DEIF AOM-1開關量輸出模塊
雙列直插式開關SW1-串行端口通信速率
雙列直插開關SW1是一個八極雙列直撥開關，用于設置串行端口（RS-232-C）通信速率。通信速率直接影響數(shù)據(jù)吞吐量。通信速率見表3-10。在提供的空間中記錄雙列直插式開關SW1的設置。雙列直插開關SW2-診斷雙列直撥開關SW2可實現(xiàn)僅對合格貝利控制公司服務人員有意義的計算機接口診斷。必須關閉雙列直插式開關SW2上的所有極才能正常工作。表3-11顯示了雙列直插式開關設置。確認雙列直插式開關SW2上的所有雙列直撥式開關極均設置為零（閉合或接通）。雙列直插開關SW3-SCSI端口雙列直通開關SW3啟用或禁用SCSI端口并設置SCSI端口地址。表3-12顯示了雙列直插式開關設置。如果SCSI端口已啟用，則串行端口1將被禁用。雙列直插式開關SW4是一個八極雙列直撥式開關，用于確定模塊的操作選項。表3-13列出了選項設置。在提供的空間中記錄雙列直插式開關SW4的設置。切勿在機器故障計時器電路禁用（跨接引腳連接）的情況下操作ICT模塊?？赡軙a生不可預測的模塊輸出。這些不可預測的模塊輸出可能對整個通信系統(tǒng)產生不利影響。注意：ICT模塊的功能僅限于電路MFT（機器故障計時器）或電路。出擊次數(shù)減少了。這些架次提高了整個通信系統(tǒng)的效率。
HW SETUP插座跳線
HW SETUP套接字定義安裝的SRAM存儲器組的數(shù)量，并為ROM和SRAM存儲器選擇等待狀態(tài)。跳線設置見表3-15。ICT模塊上有四條跨接線（跨接線J1、J2、J4和J5）。這些跳線用于特殊ICT硬件應用。它們將RS-232-C診斷端口定義為數(shù)據(jù)終端設備（DTE）或數(shù)據(jù)通信設備（DTD），定義SRAM模塊上包含的SRAM類型，啟用機器故障計時器，并使模塊在使用-30 VDC的模塊安裝單元中運行。跳線設置見表3-14。IMMPI01多功能處理器接口模塊（MPI）為INICT03 INFI-NET到計算機傳輸模塊（ICT）提供兩個串行端口和一個SCSI并行端口。60針帶狀電纜（隨MPI模塊提供）將MPI模塊連接到ICT模塊。MPI模塊有兩組跳線，用于選擇握手信號類型：請求發(fā)送（RTS）或清除發(fā)送（CTS）。這些信號通過電纜連接到多功能處理器終端單元或多功能處理器端接模塊離開模塊。圖3-5顯示了MPI模塊上的跳線位置。跳線J1和J2必須如圖3-6和3-7所示進行設置。當使用MPI模塊安裝ICT模塊時，模塊安裝單元內的模塊放置非常重要。安裝需要模塊安裝單元中的兩個相鄰插槽。ICT模塊必須占據(jù)右側插槽（當面向模塊安裝單元的前面時），MPI模塊必須占據(jù)左側插槽
DIPSWITCH SW1 - SERIAL PORT COMMUNICATION RATE
Dipswitch SW1 is an eight pole dipswitch that sets the serial port (RS-232-C) communication rate. The communication rate directly affects data throughput. Refer to Table 3-10 for communication rates. Record the dipswitch SW1 settings in the space provided.DIPSWITCH SW2 - DIAGNOSTICS Dipswitch SW2 enables computer interface diagnostics that are meaningful to qualified Bailey Controls Company service personnel only. All poles on dipswitch SW2 must be closed for normal operation. Table 3-11 shows the dipswitch settings. Verify that all dipswitch poles on dipswitch SW2 are set to zero (closed or on). DIPSWITCH SW3 - SCSI PORT Dipswitch SW3 enables or disables the SCSI port and sets the SCSI port address. Table 3-12 shows the dipswitch settings. If the SCSI port is enabled, serial port 1 is disabled.Dipswitch SW4 is an eight-pole dipswitch that determines the operating options of the module. Table 3-13 lists the option settings. Record the dipswitch SW4 settings in the space provided.Never operate the ICT module with the machine fault timer circuit disabled (jumper pins connected). Unpredictable module outputs may result. These unpredictable module outputs may adversely affect the entire communication system. ATTENTION Ne jamais faire fonctionner le module ICT alors que le circuit MFT (Machine Fault Timer) est hors-circuit. Il pourrait en résulter des sorties imprévisibles. Ces sorties imprévisibles pourraient affecter trés défavorablement le systéme entier de communication.
HW SETUP Socket Jumper
The HW SETUP socket defines the number of SRAM memory banks installed and selects wait states for ROM and SRAM memory. Refer to Table 3-15 for the jumper settings. There are four jumpers (jumper J1, J2, J4, and J5) on the ICT module. These jumpers are for special ICT hardware applications. They define the RS-232-C diagnostic port as data terminal equipment (DTE) or data communication equipment (DTE), define the type of SRAM contained on the SRAM modules, enable the machine fault timer and enable the module to operate in a module mounting unit that uses -30 VDC. Refer to Table 3-14 for the jumper settings.The IMMPI01 Multi-Function Processor Interface Module (MPI) provides the INICT03 INFI-NET to Computer Transfer Module (ICT) with two serial ports and a SCSI parallel port. A 60-pin ribbon cable (supplied with MPI modules) connects the MPI module to the ICT module.The MPI module has two sets of jumpers that select handshake signal types: request to send (RTS) or clear to send (CTS). These signals leave the module through a cable connection to the multi-function processor termination unit or the multi-function processor termination module. Figure 3-5 shows the jumper locations on the MPI module. Jumpers J1 and J2 must be set as shown in Figures 3-6 and 3-7. Module placement within the module mounting unit is important when installing an ICT module with the MPI module. Installation requires two adjacent slots in a module mounting unit. The ICT module must occupy the right slot (when facing the front of the module mounting unit) and the MPI module must occupy the left slot
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