hit counter script
Motorola McIAS 1610 Series System Manual
  1. Manuals
  2. Brands
  3. Motorola Manuals
  4. Single board computers
  5. McIAS 1610 Series
  6. System manual
Motorola McIAS 1610 Series System Manual

Motorola McIAS 1610 Series System Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual

Advertisement

Table of Contents
loading

Related Manuals for Motorola McIAS 1610 Series

Summary of Contents for Motorola McIAS 1610 Series

  • Page 2 P/N 50330660_Rev. 0.03 Sht. 1 Manuals for McIAS™ 1610/68 P/N 40328420, Rev. 0.04 Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810-4130 203-830-3400 Fax: 203-830-3554 Copyright Notice Copyright © 1999 Cognitronics Corporation. All rights reserved. No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any human or computer language, in any form or by any means, electronic, mechanical, magnetic, manual, or otherwise, or disclosed to third parties without the express written permission of Cognitronics Corporation, 3 Corporate Drive, Danbury, CT 06810-4130 U.S.A.
  • Page 3 P/N 50330660_Rev. 0.03 Sht. 2 TABLE OF CONTENTS Manuals for McIAS 1610/68 ..... . . 40328420, Rev. 0.04 McIAS 1610 System Manual ..... 41314010, Rev. 3.05 Volume I Introduction and Installation .
  • Page 4 P/N 50330660_Rev. 0.03 Sht. 3 Revision History )))))))))))))))))))))))))))))))))))))) Manuals for McIAS 1610/68 P/N 40328420 Changes from Rev. 0.03 to Rev. 0.04 McIAS 1610 System Manual P/N 41314010, from Rev. 3.04 to Rev. 3.05 McIAS 1610 System Manual Volume II, P/N 51314050, from Rev. 2.03 to Rev. 2.04 Changes include: Appendixes A &...
  • Page 5 P/N 50330670_Rev. 0.04 Sht. 1 McIAS™ 1610 SYSTEM MANUAL Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810-4130 203-830-3400 Fax: 203-830-3554 P/N 41314010, Rev. 3.05 Copyright Notice Copyright © 1999 Cognitronics Corporation. All rights reserved. No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any human or computer language, in any form or by any means, electronic, mechanical, magnetic, manual, or otherwise, or disclosed to third parties without the express written permission of Cognitronics Corporation, 3 Corporate Drive, Danbury, CT 06810-4130 U.S.A.
  • Page 6 P/N 50330670_Rev. 0.04 Sht. 2 TABLE OF CONTENTS McIAS 1610 SYSTEM MANUAL ......41314010, Rev. 3.05 Volume I INTRODUCTION AND INSTALLATION .
  • Page 7 McIAS™ 1610 SYSTEM MANUAL VOLUME I INTRODUCTION INSTALLATION Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810 Phone: (203) 830-3400 Facsimile: (203) 830-3405 Part of Rev. 3.04 System Manual 41314010 51314030...

  • Page 8: Table Of Contents

    TABLE OF CONTENTS Introduction ............1 McIAS 1610 Overview .

  • Page 9: Introduction

    Introduction McIAS 1610 Overview Depending on the type of Single Board Computer (SBC) installed, the McIAS 1610 can be configured as either a McIAS 1610/68 or McIAS 1610/IP. References to the McIAS 1610 in this manual apply to both configurations, unless otherwise specified. See Section 1.3.1 for descriptions of the SBC boards available.

  • Page 10: Physical Description

    Depending on the type of SBC board installed in your system (boards are described in Section 1.3.1), refer to either the McIAS 16xx/68 Series System Operation Manual (Part Number 41318300) or the McIAS 16xx/IP Series System Operation Manual (Part Number 41318310) for information about system start-up and system administration. Refer to the McIAS Telephony Interface Boards and Trunk Connections Manual (Part Number 41315000) for information on connecting the telephony interface boards from McIAS to the telco trunks.

  • Page 11: Mcias 1610 Technical Specification

    Size 17" (432mm) wide x 5.25" (140mm) high x 12" (305mm) deep Mounting 19" (483mm), 21" (533mm), 23" (584mm), 25" (635mm) or 26" (660mm) Power -42 to -60 vdc (-48 vdc nominal) Maximum current 2.5 amps LED Indicators Power, status, logic voltages, major and minor alarms Audio Output -3 to -15 dBm SIT Encoding...

  • Page 12: Board Descriptions

    1.3.1 Board Descriptions SBC/Alarm Transition Board The Single Board Computer (SBC)/Alarm Transition board must be installed in the bottom slot (Slot 5) of the card file (see Figure 1-1). This single board computer contains on-board DRAM, a programmable timer/counter, system interrupt handling and status monitoring.

  • Page 13: Sbc/Alarm Transition Board

    Attached to the rear of the SBC is the Alarm Transition board as indicated in Figure 1-2 below. Alarm Transition Board Single Board Computer (SBC) Assembly Figure 1-2 SBC/Alarm Transition Board (P/N 43313970) There are two internal connectors at the rear of the Alarm Transition board which are inserted into a set of connectors on the interior backplane when the SBC/Alarm Transition board is positioned in Slot 5 of the card file.

  • Page 14: Data & Voice Storage Devices

    Telephony Interface Boards Refer to the McIAS Telephony Interface Boards and Trunk Connections Manual (Part Number 41315000) for detailed information on the four types of telephony interface boards supported by McIAS 1610. Power Supply Board The Power Supply board (P/N 44303220) is housed in Slot 1, the uppermost slot in the card file.

  • Page 15: Backplane Description

    1.3.3 Backplane Description The exterior backplane which is located at the rear of the McIAS 1610 unit consists of screw terminals, fuses, and several different types of connectors. See Figure 1-3 below. Five screw terminals located in the upper left corner of the exterior backplane provide the following power connections: Signal Ground, Signal Battery, Frame, -48v Return and -48v Negative Supply.

  • Page 16: Mcias 1610 Interior Backplane Connectors

    Backplane Connector Descriptions (continued from previous page) SCSI Terminator Used to terminate SCSI bus or to provide external devices (disk or telephony interface) Ethernet Transceiver (McIAS 1610/IP option only) Network connection options are: Option 1: Standard AUI port provided through use of DB15F connector Option 2: Connection to network via 10Base2 (BNC Connection) Option 3: Connection to network via 10BaseT (RJ-45 modular jack) Parallel port...

  • Page 17: Installation

    Installation Site Selection Consider the following when selecting a permanent location for the McIAS 1610 unit. Required power services must be easily accessible (-48 VDC, 3A maximum). CAUTION: Make certain that the -48VDC power service will accommodate 3A current requirements. Service wiring should be at least 18 AWG. Refer to Figure 1-3 for the location of the screw terminals used for -48 volt hookup.

  • Page 18: Unpacking And Handling

    Unpacking and Handling Before unpacking any equipment, inspect the carton(s) for evidence of rough handling that might have caused damage to their contents. The carrier who delivered the shipment should be notified immediately if there is any visible damage. CAUTION: The components on the assembly are sensitive to electrostatic discharge (ESD).

  • Page 19: Visual Inspection

    System Options 1. McIAS AppSOFT Software Module 2. Ethernet Transceiver Assembly 3. DB15 to BNC Conversion Cable (McTi-30 connection to telco) 4. Digital Connector Block 5. Analog Connector Block 6. Mounting brackets to widen unit to: 19" 21" 23" 25" 26"...

  • Page 20: System Power Connections

    System Power Connections Connect the -48 volt battery (-48V BAT) system power and -48 volt return (-48V RET) to the screw terminals located in the upper left section of the exterior backplane as illustrated below. Make certain that the -48 vdc power service will accommodate 3A requirements.

  • Page 21: External Connections

    External Connections The McIAS 1610 provides connection to a terminal, modem, SMDI (if installed), and/or printer. An Ethernet interface can be provided on the McIAS 1610/IP only. Below are the pin assignments for each type of connection. Terminal settings and cable pin connections are discussed in Section 2.6.1.

  • Page 22: Terminal Setup

    2.6.1 Terminal Setup All peripherals must be acquired independently by the user. A terminal is required for McIAS 1610 system administration. Set up the terminal to emulate a DEC VT100 with the following parameters: Communication Full Duplex Data Length 8 bits Parity None Stop bits...

  • Page 23: Printer Connections

    2.6.3 Printer Connections (optional) For the McIAS 1610/IP, a parallel printer may be connected to the parallel port located on the McIAS backplane; for the McIAS 1610/68, a serial printer may be connected to either serial port “P3" or “P4". Refer to Table 1-2 for information about printer connections.

  • Page 24: Ethernet Lan Connections (Mcias 1610/Ip Option)

    Ethernet LAN Connections (McIAS 1610/IP option) The sub-sections to follow describe the types of available Ethernet LAN connections. 2.7.1 10Base2 (BNC Connection) In order to establish a 10Base2 Ethernet LAN connection for each node, connect an RG58/U cable (BNC connection) to both ends of the Ethernet "tee" located on the McIAS 1610 backplane.

  • Page 25: Alarm Relay Connections

    Alarm Relay Connections Connections for major and minor alarms are made via dry contact closures on the Alarm Transition board. These closures are connected from a male 50-pin cable connector to the alarm panel at the CO. Backplane connector J5 serves the alarm circuits;...

  • Page 26: Installation Summary

    2.9 Installation Summary Below is a summary of the installation process: Mount the McIAS 1610 in the telco rack. Set up and connect a terminal. Refer to Section 2.6 for external connections. Connect a modem and printer, if desired. Refer to Section 2.6 for external connections.

  • Page 27: System Power Up

    2.10 System Power Up With power applied to the backplane, the McIAS 1610 red major alarm LED should be lit. Note: Prior to turning on the McIAS 1610 power switch, make certain that a terminal is connected and power to it is turned on. McIAS 1610 will take approximately 2 minutes to initialize.
  • Page 28 Before proceding, check to make sure that all alarm LEDs are off and McTi board LEDs are in a normal state as follows: If a McTi-30 board is installed, all LEDs are off. If a McTi-24 board is installed, the green LED is on. If a McTi-8L board is installed, Activity LED is flashing.
  • Page 29 McIAS™ 1610 SYSTEM MANUAL VOLUME II MAINTENANCE TROUBLESHOOTING Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810 Phone: (203) 830-3400 Facsimile: (203) 830-3405 Part of Rev. 2.04 System Manual 41314010 51314050...

  • Page 30: Table Of Contents

    TABLE OF CONTENTS Maintenance ............Jumper Connections .

  • Page 31: Maintenance

    Maintenance McIAS 1610 is designed to require very little maintenance. It is recommended that the unit be installed in an environment that is free of dust and dirt. Whenever necessary, however, a mild solution of water and detergent may be used on the exterior of the unit when it is powered down.

  • Page 32: Electrical Maintenance - Led Indicator Checks

    Electrical Maintenance - LED Indicator Checks McIAS 1610 utilizes light emitting diode (LED) indicators on the SBC, telephony interface and the Power Supply boards to signify specific system functions. If an LED (other than Internal Signal Battery) on the Power Supply board is not lit, a voltage problem exists.
  • Page 33 LOCATION COLOR NAME DESCRIPTION WHEN LIT T1 Board (McTi-24) Received red alarm. Indicates that McIAS is unable to Slot 2, 3 or 4 synchronize to the signal received from the switch. May indicate a loss of signal or an unframed signal (e.g.

  • Page 34: Filter Maintenance

    Filter Maintenance The air filter located at the extreme right of the McIAS 1610 (see Figure 1-1 in Volume I) should be replaced as required, depending on the amount of air-borne contaminants in the CO environment. To replace the air filter, open the front panel of the unit and slide the old filter straight out.

  • Page 35: Pc Board Replacements

    PC Board Replacements The replaceable printed circuit boards include the SBC/Alarm Transition board, the McTi boards and the Power Supply board which are illustrated in the diagram below. Most board jumpers are factory-set and should not require any change by the customer.

  • Page 36: Fixed Component Removal And Installation Procedures

    1.5 Fixed Component Removal and Installation Procedures 1.5.1 Fan Assembly The fan assembly is easily detached by removing the single screw on its front and sliding the fan unit straight out from the front of the McIAS. To install, reverse the procedure.

  • Page 37: Fuse Replacement

    Fuse Replacement The McIAS 1610 unit has three fuses which are located on the exterior backplane (see Figure 1-3 in Volume I). These fuses have been selected to ensure safe operation of the system and must always be replaced by fuses with identical ratings. Following is the fuse rating detail: F1 (3 amp, 60VDC) - This is the main fuse.

  • Page 38: Troubleshooting

    Troubleshooting McIAS 1610 diagnostics consist of LED indicators and alarms to provide an indication that a fault has occurred. The following sub-sections describe these fault indication sources along with procedures to follow in identifying and resolving system problems. Alarms McIAS 1610 transmits alarms which indicate a system malfunction to a central office (CO) scan point via the Alarm Transition board.
  • Page 39 In some cases, it may become necessary to manually shut down the system. This may include performing a "cold start" and/or removing, inspecting or replacing boards and their connections. Refer to Section 1.4 for information on the steps to follow in powering down the system and subsequently inspecting or replacing printed circuit boards.

  • Page 40: General Technical Assistance

    General Technical Assistance McIAS 1610 PRODUCT SUPPORT Available: Monday - Friday, 8:30 AM to 5:00 PM ET Telephone Number: 203-830-3560 Fax Number 203-830-3574...

  • Page 41: Return And Repair Services

    Return and Repair Services REPAIR COORDINATOR Available: Monday - Friday, 8:30 AM to 4:30 PM ET Telephone Number: 203-830-3483 Fax Number 203-830-3405 Return and Repair Procedure and Policy Cognitronics will repair (or replace if under warranty) defective material within three working days provided all of the following procedures are adhered to and all related papers are in order.

  • Page 42: New Product Sales

    New Product Sales SALES REPRESENTATIVE Available: Monday - Friday, 8:30 AM to 5:00 PM ET Telephone Number: 203-830-3532 Fax Number 203-830-3554...

  • Page 43: Appendix A Hardware Part Numbers

    Appendix A Hardware Part Numbers HARDWARE PART NUMBER McIAS 1610 Assembly 44320240 Single Board Computer (SBC)/Alarm Transition Board Assembly 1610/68 4M RAM 43319340 1610/68 8M RAM 43316650 1610/68 32M RAM 43313970 Single Board Computer (SBC)/Alarm Transition Board Assembly 1610/IP 32M RAM 43318240 1610/IP 64M RAM 43323660...
  • Page 44 Hardware Part Numbers (cont.) HARDWARE PART NUMBER 19" Mounting Brackets* 40316350 21" Mounting Brackets* 40316460 23" Mounting Brackets* 40316360 25" Mounting Brackets* 40316470 26" Mounting Brackets* 40316480 F1 Fuse (3 amp) 70303320 F2 Fuse (1 amp) 70303310 F3 Fuse (1 amp) 70316130 SCSI Terminator 70318900...

  • Page 45: Appendix B Critical Spares List

    Appendix B Critical Spares List HARDWARE PART NUMBER One of the following: Single Board Computer (SBC)/Alarm Transition Board Assembly 1610/68 4M RAM 43319340 1610/68 8M RAM 43316650 1610/68 32M RAM 43313970 Single Board Computer (SBC)/Alarm Transition Board Assembly 1610/IP 32M RAM 43318240 1610/IP 64M RAM 43323660...
  • Page 46 McIAS™ 16xx Series TELEPHONY INTERFACE BOARDS TRUNK CONNECTIONS MANUAL Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810 Rev. 6.04 41315000...
  • Page 47 Table of Contents McIAS 16xx Series Telephony Interface Boards - Overview ......1 McTi Digital Telephony Connections (McIAS 1607, 1610 and 1623/IP only) ....3 McTi-24 Digital Connections .
  • Page 48 Table of Contents (cont.) McTi Board ID Switch Bank Settings ......... 41 Dip Switch Settings for McTi-8E, McTi-8R, McTi-8L and McTi-24 Boards .

  • Page 49: Mcias 16Xx Series Telephony Interface Boards - Overview

    McIAS 16xx Series Telephony Interface Boards - Overview This manual pertains to the telephony interface boards that can be installed in McIAS 16xx Series systems. The McIAS 16xx Series currently consists of the McIAS 1685, McIAS 1607, McIAS 1610 and McIAS 1623/IP. Depending on the type of Single Board Computer (SBC) installed, the McIAS 1607 can be configured as a McIAS 1607/68 or McIAS 1607/IP;...
  • Page 50 The table below describes the interface characteristics of each type of telephony interface board. Interface Characteristics Digital McTi-24 or McTi-30 Boards: Trunk Interface: 24-channel T1 or 30-channel E1 Telco Connection: DB15F (male required) Digital (Audio) Output Level: +4 dBm (maximum) Analog McTi Boards: Trunk Interface: Subscriber Line, 4-wire E&M connection, or 2-wire Loop Reversal...

  • Page 51: Mcti Digital Telephony Connections (Mcias 1607, 1610 And 1623/Ip Only)

    McTi Digital Telephony Connections (McIAS 1607, 1610 and 1623/IP only) The following sub-sections describe the process of connecting McTi-24 and McTi-30 boards from the McIAS unit to telephone company equipment. (If applicable, see Section 2.9 for information about connecting the optional McTi-MR boards or Section 2.8 for information about optional V/S24T1 and V/S30E1 connections.) McTi-24 Digital Connections DB15F (female) connectors, located on the back of the McIAS, are used to connect...

  • Page 52: Mcti-30 Digital Connections

    McTi-30 Digital Connections DB15F (female) connectors located on the back of the McIAS are used to connect a McTi-30 board to the telco E1 facility. An optional conversion cable may be required for connection to the telco (see Section 2.2.1). The channels associated with each digital connector are discussed in Section 2.3.

  • Page 53: Db15 To Bnc Conversion Cable (Optional)

    2.2.1 DB15 to BNC Conversion Cable (optional) An optional 75 ohm coaxial conversion cable with female BNC connector is available for connecting the McIAS to the telco E1 facility. At one end, the cable must be attached to a DB15F (female) connector on the McIAS backplane and at the other end to the Cross Connect Point (BNC) at the telco.

  • Page 54: Mcias Digital (Db15F) Connectors (Mcti-24 & Mcti-30)

    McIAS Digital (DB15F) Connectors (McTi-24 & McTi-30) sub-sections follow describe correspondence between McTi-24/McTi-30 digital connectors on the McIAS backplane with McTi boards installed in the McIAS card file. The connectors are "DB15-Female". 2.3.1 McIAS 1607 Digital Connector McIAS 1607 pin connections pertain to the channels coming from the McTi-24 or McTi-30 board installed in the slot located directly above the SBC board.

  • Page 55: Mcias 1610 Digital Connectors

    2.3.2 McIAS 1610 Digital Connectors McIAS 1610 pin connections pertain to the channels coming from the McTi board(s) installed in Slots 4, 3 and 2. Slot 4 corresponds to digital connector J8, Slot 3 corresponds to J9 and Slot 2 corresponds to J10. For installations that are exclusively configured with digital McTi boards, channels would be distributed as follows: McTi-24:...

  • Page 56: Mcias 1623/Ip Digital Connectors

    2.3.3 McIAS 1623/IP Digital Connectors The McIAS 1623/IP pin connectors described in this section pertain to the channels coming from the McTi boards installed in Slots 4, 5, 6 and 7. Slot 4 corresponds to digital connector J8, Slot 5 corresponds to J9, Slot 6 corresponds to J10, and Slot 7 corresponds to J11.

  • Page 57: Mcias 16Xx Digital Connector Block (Optional)

    McIAS 16xx Digital Connector Block (optional) A digital connector block can be used to provide digital telco connections as indicated in the table below. J5A, J5B, J5C, J5D and J5E correspond to DB15F (female) backplane connectors as appropriate to your system. DB15F Connector Connector Block 1 T1 S1 XMT1...

  • Page 58: Mcti-24 Digital Internal Test Connections

    2.4.1 McTi-24 Digital Internal Test Connections There are two methods of testing McTi-24 internal connections. One method is to use a loopback connector (DB15M male) attached directly to the digital backplane connector with pins 1 & 3 and 9 & 11 jumpered together. The second method is listed below for each type of system.

  • Page 59: Digital Signaling

    Digital Signaling 2.5.1 McTi-24 Signaling The McTi-24 telephony interface board(s) require a DS-1 (1.544 Mb) facility from the central office switch. The DS-1 signal must emulate a 4-wire E&M circuit or be configured for D3/D4 superframe format with E&M robbed-bit (A,B) signaling. Digital signal states are shown below.

  • Page 60: Mcti-24 T1 Facility Distance Compensation

    McTi-24 T1 Facility Distance Compensation Each McTi-24 board is equipped with a bank of dip switches (SW2) which allows compensation for the cable length between the originating T1 facility or repeater and the McIAS unit. The illustration below indicates the location of this switch bank and the available cable lengths.

  • Page 61: Mcti-24/Mcti-30 Board Led Descriptions

    McTi-24/McTi-30 Board LED Descriptions LOCATION COLOR NAME DESCRIPTION WHEN LIT T1 Board (McTi-24) Received red alarm. Indicates that McIAS is unable to synchronize to the signal received from the switch. May indicate a loss of signal or an unframed signal (e.g. AIS/Blue Alarm).

  • Page 62: V/S24T1 & V/S30E1 Telephony Interface Boards (Optional)

    V/S24T1 & V/S30E1 Telephony Interface Boards (Optional) (McIAS 16xx/IP systems only) Warning! Never turn the power switch on the front panel of the V/S24T1 or V/S30E1 board to the OFF position. This switch must always remain in the ON position. The following sub-sections describe the optional V/S24T1 or V/S30E1 digital telephony interface boards.

  • Page 63: Setting The Board Identification Number (V/S24T1 & V/S30E1)

    2.8.2 Setting the Board Identification Number (V/S24T1 & V/S30E1) Each V/S24T1 or V/S30E1 board installed in the McIAS 16xx/IP must have a unique board identification number which is set up using JP600 (shown below). If a board is determined to be faulty and must be replaced, it is essential for the new board to have the same board ID as the board that was removed.

  • Page 64: V/S24T1 & V/S30E1 Telephony Connections

    2.8.4 V/S24T1 & V/S30E1 Telephony Connections 2.8.4.1 V/S24T1 Connections One V/S24T1 board can be installed in the McIAS 1607/IP or McIAS 1610/IP in the slot directly above the SBC. Note: The McIAS 1607/IP and 1610/IP require the installation of the "2+2 Module" for use with the V/S24T1 board. To connect the V/S24T1 board installed in the McIAS 1607/IP or 1610/IP to the telco, use J8, the DB15F (female) connector located on the back of the McIAS.

  • Page 65: V/S30E1 Connections

    2.8.4.2 V/S30E1 Connections One V/S30E1 board can be installed in the McIAS 1607/IP or McIAS 1610/IP in the slot directly above the SBC. Note: The McIAS 1607/IP and 1610/IP require the installation of the "2+2 Module" for use with the V/S30E1 board. To connect the V/S30E1 board installed in the McIAS 1607/IP or 1610/IP to the telco, use J8, the DB15F (female) connector located on the back of the McIAS.

  • Page 66: Mcias 16Xx/Ip Connectors

    2.8.4.3 McIAS 16xx/IP Connectors McIAS 1607/IP The DB15F connector (J8) shown below in the diagram of the McIAS 1607/IP backplane is associated with the 24 channels coming from the V/S24T1 or V/S30E1 board installed in the slot directly above the SBC. McIAS 1607/IP Front View MAJOR Power...
  • Page 67 McIAS 1610/IP The DB15F connector (J8) shown below in the diagram of the McIAS 1610/IP backplane is associated with the 24 channels coming from the V/S24T1 or V/S30E1 board installed in the slot directly above the SBC. McIAS 1610/IP Front View Power Supply Board McTi Board 3 McTi Board 2...
  • Page 68 McIAS 1623/IP The McIAS 1623/IP DB15F and RJ-48C connectors shown in the diagram below are associated with the channels coming from the V/S24T1 or V/S30E1 board(s) installed in Slots 2 and 3. Connections are made via the Transition Board(s) installed in Slot 2 and/or Slot 3 at the rear of the McIAS 1623/IP.

  • Page 69: Setting The Remote Loopback Switch

    2.8.5 Setting the Remote Loopback Switch At the factory, V/S24T1 and V/S30E1 boards have the remote loopback switch set to normal mode (default). Once installed, McIAS 16xx/IP T1 and E1 connections may be tested by setting the switch to loopback mode as illustrated below. In loopback mode, if the LED lights red then T1 or E1 connections to the switch are operating properly.

  • Page 70: V/S24T1 & V/S30E1 Front Panel Led Indicators

    2.8.6 V/S24T1 & V/S30E1 Front Panel LED Indicators Light emitting diode (LED) indicators on the V/S24T1 and V/S30E1 boards provide information about the state of the board as indicated below. NAME COLOR DESCRIPTION WHEN LIT Power Green Power to the board has been turned on with the On/Off switch.

  • Page 71: Mcti-Mr (Multi-Resource) Boards (Optional)

    McTi-MR (Multi-Resource) Boards (Optional) (McIAS 1623/IP only) Important! McTi-MR Board 5 and McTi-MR Board 6 may be installed in McIAS 1623/IP Slot 2 and Slot 3, respectively; however, if Board 5 is powered OFF then it must be removed from the unit in order to ensure proper operation of Board 6. There are two types of McTi-MR digital telephony interface boards available: McTi-24MR (24 channels) McTi-30MR (30 channels)

  • Page 72: Board Connections

    2.9.2 McTi-MR Board Connections Up to two McTi-24MR or McTi-30MR boards may be installed in McIAS 1623/IP Slot 2 and/or Slot 3. Telephony connections for each board are provided through an associated T1 or E1 Transition Board. The McTi-MR board plugs into the McIAS from the front and its associated transition board plugs into the McIAS from the rear.
  • Page 73 2.9.2.2 McTi-30MR Digital Connections via E1 Transition Board The E1 Transition Board provides BNC connection to the telco from the McIAS. McTi-30MR E1 Transition Board jumper and connector locations are illustrated below. One of the McIAS female BNC connectors is labeled "E1TX"; the other is labeled "E1RX".
  • Page 74 2.9.2.3 McIAS 1623/IP with McTi-MR Board(s) Installed The DB15F and RJ-48C connectors shown in the diagram below are associated with the channels coming from the McTi-MR board(s) installed in Slots 2 and/or 3 of the McIAS 1623/IP. Connections are made via the Transition Board(s) installed at the rear of the McIAS.
  • Page 75 McIAS 1623/IP Channel Configuration Example: As an example, a McIAS 1623/IP with four McTi-24 boards installed and two McTi-24MR boards installed may have channels distributed as follows: McTi Board # Slot # Channels Connector 1 (McTi-24) 1-24 2 (McTi-24) 25-48 3 (McTi-24) 49-72 4 (McTi-24)

  • Page 76: Mcti-Mr Front Panel Led Indicators

    2.9.3 McTi-MR Front Panel LED Indicators Light emitting diode (LED) indicators on the McTi-MR board provide information about the state of the board as indicated below. LOCATION COLOR NAME DESCRIPTION WHEN LIT McTi-MR BD FAIL Board is in failure mode. Green ACTIVE As calls are received, indicates line activity.

  • Page 77: Digital Connector Block For Mcti-Mr (Optional)

    2.9.4 Digital Connector Block for McTi-MR (optional) A digital connector block can be used to provide digital telco McTi-24MR/McTi-30MR connections as indicated in the table below. DB15P (male) connectors J5A and J5B correspond to the DB15F connectors located on the Transition Boards in Slot 2 and Slot 3, respectively.

  • Page 78: T1 Transition Board Facility Distance Compensation (Mcti-24Mr Only)

    2.9.5 T1 Transition Board Facility Distance Compensation (McTi-24MR only) Each McTi-24MR T1 Transition Board is equipped with jumpers (JP1, JP2 and JP3) which allow compensation for the cable length between the originating T1 facility or repeater and the McIAS unit. The illustration of the transition board in Section 2.9.2.1 shows the locations of these jumpers.

  • Page 79: Analog Telephony Connections (Mcias 1685, 1607 And 1610 Only)

    Analog Telephony Connections (McIAS 1685, 1607 and 1610 only) McTi-8E (4-wire E&M) Connection An analog connection from the McTi-8E board(s) to the telco is made via the female 50-pin connectors on the exterior backplane. The McIAS 1607 and 1685 analog interface connectors are identified as J3 and J4 which together handle a maximum of 8 channels.
  • Page 80 McIAS 1607 and 1685 Analog Connectors The McTi-8E pin connections given in Table 3-1 assume that Channels 1-4 (J3) and Channels 5-8 (J4) come from the McTi board installed directly above the SBC board. McIAS 1610 Analog Connectors and Associated Slots For installations that are exclusively configured with analog McTi boards, the channels would be distributed as follows: Channels 1-4 (J3) and Channels 5-8 (J4) come from the board in Slot 4,...

  • Page 81: Mcti-8E Trunk Interface Jumpers

    3.1.1 McTi-8E Trunk Interface Jumpers The trunk interface jumpers installed on 4-wire E&M boards are used to select ground options. Each 4-wire E&M board has eight jumpers: JP1, JP2, JP3, JP4, JP5, JP6, JP7 and JP8. These jumpers select the ground options for E&M Types I, II and III. For E&M Types I and III, the left two pins on each jumper should be connected (position A).

  • Page 82: Mcti-8R (Ring-Trip) Connection

    3.2 McTi-8R (Ring-Trip) Connection An analog connection from the McTi-8R board(s) to the telco is made via the male 50-pin connectors on the exterior backplane. The McIAS 1607 and 1685 analog interface connectors are identified as J3 and J4 which together handle a maximum of 8 channels.
  • Page 83 McIAS 1607 and 1685 Analog Connectors The McTi-8R pin connections given in Table 3-2 assume that Channels 1-4 (J3) and Channels 5-8 (J4) come from the McTi board installed directly above the SBC board. McIAS 1610 Analog Connectors and Associated Slots For installations that are exclusively configured with analog McTi boards, the channels would be distributed as follows: Channels 1-4 (J3) and Channels 5-8 (J4) come from the board in Slot 4,...

  • Page 84: Mcti-8L (Loop Reversal) Connection

    3.3 McTi-8L (Loop Reversal) Connection The McTi-8L (Loop Reversal) board provides a 2-wire reverse loop circuit. Each channel goes off-hook upon detection of loop current and reverses the tip and ring polarity. Channel 1 on this board can be used for call-in system administration and Channel 8 has speaker output capability.
  • Page 85 McIAS 1607 and 1685 Analog Connectors The McTi-8L pin connections given in Table 3-2 assume that Channels 1-4 (J3) and Channels 5-8 (J4) come from the McTi board installed directly above the SBC board. The speaker output leads (A and B) for Channel 8 are associated with the J4 connector.

  • Page 86: Mcti-8L Trunk Interface Jumpers

    3.3.1 McTi-8L Trunk Interface Jumpers Trunk interface jumpers installed on 2-wire Loop Reversal boards can be used to specify the voice output gain for any channel. These jumpers are: JP3, JP5, JP7, JP9, JP11, JP13, JP15, JP17 and JP19. Jumper JP3 can be used to set the record input gain on Channel 1 when it is used for administration purposes, if applicable.
  • Page 87 McTi-8L gain options can be set using the jumpers illustrated on the previous page. Gain options are shown in Tables 3-3 and 3-4 below. Channel 1 Record Input Gain Jumper Gain = 1.5 Gain = 2 (Default) Table 3-3 McTi-8L Record Input Gain Options Channels 1 - 8 Voice Output Gain Channel...

  • Page 88: Mcti-8L Board Led Descriptions

    3.3.2 McTi-8L Board LED Descriptions LOCATION COLOR NAME DESCRIPTION WHEN LIT McTi-8L Board FAULT Indicates loss of -48v or thermal shutdown has occurred. (This LED blinks when board is in boot code.) Green Activity As calls are received, indicates line activity. Blinking will accelerate as the number of calls increases.
  • Page 89 McTi Board ID Switch Bank Settings A bank of dip switches on each McTi board is used to identify the board on the SCSI bus. If a McTi board is determined to be faulty and must be replaced, it is essential for the new board to have the same address ID as the board that was removed.
  • Page 90 4.2 Dip Switch Settings for McTi-30 Boards Switch bank SW3 on each McTi-30 board identifies the board on the SCSI bus. To view the location of SW3, refer to the McTi-30 board drawing. The table below lists the SW3 dip switch settings. 6444444447 5 McTi-30 5 McIAS 1607 S))))Q >...
  • Page 91 Appendix A SBC Board Descriptions A McIAS 16xx/68 Series SBC board allows the installation of one McIAS AppSOFT Module; a McIAS 16xx/IP board (187 or 197 model) allows the installation of multiple McIAS AppSOFT Modules. SBC boards can be installed in McIAS 16xx Series systems as follows: The McIAS 1685 has a McIAS 16xx/68 Series SBC board installed.
  • Page 92 Appendix B Telephony Interface Board Part Numbers Board Cognitronics Part Number 4-wire E&M Interface Board (McTi-8E) ..... . . 44309910 Ring-Trip Interface Board (McTi-8R) .
  • Page 93 McIAS™ 16xx/68 Series SYSTEM OPERATION MANUAL Cognitronics Corporation 3 Corporate Drive Danbury, CT 06810 Phone: (203) 830-3400 Facsimile: (203) 830-3405 Part Number 41318300 Rev. 1.02...
  • Page 94 TABLE OF CONTENTS Page System Operation - Overview ..........1 Part 1 System Start-Up .

  • Page 95: System Operation - Overview

    SYSTEM OPERATION - OVERVIEW )))))))))))))))))))))))))))))))))))))) )))))))))))))))))))))))))))))))))))))) This document describes system start-up as well as the process of installing application and voice file software on the McIAS 16xx/68 Series platform. Part 1 discusses system start-up including the confidence tests run on the Single Board Computer (SBC).

  • Page 96: Part 1 System Start-Up

    PART 1 SYSTEM START-UP Refer to the appropriate McIAS 16xx Series System Manual for detailed system installation instructions. Turn on system power using the switch located on the Power Supply board. (No Cognitronics AppSOFT modules are required to be installed at this time.) During the boot up process McIAS will list the disk drives currently installed in the system and their addresses on the data highway bus.

  • Page 97: Part 2 Install Disk Utility Program

    PART 2 INSTALL DISK UTILITY PROGRAM (Factory Use Only.) (Proceed to Part 3 if Disk Utility is already installed and functional) The process of installing the Disk Utility Program from cartridge to the hard disk is described in the instructions to follow. Once it is installed, the Disk Utility Program is used to install application and announcement/message software from a cartridge to the hard disk (described in Parts 3 and 4).
  • Page 98 Insert the System Software cartridge into the removable cartridge drive. Note: Refer to Appendix A for instructions on how to operate the type of drive installed in your system. With the cartridge properly inserted in the drive, press 1 from the PROM Utility Menu to begin the process of installing the disk utility software from the cartridge disk onto the hard disk.

  • Page 99: Part 3 Install Application

    PART 3 INSTALL APPLICATION The process of installing an application from a cartridge to the hard disk is described in the instructions to follow. Press the reset button located on the SBC board. Note: The absence of an application and the presence of the disk utility on the hard disk will automatically display the Disk Utility Main Menu on the System Administration local terminal during system boot up without the user pressing any key.
  • Page 100 McIAS 1610 Disk Utility Program Cartridge to Hard Disk Installation Menu 1 Install All Files 2 Install Application Program 3 Install File Manager Voice Files 4 Install Disk Utility Program <CR> to previous menu Enter Selection: IMPORTANT! DO NOT SELECT 1, INSTALL ALL FILES. Press 2 followed by <CR>...

  • Page 101: Part 4 Install Announcements/Messages

    PART 4 INSTALL ANNOUNCEMENTS/MESSAGES The process of installing announcements/messages from a cartridge to the hard disk is described in the instructions to follow. Note: If the Disk Utility Main Menu is already displayed on your screen (from Part 3), proceed to Step 3. Press the reset button located on the SBC board.
  • Page 102 McIAS 1610 Disk Utility Program Cartridge to Hard Disk Installation Menu 1 Install All Files 2 Install Application Program 3 Install File Manager Voice Files 4 Install Disk Utility Program <CR> to previous menu Enter Selection: IMPORTANT! DO NOT SELECT 1, INSTALL ALL FILES. Press 3 followed by <CR>...
  • Page 103 Appendix A McIAS 16xx/68 Removable Cartridge Drive Information Removable Cartridge Drive - Operation - Maintenance - Handling - Table of Contents Introduction ....................Removable Cartridge Guide ................105MB Drive Operation Instructions ..............105MB Drive/Cartridge Care & Handling Precautions ......... 105MB Drive/Cartridge Maintenance Instructions ..........MODEL 2513 Drive Operation Instructions ............

  • Page 104: Introduction

    Introduction This appendix provides information about the different types of removable cartridge drives that can be installed in the McIAS 16xx/68. Cognitronics distributes software and announcement/message assemblies on various types of removable cartridge media. Depending on your system, any one of the following removable cartridge drives may be installed: 105MB MODEL 2513...

  • Page 105: Removable Cartridge Guide

    REMOVABLE CARTRIDGE GUIDE Cognitronics distributes software on various types of removable cartridge media. This guide provides the necessary information to determine which type of drive and cartridge is used in your system. Once this is determined, refer to the appropriate operating instructions and care & handling instructions for the drive installed.
  • Page 106 Cognitronics USE ONLY IN MODEL 2500 SERIES DRIVES P/N: ..... REV..McIAS ..TYPE OF CARTRIDGE: MODEL 2513 To protect cartridge, always store in case. Operating instructions for all three types of McIAS 16xx/68 removable cartridge drives (105MB, MODEL 2513 and MODEL 2513EL) are provided on the pages to follow.

  • Page 107: 105Mb Drive Operation Instructions

    105MB Drive Operation Instructions LED States: *Emergency Normal Cartridge in = green Eject Hole Eject Cartridge out = Off Button Data Transfer = blinking yellow Load Lever FRONT VIEW WARNING ! THE EMERGENCY EJECT HOLE SHOULD ONLY BE USED TO EJECT THE CARTRIDGE WHEN POWER IS TURNED OFF.

  • Page 108: 105Mb Drive/Cartridge Care & Handling Precautions

    105MB DRIVE/CARTRIDGE CARE & HANDLING PRECAUTIONS Introduction It is essential to properly handle the various types of removable cartridge media that can be used in McIAS systems. It is equally important to know how to use the drive correctly. Observing the precautions and following the procedures described in this document will maintain reliable operation and secure data storage.

  • Page 109: 105Mb Drive/Cartridge Maintenance Instructions

    105MB DRIVE/CARTRIDGE MAINTENANCE INSTRUCTIONS Introduction The 105MB Drive and Cartridge require no special maintenance. Observing the precautions and following the procedures described in the “105MB DRIVE / CARTRIDGE CARE & HANDLING PRECAUTIONS “ will maintain reliable operation and secure data storage. WARNING ! FAILURE TO USE THE DRIVE AND CARTRIDGE PROPERLY MAY RESULT IN DAMAGE TO THE DRIVE AND/OR CARTRIDGE ! Page A-7...

  • Page 110: Model 2513 Drive Operation Instructions

    MODEL 2513 Drive Operation Instructions LED States: Note: If there is a Data Transfer = green cartridge in the drive, Cartridge in or out = Off this will be indicated by *Emergency a label on the door Eject Hole MODEL 2513 Normal Eject Button WARNING! THE EMERGENCY EJECT HOLE SHOULD ONLY BE USED TO EJECT THE...

  • Page 111: Model 2513El Drive Operation Instructions

    MODEL 2513EL Drive Operation Instructions * WARNING! THE EMERGENCY EJECT HOLE SHOULD ONLY BE USED TO EJECT THE CARTRIDGE WHEN POWER IS TURNED OFF. DAMAGE TO THE DRIVE AND/OR CARTRIDGE CAN OCCUR IF THE CARTRIDGE IS REMOVED WHILE IT IS STILL SPINNING. READ ALL INSTRUCTIONS BEFORE ATTEMPTING TO USE THIS FEATURE.
  • Page 112 MODEL 2513 & MODEL 2513EL DRIVE/CARTRIDGE CARE & HANDLING PRECAUTIONS Introduction It is essential to properly handle the various types of removable cartridge media that can be used in McIAS systems. It is equally important to know how to use the drive correctly.
  • Page 113 MODEL 2513 & MODEL 2513EL DRIVE MAINTENANCE INSTRUCTIONS Introduction This document contains the procedure for cleaning and maintaining the MODEL2513 drive. The cleaning period varies depending on usage and environment. Usually it is necessary to clean the drive once every six months. Refer to the “Removable Cartridge Guide”...
  • Page 114 MODEL 2513 & MODEL 2513EL CARTRIDGE MEDIA MAINTENANCE INSTRUCTIONS Introduction This document contains the procedure for cleaning and maintaining cartridge disk media used in the MODEL2513 drive. The cleaning period varies depending on usage, environment and handling. Usually it is necessary to clean a cartridge disk media once every three months.

This manual is also suitable for:

Mcias 1610/68Mcias 1610/ip

Table of Contents