance 600 Q or complex selection by jumpers THL gt 20 dB in the frequency range from 300Hz to 3400Hz Frequency range of the ringing signal 16Hz to 70 Hz Voltage of the ringing signal gt 35VRMS for a load of 1 REN 6 93K 8uF 20Hz in the frequency range Line current 22mA I line 26mA for a line resistance 1000 Q Polarity inversion of the TIP and RING pins Line current lt 2mA in the power down mode Detection threshold of the picked up 5mA lI line 12mA Q23 numbering Connector Pinout The connection to the analog voice accesses is made on the rear panel by RJ45 connectors in accordance with the following pinouts 4 9 3 Cables The cable used for a connection toward a PABX toward a standard analog set in FXS is constituted with a RJ45 plug on one hand and with 8 wires on the other hand two of which are to be connected to the distributor of the PABX or to a telephonic plug panel This terminal mu
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