DEIF AOM-1开关量输出模块
双列直插式开关SW1-串行端口通信速率
双列直插开关SW1是一个八极双列直拨开关，用于设置串行端口（RS-232-C）通信速率。通信速率直接影响数据吞吐量。通信速率见表3-10。在提供的空间中记录双列直插式开关SW1的设置。双列直插开关SW2-诊断双列直拨开关SW2可实现仅对合格贝利控制公司服务人员有意义的计算机接口诊断。必须关闭双列直插式开关SW2上的所有极才能正常工作。表3-11显示了双列直插式开关设置。确认双列直插式开关SW2上的所有双列直拨式开关极均设置为零（闭合或接通）。双列直插开关SW3-SCSI端口双列直通开关SW3启用或禁用SCSI端口并设置SCSI端口地址。表3-12显示了双列直插式开关设置。如果SCSI端口已启用，则串行端口1将被禁用。双列直插式开关SW4是一个八极双列直拨式开关，用于确定模块的操作选项。表3-13列出了选项设置。在提供的空间中记录双列直插式开关SW4的设置。切勿在机器故障计时器电路禁用（跨接引脚连接）的情况下操作ICT模块。可能会产生不可预测的模块输出。这些不可预测的模块输出可能对整个通信系统产生不利影响。注意：ICT模块的功能仅限于电路MFT（机器故障计时器）或电路。出击次数减少了。这些架次提高了整个通信系统的效率。
HW SETUP插座跳线
HW SETUP套接字定义安装的SRAM存储器组的数量，并为ROM和SRAM存储器选择等待状态。跳线设置见表3-15。ICT模块上有四条跨接线（跨接线J1、J2、J4和J5）。这些跳线用于特殊ICT硬件应用。它们将RS-232-C诊断端口定义为数据终端设备（DTE）或数据通信设备（DTD），定义SRAM模块上包含的SRAM类型，启用机器故障计时器，并使模块在使用-30 VDC的模块安装单元中运行。跳线设置见表3-14。IMMPI01多功能处理器接口模块（MPI）为INICT03 INFI-NET到计算机传输模块（ICT）提供两个串行端口和一个SCSI并行端口。60针带状电缆（随MPI模块提供）将MPI模块连接到ICT模块。MPI模块有两组跳线，用于选择握手信号类型：请求发送（RTS）或清除发送（CTS）。这些信号通过电缆连接到多功能处理器终端单元或多功能处理器端接模块离开模块。图3-5显示了MPI模块上的跳线位置。跳线J1和J2必须如图3-6和3-7所示进行设置。当使用MPI模块安装ICT模块时，模块安装单元内的模块放置非常重要。安装需要模块安装单元中的两个相邻插槽。ICT模块必须占据右侧插槽（当面向模块安装单元的前面时），MPI模块必须占据左侧插槽
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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