1. Manuals
  2. Brands
  3. DataKinetics Manuals
  4. Media Converter
  5. DSC110
  6. User manual

DataKinetics DSC110 User Manual

Signalling converter
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
DSC110 / DSC210
SIGNALLING CONVERTER

USER MANUAL

DataKinetics DSC110 / DSC210 User Manual Issue 12
Page 1

Advertisement

Table of Contents
loading

Summary of Contents for DataKinetics DSC110

  • Page 1: User Manual

    DSC110 / DSC210 SIGNALLING CONVERTER USER MANUAL DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 1...
  • Page 2 EN100-015 Part 1 General Requirements. For warnings in German see Appendix. APPLICABILITY This manual is applicable to DSC110 and DSC210 units with software V5.08 and later installed. COPYRIGHT ¤1997-2001 DataKinetics Ltd. All rights reserved. No part of this document may be reproduced, stored in a retrieval system or transmitted in any form or by any means without the prior written permission of DataKinetics Ltd.
  • Page 3 Outgoing routes and Circuit Group now print 2 pages of data. New command STCGP added to provide status on a per group basis. Configuration to allow the converter to act as a DUAL added. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 3...
  • Page 4 Manual now documents both Revision 1 and Revision 2 hardware 27-Aug-99 and the compact version of the converter – the DSC110. Revision 2 hardware uses a different CPU card and Solid State Memory card and requires different switch settings for the signalling cards.
  • Page 5 TRANS parameter specified on a per system basis. Added transmission medium requirement mode to allow the user to modify the values of the transmission medium requirement parameter. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 5...
  • Page 6 This window is indicated by the three red alarm LEDs flashing off for five seconds. Added new HUNT mode to indicate that no hunting will occur. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 6...
  • Page 7 ‘early’ address complete message by using the BWM parameter on a per outgoing route basis. Support compatibility CRC4 operation (to allow interworking to non CRC4). New ASTYPEs DPNSS-2 and DPNSS-3 introduced to allow data calls. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 7...

  • Page 8: Table Of Contents

    Command Entry ................38 Dangerous Commands ..............39 Changing Configuration Data ............39 Command Responses..............40 Updating System Software.............. 41 7.10 Updating Configuration Data............42 7.11 Parameter Definitions..............44 7.12 Command Definitions..............73 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 8...
  • Page 9 ANNEX F: Command Summary ............197 ANNEX G: List of Part Numbers............200 15.1 Common Equipment Spares ............200 15.2 Signalling Cards ................201 ANNEX H: Glossary of Terms ............... 202 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 9...

  • Page 10: Overview

    The converter is available in two chassis types, the DSC110 and DSC210. The DSC110 supports up to 2 signalling cards and the DSC210 up to 16, providing a migration path to larger scale systems. The operation and application interface for both units is identical.

  • Page 11: Functional Summary

    Q.767 ISUP ANSI ISUP NUP (UK National User Part) UK ISUP Australian Interconnect ISUP New Zealand Interconnect ISUP (2 Variants) Japanese TTC ISUP Blue Book TUP China TUP SSUTR2 (French TUP) DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 11...
  • Page 12 Hunt mode that controls the algorithm used to select an outgoing circuit. Finally the hunt sequence associated with the outgoing route is used to select a circuit group for the outgoing call. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 12...
  • Page 13 The operator may request a display of the log at any time and may remove entries that have cleared status. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 13...
  • Page 14 In order to play announcements the converter requires Voice Resources (VRS). Voice resources can be configured on any signalling cards not used to process signalling. Announcements can then be routed to and played on a per Outgoing Route basis. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 14...

  • Page 15: Specification - Dsc110

    Two relays which under normal (non- alarm) conditions are energised. Upon detection of an alarm condition or loss of power the relay changes to the de- energised state. Designation: Urgent and Prompt DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 15...

  • Page 16: Physical

    Humidity: 20% to 80% non-condensing Vibration: 1.5G (5Hz to 2kHz) Note: Operation of the floppy disk drive is excluded as the floppy disk drive is not required for normal operation. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 16...

  • Page 17: Specification - Dsc210

    Designation: Urgent and Prompt Contacts: Single, break before make changeover, voltage free Contact 60V DC 0.5 Amps rating: Connector: 15-way D-type socket DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 17...

  • Page 18: Physical

    Humidity: 20% to 80% non-condensing Vibration: 1.5G (5Hz to 2kHz) Note: Operation of the floppy disk drive is excluded as the floppy disk drive is not required for normal operation. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 18...

  • Page 19: Technical Description

    4. TECHNICAL DESCRIPTION 4.1 Mechanical – DSC110 The DSC110 is designed for 19 inch rack mounting and is provided with slides to allow top access for maintenance purposes. No side access is required. All cable connections are at the rear of the equipment and are described in Section 5.
  • Page 20 FLOPPY DISK DRIVE CARD CARRIER POWER SUPPLY Figure 4.1 - Top view of DSC110 with cover removed Red ‘alarm active’ Green ‘Power ON’ Power ON switch indicators Floppy disk drive indicator Figure 4.2 DSC110 front panel DataKinetics DSC110 / DSC210 User Manual Issue 12...
  • Page 21 Balanced Unbalanced 75Ω E1 75Ω E1 signalling card Input voltage Serial Port signalling card Serial number label. Ethernet Alarm Port Solid State Memory Card Figure 4.3 DSC110 Rear panel DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 21...

  • Page 22: Mechanical - Dsc210

    Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Signalling Processor CS6 Table 4.2 DSC210 Internal Layout DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 22...
  • Page 23 FAN 1 Power Supply FAN 2 FAN 3 Disk Drive Board Position 1 Figure 4.4 - Top view of DSC210 with cover removed DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 23...
  • Page 24 IN 2 IN 2 + nc - INPUT SUPPLY FUSE SERIAL 2 ONLY SEE HANDBOOK Serial Number Label Cable Support Arm Securing Ring Ground Terminal Figure 4.6 DSC210 Rear Panel DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 24...

  • Page 25: Electrical

    Network card 4.3.1 DSC110 Chassis and Power Supply The DSC110 is constructed from a number of cards that plug horizontally into both sides of a card carrier fixed to the base and rear of the chassis. The chassis is fitted with a cooling fan, hard disk, a power supply, a floppy disk drive and a front panel display card.
  • Page 26 Two different versions of the CPU card are in use. The KE18 card is used only on Revision 1 DSC210 hardware whilst the KE30 card is a higher performance card used on Revision 2 DSC210 hardware and the DSC110. Care should be taken to use the correct spares.
  • Page 27 The network card allows connection to the converter via Ethernet. This is used to provide a telnet MML interface for configuring the converter from a remote location and to transfer data to a Remote Data Centre. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 27...

  • Page 28: Installation

    The equipment should be mounted in a suitable 19-inch rack mount cabinet, with sufficient clearances to allow correct operation of the cooling fan(s). For the DSC110 air is drawn into the unit through the left-hand side of the unit and exhausted through the right hand side...

  • Page 29: Alarm Port

    The screen connection for the output is connected to earth at the converter whilst no connection is made to the screen connection of the input connector. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 29...

  • Page 30: Serial Ports

    Two ports are provided for access to the Ethernet card in the converter. Connection may be made to either the standard RJ45-type socket, or the 50 ohm coaxial BNC connector. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 30...

  • Page 31: Hardware Configuration

    The following tables identify the board settings for a particular central processor card. 6.1.1 CS6 Switch Settings for use in conjunction with KE18 CPU BOARD S1 Setting POSITION Table 6.1 CS6 Card S1 Configuration when using KE18 CPU DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 31...
  • Page 32 6.1.2 CS6 Switch Settings for use in conjunction with KE30 CPU BOARD S1 Setting POSITION Table 6.2 CS6 Card S1 Configuration when using KE30 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 32...

  • Page 33: Signalling Card Hardware Settings (Bnc Version)

    (4 jumpers) fitted in the ‘top’ position fitted not fitted fitted not fitted LIU Selector For boards with BNC connectors both LIU Selectors should be set to the E1 75ohm position. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 33...

  • Page 34: Signalling Card Hardware Settings (Rj45 Version)

    The LIU selector nearest the top of the board applies to the 1 LIU port. It is not necessary to set both ports to the same type. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 34...

  • Page 35: Signalling Card E1 / T1 Selection

    The user may move the LIU Selector to the alternative position to switch between E1 and T1 operation as required. LIU Selector 75 Ohm 120 Ohm Align post with appropriate LIU type Figure 6.3 LIU Selector DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 35...

  • Page 36: Operation

    “<” The log on session is ended either by operator command or at the end of an auto log off time out. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 36...

  • Page 37: Command Character Set And Syntax

    (HT – Horizontal Tab, LF – Line Feed, VT – Vertical Tab, FF – Form Feed and CR – Carriage Return) and the sequence */. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 37...

  • Page 38: Command Formats

    The CAN character may also be used to abort an output listing on the operators terminal. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 38...

  • Page 39: Dangerous Commands

    Configuration data which affects SS7 signalling links can only be changed by restarting the MTP. Therefore, it is necessary to block all SS7 links before attempting to change SS7 link configuration data. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 39...

  • Page 40: Command Responses

    The value entered for a parameter is not valid for that UNIT parameter. UNKNOWN SEPARATOR The character used to separate two parameters is not recognised. Table 7.1 Command Rejection Responses DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 40...

  • Page 41: Updating System Software

    ‘safe’ mode commands. If the user restarts the system in this state the system will restart in ‘safe’ mode running limited configuration only software. The latest version of DSC210 software can be download from the DataKinetics website at www.datakinetics.co.uk. The software distribution consists of 2 files ascbin.F and asc02.F where ascbin.F is the first distribution file and asc02.F is...

  • Page 42: Updating Configuration Data

    It is during this five second window that the first distribution disk supplied by DataKinetics (containing the file ascbin.F )should be placed in the floppy disk drive. The distribution disk will be detected in the disk drive and will re- program the contents of the solid state memory card with the new system software.
  • Page 43 On completion the user should restart the system by cycling the power supply of the converter (switched OFF, wait 5 seconds, then back ON) to cause a processor restart (alternatively the user may cause a processor restart using the MNRSI command). DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 43...

  • Page 44: Parameter Definitions

    – 0,2 xxx = board type y = number of signalling processors on z – 2:2 the board z = number of PCM ports on the board. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 44...
  • Page 45 1 – If present transit the blocking indication otherwise set it to indicate blocking available. 2 – Set the blocking indicator to no blocking information. 3 – Set the blocking indicator to blocking available. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 45...
  • Page 46 Default = N authorisation is activated on the converter. The calling party number authorisation purchasable option is required before this option can be selected. CODE Fault code of a system alarm. 1:999 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 46...
  • Page 47 – 4 digit year. zz:01:31 yy - 2 digit month. zz – 2 digit day. DBITS Number of data bits on V24 port. Default = 8 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 47...
  • Page 48 See 7.11.5 SOFTWARE CONFIG Refer to DataKinetics for use of dual DUAL Default = 0 converter operation. DUPLEX Specifies whether a connection is Default = N duplex (Y) or simplex (N). DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 48...
  • Page 49 The algorithms are specified in Section 7.11.4. In-band information mode Default = 0 0 – No action 1- Generate an inband indication in the first backward message. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 49...
  • Page 50 1:31 timeslot for the reverse direction). Format: xx-y-zz xx = board position (BPOS) y = PCM within a board zz = Timeslot LCMD Reserved. Default = 0 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 50...
  • Page 51 The minimum number of records held MINREC 100:200 by the converter before transfer. NEXT Next Route index for a route to a 0,1:90 Default = 0 particular destination. Zero indicates that there is no route. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 51...
  • Page 52 Blue Book TUP characteristics. Whether UK national user part is Default = N activated on the converter Outgoing Route Index indicating a 0,1:90 Default=0 particular route to a destination. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 52...
  • Page 53 24) Yy = 2 digit minute. Zz = 2 digit second. zz – 00:59 (zz must be 00 when xx is 24) Point of origin. 1:90 PORT V24 port identifier. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 53...
  • Page 54 Zero indicates no RDC is assigned. The identifier for a continuous data RECORD collection record. Whether the Remote Data Centres REMOTE Default = N option is activated. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 54...
  • Page 55 ITU24 code ANSI ITU16 – ITU operation with 16 bit point code ITU24 – ITU operation with 24 bit point code ANSI – ANSI operation with 24 bit point code DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 55...
  • Page 56 – 2 digit minute. zz – 00:59 zz – 2 digit second. Auto log off time (in minutes). 1:60 Default = 30 TLOW Log off warning time (in minutes) 0:60 Default = 25 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 56...
  • Page 57 See 7.11.7 for definitions of converter Q931N, “CONV” specific timers. Q931U, Q921, MTP3 MTP3A Whether TUP is activated on the Default = N converter. USER User Name 0:12 <text character> DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 57...
  • Page 58 :- Y,N z :- Y,N x = User to User service 1 y = User to User service 2 z = User to User service 3 Voice Resource Identifier 1:32 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 58...
  • Page 59 90 - 99 User customised clearing cause tables uploaded from the remote data centre. The definition of the values and mappings provided by the fixed mapping tables are given in ANNEX B. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 59...
  • Page 60 If there is no calling party number the prefix digits will not be used. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 60...
  • Page 61 E.g. If the route has CDDL = 7 and the called party number digits were 010601612345 then the circuit selected would be group 6 device 16. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 61...
  • Page 62 Selecting this operation type allows the user to upload a database of subscriber numbers from the remote data centre onto the converter. CCTAB Selecting this operation type allows the user to upload a database of customised clearing cause mappings onto the DSC210. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 62...
  • Page 63 Russian ISUP CPC values. Default to “Ordinary Subscriber”. Default to “Comstar Subscriber”. SSUTR2 CPC Values 11-99 Reserved The definition of the values and mappings provided by the tables are given in ANNEX C. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 63...
  • Page 64 It is stopped when the user service control application responds to the request. On timer expiry the call is released. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 64...
  • Page 65 Announcement timer. This timer is started when a call is routed to an announcement and stops when the call is released. On timer expiry the announcement stops playing and releases the call using internal token 171. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 65...
  • Page 66 Pass the presentation indication transparently if present otherwise set it to indicate restricted if generated. Mark calling party number as allowed. Mark calling party number as restricted. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 66...
  • Page 67 Set the nature of address to ‘national number’. Set the nature of address to ‘subscriber number’. Set the nature of address to ‘unknown number’. Set the nature of address to ‘international number’. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 67...
  • Page 68 Do not provide a charge indication. Always generate the charge indicator with the indication set to charge. Always generate the charge indicator with the indication set to no charge DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 68...
  • Page 69 If the calling number IS present then reject the call. The database can be generated by use of the REMCFG tool on the RDC and uploaded using the CNUPI command. This service requires the presence of the number translation purchasable option. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 69...
  • Page 70 Perform digit analysis on the nature of address from the called number. Perform digit analysis on the nature of address from the calling party number. Perform digit analysis on transmission medium requirement. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 70...
  • Page 71 Forward Call Indicators Backward Call Indicators Nature of Connection Indicators This mode of operation is only useful when there is a DSC210 at each end of the VoIP section of the call. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 71...
  • Page 72 Data calls supported. DPNSS -3 Level 2 remains in service and calls are cleared whenever the circuits need to be blocked (PCM Loss or partner blocking). Data calls supported. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 72...

  • Page 73: Command Definitions

    The following symbols are used to indicate command attributes: CONFIG The command affects configuration data. PROMPT A “DANGEROUS” command which must be confirmed by the operator. This command only applies when the Remote Data Centre Option is fitted. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 73...

  • Page 74: Alarms

    If the parameter CLA is omitted, all fault codes are printed out. Syntax: ALCLP[:CLA=]; Attributes: None. Example: ALCLP; ALCLP:CLA=2; Output format Alarm Fault Codes CODE TITLE Processor1 fail Processor2 fail EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 74...
  • Page 75 0 0043 1 A 1994-10-30 10:54:48 PCM loss 0 1211 2 A 1994-10-30 10:54:27 -12v fault EXECUTED Note: The meaning of the ID field depends on the alarm code and is described in ANNEX A. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 75...
  • Page 76 If parameter ALP is omitted, then all alarms with status CLEARED are removed. Attempts to remove alarms which do not have the status CLEARED will be rejected. Syntax ALREI[:ALP=]; Attributes None Example ALREI:ALP=100; ALREI; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 76...
  • Page 77 2 and 3. Example ALTEI:CLA=3; 7.13.8 Alarm Test End ALTEE Alarm Test End Clears a test alarm. Syntax ALTEE; Attributes None Prerequisites The alarm test must already have been initiated. Example ALTEE; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 77...

  • Page 78: Access Side Signalling

    Only M56K modes 1 and 2 can be used. The signalling processor specified by the EQU parameter must be equipped with a valid board type and not already assigned to a link. Attributes CONFIG Example ASSLI:ASLINK=4,EQU=5-1,TS=5-1-16,END=N,ASTYPE=Q931-0; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 78...
  • Page 79 This command is used to end an Access Side signalling link. Syntax ASSLE:ASLINK=; Prerequisite No circuit groups are assigned to the signalling link. The signalling link must be blocked. The signalling link must not be monitored. Attributes CONFIG Example ASSLE:ASLINK=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 79...
  • Page 80 Signalling Link(s). If no link is specified, all initialised links are output. Syntax ASSLP:[ASLINK=…]; Attributes None. Example ASSLP:ASLINK=1; ASSLP; Output format Access Side Signalling Link Configuration ASLINK EQU ASTYPE M56K 6-1-1 Q931-0 6-1-2 Q931-0 6-1-3 DPNSS-0 0 6-1-4 DPNSS-0 0 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 80...

  • Page 81: Circuit Assignment

    ENC can only be set if User to User Service 1 is set to Y. TMRM can only be set to 2 if the circuit group is ISUP and is not ANSI. Attributes CONFIG Example CACGI:CGRP=1,PCM=5-1,C7RT=1,BCIC=241,NTTYPE=ISUP-2,POR=3,CC=1-4; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 81...
  • Page 82 TMRM can only be set to 2 if the circuit group is ISUP and is not ANSI. Limitations This command cannot be used to remove a PCM from a circuit group. Attributes CONFIG Example CACGC:CGRP=1,CC=3-5; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 82...
  • Page 83 BERLIN 10-10 0-0 0-0 0-0 0-0 0-0 0-0 DURHAM EXECUTED Page 3 of 3 Circuit Group Configuration CGRP DIV ENC U2U LABEL 0-0-0 N N-N-N BERLIN 0-0-0 N N-N-N DURHAM DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 83...
  • Page 84 Access Side groups. The first device number + the base cic number must not result in a negative number. The associated circuit group must be blocked. Attributes CONFIG Example CADEI:CGRP=1,DEV=14; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 84...
  • Page 85 - S – S S S – S – S S - - S - - - S S S – S S S S S S S S - - - EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 85...

  • Page 86: Configuration

    This command is used to change data parameters associated with an announcement on the converter. Prerequisites The ANNC must already be initiated. Syntax CNANC:ANNC=, [LABEL=], [REPEAT=,]; Attributes CONFIG Example CNANC:ANNC=1,LABEL=EMERG,REPEAT=5; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 86...
  • Page 87 This command is used to obtain a print-out of the attributes for announcements. Syntax CNANP:[ANNC=]; Attributes None. Example CNANP; CNANP:ANNC=2; Output format Announcement Configuration ANNC REPEAT LABEL Test Emergency EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 87...
  • Page 88 No board has already been defined for the specified board position. A board must physically exist for the board position and be licensed for the signalling type. Attributes CONFIG Example CNBOI:BPOS=4,BRDTYPE=CS6-2-2,SIGTYPE=SS7; CNBOI:BPOS=6,BRDTYPE=CS6-2-2,SIGTYPE=Q931; CNBOI:BPOS=6,BRDTYPE=CS6-2-2,SIGTYPE=ISDN; CNBOI:BPOS=8,BRDTYPE=CS6-2-2,SIGTYPE=VOICE; CNBOI:BPOS=7,BRDTYPE=CS6-2-2,SIGTYPE=NONE; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 88...
  • Page 89 Configuration Board Print This command gives a print out of all configured boards. Syntax CNBOP; Attributes None Example CNBOP; Output format Board Configuration BPOS BRDTYPE SIGTYPE CS6-2-2 CS6-2-2 Q931 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 89...
  • Page 90 STS is not already assigned elsewhere on the system for output. RTS is not already assigned elsewhere on the system for output. A signalling can only be monitored once. Syntax CNMOI:{[ASLINK=]|[C7LINK=]},STS=,RTS=; Attributes CONFIG Example CNMOI:C7LINK=1,STS=5-1-15,RTS=5-1-16; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 90...
  • Page 91 RTS will monitor information received by the signalling link. Syntax CNMOP; Attributes None Example CNMOP; Output format Monitoring Configuration ASLINK C7LINK STS 19-1-1 19-1-2 19-1-3 19-1-4 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 91...
  • Page 92 For a PCMTYPE of T1 the FF may be set to SF, ESF, CRC6, SLC96 or F4. If the SIGTYPE on the board indicates Q931 then T1 cannot be specified and the FF may only be set to CRC4. Attributes CONFIG Example CNPCC:PCM=5-1,SYNCPRI=3; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 92...
  • Page 93 Configuration PCM Print This command gives a print-out of all the configured PCM’s Syntax CNPCP; Attributes None Example CNPCP; Output format PCM Configuration PCMTYPE LC SYNCPRI HDB3 G704 HDB3 G704 B8ZS EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 93...
  • Page 94 The RDC is already initiated and blocked. If specified, the IP address is not already in use. Remote Data Operation must be allowed by the system. Syntax CNRDC:RDC=,{[IPADDR=,][USER=,][PASSWORD=,][LABEL=,]}; Attributes CONFIG Example CNRDC:RDC=1,IPADDR=255.123.0.124,USER=JOHN,PASSWORD=BAZZA123; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 94...
  • Page 95 This command is used to print out the Remote Data Centre parameters. The password is not printed. Syntax CNRDP; Attributes Example CNRDP; Remote Data Centre Configuration IPADDR USER PASSWORD LABEL 25.03.203.52 JOHN ******** PRIMARY 102.03.211.140 JOHN ******** SECONDARY EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 95...
  • Page 96 This command is used print out the version numbers of all software components in the system. Syntax CNSWP; Attributes Example CNSWP; Software Configuration Host CPU: DSC210 V4.04 SS7: MTP76 V1.03 Q931: PCCS6-Q931 V1.11 DPNSS: DPNSS76 V1.00 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 96...
  • Page 97 MNRSI command or by power cycling the unit. The ISC option cannot be changed if the service is active elsewhere in the system. Syntax CNSYS:{[SYSID=,][PER=,][IPADDR=,][ISUP=,][NUP=,][Q931=,][DPNSS=,] [REMOTE=,][SYSREF=,][TUP=,][ISC=,][CLIAUTH=,][TRANS=,] [ANNOUNCE=,][SUBNET=,][GATEWAY=,][PASSWORD=,]; Attributes CONFIG Example CNSYS:SYSID=STATION1,PER=2,IPADDR=255.123.0.123; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 97...
  • Page 98 This command is used to enter optionally both time and date. Syntax CNTDS:{[ DATE=,][TIME=,]}; Prerequisite The date cannot be changed if periodic reports or continuous records are configured. Attributes CONFIG Example CNTDS:DATE=1998-10-03, TIME=18:32:21; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 98...
  • Page 99 This command is used to print the value of either a single timer or all the timers for a particular protocol module. Syntax CNTOP:TTYPE=,[TO=,]; Attributes Example CNTOP:TTYPE=ISUP,TO=7; CNTOP:TTYPE=TUP; Output Format Timeout Values: TTYPE TSEC TMSEC CONV CONV CONV CONV CONV CONV CONV CONV CONV EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 99...
  • Page 100 RTS will monitor information received by the signalling link. Syntax CNTSP:PCM=; Attributes None. Example CNTSP:PCM=5-1; Output format PCM Timeslot Configuration TYPE C7LINK ASLINK CGRP DEV CIC ITS 5-1-1 5-1-2 5-1-22 5-1-23 5-1-24 6-2-4 5-1-25 5-1-25 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 100...
  • Page 101 TEXTID MESSAGE London Group 1 London Group 2 London Group 3 London Group 4 Edinburgh Group 1 Edinburgh Group 2 Berlin Group 1 Berlin Group 2 Berlin Group 3 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 101...
  • Page 102 The filename suffix for DTYPE=CCTAB is .MT1 The filename suffix for DTYPE=CONFIG is .CF1 For software update the filenames are fixed to those supplied by DataKinetics. For software update from floppy disk the user will prompt for each disk in turn.
  • Page 103 This command is used to end the assignment of a voice resource. Syntax CNVRE:VRS=; Prerequisites The voice resource must already have been initiated. The voice resource must be blocked. Attributes CONFIG Example CNVRE:VRS=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 103...
  • Page 104 Prerequisites If specified, the voice resource must already have been initiated. Syntax CNVRP:[VRS=…]; Attributes None. Example CNVRP:VRS=1; CNVRP; Output format Voice Resource Configuration EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 104...
  • Page 105 The OTS must already be initiated as an OTS in a Cross Connect connection path. If DUPLEX=Y is specified then a duplex connection must already exist for the specified OTS. Syntax CNXCE:OTS=,[DUPLEX=,]; Attributes CONFIG Example CNXCE:OTS=5-1-16; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 105...
  • Page 106 This command is used to obtain a print out of Cross Connect connection path(s). Syntax CNXCP:PCM=; CNXCP:OTS=; CNXCP; Attributes None Example CNXCP:PCM=5-2; CNXCP:OTS=5-1-16; CNXCP; Output format Path Configuration DUPLEX 5-1-16 6-1-16 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 106...

  • Page 107: Custom Profiles

    CPCDE: CPCD=; Prerequisites The specified called party number profile must already have been initiated. The profile cannot be attached to a point of origin or outgoing route. Attributes CONFIG Example CPCDE:CPCD=3; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 107...
  • Page 108 Syntax CPCGI: CPCG=,[CGMX=,][CGNA=,][CGPR=,][CGNP=,][CG2NA=,][CG2PR=,] [CG2NP=,][CGCB=,][LABEL=,]; Prerequisites The calling party number custom profile has not already been initiated. Attributes CONFIG Example CPCGI:CPCG=16,CGNP=2,CGPR=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 108...
  • Page 109 CPCGE: CPCG=; Prerequisites The specified calling party number profile must already have been initiated. The profile cannot be attached to a point of origin or outgoing route. Attributes CONFIG Example CPCGE:CPCG=3; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 109...
  • Page 110 If specified, the calling party number profile must already have been initiated. Attributes Example CPCGP:CPCG=2; CPCGP; Output format Custom Profile Calling Number Configuration CPCG CGMX CGNA CGPR CGNP CG2NA CG2PR CG2NP CGCB LABEL network London EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 110...

  • Page 111: Ss7 Signalling

    DPC must be different across linksets. Limitations If SS7MODE indicates a 14 bit point code the OPC and DPC must be less than or equal to 16383. Attributes CONFIG Example C7LSC:LS=1, OPC=1,DPC=2,LSSIZE=2; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 111...
  • Page 112 This command obtains a print-out of the attributes for the SS7 linkset. If no link is specified then the values for all linksets are shown. Syntax C7LSP:[LS=,]; Attributes None Example C7LSP; Output format CCS SS7 Link Set LSSIZE SS7MODE NI DUAL ITU14 ANSI EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 112...
  • Page 113 If specified, LS1 must have same SS7MODE, NI and OPC as LS2. The specified route has already been initiated. Any linkset specified has already been initiated. Attributes CONFIG Example C7RTC:C7RT=1,LS1=2; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 113...
  • Page 114 This command shows the attributes of the specified SS7 Route. If no route is specified, then the values for all routes are shown. Syntax C7RTP:[C7RT=]; Attributes None Example C7RTP; Output format CCS SS7 Signalling Route Configuration C7RT LS2 LSH LABEL LONDON EDINBURGH EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 114...
  • Page 115 1 or 2 must also use the same M56K value (i.e. Only one mode of 56kbits/s operation is supported on any board at one time. However it is possible for some links to operate at 64kbits/s whilst others operate at 56kbits/s). Attributes CONFIG Example C7SLI:C7LINK=4,EQU=5-1,TS=5-1-17,LS=1,SLC=5; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 115...
  • Page 116 This command is used to end an SS7 signalling link. Syntax C7SLE:C7LINK=; Prerequisite The signalling link must be blocked. The signalling link must not be monitored. Attributes CONFIG Example C7SLE:C7LINK=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 116...
  • Page 117 Link(s). If no link is specified, all initialised links are output. Syntax C7SLP:[C7LINK=…]; Attributes None. Example C7SLP:C7LINK=1; C7SLP; Output format Signalling Link Configuration C7LINK EQU M56K 05-1-4 05-1-5 05-1-16 2 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 117...

  • Page 118: Mmi

    This command sets the current log-on time-out parameters. If TLOW is set to zero the automatic time-out is disabled. If port is omitted the command applies to all ports Syntax MMLOS:{[TLO=,][TLOW=,]}[PORT=,]; Attributes CONFIG Example MMLOS:TLO=35; MMLOS:TLOW=19; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 118...
  • Page 119 The connected port executing this command is marked with a “*”. Syntax MMPTP[:PORT=]; Attributes None. Example MMPTP:PORT=1; MMPTP; Output format Serial Port Configuration PORT BAUD DBITS SBITS PARITY LINES PTMODE CONNECTED 9600 NONE DTRDSR 1200 EVEN NONE TELNET TELNET EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 119...

  • Page 120: Maintenance

    If this is the last remote data centre to be blocked then it cannot be blocked until all continuous records and periodic reports are ended. Attributes CONFIG,PROMPT Example MNBLI:ASLINK=12; MNBLI:C7LINK=4; Output format Blocking ASLINK 1 Blocking ASLINK 2 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 120...
  • Page 121 N.B. If a RDC has previously been blocked but a file transfer was already in progress subsequent MNBLE’s using that RDC will fail with “NO SYSTEM RESOURCES” until the file transfer is complete. MNBLE:ASLINK=…; Syntax MNBLE:C7LINK=…; MNBLE:CGRP=…; MNBLE:BPOS=…; MNBLE:RDC=…; MNBLE:VRS=…; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 121...
  • Page 122 Attributes CONFIG Example MNBLE:CGRP=23; MNBLE:ASLINK=13; Output format Unblocking ASLINK 1 Unblocking ASLINK 2 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 122...
  • Page 123 Circuit groups and C7 links are not blocked. A CIC can only be given for a network side group. Attributes CONFIG,PROMPT Example MNINI:CGRP=23&&32; MNINI:CGRP=1,DEV=5; MNINI:CGRP=2,DEV=23; MNINI:C7LINK=5; Output format Inhibiting CGRP 23 Inhibiting CGRP 32 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 123...
  • Page 124 Circuits in the circuit groups have been initiated and are inhibited. The C7 links have been initiated and are inhibited. Attributes CONFIG Example MNINE:CGRP=23&&32; MNINE:CGRP=1,DEV=5; MNINE:CGRP=2,DEV=23; MNINE:C7LINK=5; Output format Uninhibiting CGRP 23 Uninhibiting CGRP 32 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 124...
  • Page 125 In all other cases, no change to the system configuration will occur and the state of all links will automatically be restored. If RESET is set to Y then all configuration data will be removed. None Prerequisite Syntax MNRSI:[RESET=Y]; Attributes PROMPT Example MNRSI; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 125...

  • Page 126: Measurements

    Attributes Example MSCGP:CGRP=1; MSCGP; Circuit Group Traffic Measurements CGRP ICOFF ICANS OGOFF OGANS MAXDEV ACCUM PERIOD 5000 4500 6000 5500 01:00:00 5432 5432 6333 6333 01:00:00 2400 2400 01:00:00 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 126...
  • Page 127 If specified the outgoing route must be initiated Attributes Example MSORP:OGR=1; MSORP; Outgoing Route Traffic Measurements OGR OGOFF OGANS MAXDEV ACCUM PERIOD 6000 5500 24:00:00 6333 6333 24:00:00 24:00:00 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 127...

  • Page 128: Remote Data Centre

    The specified point of origin or outgoing route has already been initiated. An association between the record and the point of origin or route has already been initiated. Syntax RDCDE:RECORD=,{[POR=…,]|[OGR=…,]}; Attributes CONFIG, RDC Example RDCDE:RECORD=1,POR=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 128...
  • Page 129 Prerequisites The continuous record has been initiated. Syntax RDCDP:RECORD=; Attributes CONFIG, RDC Example RDCDP:RECORD=1; Remote Data Centre Continuous Data RECORD POR EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 129...
  • Page 130 Before transfer to a RDC can take place the directory, represented by the label, must exist on the remote site. PERIOD must be in the range 30 seconds to 30 minutes. Syntax RDCRI:RECORD=,CRTYPE=,PERIOD=,MINREC=,RDC1=,LABEL=,[RDC2=,]; Attributes CONFIG, RDC Example RDCRI:RECORD=1,CRTYPE=BILLING,PERIOD=00:05:00,MINREC=100, RDC1=1,LABEL=BILLING; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 130...
  • Page 131 Before transfer to a RDC can take place the directory, represented by the label, must exist on the remote site. PERIOD must be in the range 30 seconds to 30 minutes. Syntax RDCRC:RECORD=,[PERIOD=,][MINREC=,][RDC1=,][RDC2=,][LABEL=]; Attributes CONFIG, RDC Example RDCRC:RECORD=1,PERIOD=00:05:00,MINREC=100, RDC1=1,LABEL=BILLING; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 131...
  • Page 132 Remote Data Centre. Prerequisites Syntax RDCRP; Attributes CONFIG, RDC Example RDCRP; Remote Data Centre Continuous Record RECORD CRTYPE PERIOD MINREC RDC1 RDC2 LABEL BILLING 00:05:00 BILLING 00:05:00 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 132...
  • Page 133 The specified circuit group or outgoing route has already been initiated. An association between the report and the circuit group or route has already been initiated. Syntax RDPDE:REPORT=,{[CGRP=..,]|[OGR=…,]}; Attributes CONFIG, RDC Example RDPDE:REPORT=1,CGRP=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 133...
  • Page 134 Prerequisites The periodic report has been initiated. Syntax RDPDP:REPORT=; Attributes CONFIG, RDC Example RDPDP:REPORT=1; Remote Data Centre Periodic Data REPORT CGRP EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 134...
  • Page 135 If specified RDC2 must already be initiated. Limitations Before transfer to a RDC can take place the directory, represented by the label, must exist on the remote site. Syntax RDPRI:REPORT=,PRTYPE=,PERIOD=,LABEL=,RDC1=,[RESET=,][RDC2=,]; Attributes CONFIG, RDC Example RDPRI:REPORT=1,PRTYPE=MSOGR,PERIOD=01:00:00,RDC1=1, LABEL=ROUTES; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 135...
  • Page 136 This command ends a periodic report. Prerequisites The report has already been initiated. There is no periodic data associated with the periodic report. Syntax RDPRE:REPORT=; Attributes CONFIG, RDC Example RDPRE:REPORT=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 136...
  • Page 137 Prerequisites Syntax RDPRP; Attributes CONFIG, RDC Example RDPRP; Remote Data Centre Periodic Report Configuration REPORT PRTYPE PERIOD RESET RDC1 RDC2 LABEL MSOGR 01:00:00 Y ROUTES MSCGRP 01:00:00 Y GROUPS EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 137...

  • Page 138: Routing

    Limitations Routing using a secondary point of origin can only result in up to 5 secondary points of origin before achieving an outgoing route. Attributes CONFIG Example RTDAI:DAI=2,DIGS=01425,OGR=23; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 138...
  • Page 139 Limitations Routing using a secondary point of origin can only result in up to 5 secondary points of origin before achieving an outgoing route. Attributes CONFIG Example RTDAC:DAI=1,DIGS=01425,OGR=22; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 139...
  • Page 140 If specified, the digit analysis index, secondary point of origin or outgoing route must already have been initiated. Attributes Example RTDAP:DAI=1; RTDAP:OGR=5 RTDAP:SPOR=2; RTDAP; Output format Digit Analysis Mapping DIGS OGR SPOR 01725 01425 0800 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 140...
  • Page 141 The outgoing route/hunt sequence combination must already be initiated. If the outgoing route is circuit mapped then the circuit groups involved must be blocked. Attributes CONFIG Example RTHSE:OGR=4,HTSEQ=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 141...
  • Page 142 If specified the circuit group should be initialised. Attributes Example RTHSP:OGR=23; RTHSP:CGRP=50; RTHSP; Output format: Route hunting sequence table OGR LABEL HTSEQ CGRP CGRP LABEL BERLIN FIRSTGRP BERLIN SECGROUP BERLIN THIRDGROUP BERLIN FOURTHGROUP EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 142...
  • Page 143 CG2PRE will form the carrier information code sent in the IAM. The user should not set CGMD=2 when the route goes to an outgoing Japan TTC ISUP circuit group. Attributes CONFIG Example RTORI:OGR=16,HUNT=1,CDST=5,CDDL=3,CDPRE=01425; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 143...
  • Page 144 CG2PRE will form the carrier information code sent in the IAM. The user should not set CGMD=2 when the route goes to an outgoing Japan TTC ISUP circuit group. Attributes CONFIG Example RTORC:OGR=16,HUNT=1,CGMD=1,CGDL=5,CGPRE=01425; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 144...
  • Page 145 The outgoing route cannot be ended if it is associated with a periodic report or continuous record. An outgoing route cannot be ended if it is a next route associated with another outgoing route. Attributes CONFIG Example RTORE:OGR=3; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 145...
  • Page 146 EDINBURGH EXECUTED Page 3 of 3 Outgoing Route Configuration OGR LCMD ISM ISTAB LSM LSTAB TANS BWM IBI CHG LABEL 1 0-0 LONDON 0 0-0 YORK 0 0-0 EDINBURGH EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 146...
  • Page 147 Japan TTC ISUP circuit group. Limitations Routing from a point of origin can only result in up to 5 secondary points of origin before achieving an outgoing route. Attributes CONFIG Example RTPOI:POR=1,DAI=2,CDST=1,CDDL=5,CDPRE=01425; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 147...
  • Page 148 Japan TTC ISUP circuit group. Limitations Routing from a point of origin can only result in up to 5 secondary points of origin before achieving an outgoing route. Attributes CONFIG Example RTPOC:POR=1,DAI=2,CGMD=1,CGDL=5,CGPRE=01425; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 148...
  • Page 149 If the point of origin is involved with circuit mapping then it can only be ended if the circuit groups involved are blocked. A point of origin cannot be ended if it is associated with a continuous record. Attributes CONFIG Example RTPOE:POR=1; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 149...
  • Page 150 POR RCG CGMD CPCG CGDL CGPRE CG2DL CG2PRE LABEL GERMANY LOCAL 08004545454 FREEPHONE EXECUTED Page 3 of 3 Point of Origin Configuration OR LCMD ISM ISTAB LSM LSTAB LABEL LONDON YORK EDINBURGH EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 150...

  • Page 151: Status

    This command requests a status report of boards on the system. Syntax STBOP:[BPOS=…]; Prerequisites If specified the board should already have been initiated. Attributes None. Example STCGP:BPOS=5; Output format Board Status BPOS STATUS Active Active Blocked Failed EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 151...
  • Page 152 Syntax STCGP:[CGRP=…]; Prerequisites If specified the circuit group should already have been initiated. Attributes None. Example STCGP:CGRP=1; Output format Circuit Group Status CGRP PGRP DEVS MAINT ACTIVE IDLE BLOCKED EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 152...
  • Page 153 Example STC7P; Output format SS7 Link Status C7LINK LINK SET L3 STATUS L2 STATUS 5-1-16 Blocked 5-1-31 Available In service 6-1-16 Unavailable Init Align 7-1-16 Deactivated Out of Service EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 153...
  • Page 154 RH – Device has been remotely hardware blocked. Syntax STDEP:CGRP=,[DEV=,][PAGE=,]; STDEP:CGRP=,[CIC=,][PAGE=,]; Prerequisites The circuit group should already have been initiated. Page 2 can only be specified for DPNSS circuits. Attributes None. Example STDEP:CGRP=1; STDEP:CGRP=5,CIC=123; DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 154...
  • Page 155 IDLE RESET_OK -- -- -- -- -- -- -- IDLE IDLE RESET_OK -- -- -- -- -- -- -- IDLE IDLE RESET_OK -- -- -- -- -- -- -- EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 155...
  • Page 156 PCM Status PCM SYNCPRI PCM Status Clock 5-1 1 PCM Loss Fault 5-2 2 SYNC Loss Not OK 6-1 3 Not OK 6-2 4 7-1 1 Active 7-2 1 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 156...
  • Page 157 N.B. If the system does not have an IPADDR then status will indicate OK for communication with the RDC however no data can be transferred. Syntax STRDP; Attributes Example STRDP; Remote Data Centre Status IPADDR RDCSTAT 25.03.203.52 Initiating 102.03.211.140 EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 157...
  • Page 158 - The VRS is unavailable whilst announcement download is in progress. Syntax STVRP:[VRS =…]; Attributes None. Example STVRP:VRP=1; STVRP; Output format Voice Resource Status STATUS ANNC Playing 1 Blocked Failed Seized EXECUTED DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 158...

  • Page 159: Maintenance

    8.2 Fault Diagnosis The converter has the ability to detect and log various faults and events. Under most circumstances, these fault entries will be sufficient to identify the faulty system component. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 159...

  • Page 160: Repair Procedure - Dsc210

    Before the board can be removed all connections to the two PCM interface ports must be disconnected, noting which cable is connected to each connector. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 160...
  • Page 161 The two ribbon connectors should be withdrawn from the back edge of the card using the ejectors. Do not use excessive force as this may damage the connector. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 161...
  • Page 162 Power Fail and Fan Supply connectors as the tray is lowered into position. 8.3.9 PSU replacement The PSU is located at the front of the unit and is fixed by four screws from the underside of the chassis. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 162...
  • Page 163 Replacement of a new disk drive unit is the reverse of this procedure. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 163...

  • Page 164: Annex A: Alarm Fault Code Listing

    All signalling links in an SS7 signalling linkset have failed. Usually due to incorrect configuration (point codes or signalling timeslots), connectivity fault or inactive signalling terminal at the remote end. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 164...
  • Page 165 This event indicates the time at which a system restart occurred. Over temp The internal temperature exceeds a pre-set threshold indicating either an internal fault of failure of the cooling arrangements. Inspection should take place immediately. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 165...
  • Page 166 AS link fail ASLINK Loss of signalling on an Access Side signalling link. Usually due to incorrect configuration (signalling timeslot), connectivity fault or inactive signalling terminal at the remote end. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 166...
  • Page 167 Periodic report data will be discarded. It is important to note that on failure of all RDCs any billing records (if enabled) will be written to local hard disk which has a limited capacity. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 167...
  • Page 168 DataKinetics. SVC err ind NONE Diagnostic event relating to services performed on the converter. Persistent events of this type should be reported to DataKinetics. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 168...
  • Page 169 The system is running in ‘safe’ mode running limited management software. No circuits have been brought into service. C7 link Cong C7LINK A SS7 signalling link is encountering congestion. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 169...

  • Page 170: Annex B: Clearing Cause Mappings

    Reserved for future ITU use Quality of service unavailable Request facility not subscribed Call type incompatible with service request (ANSI CS 2) Call blocked due to group restrictions (ANSI CS 2) DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 170...
  • Page 171 Suspend timer expiry Failure to route a call Wait for release complete timeout Failed to set up a path across the system Error in the called party number Illegal TMR value DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 171...
  • Page 172 Outgoing call denied Network out of service Switching equipment congestion Announcement completed Forced announcement release Announcement timer expiry Released diverting Released not diverting Calls permanently barred 175-255 Reserved for future use DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 172...

  • Page 173: Receive Clearing Cause Mapping Tables

    Cause to Internal Token Mapping Tables. Currently tables 0 – 5 and 7 are all identical and Table 6, 8, 9 and 10 are different. Received Table Table 6 Table 8 Table 9 Table 10 Cause 0-5,7 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 173...
  • Page 174 Received Table Table 6 Table 8 Table 9 Table 10 Cause 0-5,7 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 174...
  • Page 175 Received Table Table 6 Table 8 Table 9 Table 10 Cause 0-5,7 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 175...

  • Page 176: Transmit Clearing Cause Mapping Tables

    Transmit Clearing Cause Mapping Tables. The appropriate table for the signalling system in use should be selected (Refer to the CC parameter definition for further details). Internal Table Table Table Table Table Table Table Table Table Table Table Token DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 176...
  • Page 177 Internal Table Table Table Table Table Table Table Table Table Table Table Token DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 177...
  • Page 178 Internal Table Table Table Table Table Table Table Table Table Table Table Token DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 178...
  • Page 179 Internal Table Table Table Table Table Table Table Table Table Table Table Token DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 179...

  • Page 180: Annex C: Calling Party Category Mappings

    Australian reserved 9 Australian reserved 10 Australian reserved 11 Australian reserved 12 Emergency High Priority NSEP subscriber Comstar subscriber Hotel Freephone Service subscriber Local Subscriber Local coinbox French Reserved OSS Operator DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 180...

  • Page 181: Receive Calling Party Category Mapping Tables

    11.2 Receive Calling Party Category Mapping Tables This section details the contents of the 9 pre-configured Receive Calling Party Category Mapping Tables. Received Table Table Table Table Table Table Table Table Table DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 181...
  • Page 182 Received Table Table Table Table Table Table Table Table Table DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 182...
  • Page 183 Received Table Table Table Table Table Table Table Table Table DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 183...
  • Page 184 Received Table Table Table Table Table Table Table Table Table DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 184...
  • Page 185 Received Table Table Table Table Table Table Table Table Table DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 185...

  • Page 186: Transmit Calling Party Category Mapping Tables

    Category Mapping Tables. The appropriate table for the signalling system in use should be selected (Refer to the CPC parameter definition for further details). Internal Table Table Table Table Table Table Table Table Table Token DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 186...

  • Page 187: Annex D: Remote Data Centre (Rdc) Operation

    Call failure records are sent on a per call basis for calls that release prior to reaching the answered state. Call failure records can be enabled selectively on a point of origin basis. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 187...

  • Page 188: Periodic Reporting

    12.2.2 Outgoing Route Traffic Measurements Measurements collected on a per-outgoing route basis can be transferred periodically to the RDC. These measurements can optionally be reset at the expiry of each interval. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 188...

  • Page 189: Rdc File Formats

    OCCURED occurred. DATE CLEARED 1970-01-01 yyyy-mm-dd Date the alarm cleared. TIME 00:00:36 hh:mm:ss Time the alarm cleared. CLEARED TITLE Linkset fail Up to 12 text Title of the alarm. characters DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 189...
  • Page 190 CGRP. Outgoing circuit 1 .. n CGRP number of the group outgoing circuit group. Outgoing device 1 .. 31 DEV number of outgoing circuit within the CGRP. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 190...
  • Page 191 Outgoing device 0 .. 31 DEV number of outgoing circuit within the CGRP. Cause Release 0 .. 255 Cause Value Internal Token Token Representing the reason for release. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 191...
  • Page 192 Outgoing calls 0:4294967295 Number of outgoing answered. calls answered. Maximum 0:31 Maximum active devices Devices (DEV’s) at any time. Accumulated call 1000000 0:4294967295 Accumulated call duration duration in seconds. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 192...
  • Page 193 Outgoing calls 0:4294967295 Number of outgoing answered. calls answered. Maximum 0:31 Maximum active devices Devices (DEV’s) at any time. Accumulated call 1000000 0:4294967295 Accumulated call duration duration in seconds. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 193...

  • Page 194: Annex E: Safety

    13.3 Connector Classification 13.3.1 DSC110A Type Description Status RJ45 Ethernet SELV Ethernet SELV 15 Way D-Type Alarm Port SELV 9 Way D-Type Serial Port 1 SELV SELV Ports BNC or RJ45 SELV DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 194...

  • Page 195: Australia And New Zealand Specific

    MUST be via a network terminating device. (i.e. the unit must NOT be directly connected to the external public line). 13.6 German specific Aus Sicherheitsgründen sollte das Gerät immer geerdet sein. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 195...
  • Page 196 Produkten (ESPs), die dauerhaft beschädigt werden können, wenn sie unsachgemäß gehandhabt werden. Wenn Module aus dem Gehäuse entfernt werden, muß das im Einklang mit EN 100-015 Teil 1 Allgemeine Bestimmungen geschehen. DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 196...

  • Page 197: Annex F: Command Summary

    Configuration Announcement Initiate Print CNANC Configuration Announcement Change CNANE Configuration Announcement End CNANP Configuration Announcement Print CNVRI Configuration Voice Resource Initiate CNVRE Configuration Voice Resource End CNVRP Configuration Voice Resource Print DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 197...
  • Page 198 Routing Outgoing Route End CPCGP Custom Profile Calling Number Print RTORP Routing Outgoing Route Print RTHSI Routing Hunt Sequence Initiate RTHSE Routing Hunt Sequence End RTHSP Routing Hunt Sequence Print DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 198...
  • Page 199 Maintenance Blocking Initiate MEASUREMENTS MNBLE Maintenance Blocking End MSORP Measurements Outgoing Route MNINI Maintenance Inhibit Initiate Print MNINE Maintenance Inhibit End MSCGP Measurements Circuit Group Print MNRCI Maintenance Reset Circuit Initiate DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 199...

  • Page 200: Annex G: List Of Part Numbers

    Care should be taken when ordering spares as there are 2 slightly different hardware revisions of the DSC210 in use, in some cases the spares have different part numbers depending on the revision of hardware in use. In addition, the compact version, the DSC110 also uses different part numbers for some spares.

  • Page 201: Signalling Cards

    15.2 Signalling Cards The following signalling cards are suitable for use in all DSC210 and DSC110 hardware revisions: Note: The only difference between ASC62EBM and ASC62TBM is the default settings of the E1/T1 interface selector module. The user may move this module to select either E1 or T1 operation with either board type.

  • Page 202: Annex H: Glossary Of Terms

    Man-Machine Interface Language Message Transfer Part (of SS7 signalling) Private Branch Exchange Pulse Code Modulation POTS Plain Old Telephone Service Power Supply Unit Remote Data Centre Signalling System Number 7 DataKinetics DSC110 / DSC210 User Manual Issue 12 Page 202...

This manual is also suitable for:

Dsc210

Table of Contents