Nortel Networks R2MFC manual See Chapter , MFC Signal Definitions, on page 111 for MFC

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86 Chapter 7 Command Line Interface (CLI)

Table 25 MFC directory CLI commands (Sheet 3 of 3)

CLI command	Description

EndAniType	Defines how to determine end of ANI digits.
<mfc_link><direction><type>
	Where:
	mfc_link is the number of the link, 0 or 1.
	direction is 0 (IC), 1 (OG), or 2 (both).
	type is either 0 (Ix signal) or 1 (fixed number of digits).

SetAniCount <mfc_link> <value>	Defines the number of expected ANI digits when EndAniType is set to a
	fixed number of digits.
	Where:
	mfc_link is the number of the link, 0 or 1.
	value is the expected number of ANI digits in the range of 1...16.

ARP <mfc_link> <Dig_num>	Sets the number of received DID digits, after which the R2MFC MBM sends
	ANI requests to the CO.
	Where:
	mfc_link is the number of the link, 0 or 1.
	Dig_num is the number of digit after which ANI is requested in the range of
	1...20, or 0 (after the last digit).
	This command is for incoming calls only.

BCatOpt <mfc_link><pls/cmpl>	Defines BW_BCateg signal as pulse or compelled signal.
	Where:
	mfc_link is the number of the link, 0 or 1.
	pls/cmpl is either 0 (BCategory is compelled signal) or 1 (BCategory is
	pulsed signal).

MTS <mfc_link>	Sets the MFC transmit signals value. For each logical meaning, sets which
<MFC_signal_meaning>	MFC physical signal is actually sent.
<MFC_signal>
	Where:
	mfc_link is the number of the link, 0 or 1.
	MFC_signal_meaning is one of the MFC signals meaning in the range of
	0...49. See Chapter , “MFC Signal Definitions,” on page 111 MFC definition
	tables.
	MFC_signal is either Forward (I,II) or Backward (A,B) signals.

MRS <mfc_link> <MFC_signal>	Defines how to interpret received MFC signals. For each MFC physical
<MFC_signal_meaning>	signal sets its logical meaning.
	Where:
	mfc_link is the number of the link, 0 or 1.
	MFC_signal is either Forward (I,II) or Backward (A,B) signals.
	MFC_signal_meaning is one of the MFC signals meaning in the range of
	0...49. See Chapter , “MFC Signal Definitions,” on page 111 for MFC
	definition tables.

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Contents R2MFC Media Bay Module Installation and Configuration Guide Safety North American Regulatory InformationRadio-frequency Interference Enhanced 911 ConfigurationR2MFC Media Bay Module Installation and Configuration Guide Repairs Important Safety InstructionsHearing Aid Compatibility NN40010-300International Regulatory Information NN40010-300 Contents Chapter Preparing to install the R2MFC MBM Chapter R2MFC MBM maintenance Appendix a Configuring DIP switch settings and definitions MFC Register Signaling Panama Config 1 NN40010-300 Getting Help from the Nortel Web site How to Get HelpGetting Help over the phone from a Nortel Solutions Center Getting Help through a Nortel distributor or resellerHow to Get Help NN40010-300 Audience Getting startedAbout this guide Before you begin AcronymsSymbols and text conventions Pswd Convention Example Used forRelated publications Getting started NN40010-300 Chapter Overview General informationOverview Administration and maintenance toolsR2MFC MBM faceplate elements Config DIP switches System Status LEDsRS232 port BNC and RJ-48 connectorsR2MFC MBM back and underside elements E1 Status LEDsPower connectors MBM DIP switchesOverview NN40010-300 Chapter Preparing to install the R2MFC MBM Preparing to install the R2MFC MBM Installation process mapHost system setup requirements Host system setup requirementsR2MFC MBM setup requirements Config DIP switchesCustomer supplied hardware requirements Chapter Installing the R2MFC MBM Overview of the R2MFC MBM installationShutting down a BCM 4.0 system Installing the R2MFC MBMShutting down the system Shutting down a BCM 3.7 or lower system Shutting down the BCM 4.0 system hardwareInstalling an R2MFC MBM Installing an R2MFC MBM in the BCM platform base chassisInstalling an R2MFC MBM in the expansion unit Installing an R2MFC MBM in the BCM50 expansion unit Installing the rubber boot in an R2MFC moduleR2MFC Transmit Co-axial cable connected to the MBM Reconnecting the equipment Removing an R2MFC MBMHow to remove a BCM200 R2MFC MBM Removing an R2MFC MBM from the BCM platform base chassisHow to remove a BCM400 R2MFC MBM Removing an R2MFC MBM from the expansion unitWiring an R2MFC MBM How to remove the expansion unit front bezelInstalling the R2MFC MBM Connecting an R2MFC MBM to a service provider Trunk wiring overviewInstalling the R2MFC MBM Chapter Configuring the R2MFC MBM Configuring the R2MFC MBME1 framing MFCR2 side External Link configurable parametersPhysical line characteristics Line signaling Register signalingMinimum or fixed number length + timer parameters Option Parameters Meaning DefaultConfiguring the MFCR2 external link Setting Config DIP switchesConfig DIP switch layout Creating a customized country codePRI side Internal Link configurable parameters E1 framing default parametersConfiguring the PRI internal link using Element Manager Configuring the PRI internal linkSignaling Layer 2 signaling parametersModule configuration parameters Parameter SettingConfiguring the PRI internal link using Unified Manager BCM lines configuration for R2MFC MBMModule type BCM module configuration for R2MFC MBM Off Turning on second dial tone using Element Manager Turning on second dial toneTurning on second dial tone using Unified Manager Outgoing dialing configuration for second dial toneConfiguring the R2MFC MBM Chapter R2MFC MBM maintenance Inter-working functionalityTranslation of Subscriber Status R2MFC MBM maintenanceClock synchronization Diagnostic and loopback modes Diagnostic toolsSetting the R2MFC MBM to diagnostic mode Mode Description Call AvailabilityAlarms Alarms MeasurementsGroup I Alarms propagation Sheet 1 Alarms propagationIncoming signal errors Alarm CauseFaceplate LEDs R2MFC MBM maintenance Group I Alarms propagation Sheet 2Group II alarms propagation System status monitor LEDsLED Name Yellow LED Error messagesLogs and traces Red LEDOverview of module replacement process Replacing an R2MFC MBMUpgrading firmware Hyper-terminal setup parameters Connect usingProgram responds starting rec 0. Hit any key to continue R2MFC MBM maintenance NN40010-300 Overview Chapter Command Line Interface CLIUsers and passwords Accessing the CLI Command Line Interface CLIINfo directory CLI commands CommandsLOad directory CLI commands LOad directoryVIew directory CLI commands VIew directoryCNtrl directory CLI commands Sheet 1 CNtrl directoryNN40010-300 COnfig directory CLI commands Sheet 1 COnfig directoryCNtrl directory CLI commands Sheet 3 NN40010-300 ALarm directory ALarm directory CLI commands Sheet 1NN40010-300 SWerr directory CLI commands SWerr directoryMFC directory CLI commands Sheet 1 MFC directoryMFC directory CLI commands Sheet 2 See Chapter , MFC Signal Definitions, on page 111 for MFC R2 directory CLI commands Sheet 1 R2 directoryCommand Line Interface CLI R2 directory CLI commands Sheet 2 PRI directory CLI commands PRI directoryCommand Line Interface CLI NN40010-300 Appendix a Configuring DIP switch settings and definitions Shows the Config DIP switch layoutCountry selection DIP switch settings Second dial tone DIP switch settingsMexico Config 1 R2 A/B signals Country code defaultsMexico Config Meaning Signal Interpretation of received MFC signalsInterpretation of transmitted MFC signals Sheet 1 Mexico Config Mexico Config 2 R2 A/B signals Interpretation of received MFC signals Sheet 1Interpretation of transmitted MFC signals Brazil Config Brazil Config 1 R2 A/B signalsInterpretation of received MFC signals Brazil Config Brazil Config 2 R2 A/B signals Argentina Config Argentina Config 1 R2 A/B Signals Interpretation of received MFC signals Chile Config Chile Config 1 R2 A/B signalsSignal Block Panama Config Configuring DIP switch settings and definitions NN40010-300 Appendix B Diagnostic and loopback DIP switch settings Diagnostics and Loopback Dip Switch SettingsDiagnostic and loopback DIP switch settings NN40010-300 MFC signal meaning Appendix C MFC Signal DefinitionsMFC signal definitions MFC Signal Definitions NN40010-300 Appendix D CLI Cable Pinout Cable pinoutsCLI Cable Pinout NN40010-300