Oki BV1250 Technical Reference

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BV1250

Internet Voice Gateway

ECHNICAL REFERENCE

Oki Electric Industry Co., Ltd.

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BV1250 Technical Reference

Safety Warning!

This document contains information relating to the safe installation, maintenance, and use of the Oki BV1250. Carefully note all safety precautions and procedures contained in this document before installing and using the product.

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BV1250 Technical Reference

The BV1250 Internet Voice Gateway and the Maintenance Console Software are products of Oki Electric Industry Co. Ltd.

Right to reproduce this manual and/or the Maintenance Console Software is restricted by the Copyright Act.

No part of this document may be reproduced, stored on a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the written permission of Oki Electric Industry Co. Ltd.

Information in this document is subject to change without notice.

The contents of this document and the Maintenance Console Software have been prepared with the utmost care. However, if you notice an ambiguous point or omission, please contact an authorized agent.

No responsibility will be taken by our company with respect to consequences resulting from the use of the Maintenance Console Software and/or the content and interpretation of the information contained in this manual.



2000, Oki Electric Industry Co. Ltd.

Ethernet is a registered trademark of Xerox Corporation. MS-DOS and Windows are registered trademarks of Microsoft Corporation.

Other companies and product names mentioned in this manual are the registered trademarks or services marks of their respective companies.

Revision 1.0

Printed in the USA

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BV1250 Technical Reference

Limited Warranty

Oki Electric Industry Co., Ltd. warrants that these products (BV1250 and Maintenance Console Software) are free of manufacturing defects during the warranty period and while operating under normal conditions. In the event of failure, a replacement unit and/or software will be provided free of charge.

This warranty covers this product only and is subject to the following conditions:

1. Oki Electric warrants the media upon which the Maintenance Console Software is recorded to be free from defects in materials and workmanship under normal use for a period of ninety (90) days from the date of purchase. In the event any media prove to be defective during the warranty period, user’s remedy shall be to return media to Oki Electric for replacement.

2. Oki Electric does not accept liability for loss or damage caused by the user's mishandling, misoperation, or damages occurring as a consequence of unusual events such as fire, earthquake, or flood.

3. Regarding the quality and functionality of the Maintenance Console Software and this Installation Guide, Oki Electric holds no liability for the conformity of the equipment to the purpose of use by the user and the marketability. Oki Electric does not accept liability for any loss or damage occurring directly or indirectly thereof.

4. No responsibility will be taken regarding the results obtained by the use of the BV1250 and/or the Maintenance Console Software and/or this Installation Guide.

5. Media such as this Installation Guide, floppy disks, CDs, etc., are supplied with the Maintenance Console Software as a package and shall be used for the Maintenance Console Software only. It is strictly forbidden to make a copy of the Maintenance Console Software other than a back-up copy. Oki Electric holds no liability for consequences incurred by the use of the copied media.

Others

1. It is strictly forbidden to offer the MCS program to a third party as such or after adding modifications. If this program is used by a third party, that use infringes upon the copyright of the author and it becomes the author's right to demand compensation.

2. Customer services are available at our company's head office and at our service locations.

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BV1250 Technical Reference

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BV1250 Technical Reference

Table of Contents

BV1250 Description

BV1250 Description ................................

BV1250 DescriptionBV1250 Description

1. Specifications ...................................................................................................................................... 3

2. BV1250 External Views ...................................................................................................................... 5

2.1 Base Unit Configuration ............................................................................................................. 5

2.2 BV1250 External Features.......................................................................................................... 6

3. BV1250 Parts...................................................................................................................................... 8

................................................................

............................................

................................................................

............1111

........................

BV1250 Maintenance and Troubleshooting

BV1250 Maintenance and Troubleshooting ................................

BV1250 Maintenance and TroubleshootingBV1250 Maintenance and Troubleshooting

1. Routine Maintenance .......................................................................................................................... 3

1.1 External Cleaning ....................................................................................................................... 3

1.2 Periodic inspection...................................................................................................................... 4

1.3 File Management ........................................................................................................................ 5

2. Trouble Diagnosis and Corrective Action .......................................................................................... 7

2.1 Fault Processing.......................................................................................................................... 8

2.2 Guide to Trouble Indications ...................................................................................................... 9

2.3 Fault Log Codes and Corrective Action.................................................................................... 10

3. Trap Information Sent to NMS.......................................................................................................... 14

4. FAX Issues ........................................................................................................................................ 17

5. Fuse Replacement ............................................................................................................................. 18

6. Replacing the BV1250 Fan ............................................................................................................... 19

7. Common Problems and Solutions..................................................................................................... 21

.......................................

................................................................

.......1111

..............

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BV1250 Technical Reference

On-line Command Reference

On-line Command Reference ................................

On-line Command ReferenceOn-line Command Reference

1. Command Reference Overview ...........................................................................................................3

1.1 Command Descriptions ...............................................................................................................4

1.2 ACT and SBY .............................................................................................................................4

1.3 Command Examples....................................................................................................................5

1.4 Parameter Notation...................................................................................................................... 5

1.5 Response Messages ..................................................................................................................... 5

1.6 Continuous Mode and Page Mode Display ................................................................................. 6

2. Utility Commands................................................................................................................................7

3. Common Error Numbers for Maintenance Commands....................................................................... 9

4. Command Summaries........................................................................................................................11

5. Command Descriptions .....................................................................................................................19

..........................................................

................................................................

.......................... 1111

....................................................

5.1 Equipment Commands ..............................................................................................................21

5.2 Maintenance Console Commands ............................................................................................. 54

5.3 Numbering Plan Commands......................................................................................................62

5.4 Line Information Commands.....................................................................................................90

5.5 Management Commands......................................................................................................... 112

5.6 Report Commands...................................................................................................................116

5.7 Maintenance Commands .........................................................................................................127

5.8 LAN Interface Commands ......................................................................................................137

5.9 FXO Interface Commands.......................................................................................................149

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BV1250 Technical Reference Description

BV1250 Description

The Oki BV1250 Internet Voice Gateway (IVG) is a self-contained device that allows organizations to route both voice and fax communications over any IP compatible network. Oki’s IVG seamlessly bridges existing PBX, key telephone, analog, and PSTN telephone systems with digital data networks. This technology allows organizations to more fully utilize existing intranet and Internet facilities. Most importantly, since communications take place over digital data networks, the high cost of long distance communications over conventional public telephone networks is eliminated.

Salient features of the BV1250 include:

•

Analog terminal, PBX, PSTN, and G3 Fax communications achieved over IP network.

•

High-quality voice compression encoding that can be configured on a priority basis to automatically select between 64kbps PCM stream as either G.729A (8kbps), G.723.1 (5.3kbps) or G.723.1 (6.3kbps) compression, packet priority control, and bandwidth management.

•

Oki’s proprietary dynamic jitter buffer and Dynamic Echo Cancellation assure uninterrupted and natural speech communications.

•

All four BV1250 unit ports are capable of real-time fax transmission using IP transmission, taking full advantage of the data network’s flow and data control (TCP transmission).

•

Compliant with H.323 Version 2 network protocols and interoperable with all H.323 compliant devices.

•

In non-H.323 networks, provides unified telephone numbering management using both internal (within the unit) and external DNS (Domain Name System) functions.

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Network management control through SNMP (Simple Network Management Protocol – MIBI and MIBII).

•

Easy remote maintenance using Oki’s Maintenance Console Software (Windows 95 & 98 operating system).

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Description BV1250 Technical Reference

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BV1250 Technical Reference Description

1. Specifications

BV1250 Internet Voice Gateway (US

GENERAL:

Physical:

Power:

Environment:

Compliance:

Redundancy:

Voice Compression:

Operational unit consists of a base unit, an E&M/E&M-OD, FXS, FXO, or BRI line interface board.

Dimensions W = 420mm (17”), D = 400mm (14”), H= 53mm (3”)

Weight -4.5Kg or less(10lbs or less)

Color Silver gray (Munsell value: 3.5Y8/0.5)

Input 90VAC-264VAC

Consumption 40VA or less

Temperature range 0

Safety US - UL1950/cUL950 JPN – JEIDA EU – CE Mark

EMC US – FCC part15 ClassA/ICES-003 ClassA

Protocol G.729A CS-ACELP (8.0kbps)

Compression Rate 8 Kbps, 5.3kbps, 6.3kbps

Jitter Absorption 2 sec. max.

= United States ver.,

C to 40o C

JPN – VCCI ClassA EU – CE Mark

Single

G.723.1 CS-ACELP (5.3kbps)

G.723.1 MP-MLQ (6.3kbps)

JPN

= Japan ver., EU = European ver.)

MAINTENANCE INTERFACES:

Serial:

LAN: (Uplink)

Connector RS-232C (D-sub 9-pin) (

Port Configuration 9600bps , 8, 1, None XON/XOFF

Connector

Data Transfer

Compliance 10BaseT (IEEE802.3)

Includes both serial and LAN interface

RJ45

10Mbps

7 bit shift control OFF)

(Router: Cross-connect cable Hub: Straight-connect cable)

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Description BV1250 Technical Reference

LINE AND FAX INTERFACES:

E&M (option):

FXS (option):

Component PCB board

Terminal PBX E&M

Lines 4 maximum

Channels 4 simultaneous

Resistance 600 ohms

Start-up method

Connection Confirmation Immediate, Delay-dial, or Wink-start

Selection signal DP 10/20 PPS or DTMF

Connector Simple solderless / RJ45

Compliance ITU-T Rec. Q.517

Model Name :EMIF FIC :TL11E, TL12E, TL31E, TL32E Registrant :OKI INDUSTRY CO LTD , Reg. No.:1XLUSA-33761-CN-E, Grant Date :04/27/1999

Canadian Approval CS03, Model Name :EMIF E&M Certification No. :187 9837 A

Component PCB board

Terminal Analog Telephone or Key Telephone System

Lines 4 maximum

Channels 4 simultaneous

Resistance 400 ohms

Start-up method Loop start

Selection signal DP 10/20 PPS or DTMF

Connector Simple solderless / RJ11

Ringer freq. 20Hz/25Hz/50Hz

Compliance ITU-T Rec. Q.517

A functional BV1250 unit must have a Line Interface card installed. The interface may be FXS (analog), FXO (analog), E&M (Types 1 and 2), or E&M–OD (Type 5). The G3 facsimile interface is available with all of the above.

= Type 1 or Type 2

JPN

= Type 5 EU = Type 1, Type 2, Type 5 (OD)

(Including terminal resistance)

FXO(option):

Fax

Component PCB board

Terminal Analog CO Lines, Key Telephone System, PBX

Lines 4 maximum

Channels 4 simultaneous

Resistance 288 ohms

Start-up method Loop start

Selection signal DP 10/20 PPS or DTMF

Connector Simple solderless / RJ 11

Compliance ITU-T Rec. Q.517

Model Name :FXO FIC :O2LS2 Registrant :OKI INDUSTRY CO LTD, Reg. No:1XLJPN-33760-CN-E Grant Date :04/27/1999

Canadian Approval CS03, Model Name: FXO, Certification No:187 9903 X

Lines 4 max

Data transfer 9600 bps/4800bps

Transmission Control G3

(Including terminal resistance)

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BV1250 Technical Reference Description

2. BV1250 External Views

The external characteristics of a BV1250 unit are shown below.

2.1 Base Unit Configuration

Figure 2-1 illustrates the basic configuration of all versions BV1250 units. The only difference between unit configurations is that the line interface connector ports appearing on the front panel vary between FXS, FXO, E&M, and E&M-OD equipped units. These differences are noted in Figure 2-2.

Figure 2-1: BV1250 External View (FXS shown)

Height =

53mm (3")

Depth = 400mm (14")

Rear

Front

Width = 420mm (17")

NOTE

Appearance of Line Interface varies based on type of interface installed.

(See description in following section, External Features.)

2.2

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Description BV1250 Technical Reference

BV1250 External Features

The BV1250 base unit front and rear panels have various physical elements associated with supplying power to the unit and providing operational status information. Figure 2-2 illustrates these features. These features are described in greater detail in Table 2-1 on the following page.

Figure 2-2: BV1250 External Features

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BV1250 Technical Reference Description

Table 2-1: Description of BV1250 External Feature

Item Description

1 Power lamp Indicates power ON when lamp lit Green lamp

2 Busy lamp When port is in use, lit lamp indicates line is busy Orange lamp

3 Alarm lamp Indicates alarmed condition detected in unit when lamp lit or blinking Red lamp

4 On-line lamp Indicates unit’s operational condition

When lit, unit operating normally

When not lit, unit is starting-up or is off-line

When blinking, unit is shutting-down

When blinking slowly, urgent maintenance required

5 Serial port Connector for serial cable connection of maintenance console terminal DB9-F

6 Link lamp Indicates LAN link is operating normally when lit Green lamp

7 Uplink connector 10BaseT connector for LAN RJ45

9 Collision lamp Indicates frame collisions are occurring when lit. Yellow lamp

8 Data lamp Indicates that data is being sent/received when lamp is lit or blinking Green lamp

10.Line interface

a. FXS

b. FXO

c. E&M

d. E&M-OD

11 Fan assembly Serviceable fan assembly for cooling of unit

12 FG terminal Terminal strip for frame ground

Line interface board connectors

Four TEL connectors of FXS board equipped units

Four FXO connectors of FXO board equipped units

Eight E&M connectors for E&M board equipped units

Four E&M-OD connectors for E&M-OD board equipped units

Green lamp

Connectors supplied with board

13 Power connector Connector for AC power cord

14 Fuse holder Housing for fuse

15 Power switch Turns power to the base unit ON and OFF Toggle switch

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Description BV1250 Technical Reference

3. BV1250 Parts

Below is a listing of BV1250 parts along with the part and product numbers.

Product Name Oki Networks Part Number Oki-J Product No.

Basic Parts

BV1250 Base Unit 100101 4YA1158-1121G002

BV1250 Accessories

BV1250 Accessories, Europe

BV1250 FXS Interface kit

BV1250 FXO Interface kit

BV1250 E&M Interface kit

BV1250 AP interface retrofit kit

BV1250 FXO interface retrofit kit

BV1250 EM interface retrofit kit

BV1250 OD Interface retrofit kit (Japan)

BV1250 FXO Interface kit, Japan

BV1250 Rack Mount Kit 100106 4YA1158-1122G001

Maintenance Console Software 103012

BV1250 Installation Guide

BV1250 Technical reference

Ancillary Parts and Spares

BV1250 General Description 103115 BV1250 User's Guide 101004 3PP1158-5120P101 BV1250 Indicator Label for FXS unit 101101 3PP1158-5220P001 BV1250 Indicator Label for FXO unit 101102 3PP1158-5220P002 BV1250 Indicator Label for E&M unit 101103 3PP1158-5220P004 DDK Connectors for AP unit Installation 101006 224A3223P0020 DDK Connectors for E&M unit Installation 101008 224A3231P0040 DDK Connectors for OD unit Installation 101010 224A3231P0060 Screws for Base unit Type M4 101011 P(SW+W)4-10-FRC Screws for Interface card Type M3 101012 P(SW+W)3-8-FRC BV1250 Cooling Fan unit 101105 BV1250 Fuse, Rating 250V, 3.15A 101106 PC Serial cable for Maintenance Console 101013 --

100102

100114

100103

100104

100105

100107

100108

100109

100113

100112

103111

103112

4YA1158-1123G002

4YA1158-1123G003

4YA1158-1124G001

4YA1158-1125G002

4YA1158-1146G001

4YA1158-1144G001

4YA1158-1142G001

4YA1158-1143G001

4YA1158-1145G001

4YA1158-1125G001

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BV1250 Technical Reference Maintenance and Troubleshooting

BV1250 Maintenance and Troubleshooting

The BV1250 unit is a low maintenance electronic device that, once installed and properly configured, should need only infrequent attention.

Other than an occasional external cleaning, all maintenance activities should be performed by qualified personnel. General maintenance activities include routine checks of data logs maintained in the unit’s log files, system file updates, and should it becomes necessary, the replacement of the unit’s fuse and fan assembly.

In the event that a unit’s performance fails or becomes unstable, it may be necessary to troubleshoot the unit to diagnose and correct the problem.

In this section, the following topics are discussed:

•

Routine Maintenance

•

Troubleshooting and Corrective Action

•

Fault Messages and Reports

•

Error Traps

•

Fuse Replacement

•

Fan Unit Replacement

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BV1250 Technical Reference Maintenance and Troubleshooting

1. Routine Maintenance

Routine maintenance involves tasks to be performed on a regular basis even when the unit gives no evidence of problems or malfunction. These activities are generally preventative in nature.

1.1 External Cleaning

Depending on the environment in which it is installed, a BV1250 unit may need occasional cleaning. Cleaning will help to remove accumulated dust and dirt which can interfere with the proper cooling of the unit and can affect the operation of the unit’s external switches and buttons.

External cleaning is performed using a cloth dampened with a mild soapy solution. Simply wipe down the unit to remove dirt and dust taking care that no excess moisture penetrates the unit.

Do not allow moisture to penetrate the unit. Moisture in the unit can cause serious damage and may produce an electrical hazard.

When cleaning the external base unit, it is also useful to check the unit fan for dust build-up. If an excessive amount of dust is present, the fan unit should be cleaned. See Section 6 for a description of the fan assembly.

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Maintenance and Troubleshooting BV1250 Technical Reference

1.2 Periodic inspection

Periodic inspection activities should be organized using a maintenance schedule that specifies regular inspection intervals. Inspection need not occur frequently but is best when conducted on a routine basis.

With the exception of external inspection, all inspection activities can be conducted remotely using the Maintenance Console Software or with On-line commands on a terminal.

Recommended inspection and maintenance activities are shown in Table 1-1 below.

Table 1-1: Periodic Inspection Procedure

Step Action Nominal Condition If trouble. . .

1. Check general operation.

2. Check Trouble

Log.

3. Restart unit. Power cycle the unit being careful to

4. Check voice

communication.

5. Check fax

communication

Check the Alarm lamp on the front panel of the unit.

Use the MCS to view the equipment status.

Use the MCS Fault Log display or enter the on-line retrieve the unit’s fault log.

use the Shutdown procedure described in the BV1250 Installation Guide.

Reboot the equipment using the MCS Reboot item or the on-line REBOOT command.

After restart repeat Step 1 this table.

Place test calls to and from extensions associated with the unit.

Send test faxes to and from extensions associated with the unit.

ELOG

command to

Red ALARM lamp not lit.

All lamps are operating, (e.g. PWR, CONT, PP. FAX, and FAN)

No fault conditions are displayed in the log.

Red ALARM lamp not lit.

All lamps are operating, (e.g. PWR, CONT, PP. FAX, and FAN)

The ring-back tone (RBT) can be heard.

Speech quality is normal and there is little or no ambient background noise.

Fax transmitted successfully.

Use the MCS Fault Log display or enter the on-line

command to retrieve the unit’s fault log,

ELOG

record listed trouble code(s), and refer to the Fault Messages table for corrective action.

Record listed trouble code(s) and refer to the Fault Messages table for corrective action.

Use the MCS Fault Log display or enter the on-line

command to retrieve the unit’s fault log,

ELOG

record listed trouble code(s), and refer to the Fault Messages table for corrective action.

Verify that the access code and destination number dialed are correct.

Use the MCS or other facility to send a Ping test to the remote IVG to verify communication.

Use the MCS Fault Log display or enter the on-line

command to retrieve the unit’s fault log,

ELOG

record listed trouble code(s), and refer to the Fault Messages table for corrective action.

Verify that the access code and destination numbers dialed are correct.

Use the MCS or other facility to send a Ping test to the remote IVG to verify communication.

Use the MCS Fault Log display or enter the on-line

command to retrieve the unit’s fault log,

ELOG

record listed trouble code(s), and refer to the Fault Messages table for corrective action.

The ELOG must be cleared following the correction of a problem listed in the log. If this is not done, a previously resolved item will be erroneously displayed in subsequent reports. After resolving a problem always clear the trouble log using the MCS or the on-line ELOG-CLR command.

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NOTE:

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BV1250 Technical Reference Maintenance and Troubleshooting

1.3 File Management

On occasion it may be necessary to update or restore a BV1250 unit’s system files. The updating or restoration of unit’s system files is performed using the Maintenance Console Software or with the On-line commands. The procedures for this are discussed in the BV1250 Installation Guide and in the On-line Command Reference section in this document.

Table 1-2 shows the files installed in a BV1250 unit.

Table 1-2: BV1250 System Files

No. System File Name Description Directory

1 OPL.BIN frozen execute file 3.1/VHUB/APL/

2 BVOLF.SYS System file ( Compression ) 3.1/VHUB/APL/

3 SYSD.VHS System data file 3.0/VHUB/OFD/

Each BV1250 has an office data file, OFDD.VHO, which resides in the directory This file contains unit specific configuration information such as network data, numbering plan data, line data, and operational data.

C:\Program Files\Cons50\DATA\(Group_Name)\(Unit_Name)\

When a BV1250 unit is replaced or should a unit’s OFDD.VHO file become lost or corrupted, this file must be restored to the unit using the procedures described in the BV1250 Installation Guide. Maintaining backup copies of all BV1250 unit OFDD.VHO files is strongly recommended. See the Maintenance Console Software Operations Manual for the recommended procedure.

The Maintenance Console Software (MCS) stores backup versions of all units configured using the MCS.

By default, the MCS stores OFDD backup files in the directory

Files\Cons50\DATA\(Group_Name)\(Unit_Name)\

with the extension .OLD.

C:\Program

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BV1250 Technical Reference Maintenance and Troubleshooting

2. Trouble Diagnosis and Corrective

Action

When a BV1250 unit problem is detected/reported, a systematic methodology will assist in the diagnosis and correction of the problem.

The recommended procedure involves the following steps.

1. Retrieve the unit’s trouble log.

2. Analyze the fault information.

3. Identify the fault location.

4. Correct the problem.

5. Clear the fault log.

Before opening the cover of a BV1250 unit be certain to read and understand all safety precautions listed at the beginning of the BV1250 Installation Guide.

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Maintenance and Troubleshooting BV1250 Technical Reference

2.1 Fault Processing

On occasion, a fault condition may arise which causes a unit to behave erratically or fail altogether. Should this occur, it is important to take timely action to obtain a trouble report, diagnose, and resolve the problem. In addition, it is recommended that some form of trouble ticket be maintained in order to track actions taken to resolve the problem and to preserve a maintenance record for the affected unit(s).

The first steps in dealing with a trouble report can be handled remotely. If remote activities are not sufficient to resolve the problem, it may be necessary to perform on-site tasks to resolve the difficulty.

1. Check the situation by telephone

When a problem occurs, it should be reported by the user or network manager and a record of the problem should be made. Important elements of the report include the unit identification/location information, time of the event, symptoms of the event, and conditions/use under which the event occurred.

In addition, it may be necessary to provide the reporting person with instructions regarding action to be taken immediately to prevent broader network problems.

2. Confirm the fault situation using a remote connection with the unit

If communications with the problem unit are intact, use the MCS Fault Log display or the on-line related trouble code(s).

Once any fault codes have been retrieved, refer to the Table 2-2 Fault Conditions in this document to diagnose the problem. If the trouble is due to a software or data error, it will usually be possible to correct the problem remotely, using the Maintenance Console Software.

3. Troubleshoot on-site

If a fault condition is due to hardware, such as a blown fuse for example, it will be necessary to make a service call to the site where the unit is located.

ELOG

command, to retrieve the unit’s fault log and to record

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BV1250 Technical Reference Maintenance and Troubleshooting

2.2 Guide to Trouble Indications

Table 2-1 provides a general troubleshooting guide. In many cases this information will be sufficient to diagnose and correct a problem.

If an error not mentioned in the table has occurred, check the unit’s Fault Log and refer to the Fault Conditions table (Table 2-1) in this document. In addition, the unit automatically sends SNMP traps for a Network Management System (NMS) giving notification of the fault. See Section 3 for details regarding Trap Information.

Table 2-1: Trouble Indications and Corrective Action

Symptom Cause Corrective Action

POWER lamp not on when POWER is on.

ALARM lamp is lit.

LINK lamp does not turn on when LAN cable connected to UPLINK socket.

Can not set office data using Maintenance Console Software.

No dial tone even if when phone is offhook.

Dial tone continues after dialing.

Voice/fax transmission disconnects while receiving or sending a fax.

Connect tone (CON) status continues when dialing from a telephone and then changes to Restricted Outward Tone (ROT).

Calls can be made from a telephone but calls cannot be received.

Power cord not connected or damaged.

•

Fuse blown.

•

Defective/damaged part(s).

•

Unit configuration error.

•

Cable is not correctly installed or is

•

defective.

Equipment failure has occurred.

•

Power to the destination equipment

•

(router, hub, etc.) not turned on.

IP address, gateway address, or subnet

•

address wrong.

Incorrect cable connection.

•

Cable between telephone and the BV1250

unit not connected or is damaged.

Dial type (DP/DTMF) of telephone set

•

does not match BV1250 unit office data configuration.

Network is congested or a trouble has

•

occurred on the network.

Registered DNS server information is

•

incorrect.

DNS numbering information for BV1250

•

unit has not been set.

Registered Gatekeeper information is

•

incorrect.

Gatekeeper not operated.

•

Router Address Resolution Protocol

•

(ARP) information (IP address Ethernet address correspondence information) does not match with the BV1250 information.

Inspect and connect power cord.

•

(Replace cord if required.)

Replace fuse.

•

Check for defective part(s) and correct

•

condition.

Correct configuration error.

•

Inspect and reconnect LAN cable.

•

(Replace cable if required.)

Determine if there is an equipment

•

fault and correct condition.

Turn destination equipment power on.

•

Correct address(es).

•

Inspect cable for damage and type and

•

reconnect. (Replace cable if required.)

Inspect and connect cable.

•

(Replace cable if required.)

Correct office data configuration for

•

BV1250 unit.

Try again later.

•

Check the registered DNS information.

•

Verify that the DNS numbering plan

•

information for the BV1250 unit is properly configured.

Check the registered Gatekeeper

•

information.

Check the Gatekeeper status.

•

Clear the router’s ARP information.

•

(To clear the ARP information, refer to the router’s manual.)

: This symptom may occur even if

Note

the BV1250 has been replaced.

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Maintenance and Troubleshooting BV1250 Technical Reference

2.3 Fault Log Codes and Corrective Action

The BV1250 maintains a fault log in which fault conditions are recorded as they occur. The fault log is useful in diagnosing problems with a unit and in determining appropriate corrective action.

NOTE:

Not all conditions recorded in the fault log represent faults with the equipment. In some cases, the log records events such as powering the unit up and down or rebooting the unit.

The Maintenance Console Software or the on-line command

ELOG

can be used to retrieve a unit’s fault log. See the Maintenance Console Software Operations Guide and the BV1250 On-line Command Reference section in this document, for retrieval procedures.

Below is an example of a fault log report.

# ELOG There are 003 Messages 10(Remove) 20(Voice) 00(DSP-Fault) SEQ=01 TUE Jan 06 12:29:30 1998 4EF94000 15784E71 009029D0 009029D0 N.@..xNq..)...). 00(Fault) 20(Voice) 00(DSP-Fault) SEQ=01 TUE Jan 06 12:29:00 1998 0008F75C 4FEF000C 300748CO 00000000 ...\0...0.H.r... 01(Report) 00(System) 00(Power-ON) SEQ=00 TUE Jan 06 12:28:52 1998

47EEFF8C 42420C33 02020000 6D080C33 G...BB.3....M..3

...ELOG Command End. [Tue Jan 06 12:30:30 1998] #

The information shown in the sample log output reveals that:

•

The equipment restarted at 12:28:52 PM on the 6th of January 1998 by being powered ON (PowerON).

•

DSP trouble occurred in voice processing DSP of line no. 1 at 12:29:00 PM on the 6th of January 1998.

•

Voice processing DSP for line no. 1 was restored at 12:29:30 PM on the 6th of January 1998.

Table 2-2 on the following page provides definitions of the fields in a fault log report. In addition, the table provides explanations and suggested corrective actions associated with the various fault conditions.

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Table 2-2: Fault Conditions

Code Code

Detail

Equipment Message Type Fault

Abbreviation

SEQ Fault Explanation Alarm Lamp Comments and Corrective Action

On event On restore

00 00 SYSTEM Report PowerON 00 Power ON Off -- No trouble.

01 Report ResetKey 00 Reboot by reset key Off -- No trouble.

02 Report Shutdown 00 Shutdown Indication Off -- No trouble.

03 Report ComReboot 00 Reboot by command Off -- No trouble.

04 Report FaultRst 00 Reboot by fault Off -- No trouble.

05 Fault EMG Mode 00 Emergency startup On -- See remedies message.

06 Report NonOFD 00 No office data On -- See remedies message.

07 Report BadOFD 00 Office data error On -- Reinstall OFDD.VHO and restart.

08 Report NonTerm 00 Terminal information

not registered

On -- Register terminal information and

restart system.

09 Report NonSYD 00 No system data On -- Transfer system files.

0A Report BadSYD 00 System data error On -- Transfer system files.

OB Fault PpTypeNG 00 PP category mismatch On -- Check PP category and correct

mismatch.

0C Report NonDNS 00 No DNS data On -- If is needed, transfer DNS data

0D Report BadDNS 00 DNS data error On -- Transfer DNS data

0E Report BadH323 00 H.323 port No. error On -- Correct H.323 port number.

0F Report BadNETDAT 00 Network address error On -- Correct network address

10 Fault SOS Call 00 SOS call On -- Contact customer service.

11 Fault CpuEx 00 CPU exception On -- Contact customer service.

12 Fault K Fatal 00 K_fatal call On -- Contact customer service.

13 Fault TF OVF 00 Infinite loop detected On -- Contact customer service.

15 Fault SystemMsg 00 System message error Off -- No trouble.

16 Fault 00 No DSP program-1 On -- Contact customer service

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Code Code

Detail

Equipment Message Type Fault

Abbreviation

SEQ Fault Explanation Alarm Lamp Comments and Corrective Action

On event On restore

00 17 Fault 00 No DSP program-2 On -- Contact customer service

18 Fault 00 On -- Contact customer service

19 Fault 00 On

1A Fault 00 On --

01 00 FLASH Fault MountNG 00~0B Flash memory mount

fault

Blinking -- Contact customer service.

01 Flash Memory Fault WriteNG 00~0B Flash memory write

fault

Blinking -- Contact customer service.

02 Report DiskFull 00~0B Flash disk full Blinking -- Disk full. Cannot save file. Contact

customer service.

02 00 LANC Fault LpbkNG 00 LANC fault On -- LAN connection failed. Contact

customer service.

01 Fault/Restore LancUplink 00 Up link fault Status hold -- Check Cable or Network equipment.

03 00 SIO Fault SIO_NG 00 SIO fault Status hold -- Serial communications failed.

Contact customer service.

04 00 MTM Fault/Restore MtmFault 00 Clock fault On Off Set/reset clock date/time.

01 Report NoBattery 00 Clock not set Status hold -- Set/reset clock date/time.

02 Report DtySet 00 DTY command resent Status hold -- Date/time change cause a mismatch

with date/time information in traffic log.

05 00 24V Power Faul/Restore PowFault 00 24V power fault On Off Contact dealer or customer service.

06 00 Fan Faul/Restore FanFault 00 Cooling fan fault On Off Contact dealer or customer service.

10 00 TSW Fault TswFault 00 Loop test failed On -- Contact dealer or customer service.

12 00 DPRAM Fault DPRAMFault 00 Self diagnostic failed On -- Contact dealer or customer service.

14 00 PP-PKG Fault/Restore PpNoAns 00 PP fault (Health check

error).

On Off Contact dealer or customer service.

15 00

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Code Code

Detail

Equipment Message Type Fault

Abbreviation

SEQ Fault Explanation Alarm Lamp Comments and Corrective Action

On event On restore

15 01

20 02 VOICE Report RFIFO_OVF 00-03 Receive FIFO

disconnected

Status hold -- Excessive traffic on network. Try call

later.

03 Report NonPacket 00-03 Receive packet

disconnected

Status hold -- Excessive traffic on network. Try call

later.

04 Report VCL_ERROR 00-03 Voice communications

error

Status hold -- Excessive traffic on network. Try call

later.

30 01 FAX Report FaxError 00

Fax communication error

Status hold --

Excessive traffic on network. Try call later.

40 00 CCL Report SockError

00-03 or FF

Communication error Status hold -- Voice communications interrupted.

50 00 DNS Report SockError 00 Communication error Status hold -- DNS communication interrupted.

01 Report

RrqRrj

GK Communication error

Status hold Check Office data

02 Report XrsRcv 00 GK Communication

error

Status hold -- Contact dealer or customer service.

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3. Trap Information Sent to NMS

A Trap is one of the signals included in the Simple Network Management Protocol (SNMP). In the case of the BV1250, a trap signal is sent to a Network Management System (NMS) when a fault is detected in the unit. The trap information is recorded in an NMS trouble log which, when retrieved by maintenance personnel, can be useful in diagnosing and correcting problems with the BV1250 unit.

The trap signal is sent to an NMS when an abnormality in the equipment or a change in status is detected by the BV1250 unit’s software. If the fault is of a critical nature, the equipment reboot processing is automatically started before sending the trap. When this occurs, the unit sends the trap message to the NMS during the system reboot.

A trap message is output using the fields shown in Table 3-1:

Table 3-1: Trap messages

Field Type Value

Version INTEGER O(SNMP-Version1)

community OCTET STRING “public”

enterprise OBJECT INDENTIFIER Object ID of BV1250

agent-addr NETWORK ADDRESS IP address of BV1250

generic-trap INTEGER 0(coldStart)

specific-trap INTERGER Fault number

time-stamp TimeTicks Time elapsed

variable-bindings VarBindList NULL

6(enterpriseSpecific)

community: The community name value is configured in the BV1250

unit’s office data file (OFDD.VHO). The default value in the OFDD.VHO file is “public”.

enterprise value: The enterprise value shows the object ID for a BV1250

unit, e.g. 1.3.6.1.4.1.666.90.3.3.1).

generic-trap: The cold start (coldStart) after the system startup causes

the trap value to be output as a generic-trap which is displayed as 0. Messages other than this generic output, such as fault, recovery, and report messages, are output as the enterprise Specific trap value which is displayed as a generic trap equal to 6.

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specific-trap number: See the list and descriptions of traps in Table 3-2 below.

time-stamp value: The time-stamp value corresponds to the system setting

for sysUpTime of the internet standard MIB (MIB2). This means that this value is not simply a date and time but uses a time-stamp value that indicates the time that has elapsed since the last unit initialization. This value is reported in units of 1/100 sec.

Table 3-2: Traps

Event Display

Equipment

Name

Details Fault

Trap?

Fault Code

(Specific Trap)

Recovery

Trap?

Recovery Code

(Specific Trap)

Comments and Corrective

Action

System

Flash memory

End of power-ON reboot

End of reset key reboot

End of shutdown Yes 16777728 No -- See Table 2.2, Code 00-02

End of command reboot

End of fault reboot Yes 16778240 No -- See Table 2.2, Code 00-04

Emergency maintenance mode startup

No office data Yes 16778752 No -- See Table 2.2, Code 00-06

Office data error Yes 16779008 No -- See Table 2.2, Code 00-07

Terminal information not registered

No system data Yes 16779520 No -- See Table 2.2, Code 00-09

System data error Yes 16779776 No -- See Table 2.2, Code 00-0A

PP category mismatch

No DNS data No -- No -- See Table 2.2, Code 00-OC

DNS data error Yes 16780544 No -- See Table 2.2, Code 00-OD

H.323 port No. error

Network address error

SOS call Yes 4096 No -- See Table 2.2, Code 00-10

CPU exception Yes 4352 No -- See Table 2.2, Code 00-11

K_fatal call Yes 4608 No -- See Table 2.2, Code 00-12

Infinite loop detected

Watch dog timeout Yes 5120 No -- See Table 2.2, Code 00-14

System message error

Flash memory mount fault

Flash memory write fault

Flash disk full Yes 16843275 No -- See Table 2.2, Code 01-02

Yes 16777216 No -- See Table 2.2, Code 00-00

Yes 16777472 No -- See Table 2.2, Code 00-01

Yes 16777984 No -- See Table 2.2, Code 00-03

Yes 1280 No -- See Table 2.2, Code 00-05

Yes 16779264 No -- See Table 2.2, Code 00-08

Yes 2816 No -- See Table 2.2, Code 00-OB

Yes 3584 No -- See Table 2.2, Code 00-OE

Yes 3840 No -- See Table 2.2, Code 00-OF

Yes 4864 No -- See Table 2.2, Code 00-13

Yes 5376 No -- See Table 2.2, Code 00-15

Yes 65547 No -- See Table 2.2, Code 01-00

Yes 65803 No -- See Table 2.2, Code 01-01

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Event Display

Equipment

Name

LANC LANC fault No -- No -- See Table 2.2, Code 02-00

SIO SIO fault Yes 196608 No -- See Table 2.2, Code 03-00

MTM Clock fault Yes 262144 Yes 268697600 See Table 2.2, Code 04-00

24V Power 24V power fault Yes 327680 Yes 268763136 See Table 2.2, Code 05-00

Fan Cooling fan fault Yes 393216 Yes 268828672 See Table 2.2, Code 06-00

TSW Loop test failed Yes 1048576-1048579 No -- See Table 2.2, Code 10-00

DPRAM Self diagnostic failed Yes 1179648 Yes 269615104 See Table 2.2, Code 12-00

PP-PKG PP fault (Health

VOICE (DSP)

FAX Fax communication

CCL

DNS

Details Fault

UPLINK fault No -- Yes 268566784 See Table 2.2, Code 02-01

Clock not set Yes 17039616 No -- See Table 2.2, Code 04—01

DTY command resent

check error).

Receive FIFO disconnected

Receive packet disconnected

Voice communications error

error

Communication error

GK Communication error

Trap?

Yes 17039872 No -- See Table 2.2, Code 04—02

Yes 1310720 Yes 269746176 See Table 2.2, Code 14-00

Yes 18874880 - 18874883 No -- See Table 2.2, Code 20-02

Yes 18875136 - 18875139 No -- See Table 2.2, Code 20-03

Yes 18875392 - 18875395 No -- See Table 2.2, Code 20-04

Yes 19923200 - 19923203 No -- See Table 2.2, Code 30-01

Yes 20971520-20971523

Yes 22020096 - 22020099 No -- See Table 2.2, Code 50-00

Yes 22020352 No See Table 2.2, Code 50-01

Yes 22020608 No -- See Table 2.2, Code 50-02

Fault Code

(Specific Trap)

or 20971775

Recovery

Trap?

No -- See Table 2.2, Code 40-00

Recovery Code

(Specific Trap)

Comments and Corrective

Action

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4. FAX Issues

In most circumstances, BV1250 fax communications are effective and error free. In some cases though, fax communications may be interrupted when there are high network loads.

This condition occurs because the network is not able to guarantee the timings stipulated in the ITU-T Rec. T.30 for fax communication. The chances that this will occur vary based upon type of G3 fax machines in use and the general configuration of the network.

If the automatic paper-cut function is activated on a thermal paper fax machine which has a small receive-memory capacity, this problem may become more noticeable. If possible, large-capacity plain-paper fax machine such as Oki’s Models OKIFAX2450 and OKIFAX5600, are recommended. Contact Oki’s offices for information regarding the characteristics to be selected in other types of fax machines,

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5. Fuse Replacement

The BV1250 unit has one fuse which is located in the rear panel of the base unit. The fuse protects the unit against over-voltages and power spikes. If the unit’s fuse should burn out, it must be replaced but first, the service person should attempt to diagnose the correct the underlying problem. This will usually have something to do with the power supply to the unit.

NOTE

Before replacing the fuse, turn the power to the unit OFF, taking care to use the Power-off procedure described in the BV1250 Installation Guide, Section 4.9.

To replace a fuse:

1. Unplug the unit’s power cord from the power outlet.

2. Pull the fuse holder assembly out from the rear panel of the unit.

3. Remove the fuse from the fuse holder and discard the failed fuse.

4. Replace the 7 x 30 fuse with a fuse of the same specification.

5. Reinsert the fuse into the fuse holder and reinstall the holder.

6. Reconnect the power cable plug to the power outlet, and turn the unit power

switch to the ON position.

7. Verify that the unit power is on and that the power-up cycle is correctly

completed as described in the BV1250 Installation Guide.

Figure 5-1: Fuse location

The table below describes the correct fuse type for the BV1250 unit.

Part Name Manufacturer Type

Fuse None 7x30

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6. Replacing the BV1250 Fan

The BV1250 unit fan provides cooling to the components contained in the base unit. If the fan should fail, the unit should immediately be turned off to prevent excessive heat build-up. The unit should not be power-up again until the fan has been replaced.

NOTE

Before replacing the fuse, turn the power to the unit OFF, taking care to use the Power-off procedure described in the BV1250 Installation Guide, Section 4.9.

To replace the BV1250 fan assembly:

1. Unplug the unit’s power cord from the power outlet.

2. Remove five screws securing Base Unit chassis cover.

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Figure 6-1: BV1250 chassis cover removal

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3. Slide the chassis cover back from the chassis until clear of the locking tab.

4. Lift chassis cover clear of chassis.

5. Store chassis cover in a safe location.

6. Remove the cable that interconnects Main board and fan.

7. Unscrew the four fan securing screws located on the bottom of the Base Unit’s and

remove the fan guard, fan, and fan fixing plate.

8. Reverse the process described in step 7 above to install the new fan subassembly.

9. Reconnect the fan connecting cable to the Main Board.

10. Reconnect the power cable plug to the power outlet, and turn the unit power switch to

the ON position.

11. Verify that the unit power is on and that the power-up cycle is correctly completed.

(See the section: Powering-up the BV1250 and Verify Operation, in the BV1250 Installation Guide, Section 4.8, for details.)

Part Name Drawing No. Manufacturer

BV1250 fan 270A2354P0001 Oki

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Figure 6-2: Fan assembly replacement

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7. Common Problems and Solutions

In this section some common problem conditions are described along with appropriate corrective action. Each item begins with a statement of symptoms and is followed by an explanation of the cause and actions that can be taken to resolve the difficulty.

IP Address Error (FXS, FXO and E&M/E&M-OD)

Symptom: After reboot the ALARM lamp is ON and ONLINE lamp is

flashing.

Cause: When a unit’s IP address, Gateway (Router) IP address and

Subnet Mask IP address do not belong to the same subnet, the OFDD.VHO file is overwritten with the unit’s default settings after issuing the OUP command.

Action: Follow the installation procedure to fully reconfigure the unit’s

OFDD.VHO file, correcting the unit’s addressing scheme. See BV1250 Installation Guide, Section 5.7, for details.

Date Error (FXS, FXO and E&M/E&M-OD)

Symptom: After reboot the ALARM light is ON and ONLINE lamp ON.

Cause: The unit’s NiCD battery has become depleted and the unit’s time

and date have reverted to the default settings.

Action: Follow the installation procedure for setting the unit’s time and

date. See BV1250 Installation Guide, Section 5.11, for details.

No Dial Tone, BUSY lamp ON (E&M/E&M-OD)

Symptom: No dial tone is heard when grabbing the E&M trunk form the

PBX. The unit’s BUSY lamp is ON.

Cause: Voice cabling problem.

Action: Check to see that the voice cabling conforms to the information

provided in the installation instructions. See BV1250 Installation Guide, Section 4.5, for details.

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No Dial Tone, BUSY lamp OFF (E&M/E&M-OD)

Symptom: No dial tone is heard when grabbing the E&M trunk form the

PBX. The unit’s BUSY lamp is OFF.

Cause: The unit’s TERMDLD and PBX trunk parameters are incorrectly

configured and the E&M cabling may be incorrect.

Action: Refer to the installation instruction and check the TERMDLD and

PBX trunk parameters. See BV1250 Installation Guide, Section

5.9, for details.

If the problem persists, check the E&M cabling to verify that it conforms to the installation instructions. See BV1250 Installation Guide, Section 4.5, for details.

Connected Call Dropped (E&M/E&M-OD)

Symptom: When calling a remote unit, the call is connected but is dropped

within couple of seconds.

Cause: It is likely that the unit and PBX trunk parameters are in conflict.

For example, the unit is configured for Immediate-start but the PBX trunk is configured for Delayed start.

Action: Refer to the installation instructions for configuring E&M trunk

parameters and correct conflicts between the PBX parameters (TERMDLD) and the unit’s trunk parameters. See BV1250 Installation Guide, Section 5.9.1, for details.

Unable to connect through PBX Type 1 (E&M/E&M-OD)

Symptom: Call cannot be connected with a unit that is connected through a

PBX using Type 1 start-up.

Cause: It is likely that the BV1250 base unit and the PBX using Type 1

start-up have not been installed so that they share a common ground.

Action: When installing a unit for use with a PBX Type 1 E&M interface

the BV1250 unit and the PBX must be connected to a common ground. Refer to the installation instructions to install the ground properly. See BV1250 Installation Guide, Section 4.5, for details.

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When calling, a fast busy tone is returned (FXS, FXO and E&M/E&M-OD)

Symptom: When calling a terminal connected through and E&M, FXS, or

FXO unit, a fast busy tone is returned and connection cannot be made.

Cause: The calling party's BV1250 unit is programmed with the

DNSSEANUM value set too high. The DNSSEANUM value (referred to as Remaining Digits in the DNS Connection Information Worksheet in the BV1250 Installation Guide) must be configured to match the smallest number of digits used for an Office Code in the network. The default value for this item is DNSSEANUM=2. If one or more Office Codes with single digits exist in the network, this problem is more likely to occur.

For example, if a called BV1250 unit has a single-digit office code and a caller dials the number, the calling BV1250 attempts to look for the DNS entry but searches for the first two matching digits. Since only one is present, the call cannot be processed.

Action: Check the DNSSEANUM value for calling BV1250 unit and

change it to match the smallest number of digits used for a network Office Code. See BV1250 Installation Guide, Appendix D, for details.

When calling, a fast busy tone is returned (FXS, FXO and E&M/E&M-OD)

Symptom: When calling a terminal connected through a unit, a fast busy tone

is returned and connection cannot be made.

Cause: The DNS.DAT has not been uploaded or has been uploaded using

an incorrect directory and/or filename.

Since the directory and filename parameters are case sensitive, this problem often results from entering parameters using the wrong character case during FTP uploads.

In the case of an FXS unit only, this condition can be easily checked by placing a call from one unit port to another. If a Ring Back Tone is returned, the DNS.DAT file for the unit has been correctly uploaded.

E&M units, must be checked manually.

Action: Upload the BV1250 unit’s DNS.DAT file again. If using FTP, use

care to properly enter all directory and filename parameters. See BV1250 Installation Guide, Section 5.10 and Appendix J, for details.

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Connection with a remote unit works some times and not at other times (E&M/E&M-OD)

Symptom: Sometimes a connection to the remote E&M unit can be made but

at other times the connection cannot be established. This is the case even when the unit on the remote side is not in use.

When no connection is made, units connected using Wink-start return a fast busy tone. Units connected using Immediate or Delayed-start return no activity.

Cause: When all ports are not connected from BV1250 unit to the PBX,

the unused ports have not been disabled in the unit’s OFDD.VHO file. If unused ports are not disabled, some calls to the unit may be erroneously routed through an unused port.

Action: Ensure that all unconnected ports are configured as disabled in the

unit’s OFDD.VHO file. See BV1250 Installation Guide, Section

5.9.1, for details.

When calling a unit, fast busy tone is returned and the BUSY lamp on the remote side is not illuminated (E&M/E&M-OD)

Symptom: When calling an E&M unit from either an FXS, FXO or E&M

unit, a fast busy tone is returned. The remote E&M unit’s busy lamp is not illuminated.

Cause: The calling unit’s DNS.DAT file is correctly configured with the

office code for the called unit, but the called E&M unit’s HNTPN (Hunt Pattern) Office Code parameter code parameter is incorrect. The HNTPTN Called Number parameter must match the DNS.DAT connection information number Office Code.

Action: Correct the HNTPTN parameter for the called unit so that the

Office Code matches the calling unit’s DNS.DAT Connection Information entry for the Called Number. See BV1250 Installation Guide, Section 5.9.1 and Appendix D, for details.

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Called PBX returns a busy tone1 (E&M/E&M-OD)

Symptom: Call to E&M unit from a another unit cannot be connected. A

busy tone is returned.

Cause: Called unit’s Delete Digits parameter incorrectly configured. The

Delete Digits parameter (TGNPRIORITY) in the unit’s OFDD.VHO must match the number of digits making up the Office Code for the PBX to which the unit is connected.

Action: Correct the TGNPRIORITY Delete Digits parameter so that it

matches the number of digits making up the Office Code of the PBX to which the unit is connected. See BV1250 Installation Guide, Section 5.9.1, for details.

When calling a remote unit, BUSY lamp illuminates and fast busy is returned or there is not activity (E&M/E&M-OD)

Symptom: When calling an E&M unit connected to a PBX using Wink-start

from an FXS, FXO, or E&M unit, the called unit’s BUSY lamp illuminates and a fast busy tone is returned. When calling an E&M unit connected to a PBX using Immediate or Delayed-start, no activity occurs.

Cause: This may be due to incorrect cabling at the unit side or the PBX

side.

Action: Inspect the cable connections at the unit and at the PBX. Correct

any cabling errors. See BV1250 Installation Guide, Section 4.5, for details.

LINK lamp not illuminated when LAN cable is connected and connection is active (FXS, FXO and E&M/E&M-OD)

Symptom: When a LAN connection is made between the unit and LAN and

communication is attempted, the LINK lamp does not illuminate.

Cause: It is possible that the wrong cable type is being used. A CAT5

Straight cable must be used to interconnect a BV1250 unit with a hub/switch. A CAT5 Cross/Rollover cable must be used to interconnect a BV1250 unit with a router.

Action: Check cable type and correct if necessary. See BV1250

Installation Guide, Section 4.5.3, for details.

Return may vary depending on PBX type.

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Network connection not working when using Telnet & File Transfer Protocol (FXS, FXO and E&M/E&M-OD)

Symptom: Cannot communicate with unit through a Telnet/FTP connection.

Cause: The power to the unit is not turned ON. Also, the unit IP address

is incorrect and/or the computer and unit are not configured as members of the same domain (Gateway and subnet addresses.) Finally, if communicating across a firewall, the Telnet/FTP requests the Firewall restrictions parameter is not selected.

Action: Turn the unit’s power ON. Also, check the IP addressing scheme

for the computer host settings and the unit and correct them if necessary. See BV1250 Installation Guide, Section 5.7, for details.

Finally, if a firewall is present, configure the Telent/FTP requests for Firewall restrictions. See BV1250 Installation Guide, Appendix G for details.

Outgoing calls okay, but incoming calls are restricted (FXS, FXO and E&M/E&M-OD)

Symptom: Units connected to the network through an Ethernet switch using

an ARP cache outgoing calls can be placed but cannot receive incoming calls.

Cause: If an Ethernet switch using an ARP cache is configured with a

refresh rate that is shorter than that of the routers used to connect network workgroups, the switch may not be able to accept the incoming data and forward it to the correct node.

Action: Reconfigure the Ethernet switch ARP cache table refresh rate so

that it is longer than the router ARP table refresh rate. See the Router’s documentation for details.

Unit installed a far end of network cannot make or receive calls (FXS, FXO and E&M/E&M-OD)

Symptom: Even after checking all cabling and network connectivity, it is not

possible to setup calls. The problem unit is located on a branch at the far end of the network.

Cause: The unit’s gateway address represents the network’s main router,

but there is another router that is closer.

Action: Change the unit’s gateway address to that of the router that is

closest to the unit. See BV1250 Installation Guide, Appendix G, for details.

This conditions will not occur if a hub is used as the connection point for BV1250 units.

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Calls and fax communications for units communicating with the network through a Firewall are erratic or cannot be setup (FXS, FXO, and E&M/E&M-OD)

Symptom: Cabling and network connectivity have been checked for proper

operation but calls and faxes cannot be setup. The unit(s) are connected to the WAN through a Firewall.

Cause: Routing a BV1250 network through a Firewall installation

requires that the Firewall be specifically configured to allow BV1250 unit TCP/UDP port communication in both directions

Action: See BV1250 Installation Guide, Appendix G, for details and

verify that the Firewall is properly configured. Also see below.

Ensure that the source port on the firewall is configured as ANY (Random) and that the destination port is fixed according to the table shown below.

The following rules apply to Firewall port configuration.

• TCP/UDP ports used by BV1250 must be opened in

Firewall rules.

• Ports must be opened for both input and output detection.

• Source ports for TCP/UDP packets must be configured as

Random port numbers.

When installing the BV1250 network within a firewall, voice and fax packets must be routed through specified firewall ports using the information in the following table.

Table 7-1: Firewall port configuration

Port Type Source Port Destination Port Notes

TCP Any / Random 1720 Used for Q.931 TCP Any / Random 1721 Used for H.245 TCP Any / Random 1722 Used for H.245 TCP Any / Random 1723 Used for H.245

TCP Any / Random 1724 Used for H.245 UCP Any / Random 5004 Used for RTP UCP Any / Random 5005 Used for RTCP UCP Any / Random 5006 Used for RTP UCP Any / Random 5007 Used for RTCP UCP Any / Random 5008 Used for RTP UCP Any / Random 5009 Used for RTCP UCP Any / Random 5010 Used for RTP UCP Any / Random 5011 Used for RTCP UCP Any / Random 1718 Used for RAS (When gatekeeper used) UCP Any / Random 1719 Used for RAS (When gatekeeper used)

The values in Table 7-1 are default values and can be modified using the MCS Call Control folder.

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Voice volume too low or voice is distorted and has echo (FXS, FXO, and E&M/E&M-OD)

Symptom: When using the telephone set, the vice volume is too low or the

voice sounds distorted and has echo.

Cause: The gain setting parameter (PAD-VALUE) in the unit’s

OFDD.VHO file is incorrectly configured.

Action: If the voice volume is too low, increase the PAD setting to

increase gain. If the voice sounds distorted and has echo, reduce the PAD value. See BV1250 Installation Guide, Appendix F, for details.

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On-line Command Reference

The on-line commands described in this reference allow remote control of the BV1250 through a simple text line interface. For experienced users, this interface can be used to quickly configure and manage BV1250 units installed in a network.

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1. Command Reference Overview

When using a Telnet or LAN connection, these commands can be entered using a simple VT100 compatible terminal or terminal window (e.g. The Terminal Mode window in the Maintenance Console Software).

In addition, these commands make it possible for programming personnel to integrate BV1250 IVG control and management functions into legacy Network Management Systems.

This reference is divided into the following sections.

1. Command Overview

2. List of Utility Commands

3. Common Errors for Maintenance Commands

4. Command List

5. Command Descriptions

The command descriptions presented in this document are intended for the use of persons experienced in line command interfaces. Below are some important notes regarding the conventions used in this document and the use of the on-line commands.

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1.1 Command Descriptions

The command descriptions provided in Section 5 of this document are organized in the following manner.

Title: Includes the command item identifier number and command(s)

to be described.

Class: The class in which the command is grouped.

Function: The general function of the command.

Characteristics: Description of the function of the command including any input

parameters (P1, P2, P3, etc.) if required, and the output of the command.

When necessary, the Input Parameter(s) and Output sections may include additional description and explanation of the data.

Access: The methods of access (RS-232C and/or LAN) through which

the command(s) can be transmitted.

Examples: Provides practical examples of the command(s), including inputs

Errors: Description of the command specific error that may be returned

1.2 ACT and SBY

In most cases, the SET, GET, and RST (Reset) argument is used to enter one or more configuration parameters into a BV1250 unit. When these commands are used, two values are returned through the on-line interface. These are the ACT value and the SBY value.

ACT: The ACT value stands for Active and refers to the value that is currently

configured and in use within the unit.

SBY: The SBY value stands for the new value that has been entered using the

SET command but has not yet been written (backed-up) to the unit’s internal memory using the OUP command.

All parameters entered using the on-line commands must be written to the unit using the OUP command before they can take effect. Rebooting or power cycling a unit before the OUP command is issued will cause all SBY values to be lost.

When one or more parameters are not changed the SET and GET commands will return identical ACT and SBY values for all unchanged parameters.

and outputs.

by the command and typical remedies for the error condition.

The GET argument returns ALL unit information for the specified command. In most cases where the P1 Set

parameter refers to a port or index number, appending the P1 parameter to the GET command will limit the information returned to the specified item.

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1.3 Command Examples

Command inputs, prompts, and return messages are displayed throughout this document in a fixed Courier font.

All command examples are presented in a format that emulates the way in which the data entry and command returns will actually appear on a terminal screen. For the purposes of clarity, the command information to be entered by the user is underscored.

The screen prompt for all commands is an # symbol, indicating that the system is ready to accept the next user input.

NOTE

All command are case sensitive!

1.4 Parameter Notation

In the command descriptions, input parameters are indicated by the letter P and a number indicating the order in which the parameter is entered in the command line, e.g. P1, P2, and P3.

In some cases, when describing a command in which an alpha /numeric input is required, the input requirements are indicated in the following manner.

Numeric = Parameter indicated as nnnnnnnn, where n is a number and

the total or maximum number of digits is represented. In some cases the # and * may be permitted. This is noted when applicable.

Alpha/numeric = Parameter indicated by alphanumeric string in lower case

letters, where the input string may include any numeric or alpha characters. See parameter description for conditions.

1.5 Response Messages

There are two types of response messages (end of command messages): Normal and Abnormal.

Normal

A normal end-of-command message appears in the following example.

Example:

XXXXXXXX Command End. [Tue Jan 27 17:00:23 1998] (Command Name) (Day Month Date Time (Hour: Minute: Second) Year) #

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Abnormal

In the following example, the message output indicates that the system could not execute the command and that a problem exists with the command syntax or the equipment itself.

Example:

XXXXXXXX Command Error(nnn-nn) End. (Command Name) (Error no. + Parameter no.) [Tue Jan 27 17:00:23 1998] (Day Month Data Time (Hours: Minutes: Seconds)Year) #

When this occurs and the cause of the error is the parameter entered, the output shows an error number and the parameter number that caused this error.

If there was no parameter, the parameter number is returned as 00 (nnn-00).

If too few parameters were entered, the parameter number returned is the number of input parameters plus 1.

If too many parameters were entered, the parameter number returned is the maximum number of the parameters that can be input.

1.6 Continuous Mode and Page Mode Display

Some commands (e.g. Report commands such as ELOG, HIST, and TRF) will produce lengthy returns. When the terminal display is configured for Continuous mode, the information at the top of the output message may be scrolled off the screen.

Use the SET-LIST-MOD to change the List Mode from Continuous to Page display. This will cause the output to be paused when the screen display becomes full. The output to the screen can then be controlled by the user. See the SETLIST-MOD command in the Commands Description section of this document for more information.

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2. Utility Commands

The Utility commands (pSH) used in the maintenance of the BV1250 IVG are listed in alphabetical order in Table 2-1 . In addition, the access authorization level required to use these commands is indicated the Access column.

Table 2-1: Utility Commands

Item

Command

Name

arp

cat

cdmount

clear

cmp

date

echo

setenv

getid

getpri

head

help

ifconf

kill

mkdir

mkfs

mount

netstat

pcmkfs

pcmount

ping

popd

pushed

pwd

Summary

Command to set, delete and display ARP table information M

Join and output file command M

Change directory command M

Command to mount CD-ROM file system --

Clear terminal screen command U and M

Command to compare two files in unit of byte --

Copy file command --

Display disk condition of use command --

Date and time set/display command --

Command to output augments to standard output --

Command to set environment variables --

Command to get user ID and group ID from Network File System (NFS) --

Task priority display command --

Command to display the number of digits at the head of a file M

Command FNC output function U and M

Command to set network interface parameter --

Forced end of a task command M

Directory content display command M

Make directory command --

Make system file command --

System file mount command --

Move file or change file name command --

Network status display command M

Make MS-DOS file system command --

MS-DOS file system mount command --

Command to send packet to network host U and M

Pop directory stack command --

Push directory stack command --

Current directory display command M

Access

(U=User,

M=Maintenance)

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Item

Command

Name

resume

rmdir

route

setid

setpri

sleep

suspend

sync

tail

touch

unmount

nfsmount

Summary

Resume command --

Delete file command --

Delete directory command --

Command to manually operate a routing table --

Command to set user ID and group ID to NFS (Network File System)

Set task priority command --

Command to sleep execution of process of a specified time --

Command to do a task in the suspended state --

Command to forcibly write a modified block in disk --

Display file tail command --

Command to update file access time and corrected time --

Unmount file system command --

Mount network file system command --

Access

(U=User,

M=Maintenance)

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3. Common Error Numbers for Maintenance Commands

Table 3.1 shows a list of common error numbers for maintenance commands.

Table 3-1: Common Error Numbers

Error No. Error Name Error Details

0013 Parameter number error Too few or too many parameters

0015 Parameter expression format error Improper characters used

Values out of range

Equipment name error

0016 Parameter digits number error Too few or too many characters or digits in the parameter

0018 Execution level error Login password authorization level will not allow

0020 Command busy error Command being executed

0021 Command execute error This command is not needed. Check version or type.

0022 Line package is not installed Install Line Package

0023 Line package is failed Check version or line package type

command execution

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4. Command Summaries

BV1250 On-line commands grouped by type are summarized in Table 4.1.

Table 4-1: Command Summaries

Equipment Commands (1-1 to 1-19)

No. Name Function Argument Format Parameters

1-1

1-2

1-3

1-4

1-5

1-6

1-7

1-8

1-9

1-10

1-11

1-12

AREA

AUDIO-CAP

DNS-IP

DNS-SERNUM

DNS-TIME

DNS-VER

EMAIL-ADR

FAN-FLT

GK-IP

GW-IP

MAC-ADR

Tone source Set

Get

BV1250 audio capabilities configuration

DNS IP address Set

DNS search start digits Set

DNS access time Set

DNS version Set

BV1250 e-mail address(es)

BV1250 Fan Fault configuration

Gatekeeper IP address Set

Gateway IP address Set

BV1250 equipment IP address

BV1250 MAC address Get

Set

Get

Reset

Get

Reset

Get

Set

Get

Reset

Set

Get

Reset

Get

Reset

Set

Get

SET-AREA

GET-AREA

SET-AUDIO-CAP

GET- AUDIO-CAP

RST- AUDIO-CAP

SET-DNS-IP

GET-DNS-IP

RST-DNS-IP

SET-DNS-SERNUM

GET-DNS-SERNUM

SET-DNS-TIME

GET-DNS-TIME

SET-DNS-VER

GET-DNS-VER

SET-EMAIL-ADR

GET-EMAIL-ADR

RST-EMAIL-ADR

SET-FAN-FLT

GET-FAN-FLT

SET-GK-IP

GET-GK-IP

RST-GK-IP

SET-GW-IP

GET-GW-IP

RST-GW-IP

SET-IP

GET-IP

GET-MAC-ADR

P1=Area class

None

P1= High priority setting (1 to 3)

P2 = Low priority setting (1 to 3)

None

P1=IP address 1 priority 1 P2=IP address 2 priority order 2 P3=IP address 3 priority order 3

None

P1=Count of DNS search start digits

None

P1=Start time (time of day)

P2=Access period (hours)

None

P1=DNS version

None

P1= Primary e-mail address

P2 = Secondary e-mail address

None

P1= 0: cease call processing, 1: continue call processing

None

P1=Gatekeeper IP address priority 1 P2=Gatekeeper IP address priority 2

None

P1=Gateway IP address priority 1 P2=Gateway IP address priority 2

None

P1=IP address

None

Optional

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Table 4-1: Command Summaries (Continued)

No. Name Function Argument Format Parameters

1-13

1-14

1-15

1-16

1-17

1-18

1-19

RX-BUFFER

SMTP-ADR

SNMP-TRPDST

TONE

TRP-COMMU

VBM-DOMAIN

VBM-SUBNET

BV1250 recovery buffer configuration

BV1250 SMTP addresses. Set

Community name when sending a trap

Frequencies and interval values of audible tones

Community name when trap is sent

BV1250 domain name Set

BV1250 subnet mask (address also appears when confirmed)

Set

Get

Reset

Set

Get

Reset

Set

Get

Set

Get

Reset

Set

Get

SET-RX-BUFFER

GET-RX-BUFFER

SET-SMTP-ADR

GET-SMTP-ADR

RST-SMTP-ADR

SET-SNMP-TRPDST

GET-SNMP-TRPDST

RST-SNMP-TRPDST

SET-TONE

GET-TONE

SET-TRP-COMMU

GET-TRP-COMMU

SET-VBM-DOMAIN

GET-VBM-DOMAIN

RST-VBM-DOMAIN

SET-VBM-SUBNET

GET-VBM-SUBNET

P1= Max. buffer size

P2 = Start recovery parameter

P3 = End recovery parameter

None

P1= Primary SMTP address

P2 = Secondary SMTP address

None

P1=Trap IP 1 P2=Trap IP 2 P3=Trap IP 3

None

P1=Tone Type (1 to 8) P2=Tone Type (1 to 17 and 100) P3=Customized tone parameter

None

P1=Community name

None

P1=BV1250 domain name

None

P1=BV1250 subnet mask

None

Maintenance Console Commands (2-1 to 2-6)

No. Name Function Argument Format Parameters

2-1

2-2

2-3

2-4

2-5

2-6

DIFF

HELP

LOGOUT

LST-MOD

PASS-M

PASS-U

ACT/SBY difference Get

MCS command help Get

MCS Logout Set

Display mode Set

Get

Maint. Password Set

User password Set

DIFF

Help or ?

LOGOUT

SET-LST-MOD

GET-LST-MOD

SET-PASS-M

SET-PASS-U

None

P1=Command name

None

P1=Display mode Continuous/Page

None

None (Dialog)

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Table 4-1: Command Summaries (Continued)

Numbering Plan Commands (3-1 to 3-14)

No. Name Function Argument Format Parameters

3-1

3-2

3-3

3-4

3-5

3-6

3-7

3-8

3-9

ACPOSI

DAYNIGHT

Voice/fax code position Set

Day and night call patterns Set

(FXO Only) Get

DID-ID

DISA parameters Set

(FXO Only) Get

DID-ID-NO

DISA password Set

(FXO Only)

DIL

DIL phone numbers Set

(FXO Only)

FAXSP

HNT

Fax access code Set

Terminal hunt group Set

(FXS Only)

HNTPTN

(EM/FXO Only)

PRE

Hunt pattern and destination number

Office code Set

Get

Reset

Get

Reset

Get

Reset

Get

Reset

Get

Reset

Set

Get

Reset

Get

Reset

SET-ACPOSI

GET-ACPOSI

SET-DAYNIGHT

GET-DAYNIGHT

RST-DAYNIGHT

SET-DID-ID

GET-DID-ID

SET-DID-ID-NO

GET-DID-ID-NO

RST-DID-ID-NO

SET-DIL

GET-DIL

RST-DIL

SET-FAXSP

GET-FAXSP

RST-FAXSP

SET-HNT

GET-HNT

RST-HNT

SET-HNTPTN

GET-HNTPTN

RST-HNTPTN

SET-PRE

GET-PRE

RST-PRE

P1=Dial location

None

P1=Change type P2= Pattern number or date P3=day period or Pattern number

P1=Change type P2=Pattern no.

P1=Port number P2=0 (Off) or 1 (On)

P1=Port number

P1=Port number P2=No (password code)

P1=Port number

P1=Port number P2=Daytime number P3=Nightime number

P1=Port number

P1=Access code number

None

P1=Terminal hunt group number

P2=Port number

P3=Port number

P4=Port number

P5=Port number

P1=Terminal hunt group number

P1=Index number

P2=Hunt pattern number

P3=Destination number

P4=Response time

None

P1=Index number

P1=Intra-office number

None

Optional

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Table 4-1: Command Summaries (Continued)

No. Name Function Argument Format Parameters

3-10

3-11

3-12

3-13

3-14

RES-NO

Restriction code Set

(FXO Only) Get

SPD

Speed dial numbers Set

(FXO Only)

TGN

Trunk group numbering Set

(EM/FXO Only)

TRKROU

Trunk hunt routing priority Set

(EM/FXO Only)

VOICESP

Voice access code Set

Reset

Get

RST

Get

Reset

Get

Reset

SET-RES-NO

GET-RES-NO

RST-RES-NO

SET-SPD

GET-SPD

RST-SPD

SET-TGN

GET-TGN

SET-TRKROU

GET-TRKROU

RST-TRKROU

SET-VOICESP

GET-VOICESP

RST-VOICESP

P1=Restricted digits

None

P1=Restricted digits

P1=Speed dial code (1-20)

P2=Telephone number

P1=Speed dial code

P1=Trunk group number

P2=Deleted digits in called number

P1=Trunk group number

P1=Hunt pattern number

P2=Priority

P3=Trunk group number

P1=Hunt group number

P1=Priority P2=Priority

P1=Access code number

None

Line Information Commands (4-1 to 4-10)

No. Name Function Argument Format Parameters

4-1

AGC

BV1250 port AGC configuration

Set

SET-AGC

P1= Port number

P2= AGC disabled: 0, enabled: 1 P3= AGC level in dB (-60 to 3)

GET-AGC

SET-AP-SYSDLD

P1=Port number*

P1=Ringer frequency P2= Ringer interval

4-2

AP-SYSDLD

BV1250 AP ringer configuration

Get

Set

P3= Disconnect pulse signal

P4 = Disconnection type

GET-AP-SYSDLD

RST-AP-SYSDLD

SET-CO-TRMDLD

None

P1=Port number P2=Dial speed P3=Wink-start width

4-3

CO-TRMDLD

(FXO Only)

Get

Reset

Circuit download Set

P4=Speed record P5=Guard timing

4-4

DISC

Disconnection timer Set

(EM/FXO Only Get

Get

Reset

GET-CO-TRMDLD

RST-CO-TRMDLD

SET-DISC

GET-DISC

P1=Port number

P1=Disconnect time

None

Optional

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Table 4-1: Command Summaries (Continued)

No. Name Function Argument Format Parameters

4-5

4-6

4-7

4-8

4-9

4-10

DLD

(EM Only)

DTMF

LAW-FLG

PAD-VALUE

TERM

(FXS Only)

TRK

(EM/FXO Only)

Download value of

Set

individual trunk line

Get

Reset

Dial-tone detect/regen Set

Get

BV1250 A-law/M-law flag Set

Get

PAD In/Pad Out Set

Get

Individual line data Set

Get

Reset

All Trunk line information Set

Get

Reset

SET-DLD

GET-DLD

RST-DLD

SET-DTMF

GET-DTMF

SET-LAW-FLG

GET-LAW-FLG

SET-PAD-VALUE

GET-PAD-VALUE

SET-TERM

GET-TERM

RST-TERM

SET-TRK

GET-TRK

RST-TRK

P1=Port number P2=Dial delay P3=Wink-start width P4=Speed record P5=Guard timing

P1=Port number

P1=Port number P2=0 (None), 1 (Send), 2 (Rcv), 3 (Both)

P1=Port number

P1= 0: A-law, 1: M-law

P1=Port number P2=PAD In (UP) value P3=PAD Out (DOWN) value

P1=Port number

P1=Port number P2=Extension no. P3=Terminal category P4=Extension class (fixed)

P1=Port number

P1=Port number P2=Trunk group number P3=Line type

P1=Port number*

P1=Port number

Management Commands (5-1 to 5-2)

No. Name Function Argument Format Parameters

5-1

USA

Unit status information

Display

USA

Specifies output format (ASCII/Hex)

display

5-2

VER

Version display Display

VER

(Displays system version)

Report Commands (6-1 to 6-5)

No. Name Function Argument Format Parameters

6-1

6-2

6-3

6-4

6-5

ELOG

ELOG-CLR

HIST

HIST-CLR

TRF

Fault log Get

Clear fault log Reset

Call history Get

Clear call history Reset

Traffic Get

ELOG

ELOG-CLR

HIST

HIST-CLR

TRF

None

P1=Day

P1=Day P2=Port number

Optional

Unnecessary for EM

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Table 4-1: Command Summaries (Continued)

Maintenance Commands (7-1 to 7-6)

No. Name Function Argument Format Parameters

7-1

GENERATE-SYSD

7-2

7-3

7-4

7-5

7-6

SHUTDOWN

VOLINIT

DTY

OUP

REBOOT

Set system day and time Set

Generate new system file

Office data backup Set

Reboot Set

Shutdown Set

Initialize flash memory (Initialize)

DTY

GENERATE-SYSD

OUP

REBOOT

SHUTDOWN

VOLINIT

P1=Year (yyyy) P2=Month/day (mmdd) P3=Hour/minute (hhmm)

None

P1=Volume name

LAN Interface Commands (8-1 to 8-10)

No. Name Function Argument Format Parameters

8-1

FIREWALL-CHECK

8-2

8-3

8-4

8-5

8-6

8-7

8-8

8-9

8-10

CALL-PORT

H245-PORT

NOCTIME

RTCPINFO

RTP-HEAD

RTP-PORT

TEST-PORT

UPLINK

VOICECOND

Call signaling port number Set

Get

Check firewall

H.245 port number Set

Get

Call setup timeout Set

Get

RTCP information Get

Voice RTP protocol Set

Get

RTP starting port number Set

Get

Retrieve firewall port test Get

Uplink parameters Set

Get

Voice condition Set

Get

SET-CALL-PORT

GET-CALL-PORT

FIREWALL-CHECK

SET-H245-PORT

GET-H245-PORT

SET-NOCTIME

GET-NOCTIME

RTCPINFO

SET-RTP-HEAD

GET-RTP-HEAD

SET-RTP-PORT

GET-RTP-PORT

GET-TEST-PORT

SET-UPLINK

GET-UPLINK

SET-VOICECOND

GET-VOICECOND

P1=Call port number

None

P1=Firewall IP address

P1=H.245 port number

None

P1=Call setup timeout

None

P1=Port number

P1=Port number P2=RTP type (H.323 or Oki)

P1=Port number

P1=RTP port number

None

P1=Regular period P2=Error period P3= Number of errors to fail P4=Number of successes to recover

None

P1=voice condition parameter

None

FXO Interface Information Commands (9-1 to 9-3)

No. Name Function Argument Format Parameters

9-1

9-2

9-3

CO-ATDRP

(FXO Only) Get

DID-TIM

(FXO Only) Get

TONE-DET

(FXO Only)

CO auto-dropout time Set

DISA response time Set

Command to set FXO interface parameters

Optional

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Reset

Set

Get

SET-CO-ATDRP

GET-CO-ATDRP

RST-CO-ATDRP

SET-DID-TIM

GET-DID-TIM

SET-TONE-DET

GET-TONE-DET

P1=Dropout time (secs.)

None

P1=Response time (0-10 sec.)

None

P1=Tone detection type

P2= Tone detection time (0 is no detection)

None

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The BV1250 IVG On-line commands are listed alphabetically in the following table.

Table 4-2: Command List

Command Function Arguments No. Type

ACPOSI

AGC

AP-SYSDLD

AREA

AUDIO-CAP

CALL-PORT

CO-ATDRP

CO-TRMDLD

DAYNIGHT

DID-ID

DID-ID-NO

DID-TIM

DIFF

DIL

DISC

DLD

DNS-IP

DNS-SERNUM

DNS-TIME

DNS-VER

DTMF

DTY

ELOG

ELOG-CLR

EMAIL-ADR

FAN-FLT

FAXSP

FIREWALL-CHECK

GENERATE-

SYSD

GK-IP

GW-IP

H245-PORT

HELP

HIST

HIST-CLR

HNT

HNTPTN

Voice/fax code position

BV1250 Automatic Gain Control

BV1250 AP (FXS) ringer configuration

Tone source

BV1250 audio capabilities configuration

Call signaling port address

CO auto-dropout time (FXO)

Circuit download (FXO)

Day and night call patterns (FXO)

DISA parameters (FXO)

DISA password (FXO)

DISA response time (FXO)

ACT/SBY difference

DIL phone numbers (FXO)

Disconnection timer (EM/FXO)

Download value of individual trunk line (EM)

DNS IP address

DNS search start digit number

DNS access time

DNS version

Dial-tone detect/regenerate

Set system day and time

Fault log

Clear fault log

BV1250 E-mail addresses

BV1250 fan fault configuration

Fax access code

Check firewall

Generate new system file

Gatekeeper IP address

Gateway IP address

H.245 port address

MCS command help

Call history

Clear call history

Terminal hunt group (FXS)

Hunt pattern and destination number (EM/FXO)

BV1250 equipment IP address

Set, Get

Set, Get, Rst

Set, Get

Set, Get, Rst

Set, Get

Set, Get, Rst

Set, Get

Set, Get, Rst

Set, Get

Get

Set, Get, Rst

Set, Get

Set, Get, Rst

Set, Get

Set

Get

Rst

Set, Get, Rst

Set, Get

Set, Get, Rst

None

Set, Get, Rst

Set, Get

Get

Rst

Set, Get, Rst

Set, Get

3-1 Numbering Plan Command

4-1 Line information Command

4-2 Line information Command

1-1 Equipment Command

1-2 Equipment Command

.8-1 LAN Interface Command

9-1 FXO Interface Command

4-3 Line Information Command

3-2 Numbering Plan Command

3-3 Numbering Plan Command

3-4 Numbering Plan Command

9-2 FXO Interface Command

2-1 Maintenance Console Command

3-5 Numbering Plan Command

4-4 Line Information Command

4-5 Line Information Command

1-3 Equipment Command

1-4 Equipment Command

1-5 Equipment Command

1-6 Equipment Command

4-6 Line Information Command

7-1 Maintenance Command

6-1 Report Command

6-2 Report Command

1-7 Equipment Command

1-8 Equipment Command

3-6 Numbering Plan Command

8-2 LAN Interface Command

7-2 Maintenance Command

1-9 Equipment Command

1-10 Equipment Command

8-3 LAN Interface Command

2-2 Maintenance Console Command

6-3 Report Command

6-4 Report Command

3-7 Numbering Plan Command

3-8 Numbering Plan Command

1-11 Equipment Command

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LAW-FLAG

LOGOUT

LST-MOD

MAC-ADR

NOCTIME

OUP

PAD-VALUE

PASS-M

PASS-U

PRE

REBOOT

RES-NO

RTCPINFO

RTP-HEAD

RTP-PORT

RX-BUFFER

SHUTDOWN

SMTP-ADR

SNMP-TRPDST

SPD

TERM

TEST-PORT

TGN

TONE

TONE-DET

TRF

TRK

TRKROU

TRP-COMMU

UPLINK

USA

VBM-DOMAIN

VBM-SUBNET

VER

VOICECOND

VOICESP

VOLINIT

A-law/M-law setting

MCS Logout

Display mode

BV1250 MAC address

Call setup timeout

Office data backup

PAD In/Pad Out

Maint. Password

User password

Office code

Reboot

Restriction code (FXO)

RTCP information

Voice RTP protocol

RTP starting port address

BV1250 recovery buffer configuration

Shutdown

BV1250 SMTP addresses

Community name when sending a trap

Speed dial numbers (FXO)

Individual line data (FXS)

Retrieve firewall port test

Trunk group numbering (EM/FXO)

Audible tones configuration

FXO Interface parameters (FXO)

Traffic

All Trunk line information (EM/FXO)

Trunk hunt routing priority(EM/FXO)

Community name when trap is sent

Uplink parameters

Unit status information display

BV1250 domain name

BV1250 subnet mask

Version display

Voice condition

Voice access code

Initialize flash memory

Set, Get

Set

Set, Get

Get

Set, Get

Set

Set, Get

Set

Set, Get, Rst

Set

Set, Get, Rst

Get

Set, Get

Set

Set, Get, Rst

Get

Set, Get

Get

Set, Get, Rst

Set, Get

None

Set, Get, Rst

Set, Get

None

Set, Get

Set, Get, Rst

None

4-7 Line Information Command

2-3 Maintenance Console Command

2-4 Maintenance Console Command

1-12 Equipment Command

8-4 LAN Interface Command

7-3 Maintenance Command

4-8 Line Information Command

2-5 Maintenance Console Command

2-6 Maintenance Console Command

3-9 Numbering Plan Command

7-4 Maintenance Command

3-10 Numbering Plan Command

8-5 LAN Interface Command

8-6 LAN Interface Command

8-7 LAN Interface Command

1-13 Equipment Command

7-5 Maintenance Command

1-14 Equipment Command

1-15 Equipment Command

3-11 Numbering Plan Command

4-9 Line Information Command

8-8 LAN Interface Command

3-12 Numbering Plan Command

1-16 Equipment Command

9-3 FXO Interface Command

6-5 Report Command

4-10 Line Information Command

3-13 Numbering Plan Command

1-17 Equipment Command

8-9 LAN Interface Command

5-1 Management Command

1-18 Equipment Command

1-19 Equipment Command

5-2 Management Command

8-10 LAN Interface Command

3-14 Numbering Plan Command

7-6 Maintenance Command

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5. Command Descriptions

The command groups described in this section are:

5.1 Equipment Commands

5.2 Maintenance Console Commands

5.3 Numbering Plan Commands

5.4 Line Information Commands

5.5 Management Commands

5.6 Report Commands

5.7 Maintenance Commands

5.8 LAN Interface Commands

5.9 FXO Interface Commands

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BV1250 Technical Reference On-line Commands - Equipment

5.1 Equipment Commands

Equipment commands are used to configure a BV1250 unit’s Office Data file (OFDD.VHO). All parameters entered are displayed as SBY until they are backed-up in the unit using the OUP command and the unit is rebooted.

The following commands are described:

AREA (SET and GET)

1-1:

AUDIO-CAP (SET, GET, and RST)

1-2:

DNS-IP (SET, GET, and RST)

1-3:

DNS-SERNUM (SET and GET)

1-4:

DNS-TIME (SET and GET)

1-5:

DNS-VER (SET and GET)

1-6:

EMAIL-ADR (SET, GET, and RST)

1-7:

FAN-FLT (SET and GET)

1-8:

GK-IP (SET, GET, and RST)

1-9:

GW-IP (SET, GET, and RST)

1-10:

IP (SET and GET)

1-11:

MAC-ADR (GET)

1-12:

RX-BUFFER (SET and GET)

1-13:

SMTP-ADR (SET, GET, and RST)

1-14:

SNMP-TRPDST (SET, GET, and RST)

1-15:

TONE (SET and GET)

1-16:

1-17:

1-18:

1-19:

Revision 1.0 Page 21

TRP-COMMU (SET and GET)

VBM-DOMAIN (SET GET and RST)

VBM-SUBNET (SET and GET)

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Item 1-1:

CLASS

FUNCTION

CHARACTERISTICS

AREA (SET

Equipment command

Commands to set and get tone source class (zone) setting

SET-AREA

Writes a tone class (zone) setting to a BV1250 unit and displays current and new setting.

Input Parameter(s):

Output Parameter(s):

GET-AREA

Returns current Tone class setting.

Input Parameter(s):

Output Parameter(s):

GET)

and

P1 - Tone class input is entered as a 2 character string representing one of three possible settings;

US (United States), EU (European), and JP (Japan)

Displays current (ACT) and new (SBY) parameters for Tone class setting and individual parameters for the tone characteristics of tone settings

None

Displays current (ACT) and new (SBY) parameters for Tone class setting and individual parameters for the tone characteristics of tone settings

ACCESS

SET-AREA:

GET-AREA:

RS-232C and LAN

See Tone Setting Specifications in this reference.

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EXAMPLE(S)

SET-AREA nn

#SET-AREA US ACT Zone=JP SBY Zone=US 1 ACT_TONE_DT=1 SBY_TONE_DT=8 2 ACT_TONE_RBT=2 SBY_TONE_RBT=2 3 ACT_TONE_BT=3 SBY_TONE_RBT=3 4 ACT_TONE_DSC=3 SBY_TONE_DSC=3 5 ACT_TONE_SDT=4 SBY_TONE_SDT=4 6 ACT_TONE_CON=5 SBY_TONE_CON=5 7 ACT_TONE_ROT=6 SBY_TONE_ROT=100 CROT.TONE 8 ACT_TONE_HWT=7 SBY_TONE_HWT=7 ... SET-AREA Command End. [Thu Feb 12 17:00:23 1998] #

GET-AREA

#GET-AREA ACT Zone=JP SBY Zone=US 1 ACT_TONE_DT=1 SBY_TONE_DT=8 2 ACT_TONE_RBT=2 SBY_TONE_RBT=2 3 ACT_TONE_BT=3 SBY_TONE_RBT=3 4 ACT_TONE_DSC=3 SBY_TONE_DSC=3 5 ACT_TONE_SDT=4 SBY_TONE_SDT=4 6 ACT_TONE_CON=5 SBY_TONE_CON=5 7 ACT_TONE_ROT=6 SBY_TONE_ROT=100 CROT.TONE 8 ACT_TONE_HWT=7 SBY_TONE_HWT=7 ... GET-AREA Command End. [Thu Feb 12 17:00:23 1998] #

ERRORS

No. 0101:

Cause - Area class out of range.

Remedy - Correct value and retry

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Item 1-2: AUDIO

CLASS

FUNCTION

CHARACTERISTICS

SET-AUDIO-CAP

GET-AUDIO-CAP

RST-AUDIO-CAP

Equipment command

Command to set, get, and reset the audio capabilities used in unit voice transmission.

Input Parameter(s):

P1 - Input for high priority audio capability entered as a value of 1 to 3

P2 - Input for low priority audio capability entered as a value of 1 to 3

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters

Input Parameter(s):

None

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters

Input Parameter(s):

None

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters. high priority =1, low priority =2

-CAP (SET, GET,

Value Audio capability Bandwidth (kbps)

1 G.729A 8.0

2 G.723.1 6.3

3 G.723.1 5.3

and

RST)

ACCESS

SET-AUDIO-CAP:

RST-AUDIO-CAP:

GET-AUDIO-CAP:

RS-232C and LAN

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EXAMPLE(S)

SET-AUDIO-CAP n n

#SET-AUDIO-CAP 3 1 ACT Audio Capability=1 2 SBY Audio Capability=3 1 ...SET-AUDIO-CAP Command End. [Thu Jan 30 17:54:23 1999] #

GET-AUDIO-CAP

#GET-AUDIO-CAP ACT Audio Capability=1 2 SBY Audio Capability=3 1 ...GET-AUDIO-CAP Command End. [Thu Jan 30 17:54:23 1999] #

RST-AUDIO-CAP

#RST-AUDIO-CAP ACT Audio Capability=3 1 SBY Audio Capability=1 2 ...RST-AUDIO-CAP Command End. [Thu Jan 30 17:54:23 1999] #

ERRORS

No. 0101:

Cause - the value is out of range

Remedy - Correct value and retry

No. 0102:

Cause - P1 and P2 are duplicated

Remedy - Correct value and retry

No. 0103:

Cause - Value 2 and 3 are set same time

Remedy - Correct value and retry

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Item 1-3:

CLASS

FUNCTION

CHARACTERISTICS

DNS-IP (SET, GET,

Equipment command

Commands used to set, get, and reset the DNS IP address(s) of BV1250

SET-DNS-IP

Writes from 1 to 3 DNS IP address to a BV1250 unit and displays original and new addresses (maximum of 3).

Input Parameter(s):

Output Parameter(s):

GET-DNS-IP

Returns current DNS IP address(s) of a BV1250 (maximum of 3).

Input Parameter(s):

Output Parameter(s):

RST-DNS-IP

Resets the current DNS IP address(s) of a BV1250 to an unassigned state.

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - IP address for DNS 1. Input value entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation where the range is nnn when the IP address is nnn.nnn.nnn.nnn

P2 - IP address for DNS 2. Input value entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation where the range is nnn when the IP address is nnn.nnn.nnn.nnn

P3 - IP address for DNS 3. Input value entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation where the range is nnn when the IP address is nnn.nnn.nnn.nnn

Displays current (ACT) and new (SBY) parameters for each DNS address (DNS_IP_1, DNS_IP_2, etc.) in BV1250 where an unassigned DNS IP address values are displayed as ***.***.***.***.

None

Displays current (ACT) and new (SBY) parameters for each DNS address (DNS_IP_1, DNS_IP_2, etc.) in BV1250, reported in standard IP addressing format. Unassigned (reset) DNS IP address values are displayed as ***.***.***.***.

None

ACCESS

SET-DNS-IP:

GET-DNS-IP:

RST-DNS-IP:

RS-232C and LAN

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EXAMPLE(S)

SET-DNS-IP nnn.nnn.nnn.nnn

#SET-DNS-IP 133.149.216.103 133.149.216.104 133.149.216.105 ACT External DNS_IP_1=133.149.216.203 SBY External DNS_IP_1=133.149.216.103 ACT External DNS_IP_2=133.149.216.204 SBY External DNS_IP_2=133.149.216.104 ACT External DNS_IP_3=133.149.216.205 SBY External DNS_IP_3=133.149.216.105 ...SET-DNS-IP Command End. [Thu May 28 17:00:23 1996] #

GET-DNS-IP

#GET-DNS-IP ACT External DNS_IP_1=133.149.216.203 SBY External DNS_IP_1=133.149.216.103 ACT External DNS_IP_2=133.149.216.204 SBY External DNS_IP_2=133.149.216.104 ACT External DNS_IP_3=133.149.216.205 SBY External DNS_IP_3=133.149.216.105 ...GET-DNS-IP Command End. [Thu May 28 17:00:23 1996] #

RST-DNS-IP

#RST-DNS-IP ACT External DNS_IP_1=133.149.216.203 SBY External DNS_IP_1=***.***.***.*** ACT External DNS_IP_2=133.149.216.204 SBY External DNS_IP_2=***.***.***.*** ACT External DNS_IP_3=133.149.216.205 SBY External DNS_IP_3=***.***.***.*** ...RST-DNS-IP Command End. [Thu May 28 17:00:23 1996] #

ERRORS

No. 0101:

Cause - Error in format of DNS IP address

Remedy - Correct value and retry

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Item 1-4:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

DNS-SERNUM (SET

Equipment command

Commands to set and get the DNS search start digits number

SET-DNS-SERNUM

Writes a value (1 to 32) representing the number of digits required to start the telephone number to IP address translation look-up process in the DNS server/DNS.DAT.

Input Parameter(s):

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters as start digits 1 to 32

GET-DNS-SERNUM

Returns the current setting for the DNS start digits

Input Parameter(s):

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters as start digits 1 to 32

SET-DNS-SERNUM:

GET-DNS-SERNUM:

and

P1 - A number from 1 to 32.

None

RS-232C and LAN

GET)

EXAMPLE(S)

SET-DNS-SERNUM nn

GET-DNS-SERNUM

ERRORS

#SET-DNS-SERNUM 3 ACT Search Digits=2 SBY Search Digits=3 ...SET-DNS-SERNUM Command End. [Thu May 28 17:00:23 1996] #

#GET-DNS-SERNUM ACT Search Digits=2 SBY Search Digits=3 ...GET-DNS-SERNUM Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - Number out of range

Remedy - Correct value and retry

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Item 1-5:

CLASS

FUNCTION

CHARACTERISTICS

DNS-TIME (SET

Equipment command

Commands used to set and get DNS server time

SET-DNS-TIME

Writes access start time and access cycle time to the BV1250. Start time is the time at which the BV1250 will reinitialize its DNS cache. Cycle time is the period of time that will elapse (following the start time) until the cache is cyclically reinitialized

Input Parameter(s):

Output Parameter(s):

GET-DNS-TIME

Returns current DNS access and cycle time settings in the BV1250.

Input Parameter(s):

Output Parameter(s):

GET)

and

P1 - Start time is entered as a four digit number where the first two digits are for start hour and the

second two digits are minutes, e.g. hhmm

P2 - Access time is entered as a two digit value between 01 and 24 representing from 1 to 24 hours

Displays current (ACT) and new (SBY) parameters for DNS start and access times

None

Displays current (ACT) and new (SBY) parameters for DNS start and access times

ACCESS

SET-DNS-TIME:

GET-DNS-TIME:

EXAMPLE(S)

SET-DNS-TIME nnnn nn

GET-DNS-TIME

ERRORS

RS-232C and LAN

#SET-DNS-TIME 0915 12 ACT Start Time=00:00 ACT Time Interval to Update=24 SBY Start Time=09:15 SBY Time Interval to Update=12 ...SET-DNS-TIME Command End. [Thu May 28 17:00:23 1996] #

#GET-DNS-TIME ACT Start Time=00:00 ACT Time Interval to Update=24 SBY Start Time=09:15 SBY Time Interval to Update=12 ...GET-DNS-TIME Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - The DNS access start time out of range.

Remedy - Correct value and retry

No. 0102:

Cause - Access time out of range.

Remedy - Correct value and retry

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Item 1-6:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

DNS-VER (SET

Equipment command

Commands to set and get the DNS version number

SET-DNS-VER

Writes DNS version number to BV1250 and returns new version

Input Parameter(s):

Output Parameter(s):

GET-DNS-VER

Returns current DNS server version number

Input Parameter(s):

Output Parameter(s):

SET-DNS-VER:

GET-DNS-VER:

GET)

and

P1 - Input value entered as version number. Permissible values are 1 or 2 where 1 = BS1100 mode

and 2 = BS1200 mode

Displays current (ACT) and new (SBY) parameters returned as version numbers 1 or 2.

None

Displays current (ACT) and new (SBY) parameters returned as version numbers 1 or 2

RS-232C and LAN

EXAMPLE(S)

SET-DNS-VER n

GET-DNS-VER

ERRORS

#SET-DNS-VER 2 ACT DNS Version=1 SBY DNS Version=2 ...SET-DNS-VER Command End. [Thu May 28 17:00:23 1996] #

#GET-DNS-VER ACT DNS Version=1 SBY DNS Version=2 ...GET-DNS-VER Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - DNS version value has been set other than 1 to 2.

Remedy - Correct value and retry

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Item 1-7: EMAIL

CLASS

FUNCTION

CHARACTERISTICS

SET-EMAIL-ADR

GET-EMAIL-ADR

RST-EMAIL-ADR

Equipment command

Commands to set, get, and reset e-mail address for notification of unit events and alarms

Input Parameter(s):

P1 - Input for E-mail address 1, entered in standard mail address. (ex.BV1250@okint.com) max 64

P2 - Input for E-mail address 2, entered in standard mail address. (ex.BV1250@okint.com) max 64

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters

Input Parameter(s):

None

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters

Input Parameter(s):

None

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters as ***.***.***.***.

-ADR (SET, GET,

characters.

and

RST)

ACCESS

SET-EMAIL-ADR:

RST-EMAIL-ADR:

GET-EMAIL-ADR:

RS-232C and LAN

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EXAMPLE(S)

SET-EMAIL-ADR nnnnnnnnnnnnnnn nnnnnnnnnnnnnn

#SET-EMAIL-ADR Tokyo@oki.co.jp OOSAKA@oki.co.jp ACT EMAIL Address1=”Tokyo@okisiba.co.jp” SBY EMAIL Address1=”Tokyo@oki.co.jp” ACT EMAIL Address2=”OOSAKA@okisiba.co.jp” SBY EMAIL Address2=”OOSAKA@oki.co.jp” ...SET-EMAIL-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

GET-EMAIL-ADR

#GET-EMAIL-ADR ACT EMAIL Address1=”Tokyo@okisiba.co.jp” SBY EMAIL Address1=”Tokyo@oki.co.jp” ACT EMAIL Address2=”OOSAKA@okisiba.co.jp” SBY EMAIL Address2=”OOSAKA@oki.co.jp” ...GET-EMAIL-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

RST-EMAIL-ADR

#RST-EMAIL-ADR ACT EMAIL Address1=”Tokyo@okisiba.co.jp” SBY EMAIL Address1=”” ACT EMAIL Address2=”OOSAKA@okisiba.co.jp” SBY EMAIL Address2=”” ...RST-EMAIL-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

ERRORS

No. 0101:

Cause - Number of characters is out of range

Remedy - Correct value and retry

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Item 1-8: FAN

CLASS

FUNCTION

CHARACTERISTICS

SET-FAN-FLT

GET-FAN-FLT

ACCESS

SET-FAN-FLT:

GET-FAN-FLT:

Equipment command

Command to configure fan fault feature to cause unit to continue processing calls on fault or cease process calls on fault.

Input Parameter(s):

Output Parameter(s):

Input Parameter(s):

Output Parameter(s):

-FLT (SET

P1 - 0: no more calls will be processed, 1: calls will be processed

Displays current (ACT) and new (SBY) parameters

None

Displays current (ACT) and new (SBY) parameters

RS-232C and LAN

and

get

)

EXAMPLE(S)

SET-FAN-FLT n

GET-FAN-FLT

ERRORS

#SET-FAN-FLT 1 ACT FAN FLT=0 SBY FAN FLT=1 ...SET-FAN-FLT Command End. [Thu Jan 30 17:54:23 1999]

#GET-FAN-FLT ACT FAN FLT=0 SBY FAN FLT=1 ...GET-FAN-FLT Command End. [Thu Jan 30 17:54:23 1999] #

No. 0101:

Cause - P1 is out of range

Remedy - Correct value and retry

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Item 1-9:

CLASS

FUNCTION

CHARACTERISTICS

GK-IP (SET, GET,

Equipment command

Commands used to set, reset, and get IP address of Gatekeeper configured in a BV1250 unit.

SET-GK-IP

Writes Gatekeeper IP address(es) to a BV1250 unit

Input Parameter(s):

Output Parameter(s):

RST-GK-IP

Resets the current Gatekeeper IP address(es).

Input Parameter(s):

Output Parameter(s):

GET-GK-IP

Returns current Gatekeeper IP address(es) set in a BV1250 unit

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - Primary Gatekeeper IP address (Gatekeeper 1) entered in standard IP format which consists of

numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn). In the case of the BV1250 the Gateway address is usually the address of the Router to which the unit is connected

P2 - Optional secondary Gatekeeper IP address (Gatekeeper 2) entered in standard IP format which

consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn). In the case of the BV1250 the Gateway address is usually the address of the Router to which the unit is connected

Displays current (ACT) and new (SBY) parameters for Gatekeeper address(es) in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation where range of nnn when the IP address is nnn.nnn.nnn.nnn

None

Displays current (ACT) and new (SBY) parameters for Gatekeeper IP address where a deleted (reset) Gatekeeper address is shown as ***.***.***.***.

None

Displays current (ACT) and new (SBY) parameters for Gatekeeper address(es) in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range of nnn when the IP address is nnn.nnn.nnn.nnn)

ACCESS

SET-GK-IP:

RST-GK-IP:

GET-GK-IP:

RS-232C and LAN

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EXAMPLE(S)

SET-GK-IP nnn.nnn.nnn.nnn

#SET-GK-IP 172.17.68.199 172.17.68.198 Gatekeeper 1 ACT IP Address=***.***.***.*** SBY IP Address=172.17.68.199 Gatekeeper 2 ACT IP Address=***.***.***.*** SBY IP Address=172.17.68.198 ...SET-GK-IP Command End. [TUE May 25 12:41:09 1999 GW]

RST-GK-IP

#RST-GW-IP ACT_GK_IP=133.149.216.101 SBY_GK_IP=***.***.***.*** ...RST-GK-IP Command End. [Thu May 28 17:00:23 1996] #

GET-GK-IP

#GET-GK-IP Gatekeeper 1 ACT IP Address=***.***.***.*** SBY IP Address=***.***.***.*** Gatekeeper 2 ACT IP Address=***.***.***.*** SBY IP Address=***.***.***.*** Currentry NO Active Gatekeeper. ...GET-GK-IP Command End. [FRI May 21 16:50:32 1999 GW]

ERRORS

No. 0101:

Cause - Error in format of IP address

Remedy - Correct value and retry

No. 0102:

Cause - IP address 1 and 2 are duplicated.

Remedy - Correct value and retry

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Item 1-10:

CLASS

FUNCTION

CHARACTERISTICS

GW-IP (SET, GET,

Equipment command

Commands used to set, reset, and get Gateway IP address of BV1250

SET-GW-IP

Writes Gateway IP address to a BV1250 unit and displays new address

Input Parameter(s):

Output Parameter(s):

RST-GW-IP

Resets the current Gateway IP address.

Input Parameter(s):

Output Parameter(s):

GET-GW-IP

Returns current Gateway IP address of a BV1250.

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - Gateway IP address entered in standard IP format which consists of numeric values separated

by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn). In the case of the BV1250 the Gateway address is usually the address of the Router to which the unit is connected

P2 - Optional secondary Gateway IP address entered in standard IP format which consists of

Displays current (ACT) and new (SBY) parameters for Gateway address in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation where range of nnn when the IP address is nnn.nnn.nnn.nnn

None

Displays current (ACT) and new (SBY) parameters for Gateway IP address where a deleted (reset) Gateway address is shown as. ***.***.***.***.

None

Displays current (ACT) and new (SBY) parameters for Gateway address in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range of nnn when the IP address is nnn.nnn.nnn.nnn)

ACCESS

SET-GW-IP:

RST-GW-IP:

GET-GW-IP:

RS-232C and LAN

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EXAMPLE(S)

SET-GW-IP nnn.nnn.nnn.nnn

#SET-GW-IP 133.149.216.103 Gateway 1 ACT IP Address=133.149.216.101 SBY IP Address=133.149.216.103 ...SET-GW-IP Command End. [Thu May 28 17:00:23 1996] #

RST-GW-IP

#RST-GW-IP Gateway 1 ACT IP Address=133.149.216.101 SBY IP Address=***.***.***.*** ...RST-GW-IP Command End. [Thu May 28 17:00:23 1996] #

GET-GW-IP

#GET-GW-IP Gateway 1 ACT IP Address=133.149.216.101 SBY IP Address=133.149.216.103 ...GET-GW-IP Command End. [Thu May 28 17:00:23 1996] #

ERRORS

No. 0101:

Cause - Error in format of IP address

Remedy - Correct value and retry

No. 0102:

Cause - IP address 1 and 2 are duplicated.

Remedy - Correct value and retry

If IP address set to 0, an * is returned indicating that the address has not been set.

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Item 1-11: IP (

CLASS

FUNCTION

CHARACTERISTICS

SET-IP

GET-IP

Equipment command

Commands used to set and get IP address of BV1250

Writes IP address to a BV1250 unit and displays new address

Input Parameter(s):

Output Parameter(s):

Returns current IP address of a BV1250

Input Parameter(s):

Output Parameter(s):

SET

P1 - Input value entered in standard IP format which consists of numeric values separated by period

in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

Output values for current (ACT) and new (SBY) parameters displayed in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range of nnn when the IP address is nnn.nnn.nnn.nnn)

None

Returned values for current (ACT) and new (SBY) parameters displayed in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range of nnn when the IP address is nnn.nnn.nnn.nnn)

and

GET)

ACCESS

SET-IP:

GET-IP:

EXAMPLE(S)

SET-IP nnn.nnn.nnn.nnn

GET-IP

ERRORS

RS-232C and LAN

#SET-IP 133.149.33.23 ACT IP Address=133.149.33.2 SBY IP Address=133.149.33.23 ...SET-IP Command End. [Thu May 28 17:00:23 1996] #

#GET-IP ACT IP Address=133.149.33.2 SBY IP Address=133.149.33.23 ...GET-IP Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - Error in format of IP address

Remedy - Correct value and retry

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Item 1-12:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

EXAMPLE(S)

MAC-ADR(GET)

Equipment command

Command to get the MAC address of BV1250

GET-MAC-ADR

Returns MAC address of a BV1250

Input Parameter(s):

Output Parameter(s):

GET-MAC-ADR:

GET-MAC-ADR

#GET-MAC-ADR MAC Address=8:0:20:1f:d4:1e ...GET-MAC-ADR Command End. [Thu May 28 17:00:23 1996] #

None

Displays current MAC address in standard notation, e.g. 8:0:20:lf:d4:le

RS-232C and LAN

ERRORS

None

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Item 1-13: RX

CLASS

FUNCTION

CHARACTERISTICS

SET-RX-BUFFER

GET-RX-BUFFER

ACCESS

SET-RX-BUFFER:

GET-RX-BUFFER:

Equipment command

Command to set the unit receive buffer size and recovery parameters

Input Parameter(s):

Output Parameter(s):

Input Parameter(s):

Output Parameter(s):

-BUFFER (SET

P1 - Maximum receive buffer size entered as a value of 1 msec to 1920 msec

P2 - Start recovery entered as a value of 0 msec to 960 msec

P3 - End recovery entered as a value of 0 msec to 960 msec

Displays current (ACT) and new (SBY) parameters

None

Displays current (ACT) and new (SBY) parameters

RS-232C and LAN

and

GET)

EXAMPLE(S)

SET-RX-BUFFER nnnn nnn nnn

GET-RX-BUFFER

ERRORS

#SET-RX-BUFFER 1920 300 50 ACT RX BUFFER=1920 200 30 SBY RX BUFFER=1920 300 50 ...SET-RX-BUFFER Command End. [Thu Jan 30 17:54:23 1999] #

#GET-RX-BUFFER 1920 300 50 ACT RX BUFFER=1920 200 30 SBY RX BUFFER=1920 300 50 ...GET-RX-BUFFER Command End. [Thu Jan 30 17:54:23 1999] #

No. 0101:

Cause - Maximum receive buffer size is out of range

Remedy - Correct value and retry

No. 0102:

Cause - Start recovery is out of range

Remedy - Correct value and retry

No. 0103:

Cause - End recovery is out of range

Remedy - Correct value and retry

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Item 1-14:

CLASS

FUNCTION

CHARACTERISTICS

SMTP-ADR (SET, GET,

Equipment command

Set, get, and reset SMTP address(es) to be associated with unit.

SET-SMTP-ADR

Input Parameter(s):

Output Parameter(s):

GET-SMTP-ADR

Returns current for SMTP-server destination IP addresses in a BV1250 unit.

Input Parameter(s):

Output Parameter(s):

RST-SMTP-ADR

Resets SMTP-server destination IP addresses in a BV1250 unit.

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - Input for SMTP-server IP address 1, entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

P2 - Input for SMTP-server IP address 2, entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

Displays current (ACT) and new (SBY) parameters for SMTP-server IP addresses. Addresses displayed in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

None

Displays current (ACT) and new (SBY) parameters SMTP-server IP addresses. Addresses displayed in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

None

Displays current (ACT) and new (SBY) parameters for SMTP-server IP address(s) where the reset (deleted) SMTP-server IP address is shown as ***.***.***.***.

ACCESS

SET-SMTP-ADR:

RST-SMTP-ADR:

GET-SMTP-ADR:

RS-232C and LAN

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EXAMPLE(S)

SET-SMTP-ADR nnn.nnn.nnn.nnn nnn.nnn.nnn.nnn

#SET-SMTP-ADR 192.168.10.11 192.168.10.15 SMTP Address 1 ACT IP Address=192.168.10.23 SBY IP Address=192.168.10.11 SMTP Address 2 ACT IP Address=192.168.10.24 SBY IP Address=192.168.10.15 ...SET-SMTP-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

GET-SMTP-ADR

#GET-SMTP-ADR SMTP Address 1 ACT IP Address=192.168.10.23 SBY IP Address=192.168.10.11 SMTP Address 2 ACT IP Address=192.168.10.24 SBY IP Address=192.168.10.15 ...GET-SMTP-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

RST-SMTP-ADR

#RST-SMTP-ADR SMTP Address 1 ACT IP Address=192.168.10.23 SBY IP address=***.***.***.*** SMTP Address 2 ACT IP Address=192.168.10.24 SBY IP Address=***.***.***.*** ...RST-SMTP-ADR Command End. [Thu May 28 17:00:23 1999 GW] #

ERRORS

No. 0101:

Cause - Error in format of IP address

Remedy - Correct value and retry

No. 0102:

Cause - IP address 1 and 2 are duplicated

Remedy - Correct value and retry

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Item 1-15:

CLASS

FUNCTION

CHARACTERISTICS

SNMP-TRPDST (SET, GET,

Equipment command

Commands used to set, reset and get SNMP Trap destination of BV1250

SET-SNMP-TRPDST

Writes from 1 to 3 SNMP trap destination IP addresses to a BV1250 unit and displays new address. IP address set in the first parameter (P1) is of the highest priority

Input Parameter(s):

Output Parameter(s):

GET-SNMP-TRPDST

Returns current SNMP trap destination IP addresses in a BV1250 unit.

Input Parameter(s):

Output Parameter(s):

RST-SNMP-TRPDST

Resets SNMP trap destination IP addresses in a BV1250 unit.

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - Input for SNMP trap IP address 1, entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

P2 - Input for SNMP trap IP address 2, entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

P3 - Input for SNMP trap IP address 3, entered in standard IP format which consists of numeric

values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

Displays current (ACT) and new (SBY) parameters for SNMP trap IP addresses. Addresses displayed in standard IP format which consists of numeric values separated by period in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn)

None

Displays current (ACT) and new (SBY) parameters for SNMP trap IP address(s) where the reset (deleted) SNMP trap IP address is shown as ***.***.***.***.

ACCESS

SET-SNMP-TRPDST:

RST-SNMP-TRPDST:

GET-SNMP-TRPDST:

hecks for identical IP addresses are not performed in a parameter.

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RS-232C and LAN

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BV1250 Technical Reference On-line Commands - Equipment

EXAMPLE(S)

SET-SNMP-TRPDST nnn.nnn.nnn.nnn nnn.nnn.nnn.nnn.nnn.nnn.nnn.nnn

#SET SNMP TRPDST 133.149.216.103 133.149.216.104 133.149.216.105 ACT SNMP TRAP 1=133.149.216.203 SBY SNMP TRAP 1=133.149.216.103 ACT SNMP TRAP 2=133.149.216.204 SBY SNMP TRAP 2=133.149.216.104 ACT SNMP TRAP 3=133.149.216.205 SBY SNMP TRAP 3=133.149.216.105 ...SET-SNMP-TRPDST Command End. [Thu May 28 17:00:23 1996] #

RST-SNMP-TRPDST

#GET-SNMP-TRPDST

ACT SNMP TRAP 1=133.149.216.203 SBY SNMP TRAP 1=133.149.216.103 ACT SNMP TRAP 2=133.149.216.204 SBY SNMP TRAP 2=133.149.216.104 ACT SNMP TRAP 3=133.149.216.205 SBY SNMP TRAP 3=133.149.216.105 ...GET-SNMP-TRPDST Command End. [Thu May 28 17:00:23 1996] #

SET-SNMP-TRPDST

#RST-SNMP-TRPDST ACT SNMP TRAP 1=133.149.216.203 SBY SNMP TRAP 1=***.***.***.*** ACT SNMP TRAP 2=133.149.216.204 SBY SNMP TRAP 2=***.***.***.*** ACT SNMP TRAP 3=133.149.216.205 SBY SNMP TRAP 3=***.***.***.*** ...RST-SNMP-TRPDST Command End. [Thu May 28 17:00:23 1996] #

ERRORS

No. 0101:

Cause - Error in format of IP address

Remedy - Correct value and retry

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Item 1-16:

CLASS

FUNCTION

CHARACTERISTICS

TONE (SET

Equipment command

Commands to set and get frequencies and interval values of audible tones for a BV1250 unit

SET-TONE

Writes modification parameters (Tone, Frequency, Interval) to SET-AREA tone sets to a and displays current and new settings.

Input Parameter(s):

P1 Classification Name Symbol Application

1 Dial tone Dial tone DT Dial tone (Waiting to dial)

2 Connection tone Ring back tone RBT Calling the called party

3 Connection tone Busy tone BT Called party/Line busy

4 Connection tone Disconnect tone DSC Call end

5 Service tone Special dial tone SDT Receive number

6 Connection tone Connect tone CON Sending digits (Connecting)

7 Control tone Restricted Outward Tone ROT Connection control/Wrong dial

8 Control tone Howler tone HWT Telephone is off the hook

GET)

and

P1 - Tone type input as a value of 1 to 8 (See Tone Types in table below)

Table: Tone Types

BV1250

unit

P2 - Tone type input as a value of 0 to 17 and 100. See Tone Type tables at the end of this

command description

P3 - Input customize tone

Output Parameter(s):

Displays current (ACT) and new (SBY) parameters for Tone parameters in BV1250 unit

GET-TONE

BV1250

unit

BV1250

unit

ACCESS

Returns Tone parameters in

Input Parameter(s):

Output Parameter(s):

SET-TONE:

GET-TONE:

None

Displays current (ACT) and new (SBY) parameters for Tone parameters in

RS-232C and LAN

Use the SET-AREA command to write/initialize a base configuration (US, EU, JP) to the BV1250 unit, then use the SET_TONE command to modify individual tone settings. See Initial Tone Values table at the end of this command description.

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EXAMPLE(S)

SET-TONE n n n

# SET-TONE 1 8 1 ACT_TONE_DT=1 SBY_TONE_DT=8 ... SET-TONE Command End. [Thu Feb 12 17:00:23 1999] #

# SET-TONE 7 100 CROT.TONE 7 ACT_TONE_ROT=7 5 SBY_TONE_ROT=7 100 CROT.TONE ... SET-TONE Command End. [Thu Feb 12 17:00:23 1999] #

GET-TONE

# GET-TONE 1 ACT_TONE_DT=1 SBY_TONE_DT=8 2 ACT_TONE_RBT=2 SBY_TONE_RBT=2 3 ACT_TONE_BT=3 SBY_TONE_RBT=3 4 ACT_TONE_DSC=3 SBY_TONE_DSC=3 5 ACT_TONE_SDT=4 SBY_TONE_SDT=4 6 ACT_TONE_CON=5 SBY_TONE_CON=5 7 ACT_TONE_ROT=6 SBY_TONE_ROT=100 CROT.TONE 8 ACT_TONE_HWT=7 SBY_TONE_HWT=7 ... GET-TONE Command End. [Thu Feb 12 17:00:23 1999] #

ERRORS

No. 0101:

Cause - Audible tone class is out of range

Remedy - Correct value and retry

No. 0102:

Cause - Tone type class is out of range

Remedy - Correct value and retry

No. 0103:

Cause - Number of characters for customize file is out of range

Remedy - Correct value and retry

No. 0104:

Cause - Customize file is set

Remedy - P3=100 or customize file is not set

No. 0103:

Cause - Customize file is not set

Remedy - P3=0 to 17 or customize file is set

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Table: Tone Type Values

Value Default pattern Frequency (Hz) Type of

Modulation

0 None tone --- --- --- ---

1 JP-DT 400 Single -16 250(ON) 250(OFF)

2 JP-RBT 400/20 AM -13 1000(ON) 1000(OFF)

3 JP-BT,JP-DSC 400 Single -16 500(ON) 500(OFF)

4 JP-SDT 400 Single -16 120(ON) 120(OFF)

5 JP-CON,US-CON,EU-CON 1950 Single -20 120(ON) 120(OFF) 120(ON)

6 JP-ROT 400 Single -16 200(ON) 200(OFF) 200(ON)

7 JP-HWT,US-HWT,EU-HWT 2000 Single 0 100(ON) 100(OFF)

8 US-DT,US-DSC 350+440 Composite -13/-13 Continuous tone

9 US-RBT 440+480 Composite -19/-19 2000(ON) 4000(OFF)

10 US-BT 480+620 Composite -24/-24 500(ON) 500(OFF)

11 US-SDT 350+440 Composite -24/-24 120(ON) 120(OFF) 120(ON)

12 US-ROT 480+620 Composite -24/-24 250(ON) 250(OFF)

13 EU-DT 425 Single -16 Continuous tone

14 EU-RBT 425 Single -13 950(ON) 4000(OFF)

15 EU-BT,EU-DSC 425 Single -16 480(ON) 480(OFF)

16 EU-SDT 425+400 Composite -24/-24 Continuous tone

17 EU-ROT 950/1400/1800 AM -15 330(ON) 330(OFF) 330(ON)

Level

(dBm)

Interval(ms)

400(OFF)

120(OFF) 120(ON) 400(OFF)

1000(OFF)

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Table: Initial Tone Values

North American

Tone

Class

DT 350+440 Continuous tone -13/-13 1 8

RBT 440+480 2000 (ON) 4000 (OFF) -19/-19 2 9

BT 480+620 500 (ON) 500 (OFF) -24/-24 3 10

DSC 350+440 Continuous tone -13/-13 4 8

SDT 480+620 120 (ON) 120 (OFF)

CON 1950 120 (ON) 120 (OFF)

ROT 480+620 250 (ON) 250 (OFF) -24/-24 7 12

HWT 425 Continuous tone -16 8 7

Tone

Class

DT 400 250 (ON) 250 (OFF) -16 1 1

RBT 400/20 1000 (ON) 2000 (OFF) -13 2 2

BT 400 500 (ON) 500 (OFF) -16 3 3

DSC 400 500 (ON) 500 (OFF) -16 4 3

SDT 400 120 (ON) 120 (OFF) -16 5 4

CON 1950 120 (ON) 120 (OFF)

ROT 400 200 (ON) 200 (OFF) 200

HWT 2000 100 (ON) 100 (OFF) 0 8 7

Frequency Interval value (mSec) Level Parameter 1 Parameter 2

-24/-24 5 11

120 (ON) 120 (OFF)

120 (ON) 400 (OFF)

-20 6 5

120 (ON) 400 (OFF)

Japan

Frequency Interval value (mSec) Level Parameter 1 Parameter 2

-20 6 5

120 (ON) 400 (OFF)

-16 7 6

(ON)

400 (OFF)

European

Tone

Class

DT 425 Continuous tone -16 1 13

RBT 400 950 (ON) 4000 (OFF) -13 2 14

BT 425 480 (ON) 480 (OFF) -16 3 15

DSC 425 480 (ON) 480 (OFF) -16 4 15

SDT 425+440 0.12 (ON) 0.12 (OFF) -16/-16 5 16

CON 1950 120 (ON) 120 (OFF)

ROT 950/1400/1800 330(ON) 330(OFF) 330(ON)

HWT 2000 100 (ON) 100 (OFF) 0 8 7

Frequency Interval value (mSec) Level Parameter 1 Parameter 2

120 (ON) 400 (OFF)

1000(OFF)

Revision 1.0 Page 49

-20 6 5

-15 7 17

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On-line Commands - Equipment BV1250 Technical Reference

Item 1-17:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

TRP-COMMU (SET

Equipment command

Command to set and get community name for trap transmission

SET-TRP-COMMU

Writes a community name for trap transmission to a BV1250 unit and displays current and new name

Input Parameter(s):

Output Parameter(s):

GET-TRP-COMMU

Returns current community name for trap transmission.

Input Parameter(s):

Output Parameter(s):

SET-TRP-COMMU:

GET-TRP-COMMU:

GET)

and

P1 - Community name Input entered as a string of 1 to 8 characters

Displays current (ACT) and new (SBY) parameters for community name

None

Displays current (ACT) and new (SBY) parameters for community name

RS-232C and LAN

EXAMPLE(S)

SET-TRP-COMMU name

GET-TRP-COMMU

ERRORS

#SET-TRP-COMMU Name2 ACT Community Name for Trap Transmission=Name1 SBY Community Name for Trap Transmission=Name2 ...SET-TRP-COMMU Command End. [‘Thu May 28 17:00:23 1996] #

#GET-TRP-COMMU ACT Community Name for Trap Transmission =Name1 SBY Community Name for Trap Transmission=Name2 ...GET-TRP-COMMU Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - Community name exceeds maximum number of characters.

Remedy - Correct value and retry

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BV1250 Technical Reference On-line Commands - Equipment

Item 1-18:

CLASS

FUNCTION

CHARACTERISTICS

VBM-DOMAIN(SET, GET,

Equipment command

Commands to set, get, and reset domain name in a BV1250 unit.

SET-VBM-DOMAIN

Writes domain name to a BV1250 unit and displays new name

Input Parameter(s):

Output Parameter(s):

GET-VBM-DOMAIN

Returns current domain name a BV1250

Input Parameter(s):

Output Parameter(s):

RST-VBM-DOMAIN

Resets Domain name in a BV1250 unit to a null value

Input Parameter(s):

Output Parameter(s):

RST)

and

P1 - Domain name may consist of up to 63 alphanumeric characters (from Aa to Zz and 0 to 9), and

may use hyphen (-), underscores ( _ ), and periods (.). No spaces may appear in the name and uppercase letters and lower case letters are not differentiated. A name must start with an alpha character and may not end with a hyphen.

Output values for current (ACT) and new (SBY) parameters displayed for Domain name

None

Current (ACT) and new (SBY) parameters displayed for BV1250 Domain name

None

Displays current (ACT) and new (SBY) parameters for BV1250 Domain name where the reset (deleted) BV1250 Domain name is shown as

"".

ACCESS

SET-VBM-DOMAIN:

GET-VBM-DOMAIN:

RS-232C and LAN

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On-line Commands - Equipment BV1250 Technical Reference

EXAMPLE(S)

SET-VBM-DOMAIN

#SET-VBM-DOMAIN Tokyo.oki.co.jp ACT Domain Name=Tokyo. oki_siba.co.jp SBY Domain Name=Tokyo. oki.co.jp ...SET-VBM-DOMAIN Command End. [Thu May 28 17:00:23 1996] #

GET-VBM-DOMAIN

#GET-VBM-DOMAIN ACT Domain Name="Tokyo. oki_siba.co.jp" SBY Domain Name="Tokyo. oki.co.jp" ...GET-VBM-DOMAIN Command End. [Thu May 28 17:00:23 1996] #

RST-VBM-DOMAIN

#RST-VBM-DOMAIN ACT Domain Name="Tokyo.oki.co.jp" SBY Domain Name="" ...RST-VBM-DOMAIN Command End. [TUE May 25 13:11:16 1999 GW] #

ERRORS

No. 0101:

Cause - Error in format

Remedy - Correct format and retry

See SET-VBM-DOMAIN Input Parameter(s) P1 for acceptable format.

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Item 1-19:

CLASS

FUNCTION

CHARACTERISTICS

VBM-SUBNET (SET

Equipment command

Commands used set and get the subnet mask of BV1250

SET-VBM-SUBNET

Writes subnet address to a BV1250 unit and displays new address

Input Parameter(s):

Output Parameter(s):

GET-VBM-SUBNET

Returns current subnet address of a BV1250

Input Parameter(s):

Output Parameter(s):

GET)

and

P1 - Input value entered in standard IP format which consists of numeric values separated by period

in the range of 0 ~ 255 in decimal notation (Range is nnn when the IP address is nnn.nnn.nnn.nnn). The all 0 (zero) check of the subnet mask is not performed.

None

ACCESS

SET-VBM-SUBNET:

GET-VBM-SUBNET:

EXAMPLE(S)

SET-VBM-SUBNET nnn.nnn.nnn.nnn

GET-VGM-SUBNET

ERRORS

RS-232C and LAN

#SET-VBM-SUBNET 255.255.255.192 ACT_BV1250_SUBNET=255.255.0.0 SBY_BV1250_SUBNET=255.255.255.192 ...SET-VBM-SUBNET Command End. [Thu May 28 17:00:23 1996] #

#GET-VBM-SUBNET ACT_BV1250_SUBNET=255.255.0.0 SBY_BV1250_SUBNET=255.255.255.192 ACT_BV1250_IP=133.149.33.2 SBY_BV1250_IP=133.149.33.23 ...GET-VBM-SUBNET Command End. [Thu May 28 17:00:23 1996] #

No. 0101:

Cause - Error in format of subnet address

Remedy - Correct value and retry

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On-line Commands – Maint. Console BV1250 Technical Reference

5.2 Maintenance Console Commands

Maintenance Console commands are used to configure user access, manage on-line sessions, and obtain on-line help for commands.

The following commands are described:

DIFF

2-1:

HELP or ?

2-2:

LOGOUT

2-3:

LST-MOD (SET and GET)

2-4:

PASS-M (SET)

2-5:

PASS-U (SET)

2-6:

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BV1250 Technical Reference Command Reference – Maint. Console Commands

Item 2-1:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

EXAMPLE(S)

DIFF

Maintenance Console command

Command to display Active (Act) and Standby (SBY) configuration parameters recorded in Maintenance Console Software

DIFF

Displays difference between current (ACT) and new (SBY) configuration parameters

Input Parameter(s):

Output Parameter(s):

HELP or ?:

HELP or ?

#DIFF ACT_IP_ADR=133.149.33.2 SBY_IP_ADR=133.149.33.23 ACT_VBM_SUBNET=255.255.0.0 SBY_VBM_SUBNET=255.255.255.192 ACT_VBM_Domain=Tokyo.oki_siba.co.jp SBY_VBM_Domain=Tokyo.oki_co.jp ACT_VBM_Domain=Tokyo.oki_siba.co.jp SBY_VBM_Domain=Tokyo.oki.co.jp

(Continues)

... DIFF Command End. [Thu May 28 17:00:23 1996] #

None

Displays difference data between current (ACT) and new (SBY) parameters for BV1250 unit.

RS-232C and LAN

ERRORS

None

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On-line Commands – Maint. Console BV1250 Technical Reference

Item 2-2:

CLASS

FUNCTION

CHARACTERISTICS

ACCESS

EXAMPLE(S)

HELP or ?

Maintenance Console command

Command to display parameter description and/or help for specified command

HELP or ?

Displays parameter description summary for the specified command. List of command names displayed when no parameter is specified.

Input Parameter(s):

Output Parameter(s):

HELP or ?:

HELP or ?

#HELP SET-XXXX-XXXX SET-XXXX-XXXX XXXX XXXX ...HELP Command End. [Thu May 28 17:00:23 1996] #

Command name.

Returns parameter description summary for the command specified as an input parameter. If no input parameter specified, displays list of command names.

RS-232C and LAN

ERRORS

No. 0101:

Cause - Help for specified command cannot not be found

Remedy - Correct command name and retry

Page 56 Revision 1.0

Oki BV1250 Technical Reference

Specifications and Main Features

Frequently Asked Questions

User Manual