ABB FOX61 Series User Manual Download Page 48 | Manualshive

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ABB FOX61 Series User Manual Download Page 48

F O X C S T R E F E R E N C E

48

FOX61x



LEDE1

Table 24:

AP: / unit-x / port-y / chan-z, Status - CTP

Operation Name

Parameter Name Range

Description / Details

Trail Status

Working Trail,
Remote CTP

<MO Address>

Managed object address of the CTP (connec-
tion termination point) where the P12 or P0-nc
signal is connected to, e.g. /unit-21/port-1/chan-
1.

Working Trail, Sta-
tus

OK

No failure on the received signal.

SF

Signal Fail status on the received signal.

CAS AIS

CAS AIS status in the received signal, i.e. an all
‘1’ signal in time slot 16.

SD

Signal Degraded status on the received signal.

Not Available

The status of the received signal is not available,
e.g. when the CTPs role is a-end in a unidirec-
tional connection.

Protecting Trail,
Remote CTP

<MO Address>

Managed object address of the CTP (connec-
tion termination point) where the P12 or P0-nc
signal is connected to, e.g. /unit-21/port-2/chan-
1.

Protecting Trail,
Status

OK

No failure on the received signal.

SF

Signal Fail status on the received signal.

CAS AIS

CAS AIS status in the received signal, i.e. an all
‘1’ signal in time slot 16.

SD

Signal Degraded status on the received signal.

Not Available

The status of the received signal is not available,
e.g. when the CTPs role is a-end in a unidirec-
tional connection.

Active Trail

Working

The trail from the a-end working remote CTP has
been selected.

Protecting

The trail from the a-end protecting remote CTP
has been selected.

Not Available

There is no active trail.

External Request

Request

Release

Automatic trail selection.

Force Working

Force the selector to use the trail from the a-end
working remote CTP.

Force Protecting

Force the selector to use the trail from the a-end
protecting remote CTP.

Manual Working

Prefer the trail from the a-end working remote
CTP. Use this trail only if the fault status is not
worse than the fault status of the protecting trail.

Manual Protecting

Prefer the trail from the a-end protecting remote
CTP. Use this trail only if the fault status is not
worse than the fault status of the working trail.

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Summary of Contents for FOX61 Series

Page 1: ...ABB Power Systems FOX61x LEDE1 User Manual ...

Page 2: ...document may not be used for any purposes except those specifically authorised by contract or otherwise in writing by ABB Disclaimer ABB has taken reasonable care in compiling this document however ABB accepts no liability whatsoever for any error or omission in the information contained herein and gives no other warranty or undertaking as to its accuracy ABB can accept no responsibility for damag...

Page 3: ... 4 3 2 Previous ESW revisions 16 4 4 Connections and cables 16 4 4 1 Front connector of the LEDE1 unit 16 4 4 2 8 x 2 Mbit s cable 120 Ω 17 4 4 3 8 x 2 Mbit s 75 Ω termination 17 4 4 4 Fixing the cables to the cable tray 17 5 Functional description 19 5 1 P12 termination modes 19 5 1 1 Terminated transport modes 19 5 1 2 Transparent transport modes 20 5 2 Protection 21 6 Commissioning 23 6 1 Commi...

Page 4: ...ent G 826 41 8 3 4 2 AP unit x port y Performance Management P12 Events 41 8 3 5 AP unit x port y Status 42 8 3 5 1 AP unit x port y Status Maintenance 42 8 3 5 2 AP unit x port y Status QL 43 8 4 AP unit x port y chan z 43 8 4 1 AP unit x port y chan z Main 43 8 4 1 1 AP unit x port y chan z Main General 43 8 4 2 AP unit x port y chan z Main 43 8 4 2 1 AP unit x port y chan z Main General 43 8 4 ...

Page 5: ...the LEDE1 front connector front view 16 Figure 4 Side view of the cable tray and the cable in FOX615 18 Figure 5 Top view of the cable tray and the cable in FOX612 18 Figure 6 P12 SNCP with two SAMO1 units 21 Figure 7 Fault indication LEDs on the LEDE1 unit 27 Figure 8 Loops on the E1 port 28 Figure 9 MOM managed object model of the LEDE1 unit 31 ...

Page 6: ...6 FOX61x LEDE1 ...

Page 7: ...E1 ports 17 Table 5 Wiring of the E1 ports 17 Table 7 Managed objects MOs for LEDE1 31 Table 11 AP unit x port y Configuration Synchronization 37 Table 13 PM counter interval availability 40 Table 14 PM group G 826 41 Table 15 PM group P12 Events 41 Table 21 PM counter interval availability 46 Table 22 PM group Protection 47 ...

Page 8: ...8 FOX61x LEDE1 ...

Page 9: ...x Release Notes 1 2 Symbols and notations This User Manual uses the following symbols Risk of operating trouble Indicates that an action may lead to operating trouble or loss of data Possible actions are given Please note Shows significant information Possible actions are given 1 3 Interfaces and circuit categories Table 1 Electrical interfaces and circuit categories LEDE1 interface Circuit catego...

Page 10: ...P R E F A C E 10 FOX61x LEDE1 1 4 Document history Table 2 Document history Date FOX61x Release Changes since previous version December 2012 R1 This is the first release for FOX61x ...

Page 11: ...cording to ITU T G 704 The E1 interface of the LEDE1 unit can be used as access interface to a high speed TDM network e g the P12 signals from the E1 interfaces are transported over SDH Another application is in a TDM network where the LEDE1 unit is used as a transport unit e g the low bit rate data signals from a DTE are transported via structured P12 signals over the E1 interface Figure 1 LEDE1 ...

Page 12: ...FOX61x LEDE1 2 2 Unit view Figure 2 LEDE1 unit view Figure 2 shows the LEDE1 unit hardware On the front plate are two LEDs for unit and traffic failure indication and a connector for 8 E1 signals based on the standard DIN 41 612 ...

Page 13: ...ternal impedance converter r1a Jitter ITU T G 823 all modes r1a ETSI ETS 300 248 terminated modes r1a Maximum cable lengths 75 Ω with coaxial cables 390 m r1a 120 Ω with balanced HF cables 180 m r1a PBUS access 8 x P12 r1a Transport modes Transparent transparent for clock and data Clock Master data transparent retimed to the net work element clock Structured G 704 PCM30 PCM30C PCM31 PCM31C P12 sig...

Page 14: ...tage 4 W Mechanical parameters r1a Construction practice 19 inch Height of unit 1 HU 44 45 mm 6 HU Width of unit 1 TE 5 08 mm 4 TE 1 slot Size of the PCB H x D 233 mm x 220 mm Weight 360 grams RoHS Directive 2002 95 EC of the European Parliament and of the Council of 27 1 2003 on the Restriction of the use of certain hazardous substances in elec trical and electronic equipment WEEE Directive 2002 ...

Page 15: ...stallation of FOX61x HW rrefer to 1KHW002461 FOX615 Installa tion and refer to 1KHW002462 FOX612 Installation 4 2 Slots for the LEDE1 unit The LEDE1 unit uses one slot in the FOX61x subrack In a FOX615 the LEDE1 unit can be operated in any of the following slots 1 10 12 21 In a FOX612 the LEDE1 unit can be operated in any of the following slots 7 10 12 14 Slot 11 is reserved for the CESM1 unit In ...

Page 16: ...a b c 2 Rx b output port 1 1 Rx a input port 1 4 3 Tx b Tx a 6 Rx b output port 2 5 Rx a input port 2 8 7 Tx b Tx a 10 Rx b output port 3 9 Rx a input port 3 12 11 Tx b Tx a 14 Rx b output port 4 13 Rx a input port 4 16 15 Tx b Tx a 18 Rx b output port 5 17 Rx a input port 5 20 19 Tx b Tx a 22 Rx b output port 6 21 Rx a input port 6 24 23 Tx b Tx a 26 Rx b output port 7 25 Rx a input port 7 28 27 ...

Page 17: ... terminated in an MDF provided by the customer The length of the cable can be specified Latching clips must be used to secure the cable to the LEDE1 front connec tor For details on LEDE1 cables please refer to 1KHW002498 FOX61x Electri cal cables 4 4 3 8 x 2 Mbit s 75 Ω termination The 8 x 2 Mbit s 75 Ω asymmetrical termination consists of a 120 Ω symmet rical cable and an external impedance conve...

Page 18: ... Figure 4 Side view of the cable tray and the cable in FOX615 When operating the LEDE1 unit in a FOX612 the cable must be attached to the cable tray as shown in the Figure 5 Figure 5 Top view of the cable tray and the cable in FOX612 ...

Page 19: ... E1 ports are configurable independently For more information regarding P12 termination modes cross connections and CAS configuration please refer to FOX61x TDM Services 5 1 1 Terminated transport modes An E1 port of the LEDE1 unit can be configured to one of the following termi nated transport modes PCM30 Structured according to ITU T G 704 with CAS without CRC4 PCM30C Structured according to ITU...

Page 20: ...onfigured to one of the following trans parent transport modes Transparent Transparent for clock and data The P12 signal has an unknown structure Cross connection and protection switching is established on the P12 2 Mbit s traffic signal layer Please note The Transparent mode features clock transparent cross connections That means that the signal is in a plesiochronous phase relationship with the ...

Page 21: ...nals and switches to the other P12 or P0 nc if this signal fails The operation type can be revertive or non revertive future release The switching type can be unidirectional or bidirectional The unidirectional protection switching uses no protocol The bidirectional protection switching uses the remote defect indication RDI as switching criterion This provides bidirectional protection switching als...

Page 22: ...nal command requests Activated from the channel status dialogue Please note The protection parameters holdoff time and guard time are not available for P12 and P0 nc SNCP For details of the protection modes types and switching criteria please refer to 1KHW002467 FOX61x TDM Services ...

Page 23: ...of the LEDE1 unit Description of the managed object model MOM of the LEDE1 unit sec tion Commissioning of an E1 port page 24 Commissioning example of the LEDE1 unit for the transport of PDH traffic section Commissioning of an E1 port page 24 Please refer to FOX61x System Description for specific characteristics of the FOX61x ...

Page 24: ...alled on the LEDE1 unit For the management of ESW refer to 1KHW002466 FOXCST Operation For details about compatible ESW versions refer to 1KHW002459 FOX61x Release Notes FOXCST needs to be installed on a PC and a management connection from the FOXCST to the FOX61x needs to be up and running For details about the installation and operation of the FOXCST please refer to 1KHW002466 FOXCST Operation T...

Page 25: ...ation mode Mode Transparent 3 Disable the bidirectional protection switching Bidirectional 4 Execute Apply Configure the port 1 synchro nization parameters Proceed as follows 1 Navigate to the port configuration dialogue AP unit 5 port 1 Configuration Synchronization 2 Do not use a synchronization method Method None 3 Execute Apply Create a channel on the port 1 Proceed as follows 1 Navigate to th...

Page 26: ... the LEDE1 unit port 2 chan 1 8 Execute Create The bidirectional cross connection is configured Activation Proceed as follows 1 Set the administrative state of the port 1 to up AP unit 5 port 1 Main Admin And Oper Status Set Administrative Status to Up 2 Execute Apply The Operational Status changes to Up 3 Set the administrative state of the port 2 to up AP unit 5 port 2 Main Admin And Oper Status...

Page 27: ...d to indicate to the user the alarm status summary of the unit and of the network traffic signals Figure 7 Fault indication LEDs on the LEDE1 unit XXXXx R1B ANR_37900374 UNIT TRAFFIC Table 6 LED signalling on LEDE1 LED name Colour State Meaning UNIT Red Failure Unit is not in service The unit is not able to provide the requested function due to equipment failure total breakdown mismatch of HW and ...

Page 28: ...warded signal is replaced by an AIS The available loops on the E1 port managed object are shown in the figure below Front To Front Back To Back Only one loop can be active at the same time Figure 8 Loops on the E1 port TRAFFIC Red Failure One or more active failures on the unit independent of the sever ity More detailed information is provided by FOXCST Off Normal Normal error free operation Table...

Page 29: ...oint AP unit x Main Inventory 7 3 2 Unit ESW download It is possible to update the embedded software ESW of the LEDE1 unit via software download Please refer to FOXCST Operation for the description of the ESW download Risk of operating trouble The assignment of new embedded software restarts the LEDE1 unit Thus the installation of new ESW on the unit affects all traffic functions of the LEDE1 unit...

Page 30: ...O P E R A T I O N A N D M A I N T E N A N C E 30 FOX61x LEDE1 ...

Page 31: ...ration parameters and operations belonging to the managed objects model MOM for the LEDE1 service unit The Figure 9 shows the access point AP tree for the LEDE1 unit with its managed objects Figure 9 MOM managed object model of the LEDE1 unit With these managed objects MOs the following functions are covered ap ap 0 20 8 ap port y ap chan z 0 31 unit x LEDE1 FOX61x Table 7 Managed objects MOs for ...

Page 32: ...e number s size exceeds three digits e g 40 000 In parameter entry fields of the FOXCST these inverted commas must not be entered Instead the numbers are entered without these inverted commas e g 40000 Please note Screenshots presented in this reference are examples and show configura tions or data that may not correspond to the view you see when managing your FOX61x equipment 8 2 AP unit x LEDE1 ...

Page 33: ...BUS access circuit of another TDM unit in the subrack is defective Remove or unassign the other TDM units in the subrack one by one until the alarm is cleared Replace the defective unit EQM Equipment Malfunction Equipment Alarm Critical The LEDE1 controller detects any anom alies on the unit e g a voltage is miss ing a chip does not respond etc HWIC Hardware Incompatible With Configuration Equipme...

Page 34: ...There is no application ESW installed on the unit or the application ESW has not yet finished its boot process UNAS Unit Not Assigned Equipment Alarm Warning The unit is not assigned and cannot be configured To assign the unit execute the Assign command in the Main function of the unit UIC Unit Incompatible Equipment Alarm Major The inserted unit is not compatible with the assigned unit PWRSVE Bat...

Page 35: ...ation Method The configuration strategy to be followed is from the uppermost tab Gen eral to the lowermost tab Channel and on the tabs from the top parameter downwards After the parameter configuration of a higher ranking parameter press the Apply button to assign the applicable values to the lower ranking parame ters Table 9 AP unit x port y Main Admin And Oper Status Operation Name Parameter Nam...

Page 36: ...048 kbit s signal V5 Uplink Transport mode for V5 links The 5 Sa bits timeslot 0 spare bits Sa4 Sa8 support V5 x applications This uplink uses CRC4 V5 Uplink NCI Transport mode for V5 links The 5 Sa bits timeslot 0 spare bits Sa4 Sa8 support V5 x applications This uplink does not offer CRC4 Switching Bidirectional In the bidirectional mode the path selector is controlled by the failure state of th...

Page 37: ...us message SSM These parameter values are only available with the termination modes PCM30C and PCM31C SSM Sa5 SSM Sa6 SSM Sa7 SSM Sa8 SSI Sa5 Use the Sa5 bit in time slot 0 for the transport of the synchronization status indication SSI The SSI method is ABB proprietary and is com patible with the FOX51x This parameter value is only available with the termination modes PCM30 PCM30C PCM31 and PCM31C...

Page 38: ...n Channels Create Channel and Create Multiple Channels dialogues The Create Advanced Channel command displays the created channel Delete Channel dialogue Table 12 AP unit x port y Configuration Synchronization Operation Name Parameter Name Range Description Details Create Channel Open the FOXCST dialogue to create one or more channels A channel is a connection termi nation point CTP used as a star...

Page 39: ...nal valid for P0_nc only The minimum valid parameter value is 1 Create Advanced Channel Open the FOXCST dialogue to create one chan nels with non consecutive time slots in the struc tured P12 signal The termination mode must be configured to PCM30 PCM30C PCM31 PCM31C V5 Uplink or V5 Uplink NCI Create Advanced Channel Index 0 32 The channel index is used to identify the chan nel 0 is a reserved val...

Page 40: ...umber of channels to be created If the configured number of channels to be cre ated is higher than the available number of unused time slots the FOXCST creates no channel and displays a corresponding error message n 1 32 Number of consecutive timeslots If the struc tured P12 signal the channel is belonging to uses CAS the timeslot 16 will be skipped auto matically e g a channel with n 19 and start...

Page 41: ... or with a defect signal e g LOS loss of signal and not part of unavailable time UAT Near End UAT Near end count of Unavailable Time Unavailable time starts with 10 consecutive SES included in UAT and ends with 10 consecutive ES or error free seconds not included in UAT Far End BBE Far end count of Background Block Errors Far End ES Far end count of Errored Seconds Far End SES Far end count of Sev...

Page 42: ...hen the configuration is restored or the port administrative state is set to down Back To Back The outgoing signal towards the E1 port is looped back towards the backplane The loop is removed when the configuration is restored or the port administrative state is set to down MF State OK The CRC4 monitoring function is active Note that the CRC4 multiframe alignment state is read only Non CRC Interwo...

Page 43: ...AP unit x port y Status QL Operation Name Parameter Name Range Description Details Clock Quality Received QL Unknown The synchronization method None has been configured Do Not Use Received SSM value 15 The received SSI value 0 is interpreted as Do Not Use and gets the QL 15 assigned 1 14 Display of the received SSM value 15 The received SSI value 1 is interpreted as Can Be Used and gets the QL 13 ...

Page 44: ...CTP Please note All parameters of layer rate number of time slots and time slot allocation are read only To change a parameter the channel has to be deleted and newly cre ated with the modified parameters Table 18 AP unit x port y chan z Main Admin And Oper Status Operation Name Parameter Name Range Description Details Operational Status State Up Display of the IETF operational status of the chann...

Page 45: ...s Address string of a connections remote end Without a connection the parameter is empty Remote Role z End The CTP at the connections remote end is the ending point of a connection Please refer to 1KHW002467 FOX61x TDM Services a End Working The CTP at the connections remote end is the working starting point of a protected or unpro tected connection a End Protecting The CTP at the connections remo...

Page 46: ...see section AP unit x port y chan z Perfor mance Management Protection page 47 The following counter intervals are available Table 20 AP unit x port y chan z Fault Management ID Fault Cause Event Type Traffic Affecting Default Severity Description MFA Maintenance Function Active Communica tion Alarm Warning A maintenance function has been acti vated by the operator from the channel status TSF Trai...

Page 47: ...l availability continued Counter interval Protection Table 22 PM group Protection PM parameter Description Switch Over The protection switch over count gives information about the number and distribution of protection switching events Table 23 AP unit x port y chan z Status Maintenance Operation Name Parameter Name Range Description Details Loop Status State None Deactivate any loop Front To Front...

Page 48: ... failure on the received signal SF Signal Fail status on the received signal CAS AIS CAS AIS status in the received signal i e an all 1 signal in time slot 16 SD Signal Degraded status on the received signal Not Available The status of the received signal is not available e g when the CTPs role is a end in a unidirec tional connection Active Trail Working The trail from the a end working remote CT...

Page 49: ...KHW002464 FOX61x System Description 1KHW002465 FOXCST Installation 1KHW002466 FOXCST Operation 1KHW002467 FOX61x TDM Services 1KHW002468 FOX61x Ethernet Services 1KHW002469 FOX61x CESM1 1KHW002470 FOX61x LESU1 1KHW002471 FOX61x ETOP1 1KHW002472 FOX61x ELET1 1KHW002474 FOX61x DATI1 1KHW002475 FOX61x EPSI1 1KHW002476 FOX61x SAMO1 1KHW002477 FOX61x SAMO2 1KHW002478 FOX61x LEDS1 1KHW002479 FOX61x LEDA...

Page 50: ...A N N E X 50 FOX61x LEDE1 ...

Page 51: ......

Page 52: ...communication 1KHW002473 Copyright 2012 ABB All rights reserved Contact us ABB Switzerland Ltd Power Systems Bruggerstrasse 72 CH 5400 Baden Tel 41 58 585 77 37 Fax 41 58 585 55 77 E mail utility communication ch abb com ...

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