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1. 100Mb s Ethernet Order wire 4 71 LCD management 4 Local system console SNMP Management Fiber Figure 1 1 Function Indication Page 9 of 54 Installation and Operation Manual 1 1 2 Applications SDH 8 12 16 E1 10 100Base T w z A 35 Ethernet Figure 1 2 Point to Point Application 1 1 3 Function Description gt Multiplexer of 16 1 2 048Mb s channels 1 full rate 100Mbps Ethernet channel and a clear asynchronous RS 232 data channel gt Providing 1 RS 232 port or system console gt Providing 1 alarm output port 1 order wire port gt Providing Windows based GUI SNMP network management program when a SNMP management card has been installed inside the chassis gt Providing controllable menu of LCD gt Providing 4 plug in I O slots each slot can use the following service cards 4 channel E1 75 2 Module providing BNC connectors for E1 line interface connections and supporting 4 separate El channels t a transmission rate of 2 048Kbps each 4 channel 1 1200 Module providing RJ 45 connectors for line interface connections and supporting 4 Page 10 of 54 Installation and Operation Manual separate channels at a transmission rate of 2 048Kbps each 4 channel V 35 Module providing 4 standard V 35 up to 2
2. 42 5 SUPPLEMEN LD 3 204564060040 eoa eode se sep ers dee 44 5 1 PINGUTS 7 ERN ETUR 44 5 2 EM LEE 51 5 2 1 DB37F Q9E 4 tse i e E LG ERE 51 5 2 2 DB37E 09M 4 itte b oon EOS ea eii co SECO 51 5 2 3 PPO F M AM FPA RC EE 52 Page 4 of 54 Installation and Operation Manual Picture index EIGURE 1 1 FEUNGTION INDICATION eoe e eee ie deb d e p e Sg depen 9 FIGURE 1 2 POINT TO POINT APPLICATION a eit e o he qe blu creta 10 FIGURE 1 3 FRONT PANEL VIEW eite veiba sedeo 12 FIGURE 1 4 REAR PANEL VIEW iet tit eie OE EGRE FREUE as EU HER Red 12 EIGURE 1 5 STRUCTURE II Leti 12 FIGURE 1 6 4 EI MODULES I Eee Dea Roda ito Daci dom 20 FIGURE 1 7 V 35 MODULE ws dere trt eiii e E Re e e o uper he E 21 FIGURE 1 8 VOICE MODULES ceteri ro tee eie eee ele e e 22 2 1 REAR PANEL i ee Ee ete ER Er eo Le npo 25 FIGURE 222 E CONNECTORS on wi oki Gr e tbe cte einn 26 FIGURE 2 3 FIBERJACKS qc 26 FIGURE 2 4 ALARMING OUTPUT CONNECTION 29 FIGURE 2 9 DC POWER CONNECTION o o dese abe 30 EIGURE 3 IPRONE
3. 23 TABLE 25 POWER SUPPLY SPECIFICATION poe dep ip eges e Ro Crete 23 TABLE 1 26 BNVIRONMENTE decree i b di pi ctam e ind 23 TABLE2 REAR PANEL ei te cta eye eot beoe oeste 25 TABLE 2 2 i e b er e m ir m eie ER d RR TE RE TU eles er o eA 27 TABLE 2 2 ALARM OUTPUT INTERFACE SPECIFICATION 28 TABEE3 FRONT PANEL INDICATORS sa RERO OE Oe ERE 31 TABLE 3 2 FRONT PANEL CONTROLS AND PORTS 33 TABLE3 3 LCD OPERATION 34 ABLE 3 4 LCD MENUINDIGATION ete ate ae e e eR E UNE PERS RO E RERO RN PER EE RR SS 36 TABLE 3 5 HYPER TERMINAL OPERATION Pubi ks 38 TABLE 4 1 TROUBLESHOOTING 2 4 2 07242424000000000000000000000000000000 43 DB 37 CONNECTER PINOUTS e UHR PEE E E RE DD rU REED 44 RJ 45 PINOUTS FOR CAT 5 568 enne trennt trennen nes 45 RI AS PINOUISTOR CAT 5 EIAZTIA 2568 B ash none e podra PO eiie oe alee hee te 45 DB 62 CONNECTER PINOUTS eseisto eviter deti ves o Re e E O sie dti E e to ch Ub e be diee 45 M34 ADAPTOR CABLE PIN OUT FOR cte e o een iet re e ee e e eie ores 46 DB 15 ADAPTER
4. Page 22 of 54 4 menu keystokes Function Local and remote device management KEY lt 1 Forward ENT EXC 1 3 13 Physical Table 1 24 Physical dimension Installation and Operation Manual Height Width Depth Weight Device 44 45 mm 1 75 inch 441 mm 17 38 inch 223 mm 8 79 inch Package 100 mm 3 94 inch 510 mm 20 08 inch 325 mm 12 80 inch 2 5kg 1 3 14 Power Supply Table 1 25 Power supply specification AC Source 165 265 VAC 50Hz 20W 1A fuse DC Source 20 60 VDC 20W 1A fuse 1 3 15 Table 1 26 Environment Environment Operation temperature Storage temperature Atmospheric pressure Humidity 10 60 C 20 70 C 70 106 0 90 non condensing Page 23 of 54 Installation and Operation Manual 2 Chapter 2 Installation and Setup This chapter describes installation and setup procedures for FOM480 The unit is delivered completely assembled It is designed as a stand alone unit and for tabletop or 19 inch frame After installing the unit refer to Chapter 3 to assure normal operation the operation permit to perform only by a skilled technician who is aware of the involved hazard including internal setting adjustment maintenance and repair etc Always observe standard safety precautions during inst
5. 3 At the remote unit join the transmission fiber to RX and the receive fiber to TX 4 If the optical port is connected and the corresponding NOP indicator in the front panel lights red please exchange the fibers Figure 2 3 Fiber jacks Page 26 of 54 Installation and Operation Manual 2 2 6 Connecting the RS 232 port RS 232 port used a device management craft port RJ 45 jack asynchronous The pinouts details as following CTRL cable pinouts Craft port PC COM Table 2 2 Consol port pinouts RS 232 data channel Pin out RS 232 craft port No connecting 1 4 6 No connecting Input 2 No connecting Output 3 No connecting Grounding 5 No connecting No connecting 7 Grounding No connecting 8 Input No connecting 9 Output 2 2 7 Connecting E CLK port E CLK port is an external clock input interface it can receive E1 PCM and E1 TTL clock from outside device and use it to synchronize the internal E1 signal 1 2 3 4 5 6 7 8 RJ 45 jack for E CLK port 2 2 8 Connecting the Order Wire Telephone The unit provides standard RJ 45 jack for order wire phone interfaces and connects the handle of the telephone settings in both sides for installation and maintenance When the order wire button in one side 15 pressed there will be buzzer alarm in the other side NOTE No appended telephone settings for the unit 1 2 3 4 5 6 7 8 RJ 45 jack for OW port Page 27 of 54 Instal
6. Power supply single AC 90 260VAC single DC 20 60 90 260VAC and 20 60VDC dual power supply Page 11 of 54 Installation and Operation Manual 1 2 Physical Description 1 2 1 Front panel Figure 1 3 Front panel view 1 2 2 Rear panel Figure 1 4 Rear panel view 1 2 3 Physical Structure Figure 1 5 Structure Page 12 of 54 Installation and Operation Manual 1 2 4 Part List Table 1 1 Part list Describe It is a base unit Plug in Name S Cover Plasti 1 Package 2 Unit DB9 Eo Disc Describe Optional Fiber Optical module Model 480 20K S3 M 480 20KS5 M 480 40KS3 Specification Specification Tx 1310nm Rx 1550nm SC PC and FC PC connector optional Tx 1550nm Rx 1310nm SC PC and FC PC connector optional Tx 1310nm Rx 1550nm SC PC and FC PC connector optional 480 40 55 Tx 1550nm 1550nm 5 FC PC connector optional 480 60KS3 Tx 1310nm Rx 1550nm SC PC and FC PC connector optional 480 80KS3 Tx 1310nm 1550nm 5 and FC PC connector optional 480 80 5 Tx 1550nm 1310nm 5 and FC PC connector optional OM 480 20K 1310nm SC PC and FC PC connector optional OM 480 40K 1310nm SC PC and FC PC connector optional OM 480 60K 1310nm SC PC and FC PC connector optional OM 480 80K 1550nm SC PC and FC PC connector optional OM 480 1
7. Set SES 300 Sec 600 Sec 900 Sec UAS 300 Sec 600 Sec 900 Sec Line CV Line ES Slot1 2 3 4 Path CV CH A B C D Path ES Current Path SES PM Path UAS Status Line CV Optical Line ES History Day 1 2 3 4 5 6 7 Reset Current Reset Current PM Reset Current PM Fail Reset Reset All PM Reset All PM Fail Page 35 of 54 Table 3 4 LCD menu indication Installation and Operation Manual Layer 2 Submenu Indication Menu Indication System System configuration Slot Config Slot module configuration Slot Report Slot module status report Optical Config Optical interface configuraton LAN Config LAN port configuration Alarm Report System alarm report and alarm output configuration Threshold Set Performance parameter threshold setting PM Status Performance monitor and management Layer 3 Submenu Indication Menu Indication Load Default Restore factory defaults Load Userdefine Load the previous saved set Save Userdefine Save user defined set LCD light LCD backlight sustaining time configuration Date System date inquiry and configuration Time System time inquiry and configuration External CLK External clock source configuration Version System software version inquiry Loopback Time Loopback sustaining time configuration Slot 1 2 3 4 Tributary service slot choosing for example slot 1 or slot 2 etc Optical A Fiber o
8. 048Mbps for V 35 DCE port for direct connection to terminal equipments 4 channel FXO voice Module providing 4 RJ 11 connectors for FXO interface connections and supporting 4 separate voice channels cooperating with 4 channel FXS voice module in the other side 4 channel FXS voice Module providing 4 RJ 11 connectors for FXS interface connections and supporting 4 separate voice channels cooperating with 4 channel FXO voice module in the other side Providing two 10 100Mbps Ethernet ports working in force auto negotiation mode Providing 2 plug in I O slots for optical interface cards Transmission distance 15 up to 120 Each optical interface card 1 hot swappable APS Automatic Protection Switching function for dual optic interface card configuration Optional ALS Automatic Laser Shutdown Reduction function for each optical interface card Optional single mode or multi mode optical interface card Optional standard or WDM optical interface card Optional SC or FC connectors for optical interface connection Providing up to 5 kinds of clock sources Providing in band remote management from the local unit when the fiber optical links are established Providing local and remote loop back control for tributary links and optical links Providing E1 LOS alarming coding error detection Single board products 19 inch 1U small volume small weight convenient to transport and installation Desktop or rack mountable for 19 inch rack
9. 2pin 0 60VDC or 0 125 for DC input 0 5A for AC input Major visible alarm 3 4pin 0 60VDC or 0 125 for DC input 0 5A for AC input Minor audible alarm 0 60VDC 0 125 for DC input 0 5A for AC input Minor visible alarm 8 9 pin 0 60VDC or 0 125 for DC input 0 5A for AC input Page 28 of 54 Installation and Operation Manual Figure 2 4 Alarming output connection 2 2 13 Connecting the Power To connect the unit to the power source refer to the appropriate section below depending on your version of the unit This unit should always be grounded through the protective earth lead of the power cable 2 2 13 1 AC Power Connection AC power is supplied to the unit through the 1 5m 5 ft standard power cable terminated by a standard 3 prong plug The cable is provided with the unit Before connecting AC power to this unit the mains plug should only be inserted in a socket outlet provided with a protective earth contact The protective action must not be negated by use of an extension cord power cable without a protective conductor grounding Interrupting the protective grounding conductor inside or outside the unit or disconnecting the protective earth terminal can make this unit dangerous To connect AC power 1 Connect the power cable to the power socket on the rear panel 2 Connect the power cable to the mains outlet 3 Turn on the mains switch o
10. 7k 6 4k 100k Jitter UI 30 7 30 26 7 14 6 6 04 4 22 3 83 3 7 3 1 2 8 0 7 Table 1 19 Jitter Transfer characteristic of E1 port Frequency Hz 20 45 65 130 260 500 1 2k 2 1k 100k Jitter UI 35 97 42 71 56 82 64 43 57 63 57 50 54 37 55 12 52 31 1 3 9 V 35 Module Figure 1 7 V 35 module Table 1 20 V 35 module specification Function Providing 4 channels of V 35 Data rate clock source interface type and loopback modes can be set via LCD console terminal or SNMP management Interface type V 35 Data rate nX64Kbps for each channel 1SNS32 Coding NRZ Connector DB62 female connector with 1 to 4 header adapter cable V 35 interface M34 female Timing clock Internal clock INT getting the clock from the V 35module s own internal oscillator External clock EXT getting the clock from external equipment such as the connected router Recovered clock REC getting the clock from the NRZ channel from the mainboard Test loops LLB Local Loop Back RLB Remote Loop Back Page 21 of 54 Installation and Operation Manual 1 3 10 4 channel Voice Module FXO and FXS Figure 1 8 Voice modules Table 1 21 POTS module specification Function Use the or DI channel of mainboard for 4 channel voice service with reversed polarity c
11. ACO press button and LED indictor SNMP Slot A for Slot B for LAN 2 optical module optical module LCD Screen System LED Channel LED Indicators Indicators LAN 1 LCD Menu Keys CONSOLE OW RS 232 E CLK Figure 3 1Front panel Table 3 1 Front Panel Indicators Indicators Color Function Status Description On Power supply 1is normal PWR1 Green Power indication Off Power supply 1 is absent or invalid On Power supply 2 is normal PWR2 Green Power indication TUER Off Power supply 2 is absent or invalid System self test failure On System self test fails SYS Red NP indication Off System is normal On Local device major alarm indication MAJ Red Major alarm indication Blinking Remote device major alarm indication On Loop setting or BERT test exists TEST Amber Loop test indication Off No loop setting or BERT test On Local device minor alarm indication MIN Amber Minor alarm indication Blinking Remote device minor alarm indication 5 When pressing button to shield sound alarm ACO Amber Alarm cut off indication Off When a new alarm occurs or all alarms disappear Page 31 of 54 Installation and Operation Manual on When the opposite OW button was pressed OW Green Phone call indication off When the opposite OW button was not pressed E1 channel alarm
12. CABLE PIN OUT FOR 21 47 IDDB37 ADAPTER CABLE PIN OUT FOR RS 449 tienen eie ei E EO e e t e en deb esci ee exert 48 Page 6 of 54 Installation and Operation Manual DB25 ADAPTER GABLE PIN OUT FOR RS 530 4 4 d a ea idea e aee en ed a e 49 DB25 ADAPTER CABLE PIN OUT FOR 5 232 002 000 4 0000010 see ette te R E sess e ette teas aene 50 Page 7 of 54 Installation and Operation Manual Page 8 of 54 Installation and Operation Manual 1 Chapter 1 Introduction 1 1 Overview Thank you for choosing the modularized high capacity multi service fiber transmission platform The fiber transmission platform is a PDH fiber optic multiplexer a fully new designing concept to challenge the existing high capacity PDH The powerful ASIC integrates 16 E1 channels a full rate 100Mbps Ethernet channel and clear asynchronous RS 232 data channel into one fiber optical link And the absolute modular structure provides the most flexible combination for customer s application and keeps the expending capacity for future upgrade The equipment is the best solution on cost efficiency to extend traditional leased line E1 signals and Ethernet data link after SDH topology it offers a multi services platform for customer s demand of broadband access and relative low cost to SDH products The equipment provides two slots of optical link for hot swappable optical interf
13. Ethernet Inter dGe oi Sale T 15 135 SNMP management m e d 17 1 3 6 Alarmirelay RR RATER 18 I3 Optical module e ed ree at eerte eoa eR ee irre 19 1 3 6 4 ET Mod les dean deae 20 1 3 9 35 Modules ait ete ten Pe redii d LU RU Eoi 21 1 3 10 4 channel Voice Module FXO and 5 enne nr enne ener 22 131 SNMP gent module uiuere nte ette n tegi tee ro eden egit ig 22 1312 ECDmonitor ici tt dae 22 139 ev 23 1 314 Power Supply eg eoa 23 1318 3SEnvironment l ede neret e dr e te PU 23 CHAPTER 2 INSTALLATION AND 2 24 2 1 SITE REQUIREMENTS AND PREREQUISITES necedir iee i EE EE ERE E i EES 24 2 2 INSTALLATION AND SETUPS te ERE iras 24 2 2 1 To install quiprments eee a eee di epe ste dete 25 2 2 2 Connecting the Interfaces o e P RE IRE IU ge bi ern 25 2 2 3 Connecting the 4 1 Module Interface 25 2 2 4 Connecting V 35 Module Interface eese eee eene ennt eene nee trennen nennen nnne 26 2 2 5 Connecting the Fiber Optic Cables aea qe
14. HD 10M HD 10M HD good A N 100M FD 100M HD 100M FD unfitting A N 10M FD 10M HD 10M FD unfitting NOTE A N auto negotiation FD full duplex HDchalf duplex Table 1 7 Throughput Test 01 to 02 Passed 02 to 01 Frame Size Total Rate pks sec pks sec 0 512 10000 omes 23406 46002 Table 1 8 Packet Loss Test Rate Tested 01 to02 02 to01 100 00 0 000 0 000 0 000 100 00 0 000 0 000 0 000 256 10000 00 Table 1 9 Latency Test Page 16 of 54 Installation and Operation Manual Rate Tested 01 002 us CT Average CT 01 to 02 us S amp F Average S amp F 100M 100M 100 3 100 3 110 6 01 to02 Burst Size frames 02 to01 frames 1 3 5 SNMP management Port Table 1 11 SNMP port specification Function SNMP management of local and remote devices Interface Ethernet and Fast Ethernet auto MDI MDI X Baud rate 10 100Mbit s auto sensing Duplex Mode Auto Negotiation on Half Full Duplex Mode Connector RJ 45 jack NOTE 1 SNMP management port is available only when a SNMP agent card is planted in the Page 17 of 54 Installation and Operation Manual 1 3 6 Alarm relay port This unit provides one DB 9 male connector in the rear panel for 4 groups of alarm outputs When connected in a circuit containing an external alarming device the external alarming device w
15. On Tributary E1 link loss alarm CHANNEL indication for 4 1 Blinking Tributary E1 link AIS alarm 1 4 modules 4 4 matrix 1 4 sloti to slot4 from the Tributary E1 link normal C1 C4 top down A B C D Off If the corresponding channel is set in Out of Service D1 D4 channel for each slot status the corresponding indicator will be always light from lest to right On Ethernet connection is normal Ethernet Connect LTR Green EM Off Ethernet connection is abnormal Indication Flashing Ethernet Interface Date RX TX Ethernet Interface Rate On 100M 100M Amber indication Off 10M When the local TX fiber link is broken and the local RX fiber link is normal the remote unit will send a link loss Remote Defect On RDI Red signal to the local unit and then the RDI indicator of the Indication for fiber links local unit will light Off the local TX fiber link is normal A Optic signal loss On Fiber A not received optic signal NOPA Red m Indication Off Fiber A received optic signal B Optic signal loss On Fiber B not received optic signal NOPB Red Indication Off Fiber B received optic signal Optical interface APS When the optical interface switch time is up to 6 in ten n LCK Green Automatic Protection minutes the system will forbid APS function Switch lock indication Off No optical interface A Optic interface main On Fiber A is at main use status FIA Green indication Off Fiber A is at s
16. bit bit TX RX GND data Asynchronous Auto sensing Auto sensing Software control 3 6 4 5 up to 57600bps Tip Ring 1 2 1 The pinouts here is just for the RJ 45 jack there is special cable for 5 232 data and external clock connection Please refer to relative section in Chapter 2 2 hardware control of RS 232 data port can be realized by a special extra cable 3 The external clock input is available only when an external clock module is planted in the PCB Page 14 of 54 Installation and Operation Manual 1 3 3 CONSOLE and OW Port The unit provides an RJ 45 jack for both RS 232 console and order wire of the unit Table 1 4 Console and OW port specification RS 232 console Mode Baudrate Data Stop Flux PINOUTS bit bit bit control TX RX GND Asynchronous 19200668 8 1 NO 6 4 5 OW Voice output PO Voice output Voice input GND 1 2 8 4 5 Pin 7 Console switch SWSER RS 232 console performs as mainboard console when PIN 7 is disconnected to GND and as SNMP module console when PIN 7 is connected to GND NOTE 1 The pinouts here is just for the RJ 45 jack there is special cable for RS 232 console and order wire connection Please refer to relative section in Chapter 2 2 telephone transceiver should be directly connected to
17. s website for any updated manual contact us by E mail at info ctcu com Please address any comments for improving this manual or to point out omissions or errors to marketing ctcu com Thank you The information and specifications in this document are subject to change without notice Page 2 of 54 1 Installation and Operation Manual Content CHAPTER egy UUU 9 Waly OVERVIEW 9 1 1 1 Function Indic tion ii e a 9 1 1 2 ADDIICOIOns s s eL see eie b etr lev deett 10 1 1 3 Description WR t ex 10 1 22 cPHYSICATE DESCRIPTION 5 contio m RR IR RC TR IDEO dn 12 1 2 1 Front panel 12 1 2 2 12 1 2 3 Physical Structure ERR pP R 12 1 2 4 Part Est 13 13 o TECHNICAL SPECIFICATION Snine o e RR EH GERE REIR Red ede 14 1 3 1 Gener l interfaces and POTHS as i aesti ded 14 1 3 2 RS 232 daia and tee teet eet 14 1 3 3 CONSOLE and De e UH Ee qe 15 1 3 4
18. setting Remote loop A Figure 3 4 optical Remote loop setting Page 41 of 54 Installation and Operation Manual 4 Chapter 4 Troubleshooting This chapter provides troubleshooting instructions for the equipment Note The installation procedures described in this chapter must be performed by authorized service personnel aware of the hazards involved The personnel in equipment troubleshooting must strictly observe all the safety precautions related to the installation of communication equipment Dangerous voltages that may cause death or injury on contact are present inside the equipment enclosures and on line cards installed in the NIC IRACK when connected to power and or to E1 lines Do not open enclosures and do not touch internal components when still connected to cables Always disconnect all the cables connected to the system before disconnecting the earth connection The unit contains components sensitive to electrostatic discharge ESD To prevent ESD damage avoid touching the internal components and before moving jumpers touch the frame of and earthed equipment Page 42 of 54 Table 4 1 Troubleshooting Procedure Installation and Operation Manual No Symptom Probable Cause Corrective Actions l Power indicator is off Power supply is not available Change the power supply The switch of the power supply is not open Open the switch of the power supply The connect of the power s
19. unit is not common earth with the optical multiplexer equipment is same of the optical multiplexer Affirm the distance of the El cable is no longer than 200 meters Adjust E1 connector Affirm the 1 2 pin of the RJ45 120Q 15 twisted and the 4 5 pin is another twisted Affirm the earth of the E1 terminal unit and the according to the electrician standard optical multplexer is Page 43 of 54 Installation and Operation Manual 5 Supplement 5 1 Pin outs DB 37 Connecter Pin outs DB 37 Q9 RJ 45 RJ 45 Function explanation Female CC3 4 Male Female 21 Pathi Receive Data Input 1 4 Pathi Receive Data Input 2 5 Pathi Transmit Data Output 4 1 22 Pathi Transmit Data Output 5 2 25 Path2 Receive Data Input 1 4 RX2 7 Path2 1 Receive Data Input 2 5 8 Path2 E1 Transmit Data Output 4 1 26 Path2 Transmit Data Output 5 2 29 Path3 Receive Data Input 1 4 11 Path3 Receive Data Input 2 5 12 Path3 Transmit Data Output 4 1 30 Path3 Transmit Data Output 5 2 33 Path4 Receive Data Input 1 4 RX4 15 Path4 E1 Receive Data Input 2 5 16 Path4 E1 Transmit Data Output 4 1 TX4 34 Path4 Transmit Data Output 5 2 23 Paths Receive Data Input RX5 1 4 PathS
20. 00K 1550nm SC PC and FC PC connector optional OM 480 120K 1550nm SC PC and FC PC connector optional NOTE WDM type must match 53 with 55 in pairs ALS function is optional for all models Describe Optional I O Operation module Model Optical O Standard Interface Connector Account NOTE Tributary Unit 4 1 750 DB 37 480 4EUB Hot swappable 4 1 1200 DB 37 480 4EBL Hot swappable 35 DB 62 480 V 35 Hot swappable 4FXS 480 4FXS Hot swappable 4FXO 480 4 Hot swappable Describe Optional management module Name Account Model Function Control Unit SNMP module CM 480 SNMP SNMP management OW module CM 480 V Engineering order wire phone E CLK module CM 480 E CLK External clock input Describe Optional power module Pow t Name Account Model Function Unit AC power module P 480 AC 90 260VAC 50 Hz 20W DC power module P 480 48 20V 60VDC 20W Page 13 of 54 1 3 1 3 1 Installation and Operation Manual Technical Specifications General interfaces and ports Table 1 2 General ports Port Function Description LCD LCD control panel and menu keys in the front panel local remote devices management RS 232 data
21. 2 TD A To MUX Serial digital data from DTE Transmit B 9 TD B UNIT Receive A 4 RD A Fm MUX Serial digital data at the output of the Receive B 11 RD B UNIT Fiber Multiplexer receiver Control A 3 RTS A An ON signal to the Fiber Multiplexer Control B 10 RTS B UNIT when data transmission is desired Indication A 5 DCD A Fm MUX Constantly ON except when a loss of Indication B 12 DCD B UNIT the received carrier signal is detected Ext Timing A 7 ETC A MUX A transmitted data rate clock input from Ext Timing B 14 ETC B UNIT the data source Signal Timing A 6 RC A Fm MUX A received data rate clock for use by an Signal Timing B 13 RC B UNIT external data source Page 47 of 54 Installation and Operation Manual DB37 adapter cable pin out for RS 449 Signal Function DB 37 RS 449 circuit Direction Description Protective Ground 1 Frame lt gt Chassis ground May be isolated from signal ground Signal Ground 19 20 37 lt gt Common signal ground Transmitted Data 4 SD A To MUX Serial digital data from DTE 22 SD B UNIT Received Data 6 RD A Fm MUX Serial digital data at the output of the Fiber 24 RD B UNIT Multiplexer receiver Request to Sent 7 RS A To MUX An ON signal to the Fiber Multiplexer 25 RS B UNIT when data transmission is desired Clear to Sent 9 CS A Fm MUX Constantly ON 27 C
22. 750 EI line connection DB37F BNC 8 adapter is one DB 37 female connector to four groups of BNC or CC4 connectors Connect DB 37 female connector to the 4 1 750 module DB 37 male port in the corresponding slot of the equipment rear panel And BNC or CC4 connectors to the E1 interface connectors of the third party device RX cables connect the TX ports and TX cables connect the RX ports If the E1 port is connected and the corresponding LOS indicator in the front panel lights red please exchange the cables ore data Scarfskin BGND 1 2 3 4 5 6 7 8 BNC jack for 750 port RJ 45 jack for 1200 port Figure 2 2 E1 connectors 2 2 4 Connecting the V 35 Module Interface The V 35 module appends a DB62M M34 4 adapter for V 35 interface connections DB62M M34 4 adapter is one DB62 male connector to four groups of M34 connectors Connect DB62 male connector to the V 35 Module DB62 female port in the corresponding slot of the equipment rear panel And the M34 connectors to the V 35 interface connectors of the third party device Please pay attention to the pinouts sequence when join the adapter cable connectors finally screw on the bolts Refer to supplement for adapter cable pinouts 2 2 5 Connecting the Fiber Optic Cables 1 Remove the protective caps from the jacks and store them in a safe place for later use 2 Join the transmission fiber to the jack marked TX and the received fiber to the jack marked RX
23. I RI CO A B DB 37 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Female V 35 RD ETC TD DC DT TC TC2 ETC TD2 RC RD R circuit 0A 0 DO RO 3B 3B A 2B A A 2B CI A DB 37 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 Female V 35 RD TDI RTS RC RD ET TD RTS GND RTS IDS circuit IB 1 51 JOA 10 3 3 D3 R23 3 DB 37 49 50 51 52 53 54 55 56 57 58 59 60 61 62 Female V 35 CT GN DC RIS DT CT GN DS TC TCI GND TCO TCO CTS circuit S3 D2 D2 2 R2 52 DI 1 0 0 1 Page 45 of 54 Note 1 There 4 channels of signal each with the same number 2 GNDisthe Signal Ground Installation and Operation Manual 3 DSR of channel one and channel two share the same pin 56 the DSR of channel three and channel four share the same pin 47 M34 adaptor cable pin out for V35 Signal Function M34 Pin V 35 circuit Direction Description Frame Ground A Frame lt gt Chassis ground May be isolated from signal ground Signal Ground B Signal lt gt Common signal ground Ground Transmit Data P TD A To MUX ear Serial digital data from DTE 5 TD B UNIT Receive Data R RD A Fm MUX Serial digital data at the outp
24. PANEL u ace UU RU I REO E RARI en EHE RE OT E 31 FIGURE 3 2 E LOCAL LOOP SETTING iire oieee rie ene cede iege ce eere 40 FIGURE 3 3 E REMOTE LOOP SETTING dete ite dete tese pe eed iere le cie i dr iet nS 41 FIGURE 5 1 DB37F Q9F 4 51 FIGURE 5 2 DB37F Q9M 4 esee seen sara ain 51 FIGURE 5 3 DB62F M34M 4 ADAPTER 52 Page 5 of 54 Installation and Operation Manual Table index CABLE ea d esa dev demie 13 TABEEJ 2 GENERATE PORTS s itii nau eiue asit a b ite m bri 14 TABLE 1 3 RS 232 DATA AND E CLK PORT 22 2 2220 10000000000 enne nennen innen enne nene 14 TABLE 1 4 CONSOLE AND OW PORT 15 TABLE 1 5 ETHERNET INTERFACE SPECIFICATION 4 000 200260000000000000000000000 00000000 15 TABLE 1 6 ETHERNET PORT WORKING MODE WHEN COOPERATING WITH PERIPHERAL EQUIPMENTS cere 15 TABLE 1 7 THROUGHPUT TEST nitet n eer eger pe hti ee i e tac Ene creto De Ua it 16 TABEEJ 8 PACKET LOSS TEST oret ro ee eee eee ear ele e A m ee 16 9 LATENCY PEST testet a
25. Receive Data Input 2 5 PathS Transmit Data Output Tus 4 1 24 PathS Transmit Data Output 5 2 27 Path6 E1 Receive Data Input 1 4 RX6 9 Pathe Receive Data Input 2 5 10 Path6 Transmit Data Output D 4 1 28 Path6 Transmit Data Output 5 2 31 Path7 Receive Data Input 1 4 RX7 13 Path7 Receive Data Input 2 5 14 Path7 E1 Transmit Data Output m 4 1 32 Path7 E1 Transmit Data Output 5 2 35 Path8 Receive Data Input BUE 1 4 17 Path8 Receive Data Input 2 5 18 Path8 Transmit Data Output 4 1 TX8 36 Path8 Transmit Data Output 5 2 Page 44 of 54 Installation and Operation Manual RJ 45 Pin outs for Cat 5 EIA TIA 568 A Pin Tip Ring Color Pair 1 White Green Pair 3 2 Green Pair 3 3 White Orange Pair 2 4 Blue Pair 1 5 White Blue Pair 1 6 Orange Pair 2 7 White Brown Pair 4 8 Brown Pair 4 RJ 45 Pin outs for Cat 5 EIA TIA 568 B Pin Tip Ring Color Pair 1 White Orange Pair 2 2 Orange Pair 2 3 White Green Pair 3 4 Blue Pair 1 5 White Blue Pair 1 6 Green Pair 3 7 White Brown Pair 4 8 Brown Pair 4 DB 62 Connecter Pin outs DB 37 1 2 3 4 5 6 7 8 9 10 12 13 14 15 16 Female V 35 TD ETC TC2 ET TD RC RD RCI RDI TDI ETC DC DT R circuit C2 2B 2 2A A A 1B D
26. S B UNIT Data Set Ready 11 DM A Fm MUX Constantly ON 29 DM B UNIT Except during test loops Data Terminal 12 TR A To MUX DTR not used used for a received serial Ready 30 TR B UNIT data rate clock input from the DTE Data Carrier 13 RR A Fm MUX Constantly ON except when a loss of the Detect 31 RR B UNIT received carrier signal is detected External Transmit 17 TT A To A transmitted data rate clock input from the clock 35 TT B UNIT data source Transmit Clock 5 ST A Fm MUX A transmitted data rate clock for use by an 23 ST B UNIT external data source Receive Clock 8 RT A Fm MUX A received data rate clock for use by 26 RT B UNIT external data source Remote Loop 14 RL To MUX When on commands Fiber Multiplexer back UNIT into remote loop back Local Loop back 10 LL To MUX When on commands Fiber Multiplexer UNIT into localloop back Test Indicator 18 TM Fm MUX ON during any test mode UNIT Page 48 of 54 Installation and Operation Manual DB25 adapter cable pin out for RS 530 Signal Function DB 25 RS 530 circuit Direction Description Protective Ground 1 Frame lt gt Chassis ground May be isolated from signal ground Signal Ground AB lt gt Common signal ground Transmitted Data BA A To MUX Serial digital data from DTE 14 BA B UNIT Received Data 3 BB A Fm MUX Serial digital data at the output
27. Set ON OFF E1 Alarm Slot 1 2 3 4 A B C D Normal LOS AIS LOF Show SystemOptical Alarm Optical A B LOF LOS Working Standby arm bud soars pe ek Ea ee ES scias Status LAN Status LAN1 2 NO Link Link AN Link 10H Link 100H Link 10F Link 100F Alarm Output Both Audible Visible All off E 255 2048bits 65535bits ES 300 Sec 600 Sec 900 Sec Threshold Set SES 300 Sec 600 Sec 900 Sec UAS 300 Sec 600 Sec 900 Sec Line CV Currenr Slot 1 2 3 ALine ES 15min A B C D Line SES Current Line UAS PM Show PM Status day Line CV Status Report History Line ES ica 1 5 day Line SES Line UAS Reset Current Reset Current PM Reset Current PM Fail Reset All Reset All PM Reset All PM Fail SNMP Address Set SNMP IP Config Subnett Mask Set SNMP Subnet Mask Gateway IP Set SNMP Gateway IP Addr Trap IP 1 Set SNMP Trap IP 1 Trap IP 2 Set SNMP Trap IP 2 Trap IP 3 Set SNMP Trap IP 3 Trap IP 4 Set SNMP Trap IP 4 MAC Address Set SNMP MAC Address Read Community String Page 39 of 54 Installation and Operation Manual Write Community String Trap Community String Save and Restart Update SNMP Firmware Logout 3 4 Loop test The equipment provides bidirectional port and optical port loopback for both local and remote units This be do
28. Shielded interface cables and AC power cord if any must be used in order to comply with the emission limits CISPR PUB 22 Class A COMPLIANCE This device complies with EMC directive of the European Community and meets or exceeds the following technical standard EN 55022 Limits and Methods of Measurement of Radio Interference Characteristics of Information Technology Equipment This device complies with CISPR Class A WARNING This is a Class A product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures CE NOTICE Marking by the symbol CE indicates compliance of this equipment to the EMC directive of the European Community Such marking is indicative that this equipment meets or exceeds the following technical standards EN 55022 1994 A1 1995 A2 1997 Class A and EN61000 3 2 1995 EN61000 3 3 1995 and EN50082 1 1997 Installation and Operation Manual CTC Union Technologies Co Ltd Far Eastern Vienna Technology Center Neihu Technology Park 8F No 60 Zhouzi St Neihu Taipei 114 Taiwan Phone 886 2 2659 1021 FAX 886 2 2799 1355 FMUX 03A Platform fiber multiplexer with 4 8 12 16 channels E1 Data communication or FXO FXS Installation and Operation Manual Version 1 0 April 2007 Released for first printing This manual supports the following models FMUX 03A This document 15 the third official release manual Please check Union
29. USER MANUAL FMUX 03A Fiber Optical Multiplexer Standalone Rack Type 4 8 12 or 16 Channel Modular Design G 703 E1 Datacom V 35 X 21 RS 530 RS 449 5 232 FXO FXS SNMP Manageable Technologies Co Ltd The information contained in this document is subject to change without prior notice The information in this publication has been carefully checked and is believed to be entirely accurate at the time of publication CTC Union Technologies assumes no responsibility however for possible errors or omissions or for any consequences resulting from the use of the information contained herein CTC Union Technologies reserves the right to make changes in its products or product specifications with the intent to improve function or design at any time and without notice and 1 not required to update this documentation to reflect such changes CTC Union Technologies makes no warranty representation or guarantee regarding the suitability of its products for any particular purpose nor does CTC Union assume any liability arising out of the application or use of any product and specifically disclaims any and all liability including without limitation any consequential or incidental damages CTC Union products are not designed intended or authorized for use in systems or applications intended to support or sustain life or for any other application in which the failure of the product could create a situation where
30. ace cards which can perform optional 1 1 auto protection switch APS and optical interface ALS Automatic Laser Shutdown Reduction The appropriate optical interface cards may be selected to support multi mode or single mode fiber cable operation with a variety of transceiver power and connector options including SC FC WDM Wave Division Multiplexing optical interfaces are also available to provide bidirectional transmission on a single fiber to reduce cost when using leased fiber links The range of transmission for optical connection is from 2Km for multi mode up to 120Km single mode The equipment provides 4 slots of tributary with variant plug in modules which include 4 channel E1 module 4 channel FXO FXS module and 4 channel V35 module The maximum capacity will be up 4 plug in modules which could be combinations with above modules And the 100Mbps Ethernet data link is an extra channel to be multiplexed into an optical link it doesn t waste E1 channels to carry Ethernet link during optical transmission According to network application the equipment can offer diversified combinations for audio date video services The high flexibility performance and C P value The equipment is the best solution for voice data video services in existing market 1 1 1 Function Indication Alarm output 4 slots of 16 Tributary 4 channels for various plug in service modules I RS 232 asynchronous data 4
31. allation operation and maintenance of this product This product may be equipped with a laser diode Please observe the following precautions Do not attempt to adjust the laser drive current Do not use broken fiber optic cables connectors or stare at the laser beam The use of optical equipment with this product will increase eye hazard 2 1 Site Requirements and Prerequisites An AC powered unit should be installed within 1 5m 5 ft of an easily accessible grounded AC outlet The outlet should furnish 90 VAC to 260 VAC A DC powered unit requires 48 power source which must be adequately isolated from the mains supply In order to prevent a fire hazard a suitable fuse should be installed in the VDC line Allow at least 90 cm 36 inch of frontal clearance for operating and maintenance accessibility Allow at least 10 cm 4 inch clearance at the rear of the unit for signal lines and interface cables The ambient operating temperature of the unit is 10 50 C at relative humidity of 0 90 non condensing 2 2 Installation and Setup Disconnecting the power input before completing the device installation card installation and interface connection Page 24 of 54 Installation and Operation Manual 2 2 1 To install equipment 1 When adding service modules please loosen the screws and take off the blank baffle and then insert a module Optic module 4E1 module N 64K module FXS FXO voice module into
32. and One clear asynchronous RS 232 data channel and the external clock input interface the first E CLK input RJ 45 port in the front panel from left to right CONSOL and One asynchronous RS 232 console port and the order wire telephone interface connected to OW COM port of PC for RS 232 console RJ 45 jack SNMP agent card configuration local remote devices management and maintenance the second RJ 45 port in the front panel from left to right LANI 2 2 10 100M Ethernet ports RJ 45 jacks the third and fourth RJ 45 ports in the front panel from left to right SNMP SNMP management port according to TCP IP RJ 45 jack available only when a SNMP module is installed in the PCB the fifth RJ 45 port in the front panel from left to right FIA FIB For optical interface modules optional optical module with without ALS hot swap 1 1 redundancy protection located in the right front panel I O slot 1 4 Tributary 4 channels in each slot for 4 E1 75Q Module 4 E1 120 2 Module 4 V 35 Module 4 FXO 4 FXS voice Modules located in the rear panel Alarm Connecting external audible visual alarm equipment located in the rear panel 1 3 2 RS 232 data and E CLK port The unit provides an RJ 45 jack for both one clear asynchronous RS 232 data channel and the external clock input Table 1 3 RS 232 data and E CLK port specification Mode Baud rate Data Parity Stop Flux control PINOUTS RS 232 bit
33. e and can configure and supervise the remote unit 2 V 35configuration takes effect when V 35 module is in software control mode 3 V 35 configuration takes effect when finished but must be saved or else it will lose when the FOM is power off 4 Ethernet configuration is not available until the configuration is saved and the FOM restarts 5 Choose the PM Status of the day you want to see in History Day and check it in Current Page 37 of 54 Installation and Operation Manual 33 Hyper Terminal menu Hyper terminal Configuration Menu realizes not only all the functions of LCD control but also the configuration of SNMP agent module The CONSOL port of the unit and the COM port of the PC should be linked through a CTRL cable for the pin outs of which refer to the proper section in chapter 2 or supplement Ipinouts Open the operation system of PC and choose Start Program Accessory Communication Hyper terminal to log in the system The setting of hyper terminal Rate 19200bps Data bit 8 Parity bit non Stop bit 1 Flow control non The Hyper Terminal menu is similar as the LCD one except that the Hyper Terminal menu has a choice for SNMP agent module management When login the system the top menu will show as follows Menu Select 1 Local Login 2 Remote Login Input the option number in front of the option to enter the choice and press
34. ee qe un ded 26 2 2 6 Connecting the RS 232 POrt ia edt ear e epa e e re gre e 27 22 7 Connecting E CEK pott TR RERO digit Sig 27 2 2 8 Connecting the Order Wire 27 2 2 9 Connecting CONSOL pOTt sepe e d te ea fs eei te e pe epe tectis 26 2 2 10 Connecting LAN A sae edo e eg t RE ERR 28 ZI Connecting SNMP Port seed etre tee FL ettet br agree e ated 26 2 2 42 Connecting the Alarm Relay Port aaa ped co et e ee pere edet tee Reo 26 Page 3 of 54 Installation and Operation Manual 2 2 13 Connecting the Powers esc adl du dee a vi e er iv ea oe E ind 29 3 31 3 1 FRONT PANEL INDICATORS AND CONTROLS ccssssssscecececsessaecececeesessaececececsessaaecececccsessaeceeececseseaaeeeecesesensea 31 3 2 ECD OPERATION OPI Omne GE ANE REVENGE BRE aR HIE 33 3 3 HYPER LERMINAL MENU 4 52 mute dot 38 3 4 4 C E 40 3 4 1 Local loopbacksz d ARR ro v RR e t er eR ERE 40 3 4 2 4I 4 CHAPTER 4 TROUBLESHOOTING e eere ee ee eoe se etta esee tones teen ee tton esee een ene ee eee
35. f the unit It can not sustain the voice module NOTE Page 29 of 54 Installation and Operation Manual 2 2 13 2 DC Power Connection To connect DC power Certain DC powered units are equipped with a plastic 3 screw terminal block located on the rear panel Connect the wires of your power supply cable to the 3 screw terminal block according to the voltage polarity and assembly instructions provided below gt Preparing and Connecting the Power supply wires 1 Strip the insulation of your power supply wires according to the dimensions shown 2 Place each wire lead into VDC IN power input connector according to the voltage polarity mapping shown below If a terminal is not already open loosen its screw Afterwards tighten close the three terminal screws GND PGND 48V res GND PGND 48V Chassis frame Positive pole Negative pole Ground Figure 2 5 DC power connection Reversing the wire voltage polarity may cause damage to the unit Always connect a ground earth wire to VDC IN power input connector Ground terminal Connecting the unit without a protective ground or interruption of the grounding for example by using an extension power cord without a grounding conductor can cause harm to the unit or to the equipment connected to it NOTE It can not sustain the voice module 2 2 13 3 Dual power connection The unit supports 220VAC and 48 dual power supply The system supports 1 1 redunda
36. hannel E1 Service ON OFF Frame Frame Unframe V35 Speed 64k 2048k V35 Clock Mode REC EXT INT Mad Normal DIG oop Mode Slot Loop ANA Loop Confi fig CT N Foll 9 V35 Channel Config CTS ON Follow Slot 1 2 3 4 Config DCD ON Follow CH A B C D In Service Out CH Service Of Service Si Stat RTS CTS DTR ignal Status 9 DCD SYNC Porti Hang Off ON Port2 Hang Off ON Voice Channel Port3 Hang Off ON Port4 Hang Off ON SYNC ON OFF No Card 4 E1 Card Slot 1 2 3 4 Slot 4V35 Card Report Voice Card SLOT1 2 3 4 Frame Unframe CH A B C D Page 34 of 54 Installation and Operation Manual Optical A Work OFF Optical B Standby OFF Switching Release Lock Optical ALS Auto Disable Config Local Loopback Normal Loop Remote Loopback Normal Loop Loopback Time 10 Min 30 Min 1 Hour 5 Hour 24 Hour Forever Force Mode ON OFF Speed 10M 100M 5 Half Full Config Flow Control ON OFF VLAN ON OFF E1 Alarm Slot 1 2 3 4 A B C D Normal LOS AIS LOF No card No use Al Optical Alarm Optical A B LOF LOS Working Standby No card NO Link Link AN Link 10H Link 100H Link Report LAN Status LAN1 LAN2 10F Link 100F Alarm Out Both Audible Visible All off 2556 2048bits 65535bits ThresholdES 300 Sec 600 Sec 900 Sec
37. harging function and call screening function support Fax T 38 and Group AT 2 4 4 8 7 2 9 6 14 4 Kbps support to modem pass through for Internet calls V 90 V 92 Mode FXS and FXO FXO connected to a central office or PBX and FXS connected to a customer telephone each line FXO raises the same line FXS Bandwidth 64K for each voice channel Transmission Loop line between FXS module and normal telephone or between FXO module and PBX is up to distance 300m Connector RJ 11 jack Ring When the telephone is off the hook in FXS side side in FXO side gives the client the invitation tone to dial Do not insert pull out the voice module when power on That will bring damage to the module even to the main body of the unit 1 311 SNMP agent module There is a place in the PCB for SNMP agent module SNMP management is available only when the SNMP agent module is planted in the PCB Table 1 22 SNMP agent module specification Module Function Description SNMP SNMP management by NMS software local remote unit management RS 232 console Set the IP address and trap address of the agent module for SNMP management Do not insert pull out the SNMP agent module when the power is on That will bring damage to the module even to the main body of the unit 1 3 12 LCD monitor Table 1 23 LCD monitor specification LCD 2 rows of 16 charactors screen with backlight
38. ill alarm if the unit has a fault e e je 6e7e8e ALARM Table 1 12 Alarm output interface specification Output Pins Voltage Current Major audible alarm em 0 60VDC or 0 125 1A for DC input 0 5A for AC input 2 pin Major visible alarm 0 60VDC 0 125 1A for DC input 0 5 for AC input 4 pin Minor audible alarm P 0 60VDC or 0 125 for DC input 0 5A for AC input 7 pin Minor visible alarm ae 0 60VDC or 0 125 1A for DC input 0 5A for AC input Table 1 13 Alarm specification Alarm information Major Minor SYS 4 RDI Al LOS af LOF Optical interface AIS LCK Local unit a BE y AIS Jl CV E Tri ributary interface LOS 4 LOF 4 Remote unit R Page 18 of 54 Installation and Operation Manual 1 3 7 Optical module This unit provides two slots in the right front panel for optical interface modules Table 1 14 General specification of optical module Function optional optical module with without ALS hot swap 1 1 redundancy protection Baud rate 150Mb st50ppm Coding NRZ Transmission medium G 652 optical fiber Operation temperature 20 C 70 C Table 1 15 Details for different module WDM Type Model Distance Wavelength Output Sensibility Power Return Connector power margin Los
39. in the PC keyboard to return to the previous menu When a login password has been set you need input the right password to continue Table 3 5 Hyper Terminal operation menu Layer jLayer2 3 Layer 4 Layer 5 Layer 6 Load Default Load Para Ok Load Para Fail Load Userdefine Para Ok Load Para Fail Save Userdefine Para Ok Save Para Fail Local Modify Password input a 6 character password Login System LCD light OFF 30 Sec 5 Min 10 Min Config Current Date displa Confi Ok Login Date P New Date d 2007 01 01 Invalid Date Current time display Config Input New Time NES 12 12 12 Invalid Time External CLK OFF POM E1 TTL Loopback Time 10 Min 30 Min 1 Hour 5 Hour 24 Hour Forever Slot Local Loopback Normal Loop Cong WROD E1 Servi ON OFF rv 9 V35 A FXS 4 FXO SIME Frame Frame Unframe Optical Optical A Work OFF Page 38 of 54 Installation and Operation Manual Config Optical B Standby OFF Switching Release Lock ALS Auto Disable Local Loopback Normal Loop Remote Loopback Normal Loop Loopback Time 10 Min 30 Min 1 Hour 5 Hour 24 Hour Forever Force Mode ON OFF Speed 10M 100M ace Half Full Config BS Su Flow Control ON OFF VLAN
40. lated from signal ground Signal Ground AB lt gt Common signal ground Transmitted Data BA To MUX Serial digital data from DTE UNIT Received Data 3 BB Fm MUX Serial digital data at the output of the Fiber UNIT Multiplexer receiver Request to Sent 4 CA To MUX An ON signal to the Fiber Multiplexer UNIT when data transmission is desired Clear to Sent 5 CB Fm MUX Constantly ON UNIT Data Set Ready 6 CC Fm MUX Constantly ON UNIT Except during test loops Data Terminal 20 CD MUX DTR not used used for a received serial Ready UNIT data rate clock input from the DTE Data Carrier 8 CF Fm MUX Constantly ON except when a loss of the Detect UNIT received carrier signal is detected External Transmit 24 DA To transmitted data rate clock input from the clock UNIT data source Transmit Clock 15 DB Fm MUX A transmitted data rate clock for use by an UNIT external data source Receive Clock 17 DD Fm MUX A received data rate clock for use by UNIT external data source Remote Loop 21 RL To MUX When on commands Fiber Multiplexer back UNIT into remote loop back Local Loop back 18 LL To MUX When on commands Fiber Multiplexer UNIT into localloop back Test Indicator 25 TM Fm MUX ON during any test mode UNIT Page 50 of 54 Installation and Operation Manual 5 2 Appendix 5 2 1 DB37F Q9F 4 DB37F Q9F 4 is a interface adapter from DB37 female connector to BNC female connec
41. lation and Operation Manual 2 2 9 Connecting the CONSOL port CONSOL port be used a device management craft port RJ 45 jack asynchronous The pin outs details is the as RS 232 port 2 2 10 Connecting LAN Ports The unit provides two full rate 100M Ethernet ports in the front panel behaving auto adjusting in 10 100M speed auto negotiation on Half Full Duplex and auto MDI MDI X Use either a straight through or cross over UTP according to CATS EIA TIA 568A B for the LAN connection Refer to the supplement for the pinouts details NOTE Hubs usually implement the crossover function internally while network interface cards and other devices do not 2 2 11 Connecting SNMP Port The unit provides an Ethernet RJ 45 jack in the front panel for SNMP management which supports auto adjusting in 10 100M speed auto negotiation on Half Full Duplex Use a straight through UTP for a switch connection or cross over UTP for PC connection The pinouts of UTP should comply with CATS EIA TIA 568A B Refer to the supplement for the pin outs details 2 2 12 Connecting the Alarm Relay Port This unit provides one DB 9 male connector in the rear panel for 4 groups of alarm outputs When connected in a circuit containing an external alarming device the external alarming device will alarm if the unit has a fault Table 2 2 Alarm output interface specification Output Pins Voltage Current Major audible alarm 1
42. ncy protection and each power supply can support the working order of the equipment Refer to AC and DC connection procedures above for operations 2 2 13 4 Voice special power module connection Voice special power offer both AC and DC power using only one module It has two transformer modules 220 48 and 48 5 The connection of AC power is the same as we introduce in 2 2 11 3 It transform 220V to 48V to supply the voice module and continue transform 48V to 5V to hold out the other card And its power for the voice module achieve 30 watt almost as twice as the standard AC power So it can sustain Voice module easily The connection of DC power is the same as we introduce in 2 2 11 4 It directly supplies the voice module with no transition and transform 48V to 5V to hold out the order card Page 30 of 54 Installation and Operation Manual 3 Chapter 3 Operation This chapter describes the equipment controls and indicators loopback test Installation procedures given in Chapter 2 must be completed and checked before attempting to operate the unit 3 1 Front Panel Indicators and Controls LED indicators and controls are located on the front panel Depress a push button to activate ON the corresponding control Release the push button to deactivate OFF the control The functions of each push button and indicator are described as following Fiber optical interface CALL press button LED indicators and LED indictor
43. ne by both LCD control and Dip switch in the 4E1 module 3 4 1 Local loopback The local loopback test in the operated local unit commands the local unit to make a loop in tributary Elcircuit or optical circuit The local loopback test checks the performance of the local and remote units the local and remote data terminal and the connections between them When setting a local E1 loop in unit A the loop directions in unit A are for both the local and the remote tributary E1 When setting a local optical loop in unit A the loop directions in unit A is only for the local a optical ports A local loop setting is shown as following Local loop eauipment eauipment A Local loopback Figure 3 2 1 Local loop setting Local loop Figure 3 2 optical Local loop setting Page 40 of 54 Installation and Operation Manual 3 4 2 Remote loopback The remote loopback test in the local operated unit commands the remote unit to make a loop in tributary Elcircuit or optical circuit The remote loopback test function is similar to the local loopback When setting a local E1 loop in unit A the loop directions in unit B are for both local and the remote tributary E1 When setting a local optical loop in unit A the loop directions in unit A 1 only for local optical ports from remote A remote loop setting is shown as following Remote loop eauipment eauipment Remote loopback Figure 3 4 E1 Remote loop
44. of the Fiber 16 BB B UNIT Multiplexer receiver Request to Sent 4 CA A To MUX An ON signal to the Fiber Multiplexer 19 CA B UNIT when data transmission is desired Clear to Sent 5 CB A Fm MUX Constantly ON 13 CB B UNIT Data Set Ready 6 CC A Fm MUX Constantly ON 22 CC B UNIT Except during test loops Data Terminal 20 CD A To MUX DTR not used used for a received serial Ready 23 CD B UNIT data rate clock input from the DTE Data Carrier 8 CF A Fm MUX Constantly ON except when a loss of the Detect 10 CF B UNIT received carrier signal is detected External Transmit 24 DA A To A transmitted data rate clock input from the clock 11 DA B UNIT data source Transmit Clock 15 DB A Fm MUX A transmitted data rate clock for use by an 12 DB B UNIT external data source Receive Clock 17 DD A Fm MUX A received data rate clock for use by 9 DD B UNIT external data source Remote Loop 21 RL To MUX When on commands Fiber Multiplexer back UNIT into remote loop back Local Loop back 18 LL To MUX When on commands Fiber Multiplexer UNIT into localloop back Test Indicator 25 TM Fm MUX ON during any test mode UNIT Page 49 of 54 Installation and Operation Manual DB25 adapter cable pin out for RS 232 Signal Function DB 25 RS 530 circuit Direction Description Protective Ground 1 AA lt gt Chassis ground May be iso
45. personal injury or death may occur Should the Buyer purchase or use a CTC Union product for any such unintended or unauthorized application the Buyer shall indemnify and hold CTC Union Technologies and its officers employees subsidiaries affiliates and distributors harmless against all claims costs damages expenses and reasonable attorney fees arising out of either directly or indirectly any claim of personal injury or death that may be associated with such unintended or unauthorized use even if such claim alleges that CTC Union Technologies was negligent regarding the design or manufacture of said product TRADEMARKS Microsoft is a registered trademark of Microsoft Corp HyperTerminal is a registered trademark of Hilgraeve Inc WARNING This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference in which case the user will be required to correct the interference at his own expense NOTICE 1 The changes or modifications not expressively approved by the party responsible for compliance could void the user s authority to operate the equipment 2
46. ptical module in optical slot A Optical B Fiber optical module in optical slot B Switching Automatic Protection Switching function configuration Alarm Output Alarm relay port selection Code violation ES Error second SES Severely error second UAS Unavailable second Current Show performance status of the chose day History Day Choose the date for history performance status inquiry Reset current Clear the current performance record Reset All Clear all the performance record Load Para Ok Layer 4 Submenu Indication Load the appointed parameters successfully Load Para Fail Save Para Ok Loading the appointed parameters fail Save the appointed parameters successfully A B C D A B C or D channel of the slot Page 36 of 54 Installation and Operation Manual Reset Current PM Clear the current performance record successfully Reset Current PM Fail Clearing the current performance record fail Reset All PM Ok Clear all the performance record successfully Reset All PM Fail Clearing all the performance record fail Layer 5 Submenu Indication CV Code violation ES Error second SES Severely error second UAS Unavailable second Layer 6 Submenu Indication Config Ok The configuration is successful Invalid Date Time Enter a wrong format of the date or the time Note 1 LocalSite has the same menu with Remote Sit
47. s 80K Em DFB 0dBm 480 80 120 1550nm 5 lt 34dBm 32dB 15dBm yes yes 100K 0dBm OM 480 100 120 1550nm I lt 34dBm 3448 15dBm yes yes 120K Km DFB 4dBm NOTE 1 WDM type must match S3 with S5 in pairs 2 Forthe optical modules with ALS function ALS can be activated or disabled via the front panel LCD console terminal mode or SNMP management when SNMP option is installed 1 3 8 4 E1 Module Figure 1 6 4 E1 modules Table 1 16 4 EI module specification Function Provide 4 tributary El ports Framing Unframed transparent Standard ITU T G 703 G 704 G 823 and G 742 connector BNC female connectors for 75Q coaxial cable DB 37 female connector with 1 to 8 BNC or 4 RJ 45 header adapter cable RJ 45 jack for 120 2 twisted pair Code HDB3 Baud rate 2048 Kbps 30ppm Transmit Level According to G 703 Impedance 750 for unbalanced BNC coaxial cable 1200 for balanced RJ 45 twisted pair Receiving sensitivity 0 18dBm Transmit high voltage 2 37 10 750 3 00 10 120Q Transmit low voltage 0 0 1V Transmitting distance 100m for coaxial cable 200m for twisted pair Page 20 of 54 Installation and Operation Manual Table 1 17 Output Jitter of El port B1 20Hz 100KHz 0 08 UI B2 18kHz 100KHz 0 05 UI Table 1 18 Input Jitter of El port Frequency Hz 10 20 63 130 500 1 2k 2 1k 3
48. s SC PC FC PC 480 20Km Tx 1310nm 15 30dBm 20dB 15dBm yes yes rae Rx 1550nm 8dBm OM 480 20Km Tx 1550nm 15 30dBm 20dB 15dBm yes yes noes 1310nm 8dBm OM 480 40Km Tx 1310nm 8 31dBm 28dB 15dBm yes yes Seien Rx 1550nm 0dBm 480 40Km Tx 1550nm 10 31dBm 28dB 15dBm yes yes 40KS5 Rx 1310nm 0dBm 480 60Km Tx 1310nm 5 2dB 31dBm 28dB 15dBm yes yes 60KS3 Rx 1550nm m OM 480 60Km Tx 1310nm 8 2dB 31dBm 28dB 15dBm yes yes enses Rx 1550nm m OM 480 80Km Tx 1310nm 1 2dB 36dBm 35dB 15dBm yes yes 1550nm m OM 480 80Km Tx 1310nm 8 3d 38dBm 35dB 15dBm yes yes Single mode Rx 1550nm Bm Standard Type Model Distance Wavelength Output Sensibility Power Return Connector power margin Loss SC PC FC PC 480 0 2Km 1310nm 22 1 31dBm 11dB 15dBm yes yes Multi mode 2K 8dBm 480 15 20 1310nm 18 7 31dBm 20dB 15dBm yes yes Single mode 20K Km dBm Page 19 of 54 Installation and Operation Manual 480 20 40 1310nm 15 lt 31dBm 20dB 15dBm yes yes 40K Km OdBm 480 40 60K 1310nm 212 lt 36dBm 3348 15dBm yes yes 60K m OdBm 480 60 80 1550nm go lt 34dBm 32dB 15dBm yes ye
49. tandby or no use status B Optic interface main On Fiber B is at main use status FIB Green indication Off Fiber B is at standby or no use status Page 32 of 54 Table 3 2 Front Panel Controls and Ports Installation and Operation Manual Type State Function Description Pressing ACO button to shield buzzer alarm and the ACO LED light ACO touch keystoke and when a new alarm occurs or all alarms disappear the LED down Order wire call button OW 1 State hang up the order wire phone M L State call out or answer the order wire phone touch keystoke LCD control button go to last option lt gt touch keystoke LCD control button go to next option ENT touch keystoke LCD control button choose the option EXC touch keystoke LCD control button return back to a previous menu or abandon a setup RS 232 data and One clear asynchronous RS 232 data channel and the external clock E CLK input input interface CONSOL and OW One asynchronous RS 232 console port and the order wire telephone interface connected to COM port of PC for RS 232 console RJ 45 jack SNMP agent card configuration local remote devices management and maintenance LAN1 2 2 10 100M Ethernet ports RJ 45 jacks SNMP SNMP management port according to TCP IP RJ 45 jack available only when a SNMP module is installed in the PCB 3 2 LCD operation menu keys p
50. the order wire port 3 When the CALL button in one side 15 pressed down there will be a telephone in ring in the other side Press down the CALL button in the other side then operators in both sides can talk over the telephone 4 order wire eds 48VDC power supply and is invalid when using only AC power supply 1 3 4 Ethernet Interface Table 1 5 Ethernet in Function terface specification 1 full rate 100Mbps channel for 2 Ethernet ports bridge mode support MAC filtering support VLAN trunk Standard IEEE 802 3 802 3 802 1q Interface Ethernet and Fast Ethernet auto MDI MDI X Baud rate Full rate 10 100Mbit s auto adjusting force mode Duplex Mode force or Auto Negotiation on Half Full Duplex Mode Connector RJ 45 jack Frame Length 64byte least 1536byte most MAC Address IK MAC Address Update 5 Minutes Table 1 6 Ethernet port working mode when cooperating with peripheral equipments LAN port setting peripheral equipments LAN port real working peripheral equipments real Effect mode setting mode mode working mode A N A N 100M FD 100M FD perfect 100M FD 100M FD 100M FD 100M FD perfect 10M FD 10M FD 10M FD 10M FD perfect 100M HD 100M HD 100M HD 100M HD perfect 10M HD 10M HD 10M HD 10M HD perfect Page 15 of 54 Installation and Operation Manual A N 100M HD 100M HD 100M HD good A N 10M
51. the rail of the slot finally tighten screws of the module baffle 2 Fix the unit in a standard 19 inch frame by the 2 lugs appended on the device When an optic interface or a I O slot has no operation modules please do not take off the blank baffle to prevent dust from entering the device 2 2 2 Connecting the Interfaces 48 SWITCH 5yACSWITCH slot 1 TO slot 2 T O slot 3 220VAC INPUT GROUNDING Figure 2 1 Rear panel Table 2 1 Rear panel Interface Type Explanation 220VAC 220V AC power supply in and switch PGND GND 48V DC 48V power supply in and switch ALARM Alarm output 1 4 Tributary Interface 22 3 Connecting the 4 E1 Module Interface To Connect the Balanced Interface The 4 1 1200 module offers 4 RJ45 jacks for 1200 line connection And the RJ 45 plugs into the RJ 45 jack for 1200 port of the third party device Please check the output pinl 2 and input pin4 5 lines in the RJ 45 jack of the third party device If the port is connected and the corresponding LOS indicator in the front panel lights red please exchange the output pinl 2 and Page 25 of 54 Installation and Operation Manual input pin4 5 lines in the RJ 45 male connector NOTE pin1 and pin2 must be twisted up so do with pin4 and pins gt Connect the Unbalanced Interface The 4 E1 750 module appends DB37F BNC 8 or DB37F CC4 8 adapter cable for
52. tors used for connecting the FOM480 and the tributary E1 equipment Figure 5 1 DB37F Q9F 4 adapter 5 2 2 DB37F Q9M 4 DB37F Q9M 4 is a interface adapter from DB37 female connector to BNC male connectors used for connecting the FOM480 and the tributary equipment Figure 5 2 DB37F Q9M 4 adapter Page 51 of 54 Installation and Operation Manual 5 2 3 DB62F M34M 4 DB62F M34M 4 is a interface adapter from DB62 female connector to M34 male connectors used for connecting the 80 and the tributary V35 equipment Figure 5 3 DB62F M34M 4 adapter Page 52 of 54
53. udite ede e E iu rea to eb e 16 TABEE IO BACKS FO BACK LESTE 17 TABLE 1 11 SNMP PORT SPECIFICATION 4e euo ede ge op 17 TABLE 1 12 ALARM OUTPUT INTERFACE 2 enne enne entren nennen 18 TABLEJ 13 ALARM SPECIFICATION nto niti gie dete e IPEA UU DUM etu ple rg 18 TABLE 1 14 GENERAL SPECIFICATION OF OPTICAL MODULE cssccesseceereeesseceseeecaeceeeeecsaeceeneecsaeceeneecsaeceeeecsaeceeeeecnaeeenees 19 TABLE 1 15 DETAILS FOR DIFFERENT MODULE 19 TABLE 1 164 ET1 MODULE SPECIFICATION t ires Pee onere Poe tede reg 20 TAB EJ L7OUTPUT JILIEROREELPORT Z a oie e i e a e edat re 21 TABEEJ IS INPUT JITTER OF ET boire led p retine 21 TABLE 1 19 JITTER TRANSFER CHARACTERISTIC OF E1 PORT 4 enne entente teen 21 TABLE 1 20 V 35 21 21 MODULE SPECIFICATION 22 TABLE 1 22 SNMP AGENT MODULE SPECIFICATION 22 TABLE 1 23 LCD MONITOR 2 2 21 22 00000000000000000000000000000000000000 enne ener enne 22 TABLE 1 24 PHYSICAL DIMENSION
54. upply is not tight Screw down the power supply 2 alarm indicators If self loop of the optical ports 1 normal and Change the optical cables 15 on the connection of the optical cables 18 right Change a long distance optical module the optical cables has trouble or the distance Exchange the TX and RX fiber cables 18 too long Otherwise the TX and RX optical interface connection is reverse 3 The equipment of One Self loop separately the equipment that has Contact with your support side of the optic alarm has trouble representative connection is normal Otherwise the RX fiber cable has trouble Change the optical cables and other has NOP alarm 4 Ethernet transmit has The RJ45 connector has a bad contact Check the Ethernet port contact serious data package FULL HALF duplex is not matching Change the Ethernet cable loss Check the duplex matching interface alarms Coaxial connector has trouble Adjust the coaxial connector The El equipment is powered off Open the El equipment that connect to The El TX and RX interface connection is the unit reverse Exchange the TX and RX interface The alarm of tributary 1 is not masked connectors Press the MASK button to mask the tributary E1 alarm 6 El interfaces have bit Impedance is not matching Affirm the impedance of the EI errors cables is too long The E1 connector has bad contact 1200 connect cable is not twisted El terminal
55. ush button switches and LCD display are located on the Fiber Multiplexer front panel The pushbutton switches are used to activate menu selections and select parameter settings Use the lt and gt function keys to browse the menus and select parameters Use the ENT function key to enter a sub menu or to set a selected parameter Use the ESC function key to return to a previous menu or to abandon setup After system initialization Menu Select will be show in LCD Pressing the ENT key at this point will page operator at the top of the level Menus of the local or remote unit selection The menu diagram is as following Page 33 of 54 Table 3 3 LCD operation menu Installation and Operation Manual Layer 1 Layer2 Layer3 Layer 4 Layer 5 Layer 6 Load Default Load Para Ok Load Para Fail Load Userdefine Load Para Ok Load Para Fail Save Userdefine Save Para Save Para Fail LCD light OFF 30 Sec 5 Min 10 Min Local Site Remote system ate Current Date display er New Dare Config Ok Invalid Site 2006 05 13 Date Current time display Config Invalid Time Enter New Time 16 40 20 08 09 45 Time External CLK OFF E1 POM TTL Version FPGA Firmware Loopback Time 10 Min 30 Min 1 Hour 5 Hour 24 Hour Forever Loopback Normal Loop All Channels CH Serevice In Service Out Of Service Frame Unframe Frame Local Loopback Normal Loop E1 C
56. ut of the Fiber T RD B UNIT Multiplexer receiver Transmit Clock Y TC A Fm MUX transmitted data rate clock for use by an AA TC B UNIT external data source Receive Clock V RC A Fm MUX Areceived data rate clock for use by an X RC B UNIT external data source External Transmit U ETC A To MUX A transmitted data rate clock input from the Clock UNIT data source Request To Send C RTS To MUX An ON signal to the Fiber Multiplexer when data UNIT transmission is desired Clear To Send D CTS Fm MUX UNIT Constantly ON Data Set Ready E DSR Fm MUX Constantly ON UNIT Except during test loops Data Carrier Detect F DCD Fm MUX Constantly ON except when a loss of the UNIT received carrier signal is detected Data Terminal H DTR To MUX DTR not used used for a received serial data rate Ready UNIT clock input from the DTE Remote Loopback HH RL To MUX When on commands Fiber Multiplexer into UNIT remote loop back Local Loopback JJ LL To MUX When on commands Fiber Multiplexer into local UNIT loop back Test Indicator KK TM Fm MUX UNIT ON during any test mode Page 46 of 54 Installation and Operation Manual DB 15 adapter cable Pin out for X 21 Signal Function DB 15 Abbreviation Direction Description Shield 1 FG lt gt Chassis ground May be isolated from signal ground Ground 8 SG lt gt Common signal ground Transmit A

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