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Nitsuko 24i/28i/124i/384i Hardware Manual

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    							5. Data
    and SMDR5-7
    DCI-A AND DCI-B UNITS
    Installing the DCI Unit (Cont’d)
    Figure 5-4  REMOVING THE TELEPHONE BASE
    (PHONE SERIES 922xx)4. Peel the adhesive backing off of the DCI spacer and attach it
    as shown to the DCI Module. This spacer keeps small
    objects from falling into the telephone.
    FIGURE 5-5  INSTALLING THE SPACER
    Continued on next page . . .
    92 - 124AB
    92000 - 124 
    						
    							5. Data
    and SMDR
    5-8
    DCI-A AND DCI-B UNITS
    Installing the DCI Unit (Cont’d)
    For 926xx and i-Series Phones:5. Using a flat-blade screwdriver, carefully pry out the filler piece
    on the telephone base. This exposes the cutout in the base.
    Figure 5-6  REMOVING THE FILLER PIECE
    6. Plug the DCI into the connector in the telephone’s upper
    housing and secure in place with the two screws provided.
    7. Reinstall the telephone base and secure it with the four screws.
    Make sure the DCI Unit is correctly oriented in the
    cutout in the telephone base.
    8. Connect the data device to the DCI.Figure 5-7  INSTALLING THE DCI
    (926xx and i-Series Phones)
    Continued on next page . . .
    92 - 124A
    92 - 124AA 
    						
    							5. Data
    and SMDR5-9
    DCI-A AND DCI-B UNITS
    Installing the DCI Unit (Cont’d)
    For Phone Series 922xx:5. Plug the DCI into the telephone’s 20 pin connector on the bot-
    tom of the telephone.
    6. Secure the DCI to the base by reinstalling the four screws.
    7. Connect the data device to the DCI.
    Figure 5-8  PLUGGING IN THE DCI’S CONNECTOR
    (PHONE SERIES 922xx)Figure 5-9  INSTALLING THE DCI
    (PHONE SERIES 922xx)
    92000 - 126
    92000 - 125 
    						
    							5. Data
    and SMDR
    5-10
    DCI-A AND DCI-B UNITS
    Connecting the DCI Unit (Figure 5-10)
    1. Locate an available DDK connector in a station (B) block.
    2. For the DDK connector chosen, cross-connect the associated
    wire pair from the A or B block to the cross-connect block.
    3. Install a modular jack for the DCI unit’s telephone within six
    feet of the telephone’s location.
    4. Run one pair of 24 AWG station cable from the cross-con-
    nect block to the telephone’s modular jack.
    5. Terminate the station cable WHT/BLU - BLU/WHT leads to
    the RED and GRN lugs in the modular jack.
    6. Install bridging clips as required.
    7. Plug a line cord into the telephone and the modular jack.
    8. Plug the RS-232-C cable into the data device.
    With a DCI-A, for example, this could be a PC serial
    port or serial SMDR printer.
    Figure 5-10  CONNECTING TO A DCI UNIT
    25-Pin RS-232-C
    Connector
    13 12 11 10 9 8 7 6 5 4 3 2 1 
    25 24 23 22 21 20 19 18 17 16 15 14
    DCE
    (3-DCI, DCI-A
    or Modem) Direction of Signal Flow
    (        output or         input)
    DTE
    (PC or 
    Printer) Description
    RS-232-C Pin Out Information
    RS-232-C
    Connector
    DCD
    RXD
    TXD
    DTR
    DSR
    RTS
    CTS
    GND 8
    3
    2
    20
    6
    4
    5
    7
    RS-232-C
    Cable
    625
    Modular
    Jack
    BLK YEL
    RED
    GRN BLU-WHT
    WHT-BLU
    One-Pair 
    Cross-Connect
    DDK 
    Connector To digital 
    station circuit
    on DSTU PCB
    25-Pair DDK
    Installation 
    CableCross
    Connect
    Block B Block
    926 - 59PC
    OR
    SMDR Printer 
    						
    							5. Data
    and SMDR5-11
    3-DCI MODULE
    Using the 3-DCI Module
    The 3-DCI is a stand-alone three-port DCE data module. Each
    port functions identically to the DCI-A unit. For example, you
    can use it for networking printers, PCs and other data equipment.
    Installing the 3-DCI Module(Figure 5-11)
    1. Locate an available DDK connector in a station (B) block.
    2. For the DDK connector chosen, cross-connect the associated
    wire pair from the A or B block to the cross-connect block.
    3. Install a modular jack for the 3-DCI Module within six feet
    of the module.
    4. Run one pair of 24 AWG station cable from the cross-con-
    nect block to the 3-DCI’s modular jack.
    5. Terminate the station cable WHT/BLU - BLU/WHT leads to
    the RED and GRN lugs in the modular jack.
    6. Install bridging clips as required.
    Figure 5-11  CONNECTING THE 3-DCI
    B Block
    25-Pin RS-232-C
    Connector
    13 12 11 10 9 8 7 6 5 4 3 2 1 
    25 24 23 22 21 20 19 18 17 16 15 14
    DCE
    (3-DCI, DCI-A
    or Modem) Direction of Signal Flow
    (        output or         input)
    DTE
    (PC or 
    Printer) Description
    RS-232-C Pin Out Information
    RS-232-C
    Connector
    DCD
    RXD
    TXD
    DTR
    DSR
    RTS
    CTS
    GND 8
    3
    2
    20
    6
    4
    5
    7
    DCE3-DCI
    Module625
    Modular
    Jack
    DB25P
    DTEDB25P
    DTE
    To Data
    Device To 16 DSTU
    Station Port
    14 AWG to known
    Earth Ground
    BLK YEL
    RED
    GRN BLU-WHT
    WHT-BLU
    One-Pair 
    Cross-Connect
    DDK 
    ConnectorTo digital 
    station circuit 
    on DSTU PCB
    25-Pair DDK
    Installation 
    CableCross
    Connect
    Block
    926 - 61
    Software
    Port 1Software
    Port 2Software
    Port 3
    PORT 1 PORT 2 PORT 3
    LINEFG
    926 - 65
    To DSTU
    PCB Port 1 
    						
    							5. Data
    and SMDR
    5-12
    3-DCI MODULE
    7. Ground the 3-DCI Module by connecting a 14 AWG ground
    wire from the FG lug to a known earth ground.
    8. Plug a line cord into the back of the 3-DCI Module and 
    the module’s modular jack.
    9. Plug the RS-232-C cables into the data device (e.g., PC serial
    port or serial SMDR printer. 
    						
    							5. Data
    and SMDR5-13
    PROGRAMMING
    Basic Programming
    Note:For DCI units, the data (software) port number is the
    same as the extension’s port number. DCI Modules use
    the extension’s port number and the next two port num-
    bers for data (software) port numbers.
    0503 - DCI Extension Number
    Assign an unused extension number to each DCI data (soft-
    ware) port.
    1006 - Programming Function Keys
    Assign a data key (code 1029) at each keyset with a DCI unit.
    1201 - DCI Setup
    For each of the DCI sub-types (1-10 set in Program 1202), set
    the values for the modem S-registers (Register Type 1) and
    X.25 packet switching (LAPB) registers (Register Type 2).
    1202 - DCI Port Type
    Assign a DCI port type (1 for RS-232-C, 2 for Centronics, or 4
    for DCE port [modem]) to each DCI data (software) port
    installed. Also, assign the sub-type (1-10 used in Program 1201)
    to each software port1206 - Initialize DCI
    After changing register values in Program 1201, be sure to use
    this program to initialize each DCI software port. You must ini-
    tialize a DCI software port before any changes made in
    Program 1201 will take effect.
    Programming for System and Alarm Reports
    0007 - System Report Setup
    If the device connected to the DCI will also be for system
    reports, enter the DCI software port number as the system
    report port number.
    0008 - Alarm Report Port Setup
    If the device connected to the DCI will also be for alarm
    reports, enter the DCI software port number as the alarm report
    port number.
    Refer to Data Communications Interface(DCI) in the Software
    Manual for additional details. 
    						
    							5. Data
    and SMDR
    5-14
    SOME TYPICAL DATA APPLICATIONS
    Non-Dedicated 3-DCI Modem Pooling Network
    (Figure 5-12)
    In this application, a data port on the 3-DCI connects to a
    modem which in turn connects to an available circuit on an
    ASTU PCB. To place a data call through this network, an
    extension user places a call from their PC or terminal using the
    following ATDT dial  string:
    ATDT + (first 3-DCI data port’s extension number) + (code
    for accessing outside line) + (destination’s telephone num-
    ber) + Enter
    For example: ATDT 310 9 926 5400
    Figure 5-12  A NON-DEDICATED 3-DCI MODEM POOL
    RS-232-C
    Cable
    (50’ max)
    4-Conductor
    Line CordDCE to DCE
    Adaptor
    (P/N 88079)
    120V AC
    Outlet
    Power
    Supply
    Modem
    B Block
    B Block
    25-Pin RS-232-C
    Connector
    13 12 11 10 9 8 7 6 5 4 3 2 1 
    25 24 23 22 21 20 19 18 17 16 15 14
    DCE
    (3-DCI, DCI-A
    or Modem) Direction of Signal Flow
    (        output or         input)
    DTE
    (PC or 
    Printer) Description
    RS-232-C Pin Out Information
    RS-232-C
    Connector
    DCD
    RXD
    TXD
    DTR
    DSR
    RTS
    CTS
    GND 8
    3
    2
    20
    6
    4
    5
    7
    3DCI
    625
    Modular
    Jack
    625
    Modular
    JackStation
    Cable
    Station
    CableLine
    Cord
    To 16 DSTU
    Station Port
    14 AWG to known
    Earth Ground
    BLK
    BLK YEL
    YEL RED
    REDGRN
    GRN BLU-WHT
    BLU-WHTWHT-BLU
    WHT-BLU
    One-Pair 
    Cross-Connect
    One-Pair 
    Cross-Connect DDK 
    Connector
    DDK 
    ConnectorTo digital 
    station circuit 
    on DSTU PCB
    To analog 
    station circuit 
    on ASTU PCB25-Pair DDK
    Installation 
    Cable
    25-Pair DDK
    Installation 
    CableCross
    Connect
    Block
    Cross
    Connect
    Block
    926 - 63 
    						
    							5. Data
    and SMDR5-15
    SOME TYPICAL DATA APPLICATIONS
    Dedicated 3-DCI Modem Pooling (Figure 5-13)
    In this application, a data port on the 3-DCI connects to a
    modem, which in turn directly connects to a dedicated outside
    line. This application is also useful for incoming remote mainte-
    nance calls. To place a data call through this network, an exten-
    sion user places a call from their PC or terminal using the fol-
    lowing ATDT dial  string:
    ATDT + (destination’s telephone number) + Enter
    For example: ATDT 1 203 926 5400
    Figure 5-13  DEDICATED 3-DCI MODEM POOLING
    RS-232-C
    Cable
    (50’ max)
    Dedicated 
    Modem
    CO Line DCE to DCE
    Adaptor
    (P/N 88079)
    120V AC
    Outlet
    Power
    Supply
    Modem
    B Block
    25-Pin RS-232-C
    Connector
    13 12 11 10 9 8 7 6 5 4 3 2 1 
    25 24 23 22 21 20 19 18 17 16 15 14
    DCE
    (3-DCI, DCI-A
    or Modem) Direction of Signal Flow
    (        output or         input)
    DTE
    (PC or 
    Printer) Description
    RS-232-C Pin Out Information
    RS-232-C
    Connector
    DCD
    RXD
    TXD
    DTR
    DSR
    RTS
    CTS
    GND 8
    3
    2
    20
    6
    4
    5
    7
    DCE
    625
    Modular
    JackStation
    Cable
    Line
    Cord
    To 16 DSTU
    Station Port
    14 AWG to known
    Earth Ground
    BLK YEL
    RED
    GRN BLU-WHT
    WHT-BLU
    One-Pair 
    Cross-Connect
    DDK 
    ConnectorTo digital 
    station circuit 
    on DSTU PCB
    25-Pair DDK
    Installation 
    CableCross
    Connect
    Block
    926 - 60 
    						
    							5. Data
    and SMDR
    5-16
    SOME TYPICAL DATA APPLICATIONS
    3-DCI Data Network(Figure 5-14)
    This application uses all three data ports on the 3-DCI Module
    for various data applications. To access a device, an extension
    user just places a data call to the 3-DCI port’s extension number.
    Figure 5-14  CONNECTING A 3-DCI DATA NETWORK
    PCSerial PrinterModem
    RS-232-C
    Cable
    (50’ max)RS-232-C
    Cable (50’ max)
    DCE to DCE
    Adaptor
    (P/N 88079)
    B Block
    25-Pin RS-232-C
    Connector
    13 12 11 10 9 8 7 6 5 4 3 2 1 
    25 24 23 22 21 20 19 18 17 16 15 14
    DCE
    (3-DCI, DCI-A
    or Modem) Direction of Signal Flow
    (        output or         input)
    DTE
    (PC or 
    Printer) Description
    RS-232-C Pin Out Information
    RS-232-C
    Connector
    DCD
    RXD
    TXD
    DTR
    DSR
    RTS
    CTS
    GND 8
    3
    2
    20
    6
    4
    5
    7
    Line
    Cord
    625
    Modular
    Jack
    To 16 DSTU
    Station Port
    14 AWG to known
    Earth Ground
    BLK YEL
    RED
    GRN BLU-WHT
    WHT-BLU
    One-Pair 
    Cross-Connect
    DDK 
    ConnectorTo digital 
    station circuit 
    on DSTU PCB
    25-Pair DDK
    Installation 
    CableCross
    Connect
    BlockStation
    Cable
    3DCI
    926 - 62 
    						
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