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MA365 • Rev. A2

Tellabs

6325 Edge Node

3 Reference Information

Color coding of open
ended cables

The color coding of the open ended cables are listed in the following table.

Note:

The coding of the cable WK-503Y-zz.z-01 is listed in

‘Pin designations

on PIM1 connector and color coding of the E1 cable’ on page 64

Pin

Signal

Color code

WK-504Y-zz.z-01 (RJ-45 to open ended)

TRIBo

Orange/White

TRIBo\

Orange

Green/White

TRIBi

Blue

TRIBi\

Blue/White

Green

Red/White

Red

WK-502X-zz.z-01 (9 pole D-dub to open ended)

GND

White

SYNCi

Brown

AUX0

Green

SYNCo

Yellow

AUX1

Grey

SYNCi\

Pink

AUX2

Blue

SYNCo\

Red

AUX3

Black

WK-500Z-02.6-01 (3 pole Molex mini-fit to open ended)

0 V (UB-RTN)

Brown

GND

Yellow/Green

-40.5 to -72 VDC (UB)

Blue

Summary of Contents for 6325

Page 1: ...ight 2006 Tellabs All rights reserved Technical Documentation Product family Tellabs 6300 Managed Transport System Product name Tellabs 6325 Edge Node Document Hardware Installation Manual MA365 Revision A2 ...

Page 2: ...ult in criminal and civil penalties Trademark Notice The following trademarks and service marks are owned by Tellabs Opera tions Inc or its affiliates in the United States and or other countries AUDIO PLUS CABLESPAN CEC 128 DYNAMIC SIGNAL TRANSFER DXX DXX logo EC DUO ENHANCED AUDIO PLUS EX PRESS PATH FOCUS MARTIS MARTISDXX MARTIS logo MAR TISDXX logo METROVANTAGE METROWATCH NETREACH NETWISE SCULPT...

Page 3: ...EC of the European Parliament and of the council of 27 January 2003 on waste electrical and electronic equipment WEEE Disposal must follow national legislation for IT and telecommunications equipment in accordance with the WEEE directive Do not dispose of waste electrical and electronic equipment with unsorted municipal and household waste Collect the equipment separately Return the equipment thro...

Page 4: ...evision Information Revision Information Revision history This manual has changed as follows Rev Date Description of Changes A1 Feb 22 2006 First version of the manual A2 June 14 2006 Compared to revision A1 Minor changes have been performed ...

Page 5: ...n stall or performing service on the equipment Chose one of the following Warnings and Precautions on page 5 this section Sicherheit Informationen on page 7 Laser radiation Be aware of the warnings described here when installing and performing ser vice on the equipment The following rules describe how to avoid hazardous situations Warning Please note the following warning ...

Page 6: ...ions ESD precaution Use an antistatic bracelet connected to the subrack while installing or servic ing the system Do this to avoid damaging components sensitive to static elec tricity Connect the antistatic bracelet to the subrack as shown in the figure be low ...

Page 7: ...gen Warnungen und Vorkehrungen on page 7 Spezifikationen on page 10 Warnungen und Vorkehrungen Laserstrahlung Berücksichtigen Sie die Warnungen die hier beschrieben werden wenn Sie Installierung oder Wartung an der Ausrüstung durchführen Bitte halten Sie folgende Regeln ein um gefährliche Situationen zu vermeiden Warnung Die folgende Warnung bitte merken ...

Page 8: ... Arm band an das Baugruppenträger an wie in der Abbildung gezeigt Warnung wenn Sie Baugruppenträger in ein Gestell anbringen Das Baugruppenträger muß auf unbemalten Gestell Bereich angebracht wer den Auf Seite 24 bitte sehen wie man das Baugruppenträger anbringt To install the subrack for the Tellabs 6325 node on page 24 Warnung wenn Sie PS DC Einschübe anbringen Sicherstellen die PS DC Einschübe ...

Page 9: ...Minimum AWG 18 0 75 mm2 benutzen das Erdungsdraht mit einem verzinnten Ringzunge Anschluß passen zwecks Ko rrosion vermeiden und einen niedrigen Widerstandanschluß erreichen und die Schraube M4x8 und die Unterlegscheibe benutzen geliefert mit dem Baugruppenträger um die Leitung anzubringen Anschließen der Gleichstrom DC Die folgenden Anmerkungen bitte beobachten wenn Sie die Gleichstrom an das Tel...

Page 10: ...n um in einem typischen kommerziellen Klima zu funktionieren Die folgenden Richtlinien bitte beobachten Im Falle des Wechselstroms einen geerdeten dreizackigen Energie An schluß benutzen der durch den elektrischen Code der Region genehmigt wird Platz muß sauber staubfrei und gut gelüftet sein Entlüftungsbohrungen nicht zudecken Anforderungen an Sicherheit Die Anforderungen von EN 60950 1 Sicherhei...

Page 11: ... 2 3 Physical Placement 23 2 4 Installing the Subrack 24 2 5 Installing the Modules 25 2 6 Installing the Transceivers 27 2 7 Connecting the Cables 28 2 8 Removing a Module from the Subrack 37 3 Reference Information 39 3 1 Front Layout 39 3 2 Logistics 41 3 3 LEDs Switch and Connectors 45 3 4 Functional Description 48 3 5 Specifications 51 3 5 1 SDH Optical Interfaces 51 3 5 2 PDH Electrical Inte...

Page 12: ...Tellabs 6325 Edge Node Contents 12 MA365 Rev A2 ...

Page 13: ...troduces the Tellabs 6325 node 2 Installation Information on page 21 describes how to install and con nect the Tellabs 6325 node 3 Reference Information on page 39 gives logistics technical description and specification information about the Tellabs 6325 node A Packing Instructions on page 75 gives additional information like in structions on how to pack modules before shipment Abbreviations Abbre...

Page 14: ...tor Pluggable SIMX SDH Interface and Cross connection Module SIR Signal Interference Ratio SLM Single Longitudinal Mode Laser SNC I Inherently monitored Sub Network Connection protection SNC N Non intrusively monitored Sub Network Connection pro tection SPIMX SDH and PDH Interfaces and Cross connection Module STM Synchronous Transport Module STP Shielded twisted pair SW Software SYNC Synchronizati...

Page 15: ...lectrical characteristics for unbalanced double current in terchange circuits 03 93 11 ITU T X 213 Information technology Open Systems Interconnection Network Service Definition 1995 1997 Amd 1 12 ITU T X 214 Information technology Open Systems Interconnection Transport Service Definition 1995 13 ITU T X 224 Information technology Open Systems Interconnection Protocol for providing the connection ...

Page 16: ...001 2004 28 CEN CENELEC EN 61000 4 1 Electromagnetic compatibility EMC Part 4 Testing and measuring techniques Section 1 Overview of immu nity tests 1994 29 CEN CENELEC EN 61000 4 2 Electromagnetic compatibility EMC Part 4 Testing and measuring techniques Section 2 Electrostatic dis charge immunity test1995 A1 1998 A2 2001 30 CEN CENELEC EN 61000 4 3 Electromagnetic compatibility EMC Part 4 Testin...

Page 17: ... area net works Specific requirements Part 2 Logical link control 1998 50 ISO IEC 8802 3 Information technology Telecommunications and in formation exchange between systems Local and metropolitan area net works Specific requirements Part 3 Carrier sense multiple access with collision detection CSMA CD access method and physical layer specifications 1996 51 ISO 9542 Information processing systems T...

Page 18: ...18 MA365 Rev A2 Tellabs 6325 Edge Node Preface ...

Page 19: ... Management of the Tellabs 6325 node can be performed from a local craft ter minal or remotely from a network element manager or a network manage ment system Tellabs 6300 network manager or Tellabs 8000 network man ager Short product description The Tellabs 6325 node is a product where SDH Cross connect SDXC Add Drop Multiplexers ADM and Terminal Multiplexers TM are implemented in a stand alone un...

Page 20: ...20 MA365 Rev A2 Tellabs 6325 Edge Node 1 Overview ...

Page 21: ...d L 1 2 or 2 dBm L 4 1 and L 4 2 radiated optical power during the 2 second period the time averaged power is less than 13 dBm which is harmless at relevant wavelengths Step Action 1 Read the information in 2 1 Optical Safety Considerations on page 21 2 2 Labels on Equipment on page 22 and 2 3 Physical Place ment on page 23 2 Install the subrack for the Tellabs 6325 node as described in 2 4 Instal...

Page 22: ...n risked during service or installation can be hazard ous in case of double fault conditions Laser warning The illustration describes laser safety rules 2 2 Labels on Equipment Labels on subrack The subrack is provided with identification labels as shown in the figure be low Classification 1310 nm 1550 nm Class 1 Regarded as safe for all viewing conditions 10 0 dBm 10 0 dBm ...

Page 23: ... be low 2 3 Physical Placement Placement rules The Tellabs 6325 node is designed to operate in a typical commercial environ ment Please observe the following rules In case of AC powering use a grounded three pronged power outlet ap proved by the electrical code of the region Location must be clean dust free and well ventilated Do not cover ventilation holes ...

Page 24: ...e Please follow the instructions below Step Action 1 Install the left and right side brackets as shown below each with 3 screws M4 x 8 The adaptation bracket NS 0296 is used for 19 inch racks and NS 0297 is used for ETSI racks 2 Insert the nuts including clips in the holes corresponding to the de sired rack position of the Tellabs 6325 node ...

Page 25: ...bed in this procedure Note To avoid damage on components sensitive to static electricity use an antistatic bracelet connected to the chassis of the Tellabs 6325 node Note When installing the modules care should be taken in order not to bend destroy the EMC gaskets on the front mechanics 3 Install the Tellabs 6325 node in the desired rack position Fasten it with four M6 screws including protection ...

Page 26: ...stall another PS DC module in slot 8 if your configuration requires redundant power supply Otherwise install a cover plate NS 0295 in slot 8 5 Fasten the CMCC module PS DC modules and cover plate to the subrack with the screws two on each module Step Action Step Action 1 Install the traffic module SIMX or SPIMX performing the cross con nect function in slot 3 2 Install other traffic modules extend...

Page 27: ...d remove the transceivers Follow the instructions Step Action 1 Insert the transceivers into the cages 2 Push the transceiver lightly until it is locked 3 If you need to remove the transceiver turn the clip that locks the transceiver to the horizontal position Then you can pull the trans ceiver out of its cage ...

Page 28: ...heating from external sources To connect the transport and management cables The following procedure describes how to connect the transport and manage ment cables to the Tellabs 6325 node Some steps might not be relevant for your specific configuration In these situations you just go to the next step Warning Care must be taken to protect optical connectors against dust touch ing and all contact wi...

Page 29: ...ase observe the minimum bending radius of the optical fiber 35 mm to avoid damage to the fibers 3 Connect the cables for the 2 Mbit s interfaces E1 on the SPIMX module The coding of the open ended 120 ohm cable is shown in Color coding of open ended cables on page 66 Note Remember to use special cables with balun WK 508B 01 0 01 if your configuration requires 75 ohm interfaces Step Action ...

Page 30: ...nd color coding of the E1 cable on page 64 Note If your configuration requires 75 ohm interfaces then external baluns are required See To provide 75 ohm PIM1 interfaces on page 31 5 Connect the cable for the synchronization and alarm interface SYNC ALARM The coding of the open ended 120 ohm cable is shown in Color coding of open ended cables on page 66 6 Connect the Ethernet cable MGT for manageme...

Page 31: ...n be provided by using external baluns The following procedure describes how to connect the external baluns to the PIM1 interfaces 7 Connect a PC running the Craft Terminal program to the CT connec tor for local management of the Tellabs 6325 node 8 Connect user channel and EOW cable to the UCH connector Step Action Step Action 1 Install the external baluns in a rack panel ...

Page 32: ... 503Y zz z 01 The figure shows the cable arranged with the seven binders each holding six twisted pairs 3 Connect the wires to the baluns according to the table shown in Pin designations on PIM1 connector and color coding of the E1 cable on page 64 4 Connect the cable to the connector E1 on the PIM1 module Step Action ...

Page 33: ... shown in the figure This is called DC C in ETSI ITU terminology To change the 48 VDC grounding If the DC I grounding strategy is preferred UB RTN is floating relative to GND Chassis the solder strap on the PS DC module must be removed as de scribed in this procedure The positive pole of the DC power supply 0 VDC must always be connected to the same earth potential at the station DC power supply P...

Page 34: ... unpainted rack ar ea To connect external ground to the Tellabs 6325 node When not installed in a rack the cabinet must be tied to an earth reference po tential through the ground pin pin 2 of the power supply plug or by connect ing an extra ground wire to one of the cabinet screws Please follow this pro cedure Step Action 1 Connect an external ground wire to the subrack as shown in the fig ure Us...

Page 35: ...the power supply cable with ground to the DC input plug 3 pole Molex mini fit You may use the cable WK 500Z 02 6 01 The coding of the open ended cable is shown in Color coding of open ended cables on page 66 If you decide to use your own cables you must use a 3 wire cable with minimum AWG 18 0 75 mm2 4 Connect the ground wire of the power cable to the ground earthing of the PDP 5 Connect the 48 60...

Page 36: ...nal AC DC power adapter Step Action 1 It is required that a ground wire is connected to the subrack when the external AC DC power adapter is used Connect the wire as shown on the figure below Use a yellow green flexible ground cable minimum AWG 18 0 75 mm2 fit the cable with a tin plated ring tongue terminal in or der to avoid corrosion and obtain a low impedance connection and use the M4x8 screw ...

Page 37: ... node will be reset if this procedure is not followed Note To avoid damage on components sensitive to static electricity use an antistatic bracelet connected to the chassis of the Tellabs 6325 node 3 Connect the AC power cable to the AC DC adapter Note The AC power cable is not supplied with the AC DC adapter Step Action Step Action 1 Disconnect all cables connected to the module 2 Unscrew the two...

Page 38: ...r only 30 seconds In this period of time you can pull out the module If the module is not removed it will return to normal mode LED turns off and you will have to repeat step 3 before you can pull out the module Step Action Step Action 1 Disconnect the sync alarm cable connected to the fan module 2 Push the switch Reset Remove on the CMCC module using the re set tool and wait for the LED Safe Remo...

Page 39: ...c tional description and specifications of the Tellabs 6325 node 3 1 Front Layout on page 39 3 2 Logistics on page 41 3 3 LEDs Switch and Connectors on page 45 3 4 Functional Description on page 48 3 5 Specifications on page 51 3 1 Front Layout SIMX16 module The figure shows the front of the SIMX16 module SIMX4 module The figure shows the front of the SIMX4 module ...

Page 40: ...ce Information SPIMX module The figure shows the front of the SPIMX module PIM1 module The figure shows the front of the PIM1 module CMCC module The figure shows the front of the CMCC module PS DC module The figure shows the front of the PS DC module ...

Page 41: ...or 19 inch rack Adaptation brackets NS 0297 for ETSI rack Cover plate for slot 6 Extraction tool kit TOOL H031 includes mod ule reset tool M4 x 8 screw and washer to attach ground wire UC3560 Cover plate for empty slot 2 4 or 5 position for traffic module NS 0292 Cover plate for empty slot 8 position for PS DC module NS 0295 Description Item number SIMX16 SDH optical I F module cross con nect CM35...

Page 42: ...ansceiver S 16 1 SFP with LC connectors TR 0007 Transceiver L 16 1 SFP with LC connectors TR 0008 Transceiver L 16 2 SFP with LC connectors TR 0009 Transceiver L 16 2 C Band 2400ps nm SFP with LC connectors TR 0016 551 Transceiver STM 16 CWDM 1471 nm 1600 ps nm SFP with LC connectors TR 0020 471 Transceiver STM 16 CWDM 1491 nm 1600 ps nm SFP with LC connectors TR 0020 491 Transceiver STM 16 CWDM 1...

Page 43: ... 5 m W OF204 05 0 2xLC to 2xFC PC single mode fiber cable 10 m W OF204 10 0 2xLC to 2xFC PC single mode fiber cable 20 m W OF204 20 0 2xLC to 2xSC single mode fiber cable 5 m W OF205 05 0 2xLC to 2xSC single mode fiber cable 10 m W OF205 10 0 2xLC to 2xSC single mode fiber cable 20 m W OF205 20 0 Electrical cables 1 0 2 3 to 1 0 2 3 coaxial cable 5 m WK 482B 05 0 01 1 0 2 3 to 1 0 2 3 coaxial cabl...

Page 44: ...hm 20 m WK 504Y 20 0 01 Description Item number Description Item number 9 pole D sub to open ended 120 ohm 3 m WK 502X 03 0 01 Description Item number Craft terminal interface cable RJ 45 to RJ 45 3 m WK 480X 03 0 01 Ethernet interface cable STP straight RJ 45 to RJ 45 5 m WK 506Y 05 0 01 Ethernet interface cable STP straight RJ 45 to RJ 45 10 m WK 506Y 10 0 01 Ethernet interface cable STP straigh...

Page 45: ...ormal condition Constantly red Alarm critical or major or module per forming self test Fast Flashing 4 Hz green Module booting or initializing applica tion software Slow Flashing 1Hz green Module synchronizing Slow Flashing 1Hz red Module self test failed Active Stand By Off Module not powered or not ready for stand by Constantly green Module is active Slow Flashing 0 5Hz green Module is in stand ...

Page 46: ...nd By Off Module is not providing power ei ther the input power is missing or the module has a defect Module is in stand by mode when the CMCC module is not installed Constantly green Module is active Slow Flashing 0 5Hz green Module is in stand by mode LED Switch Indication Description Remove Switch to be activated before the mod ule is removed from the subrack Safe Removal Yellow LED indicating ...

Page 47: ...STM 16 optical interface with SFP transceiver SIMX16 STM 1 4 STM 1 or STM 4 optical interface with SFP trans ceiver SIMX4 SIMX16 SPIMX E1 2 Mbit s interface 120 ohm SPIMX PIM1 UCH Interface for user channels and engineering or dering wire DTMF EOW SIMX4 SIMX16 SPIMX MGT Ethernet interface CMCC CT Craft terminal interface CMCC SYNC ALARM 2 MHz synchronization input output and alarm interface FAN DC...

Page 48: ...s at the front of the modules of the Tellabs 6325 node Block diagram The figure shows a simplified block diagram of the Tellabs 6325 node The in terfaces available depends on the modules installed in the Tellabs 6325 node Master controller Internally the Tellabs 6325 node is managed by the CMCC module The CMCC contains a non volatile memory for the application SW of the net work element This memor...

Page 49: ...inal interface Ethernet interface Embedded Communications Channel ECC of STM 1 4 16 line The ECC may be transferred in DCCR or DCCM bytes of the STM 1 4 16 line overhead or in selectable VC 12 Management software The Tellabs 6325 node can be managed by the Tellabs 6300 manager and the Tellabs 8000 manager The purpose of the management software is to monitor and control the behav ior of the Tellabs...

Page 50: ... distribution system TN TT or IT With a soldered strap inside the PS DC module it is possible to select between DC C 0 V connected to ground or DC I 0 V separated from ground ground ing of the Tellabs 6325 node Default is DC C shown on the figure Power supply configurations The Tellabs 6325 node may be powered from an AC input or DC input The customer can choose between the following configuration...

Page 51: ... R TTE on page 73 3 5 11 MTBF on page 74 3 5 1 SDH Optical Interfaces STM 16 transmission characteristics The following table describes the transmission characteristics of the modules with STM 16 transceivers Parameter Value Unit Class S 16 1 L 16 1 L 16 2 L 16 2 C Band CWDM Specifications according to G 957 Transceiver TR 0007 TR 0008 TR 0009 TR 0016 551 TR 0020 xxx Nominal Bit Rate 2488320 20 pp...

Page 52: ... 12 to 25 dB Maximum dispersion na na 1200 1600 2400 1700 ps nm Min opt return loss of cable plant at S incl conn 24 24 24 24 24 dB Max discrete reflectance between S and R 27 27 27 27 27 dB Receiver at reference point R Minimum point R sensitivity at BER 10 10 18 27 28 28 28 dBm Min overload 0 9 9 7 7 dBm Max optical path penalty 1 1 2 3 3 dB Max receiver reflectance mea sured at R 27 27 27 27 27...

Page 53: ... Pulse Mask According to Fig 2 G 957 Jitter Generation G 813 option 1 Optical Path between S and R Attenuation range 0 to 12 10 to 24 10 to 24 10 to 24 dB Maximum dispersion 74 na 2200 2200 ps nm Min opt return loss of cable plant at S incl conn na 20 24 24 dB Max discrete reflectance between S and R na 25 27 27 dB Receiver at reference Minimum point R sensitivity at BER 10 10 28 28 28 28 dBm Min ...

Page 54: ... Fig 2 ITU T G 957 Jitter Generation EN300462 5 HP 12 kHz 0 01 UIrms G 783 BP 500 Hz to 1 3 MHz 0 5 UIPP EN 300462 5 BP 65 kHz to 1 3 MHz 0 1 UIPP EN 300462 5 Optical Path between S and R Attenuation range 0 to 12 10 to 28 10 to 28 dB Maximum dispersion 96 246 na ps nm Min opt return loss of cable plant at S incl conn na na 20 dB Max discrete reflectance between S and R na na 25 dB Receiver at ref...

Page 55: ...ure 13 G 823 Over voltage protection ITU T K 20 Return loss 12 dB 51 102 kHz 18 dB 102 2048 kHz 14 dB 2048 3072 kHz f attenuation 6 dB 1 024 MHz SIR 18 dB Grounding of outer conductor screen Only connection of outer conductor to ground is supported Parameter Value for 2 Mbit s tributary output ports Interface Coaxial pair 75 Ohm with external balun Symmetrical pair 120 Ohm Bit rate 2 048 Mbit s 50...

Page 56: ...ue for 2 Mbit s tributary output ports Parameter Reference Value for 2 MHz synchronization input port Input imped ance G 703 120 Ohm High impedance 1 6 kOhm with par allel capacity 60 pF Frequency 2 048 MHz 20 ppm as output Jitter and Wander toler ance EN 300 462 5 Figure 2 and 3 Over voltage protection G 703 ITU T K 20 Return loss G 703 15 dB 2 048 MHz f attenuation G 703 6 dB 2 048 MHz Grounding...

Page 57: ...e Capture range G 813 EN 300 462 5 minimum 4 6 ppm Lock range fre quency range where locked is maintained Tellabs 20ppm Jitter and Wan der tolerance EN 300 462 5 EN 300 462 5 figure 2 and 5 The maximum permitted peak to peak sinusoidal jitter when applied on the synchronization interfaces shall not make the SEC loose track ing Phase stability TDEV MRTIE ns Ideal Operation EN 300 462 5 fig ure 1 0 ...

Page 58: ... which may result in the generation of AU TU pointer ad justments but should not introduce bit errors Jitter Jitter transfer function EN 300 462 5 Gain 0 1 dB Clock bandwidth 1 to 10 Hz Parameter Reference SETG output Parameter Reference SETG output Frequency Stability Memorized frequency resolution Tellabs 0 025 ppm Frequency offset EN 300 462 5 4 6 ppm end of life Frequency offset on en try into...

Page 59: ...Frequency Stability Frequency offset EN 300 462 5 4 6 ppm for ap proximately 10 years A software option will allow in system recali bration Craft Terminal In terface Ethernet ECC Channels Connection type co co cl co cl Layer Application LMIP 1 LMIP 1 LMIP 1 Presentation Session Transport NTH 1 TP4 X 224 X 214 class 4 ISO 8073 TP4 X 224 X 214 class 4 ISO 8073 Network CLNP ISO 8473 Addr ISO 8348 AD2...

Page 60: ...13 5 V power distribution net refer to the descrip tion in Power system description on page 50 The DC input must be protected by a minimum 3 A maximum 10 A 125 VDC rated protection fuse Power consumption The power consumption of the different types of modules are shown in the following table Signal Description Interface AUX 2 way configurable control signals 3V CMOS level Can source and sink 10 mA...

Page 61: ...s on the modules for Tellabs 6325 node are shown in the table below Weight The weight of the Tellabs 6325 node is shown in the table below CM3568 SIMX16 8 6 Module Power consumption W Module Height mm Width mm Depth mm SIMX4 16 SPIMX PIM1 20 3 139 202 3 CMCC 20 3 61 202 3 PS DC 20 3 66 197 3 Fan 44 16 4 224 9 Item Weight Kg Empty subrack 2 5 Fully equipped subrack 4 5 CM3561 PS DC 0 14 CM3563 SPIM...

Page 62: ...65 Fan 0 11 CM3566 PIM1 0 22 CM3567 SIMX4 0 32 CM3568 SIMX16 0 33 Item Weight Kg Function Equipment Connector Type Module STM 16 optical interface LC with SFP transceiver SIMX16 STM 1 or STM 4 optical inter face LC with SFP transceiver SIMX4 SIMX16 SPIMX E1 2 Mbit s interface 120 ohm RJ 45 SPIMX MDR PIM1 E1 2 Mbit s interface 75 ohm Coaxial 1 0 2 3 IEC 169 29 and CECC 22 230 female via external ba...

Page 63: ...MA365 Rev A2 63 Tellabs 6325 Edge Node 3 Reference Information Pin designations The figure shows the pin designations of the connectors on the modules ...

Page 64: ...d 52 is a pair and so on Channel Binder Pin signal Solid Color Pin signal Solid Color 1 Red 1 RX1 Blue 51 RX1 White Red 2 TX1 Orange 52 TX1 White 2 Red 3 RX2 Green 53 RX2 White Red 4 TX2 Brown 54 TX2 White 3 Red 5 RX3 Grey 55 RX3 White Red 6 TX3 Blue 56 TX3 Red 4 Blue 7 RX4 Blue 57 RX4 White Blue 8 TX4 Orange 58 TX4 White 5 Blue 9 RX5 Green 59 RX5 White Blue 10 TX5 Brown 60 TX5 White 6 Blue 11 RX6...

Page 65: ...own 30 TX15 Blue 80 TX15 Red 16 Black 31 RX16 Blue 81 RX16 White Black 32 TX16 Orange 82 TX16 White 17 Black 33 RX17 Green 83 RX17 White Black 34 TX17 Brown 84 TX17 White 18 Black 35 RX18 Grey 85 RX18 White Black 36 TX18 Blue 86 TX18 Red 19 Grey 37 RX19 Blue 87 RX19 White Grey 38 TX19 Orange 88 TX19 White 20 Grey 39 RX20 Green 89 RX20 White Grey 40 TX20 Brown 90 TX20 White 21 Grey 41 RX21 Grey 91 ...

Page 66: ...r coding of the E1 cable on page 64 Pin Signal Color code WK 504Y zz z 01 RJ 45 to open ended 1 TRIBo Orange White 2 TRIBo Orange 3 Green White 4 TRIBi Blue 5 TRIBi Blue White 6 Green 7 Red White 8 Red WK 502X zz z 01 9 pole D dub to open ended 1 GND White 2 SYNCi Brown 3 AUX0 Green 4 SYNCo Yellow 5 AUX1 Grey 6 SYNCi Pink 7 AUX2 Blue 8 SYNCo Red 9 AUX3 Black WK 500Z 02 6 01 3 pole Molex mini fit t...

Page 67: ...et inter face cable STP crossed RJ 45 to RJ 45 26 0 15 1 100 25 80 IEC60332 1 2 WK 504Y xx x 01 RJ 45 to open ended cable 120 ohm 26 0 15 1 100 25 80 IEC60332 1 2 WK 503Y xx x 01 MDR to open ended cable 120 ohm 26 0 15 1 100 25 80 IEC60332 1 2 WK 502X 03 0 01 9 pole D sub to open ended 120 ohm 26 0 15 1 100 40 70 IEC60332 1 WK 501Y 03 0 01 RJ 45 to 15 pole D sub 26 0 15 0 75 1 100 25 40 80 70 IEC6...

Page 68: ...nditions The table specifies climatic and mechanical conditions of the Tellabs 6325 node during storage transport and operation W OF203 xx x 2xLC to 2xLC single mode fi ber cable 10 70 IEC60332 1 W OF204 xx x 2xLC to 2xFC PC single mode fiber cable 10 70 IEC60332 1 W OF205 xx x 2xLC to 2xSC single mode fi ber cable 10 70 IEC60332 1 Item number Description Wire Rated Flammability class AWG mm2 Curr...

Page 69: ... 40 m s2 Fall 1 2 m Parameter Storage and Transportation In use Parameter Severity Reference Temperature shocks 40 30 C 1 C min t 3h 5 cycles IEC 60068 2 14 Nb Rapid temperature cy cle 5 60 C 5 C min t 3h 2 cycles DOT QM 333 Mechanical shocks 400m s2 6ms 6 x 500 shocks IEC 60068 2 29 Eb Humidity condensa tion 25 40 C 90 100 RH 2 days IEC 60068 2 30 Db 1 Low Temperature 40 C 3 days IEC 60068 2 1 Ab...

Page 70: ...entres EMC emission tests The table shows the EMC emission test specifications Parameter Severity Reference Low temperature when AC powered 5 C 16 h when DC powered 40 C 16 h IEC 60068 2 1 Ad High temperature when AC powered 55 C 16 h when DC powered 70 C 16 h IEC 60068 2 2 Bd Temperature change 40 45 C 1 C min t1 3 h 2 cycles IEC 60068 2 14 Nb Mechanical shocks 30 m s2 11 ms 6 x 3 shocks IEC 6006...

Page 71: ...eak det Average det 0 15 0 5 5 0 30 MHz 66 56 56 60 60 dBµV 56 46 46 50 50 dBµV EN 55022 Class B and EN 300 386 Phenomenon Limits Reference Phenomenon Test Level Performance Reference Electrostatic Discharge contact air exposure 6kV 0 8kV B EN 61000 4 2 8kV 0 15kV C Electromagnetic Field 26 80 1000 MHz 80 AM 1kHz 10 V m A EN 61000 4 3 EN 300 386 sub clause 12 2 2 Electromagnetic Field GSM 900 MHz ...

Page 72: ... V 50 0 72 0 V 5V ms A ETS 300 132 2 0 V in 4 ms A 0 V in 50 ms C Radio Frequency CM Voltage 0 15 80 MHz 80 AM 1 kHz 10 V B EN 61000 4 6 EN 300 386 sub clause 12 2 2 Fast Transients rise time 5ns decay time 50ns 1 kV B EN 61000 4 4 2 kV C Surge Transients rise time 1 2µs decay time 50µs 0 5 kV line to line 0 5 kV line to ground A EN 61000 4 5 0 5 kV line to line 1 kV line to ground A only with ext...

Page 73: ...of the Radio Equipment and Telecom munications Terminal Equipment Directive R TTE 1999 5 EC are satis fied Requirements This is verified by performing the tests according to the EMC directive and the LVD directive i e EN 300 386 Telecommunication Network Equipment EMC requirements Sub clause 7 2 Equipment operating in locations other than telecommuni cation centres see part 5 of this document EN 6...

Page 74: ...BF values The table specifies the MTBF values for the Tellabs 6325 node items Operational lifetime The Tellabs 6325 node unit is designed for a 15 year lifetime Item MTBF years total SC2 316 Fan 256 7 PS DC 109 6 AC DC adapter 11 4 CMCC 64 1 SIMX4 71 2 SIMX16 63 8 SPIMX 53 1 PIM1 73 2 TR 0001 100 TR 0002 100 TR 0003 100 TR 0004 100 TR 0005 100 TR 0006 100 TR 0007 100 TR 0008 100 TR 0009 100 TR 001...

Page 75: ... materials If you do not have the original packing material then the following materials are required for packing the module Antistatic bag antistatic inner layer and metal coated outer layer with a suitable size Carton box with a suitable size Foam supporting pad with dimensions that fit the box To pack the module Follow the instructions below when you are packing the module before ship ment Step...

Page 76: ...325 Edge Node A Packing Instructions 2 Place the module in the antistatic bag Note Only one module per bag 3 Unfold assemble the carton box 4 Place the lower part of the foam supporting pad in the bottom of the box Step Action ...

Page 77: ...de A Packing Instructions 5 Place the module with the top side up into the box carefully wrap ping the antistatic bag around the module Note Only one module per box 6 Place the upper part of the foam supporting pad in the box Step Action ...

Page 78: ...78 MA365 Rev A2 Tellabs 6325 Edge Node A Packing Instructions 7 Close the box Use tape if necessary to ensure that the box stays closed during trans portation Step Action ...

Page 79: ...cable 35 36 Connectors 45 Considerations 21 D DC input 50 60 Definition of Terms 14 Description 48 Dimensions 61 E Embedded software 45 EMC 70 Environmental 68 Environmental notices 3 Equipment labels 22 ESD precausion 6 F Fan Front layout 41 Front Layout 39 CMCC 40 Fan 41 PIM1 40 PS DC 40 SIMX16 39 SIMX4 39 SPIMX 40 Functional description 48 G Ground cable Connecting 33 34 Installing 33 34 I Iden...

Page 80: ...e 37 Transceivers 27 Replacing module 37 S Safety 21 73 SDH interfaces 51 Sicherheit Informationen 7 SIMX16 Front layout 39 SIMX4 Front layout 39 Software 45 Specifications 51 EMC 70 Environmental 68 Management interface 59 Mechanical 61 MTBF 74 PDH electrical interface 55 Power 60 R TTE 73 Safety 73 SDH optical interface 51 Synchronization interface 56 SPIMX Front layout 40 STM 1 4 16 interfaces ...

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