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Siemens Saturn Iie Epabx General Description Manual

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    							JRN IIE EPABX A30808-X5130-AllO-l-B918 
    val Description Issue 1, May 1986 
    PSU LTU 
    SHELF 
    BASIC 
    SHELF 
    FDDs 
    - -48PS -48PS (Optional) 
    85171%l-4/17/66 Figure 3.00 SATURN IIE Basic System - Front View  
    						
    							A30808-X5130-AllO-l-8918 
    Issue 1, May 1986 
    SATURN IIE 
    *1m*a*s 
    / 
    t 
    / 
    P5070.l-3120/86 
    Figure 3.01 SATURN IIE Expanded System - Front View  
    						
    							SATURN IIE EPABX 
    General Description A30808-X5130-AllO-l-8918 
    Issue 1, May 1986 
    P5070-4-3120186 Figure 3.02 SATURN HE Expanded System - Rear View  
    						
    							SATURN IIE EPABX 
    General Description A30808-X5130-AllO-l-8918 
    Issue 1, May 1986 
    3.02 Line/Trunk Unit Shelf. The LTU shelf, shown in Figure 
    3.03, can contain eight channel groups of LTU modules, con- 
    sisting of the DTMF receiver, line, and trunk PCBs, two 
    LineiTrunk Unit Control (LTUC) PCBS, and an LTUPS. 
    The LTUCs interface with the common control area in the bas- 
    ic shelf and communicate with the LTU peripheral PCBs. The LTU peripheral PCBs provide the interface between the 
    SATURN IIE System and the external devices, which include 
    the station lines, trunks, and attendant consoles. All of the 
    types of LTU PCBs used in the LTU shelf and the LTU portion 
    of the basic shelf are listed in Table 3.00. The LTUC cards are 
    assigned to slot 6 and/or 19 of the applicable LTU shelf. As- 
    signment of the other LTU PCBs is as described in the In- 
    stailation document in this series of Practices. 
    ASSEMBLY 
    SLOT NO. 
    0 1 2 3 4 5 6 7 6 9 10 11 12 13 14 15 16 17 16 19 20 21 22 23 24 25 
    CHANNEL ,--CH GP---, CH GP -CH GP+-, CH GP -CH GP-, CH GP ,-CH GP- CH GP 
    GROUP 0 10 2 3 4 5 6 7 
    SLOT NO. 0121416 2 
    0 2 % 0 2 416 012 012 4 6 012 5 0121416 012 
    Figure 3.03 Line/Trunk Unit Shelf 
    3-5  
    						
    							SATURN IIE EPABX 
    A30808-X5130-AllO-l-0918 
    General Description 
    issue 1, May 1986 
    Table 3.00 
    LTU Printed Circuit Boards on LTU Shelf and Basic Shelf 
    I DESIGNATION 
    r- DTMF 
    I LTUC (LTU shelf only) 
    PIMD 
    1 SLMA-S 
    I SLMD 
    TMBA-2 
    I TMBA-4 DUAL-TONE MULTIFREQUENCY RECEIVER (Equip per Data Base Preparation Tables) 
    LINE/TRUNK UNIT CONTROL (One per four channel groups) 
    PREMIUM INSTRUMENT MODULE DIGITAL 
    SUBSCRIBER LINE MODULE ANALOG - 16 LINES 
    SUBSCRIBER LINE MODULE ANALOG - OFF-PREMISES STATION 
    I 
    SUBSCRIBER LINE MODULE ANALOG - STATION 
    I 
    SUBSCRIBER LINE MODULE DIGITAL 
    I 
    2-WIRE E&M TRUNK 
    4-WIRE E&M TRUNK 
    CENTRAL OFFICE TRUNK 
    DIRECT INWARD DIALING TRUNK 
    ASSEMBLY 
    SLOT NO 
    II I z 3 4 5 6 7 8 9 10 II 
    12 13 14 15 16 17 Ia ; 1 19 ( 20 1 21 ( 22 ( 23 1 24 ( 25 ( 26 27 26 29 30 31 
    -l-zM+H  CHANNEL /-CHGP-, CHGP /-CHGP-, CHGP ,-CHGP-, 
    CH-GP CH~GPl IpI 1,. 1 In 
    3.03 Basic Shelf. The basic shelf is shown in Figure 3.04. 
    The basic shelf contains seven channel groups of LTU mod- 
    ules and all the PCBs that make up the common control and 
    switching circuitry of the SATURN IIE System. Figure 3.04 
    shows the locations of all the PCBs in the basic shelf. The 
    common control and switching PCBs are listed in Table 3.01. 
    Note that two RAM printed circuit boards are provided: one 1 megabyte PCB (MEM4) and one 256 kilobyte PCB (MEM3). 
    This is the minimum RAM configuration. Two additional 
    memory slots (for a total of 4) are provided for future inclu- 
    sion of more memory if needed. In case of failure of the com- 
    mercial power source, the Memory Support Module (MSM) 
    protects the data stored in memory for 5 minutes (at present, 
    only three of the memory slots are wired for this protection). 
    II . BASIC SHELF 
    I] 
    .MIN,M”M SYSTEM REOUIREMENT 
    A4838-l-2/17/86 
    Figure 3.04 Basic Shelf 
    3-6  
    						
    							SATURN IIE EPABX 
    General Description 
    DESIGNATION 
    PSC 
    I CONF A30808-X5130-AllO-l-8918 
    Issue 1, May 1986 
    rable 3.01 
    Common Equipment Printed Circuit Boards on Basic Shelf 
    ASSIGNED 
    TITLE SLOT NUMBER 
    (Note 1) 
    REMOTE ACCESS UNIT/PORTS 
    I 25 
    SIGNAL MULTIPLEXER/TONE GENERATOR 
    I 21 
    MEMORY CONTROL AND ATTENUATOR 24 
    CONTROLLER/INPUT-OUTPUT PROCESSOR 26 
    MEMORY (4) 1 megabyte 
    27 
    MEMORY (3) 256K 28 
    PARALLEL-TO-SERIAL CONVERTER 
    20 
    (No:: 2) 
    CONFERENCE 
    23 
    NOTES: 1. 
    Slot numbers refer to card slots in basic shelf. 
    2. Second PSC required only when system includes expansion cabinet. 
    3-7 (3-8 blank)  
    						
    							SATURN IIE EPABX A30808-X5130-AllO-l-6918 
    General Description Issue 1, May 1986 
    SECTION 4.00 POWER SUPPLIES 
    4.01 
    Main Power Section. As noted previously, the SATURN 
    IIE System makes use of distributed power in the cabinet. 
    Several power supplies are used within the system, some in 
    the main power section located at the bottom of the basic cabi- 
    net, some on the LTU shelves (see Figure 4.00). These pow- 
    er supplies provide +5 Vdc, -5 Vdc, +12 Vdc, -12 Vdc, -48 Vdc, 
    and 90 Vat at 20 Hz for ringing voltage. The standard input 
    power for the system is a 110 Vat, 60 Hz commercial source. 
    The main power section consists of the Power System Unit 
    (PSU) and one or two -48 Vdc power supplies: one if there 
    is only the basic cabinet, two if the expansion cabinet is also 
    equipped. (In systems where only the basic cabinet is used, 
    there is a single ac power inlet at the rear of the cabinet; when 
    the expansion cabinet is also used, a second ac power inlet 
    at the rear of the basic cabinet is provided. The Installation 
    practice in this series gives a full description of the steps 
    necessary when making this change.) 
    Two floppy-disk drives (FDDO 
    and FDDl) are located on the 
    same shelf as the main power section. 
    4.02 
    Power System Unit. The PSU is an integrated assem- 
    bly containing the following functional elements (described 
    in paragraphs 4.03 through 4.07): a. Basic shelf power supply 
    b. Memory Support Module (MSM), optional 
    c. Control logic 
    d. Ring generator 
    e. Power supply circuit breakers 
    4.03 Basic Shelf Power Supply. The basic shelf power sup- 
    ply is an ac-to-dc converter that provides +5, -5, +12, and 
    -12 Vdc power to the basic shelf. 
    4.04 Memory Support Module. The Memory Support Mod- 
    ule (MSM) assembly is an optional battery backup package 
    that provides +5 Vdc to the RAM memory when the commer- 
    cial ac power source fails. In the event of such failure, the 
    battery maintains the data stored in memory for at least five 
    minutes. When the ac power source is restored within this 
    period, the memory does not have to be reloaded from disk; 
    system operation can begin immediately. The MSM is capa- 
    ble of another 5-minute backup cycle after 30 minutes of 
    recharging. (The unit includes the battery charging appara- 
    tus and is under a “float” charge during normal operation.) 
    For power failure periods longer than 5 minutes, program 
    memory is automatically reloaded from floppy disk when pow- 
    er is restored.  
    						
    							SATURN IIE EPABX A30808-X5130-AllO-l-B918 
    General Description issue 1, May 1986 
    SECTION 4.00 POWER SUPPLIES 
    4.01 Main Power Section. As noted previously, the SATURN 
    IIE System makes use of distributed power in the cabinet. 
    Several power supplies are used within the system, some in 
    the main power section located at the bottom of the basic cabi- 
    net, some on the LTU shelves (see Figure 4.00). These pow- 
    er supplies provide +5 Vdc, -5 Vdc, +12 Vdc, -12 Vdc, -48 Vdc, 
    and 90 Vat at 20 Hz for ringing voltage. The standard input 
    power for the system is a 110 Vat, 60 Hz commercial source. 
    The main power section consists of the Power System Unit 
    (PSU) and one or two -48 Vdc power supplies: one if there 
    is only the basic cabinet, two if the expansion cabinet is also 
    equipped. (In systems where only the basic cabinet is used, 
    there is a single ac power inlet at the rear of the cabinet; when 
    the expansion cabinet is also used, a second ac power inlet 
    at the rear of the basic cabinet is provided. The Installation 
    practice in this series gives a full description of the steps 
    necessary when making this change.) 
    Two floppy-disk drives (FDDO and FDDl) are located on the 
    same shelf as the main power section. 
    4.02 Power System Unit. The PSU is an integrated assem- 
    bly containing the following functional elements (described 
    in paragraphs 4.03 through 4.07): a. Basic shelf power supply 
    b. Memory Support Module (MSM), optional 
    c. Control logic 
    d. Ring generator 
    e. Power supply circuit breakers 
    4.03 Basic Shelf Power Supply. The basic shelf power sup- 
    ply is an ac-to-dc converter that provides +5, -5, +12, and 
    -12 Vdc power to the basic shelf. 
    4.04 Memory Support Module. The Memory Support Mod- 
    ule (MSM) assembly is an optional battery backup package 
    that provides +5 Vdc to the RAM memory when the commer- 
    cial ac power source fails. In the event of such failure, the 
    battery maintains the data stored in memory for at least five 
    minutes. When the ac power source is restored within this 
    period, the memory does not have to be reloaded from disk; 
    system operation can begin immediately. The MSM is capa- 
    ble of another 5-minute backup cycle after 30 minutes of 
    recharging. (The unit includes the battery charging appara- 
    tus and is under a “float” charge during normal operation.) 
    For power failure periods longer than 5 minutes, program 
    memory is automatically reloaded from floppy disk when pow- 
    er is restored.  
    						
    							SATURN IIE EPABX 
    General Description 
    4.05 Control Logic. The control logic performs the follow- 
    ing functions: 
    a. Power Failure Interrupt (PFI). Generates a nonmaska- 
    ble interrupt to the CIOP when input power drops to 
    the brown-out level (95 to 97.5 Vat) and returns to nor- 
    mal when power becomes higher than 100 Vat. 
    b. Ring synchronization. Generates the timing signals for 
    operating and releasing ringing relays. 
    c. Ringing/message-waiting control. Selects either ring 
    output or message-waiting output for connection to the 
    ringing bus. 
    d. Fuse alarms. Monitors each fuse z -?d causes an alarm 
    upon any fuse failure. 
    4.06 Ring Generator. The ring generator is a single- 
    frequency power supply that provides 90 Vat rms at 20 Hz 
    for station ringing, and 97 Vdc (nominal) for message waiting 
    indications. It provides sufficient power to ring up to 42 sta- 
    tions simultaneously (21 stations each on two different phases A30808-X5130-AllO-l-8918 
    Issue 1, May 1986 
    of ringing) and to provide a message-waiting indication on 
    108 stations simultaneously. 
    4.07 Power Supply Circuit Breakers. There are circuit 
    breakers for each of the ac inputs to the system (e.g., to the 
    basic shelf power supply, each LTUPS, each -48PS etc). 
    4.08 Line/Trunk Unit Power Supply. The LTUPS module as- 
    sembly is an ac-to-dc converter which provides +5, -5. +12, 
    and -12 Vdc power to its associated LTU shelf. This supply,lo- 
    cated adjacent to the left side of each LTU shelf, powers one 
    entire LTU shelf. 
    4.09 48-Volt Power Supply. The -48 Volt Power Supply 
    (-48PSn, where n is designated 0 through 1 in the cabinet) 
    module assembly is an ac-to-dc converter that provides two 
    -48 Vdc outputs. One -48 Vdc output is used for talk battery 
    for analog lines (SLTs), and the other -48 Vdc output is used 
    for PlMDlSLMD applications (i.e., powering attendant con- 
    soles and SDTs, respectively) and power input to the ringing 
    generator in the PSU. The system cabinet may contain either 
    one or two -48PS module assemblies: one for the basic cabi- 
    net and a second when the expansion cabinet is equipped. 
    4-3 (4-4 blank)  
    						
    							SATURN IIE EPABX 
    General Description A30808-X5130-AllO-I-8918 
    Issue 1, May 1986 
    SECTION 5.00 MISCELLANEOUS MODULE ASSEMBLIES 
    5.01 Floppy Disk Drive. Two FDDs are used as random- 
    access storage devices, each using a floppy disk as the back- 
    up memory storage medium. The double-sided, quad-density, 
    5-114 inch, removable disks are capable of storing one mega- 
    byte of formatted data each.  
    						
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