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Mitel Sx 200 El/ml Technicians Handbook

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    							Installation
    191
    Installation
    E&M Trunk Card Settings
    Set switches S-1 to S-8 on the E&M trunk module (1 = closed = on, 0 = 
    open = off, x = don’t care).
    Table 33:  E&M Trunk Module Switch Settings 
    FunctionSwitches
    12345678
    PBX to Line Gain
    3 dB0XXXXXXX
    -13 dB1XXXXXXX
    Line to PBX Gain
    -4 dBX0XXXXXX
    -11dBX1XXXXXX
    Termination
    600 ohmXX10XXXX
    ComplexXX01XXXX
    Transmission
    2-wireXXXX1XXX
    4-wireXXXX0XXX
    Signaling
    Type 1XXXXX1XX
    Type 5XXXXX0XX 
    						
    							Technician’s Handbook
    192
    The S1 Switch Settings for the T1 Trunk Cable 
    Length (not loop length)
    0 - 45.8 m (0 - 150 ft.)1 only closed (see figure below)
    45.8 - 137.3 m (150 - 450 ft.) 2, 3, 4 closed 
    137.3 - 200.5 m (450 - 655 ft.) 5, 6, 7 closed 
    Figure 32:  S1 Switch Showing 1 Closed
    Control Resource Card Switch Settings
    NOTE:Open is pressing the switch to the left (away from the PCB); close, to the right 
    (towards the PCB).
    Table 34:  Control Resource Card Switch Setting
    S1S2S3S4
    Normal OperationClosedClosedNot UsedNot Used
    Forced Maintenance to 
    ControlOpen or 
    ClosedOpenNot UsedNot Used
    Forced Maintenance to 
    PeripheralOpenClosedNot UsedNot Used 
    						
    							Installation
    193
    Installation
    Adding an SX-200 IP Node
    1. Install the SX-200 EL Cabinet.
    2. Install the SX-200 MCC IIIELx Card.
    3. Install the Control Triple CIM Card.
    4. Install the BCC III Card.
    5. Install an Ethernet Switch.
    6. Position the IP Node.
    7. Using a standard Ethernet cable with RJ45 Connectors, connect the 
    BCC III Cards 10 Base T port to the Local Area Network (LAN).
    Figure 33:  Connecting a BCC III Card to an Ethernet Switch 
    						
    							Technician’s Handbook
    194
    8. Using an Ethernet crossover cable, connect the Control Triple CIM 
    Card to CIM Port 4 on the SX-200 IP Node.
    Figure 34:  Connecting a Triple CIM Card to the SX-200 IP Node
    9. Using an Ethernet crossover cable with RJ45 Connectors, connect 
    the SX-200 IP Node to an Ethernet Switch. 
    						
    							Installation
    195
    Installation
    Figure 35:  Connecting an SX-200 IP Node to an Ethernet Switch
    10. Program the IP Node as documented in “Programming an SX-200 
    IP Node” on page 127.
    11. Connect the IP phones to the Ethernet Switch.
    12. If you did not program the MAC Addresses of each IP phone in CDE 
    Form 09, register the IP Phones as documented in “Registering IP 
    Phones (Optional)” on page 129. 
    						
    							Technician’s Handbook
    196
    Control Triple CIM Card 
    Switch Settings
    The S1 switch (switch 4) on the Control Triple CIM card determines 
    whether the card provides a double interface or a triple interface. 
    The S1 switch (switch 1, 2, or 3) substitutes one of the CIM circuits for 
    a fiber circuit. 
    If the Control Triple CIM card is to provide a triple interface (emulate a 
    control triple carrier card with 9 links), verify that switch 4 on the S1 
    switch is in the closed position (the default).
    If the Control Triple CIM card is to provide a double interface (emulate 
    a control dual carrier card with 6 links), set switch 4 to the open position.
    If a FIM II is installed on the Control Triple CIM card, set the S1 switch 
    to assign a circuit to the FIM II. Closing switch 1, 2, or 3 replaces the 
    CIM circuit 1, 2, or 3 respectively. Close only one of these switches. The 
    FIM II takes on the configuration rules of the CIM circuit that is replaces.
    For example, a FIM II replacing CIM circuit #1 (in slot 10) connects to 
    the FIM or FIM II in Bay 2. A FIM II replacing CIM circuit #1 (in slot 11) 
    connects to the FIM or FIM II in Bay 4. 
    						
    							Installation
    197
    Installation
    Peripheral Interface Cabling
    Use the tables in this section to connect backplane connectors to the 
    main distribution frame. 
    USOC Pin Designations
    The USOC connector numbers are
    RJ21X for CO trunks
    RJ2EX for 2-wire E&M trunks
    RJ2FX for 4-wire E&M trunks
    RJ2GX for 4-wire E&M trunks
    RJ2HX for 4-wire E&M trunks.
    SX-200 EL/ML Peripheral Interface Card Slot 
    Assignments 
    With LIGHTWARE 17 and greater, the SX-200 EL/ML cabinets do not 
    have high power and low power designations. Slots 1 to 8 can accept 
    any peripheral interface card, except T1 trunk. A maximum of four 
    high-power cards are allowed (there are no high-power or low-power 
    slots). Beginning at slot 1, the system accepts the first four high power 
    cards it detects. The high-power cards are DID, Universal, COV, and 
    T1. T1 Trunk cards can be installed in slots 10 and 11 only, but they 
    require slots 5 and 6 respectively to be left empty. Software recognizes 
    slots 5 and 6 as being occupied and the T1 cards are counted as high 
    power cards in slots 5 and 6.  
    						
    							Technician’s Handbook
    198
    NOTE: 1.The number 1 BRI module is installed in the upper left corner of the BRI card. 
    The number 2 BRI module is installed below the number 1 BRI module, and 
    the number 3 BRI module is installed beside the number 2 BRI module.
    2.BRI cards are hot-swappable; that is, that you can replace a configured, run-
    ning BRI card while the power is on. You may also de-program the BRI card, 
    install the card, and re-configure the card for another slot.
    3.Each BRI module can be configured with either line-side or trunk-side interfac-
    es (all four circuits on a module must be in the same mode). Line and trunk 
    side interfaces are software-programmable (using CDE forms), and no jumper 
    changes are needed.
    4.If you deprogram a BRI card, remove the BRI card from the cabinet as soon 
    as possible. This action decreases the load on the BCC III.
    5.After deprogramming a BRI card, remove the BRI card from the slot  BEFORE 
    installing a BRI card in another slot.
    6.The U bus can be converted to an S/T interface using an NT 1 where required.
    7.Use IMAT to obtain the BRI card’s maintenance logs. The Maintenance
    module provides serial connectivity to the PC (IMAT) for BRI maintenance.
    Table 35:  BRI Port to Tip/Ring Assignment
    BRI 
    Module 
    NumberBRI Module Port 
    NumberTip/Ring Pair 
    Number
    11 9
    12 10
    13 11
    14 12
    21 3
    22 4
    23 5
    24 6
    31 1
    32 2
    33 7
    34 8 
    						
    							Installation
    199
    Installation
    Table 36:  SFT Port (J7)
    PinSignal
    1nc
    2 -48 V SFT
    3 -48 R SFT
    4SFT0R
    5SFT0
    6nc
    Table 37:  Music-on-Hold/Pager Unit Pinouts
    Wire Signal Color Description
    32 MOH- R-O Music-on-Hold Inputs
    7MOH+ O-R
    34 PAGE- R-BR Paging Input/Output
    9 PAGE+ BR-R
    36 PAGEREL(NC) BK-BL Page Relay, Normally Closed contact
    11 PAGEREL(C) BL-BK Page Relay Common
    37 PAGEREL(NO) BK-O Page Relay, Normally Open contact
    12 PAGEREL(C) O-BK Page Relay Common
    39 NIGHTBELL1- BK-BR Night Bell 1 relay contacts
    14 NIGHTBELL1+ BR-BK
    41 NIGHTBELL2- Y-BL Night Bell 2 relay contacts
    16 NIGHTBELL2+ BL-Y
    45 ALARM- Y-S Alarm relay contacts
    20 ALARM+ S-Y
    50 RING V-S Connection to DNIC Line
    25 TIP S-V Connection to DNIC Line 
    						
    							Technician’s Handbook
    200
    NOTE:The CIM ports are the same whether the card has a control end connection 
    or a peripheral end connection. Connections from the control cabinet to the 
    peripheral cabinet require Category 5 UTP (unshielded twisted pair) cable 
    with TX and RX pairs reversed.
    NOTE:The RS-232 ports (Maintenance, Printer, J10, J11) are all configured as
    DTE type. All backplane connections use DB-9 connectors. The pins with * 
    and ** are connected together on PRI maintenance ports (slots 10 and 11).
    Table 38:  Copper Interface Ports
    PinSignal
    1RX+ TX+
    2RX- TX-
    3TX+ RX+
    4
    5
    6TX- RX-
    7
    8
    Table 39:  Maintenance Terminal and Printer Ports
    Pin Signal
    1DTR *
    2RXD
    3TXD
    4DTR *
    5GND
    6DSR *
    7RTS **
    8CTS **
    9nc 
    						
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