330106-05-30-05-02-05 AI接线端子板
外部调制解调器机架
接口模块直接支持以下外部调制解调器：无Hayes Ultra 9600 Hayes Optima 9600 Motorola FasTalkII 9600自定义初始化字符串设置和启动调制解调器的命令。如果从列表中选择调制解调器，默认初始化字符串将显示在此字段中。如果选择“自定义”，请根据调制解调器文档中的信息输入初始化字符串。字节超时在通信被认为完成之前，通信线路必须空闲的字节次数。一字节时间是所选波特率的函数。值的范围为3至255。静态数据注意事项每个静态数据端口可以访问3500机架中的六个监视器插槽。3500机架中的每个监视器插槽限制为32个PPL。动态信号选项标识哪些监视器向数据管理器I/O模块上的动态连接器提供动态数据。该字段定义3500机架如何向通信处理器（TDIX或DDIX）提供机械数据。下表显示了可用的不同选项。请记住以下几点：•动态端口2始终分配给插槽8到13。•如果插槽包含监视器以外的其他内容，则不会返回该插槽的数据。•安装在插槽14和15中的模块无法返回任何数据。3配置信息3500/20操作和维护10动态信号选项监视器分配给数据管理器端口插槽2-7分配给数据Manager端口1机架类型：通信处理器的标准数量：2插槽14和14不能返回任何数据，因为每个TDIX和DDIX只能连接到最大值24个频道。
机架类型
插槽2、4、6、8、10、12分配给Data Manager端口1机架类型：通信处理器的标准数量：1当机架设置有多个监视器/继电器对时，使用此选项。分配给数据管理器端口1的插槽2、5、8、11机架类型：TMR，通信处理器的总线中继数：1如果从插槽2、6、8或11中移除了监视器，则不会从该监视器组向通信处理器返回任何数据。监视器组插槽2、6、10分配给数据管理器端口1机架类型：TMR，带单独继电器通信处理器数量：1如果从插槽2、8或10中移除监视器，则不会从该监视器组向通信处理器返回任何数据。监视器组图例监视器分配给Data Manager端口1监视器分配给数据Manager端口2
External Modem Rack
The interface module directly supports the following external modems: no Hayes Ultra 9600 Hayes Optima 9600 Motorola FasTalkII 9600 custom initialization string settings and the command to start the modem. If you select a modem from the list, the default initialization string appears in this field. If you select Custom, enter the initialization string according to the information in the modem documentation. Byte timeout The number of bytes that the communication line must be idle before communication is considered complete. One byte time is a function of the selected baud rate. Values range from 3 to 255. Static Data Considerations Each static data port has access to six monitor slots in the 3500 rack. Each monitor slot in the 3500 rack is limited to 32 PPLs. The Dynamic Signal option identifies which monitors provide dynamic data to the dynamic connector on the Data Manager I/O module. This field defines how the 3500 rack provides mechanical data to the communication processor (TDIX or DDIX). The following table shows the different options available. Remember the following: • Dynamic port 2 is always assigned to slots 8 through 13. • If a slot contains something other than a monitor, the data for that slot will not be returned. • Modules installed in slots 14 and 15 cannot return any data. 3 Configuration Information 3500/20 Operation and Maintenance 10 Dynamic Signal Option Monitor Assigned to Data Manager Port Slots 2-7 Assigned to Data Manager Port 1 Rack Type: Standard Number of Communication Processors: 2 Slots 14 and 14 cannot return any data because each TDIX and DDIX can only be connected to a maximum of 24 channels.
rack type
Slots 2, 4, 6, 8, 10, 12 are assigned to Data Manager Port 1 Rack Type: Standard Number of Communication Processors: 1 Use this option when the rack is configured with multiple monitor/relay pairs. Slot 2, 5, 8, 11 assigned to data manager port 1 Rack type: TMR, number of bus trunks for communication processor: 1 If a monitor is removed from slot 2, 6, 8, or 11, no data is returned from that monitor group to the communication processor. Monitor group slots 2, 6, and 10 are assigned to Data Manager Port 1 Rack Type: TMR with separate relays Number of Communication Processors: 1 If a monitor is removed from slot 2, 8, or 10, no data is returned from that monitor group to the Communication Processors. Monitor Group Figure Example Monitor Assigned to Data Manager Port 1 Monitor Assigned to Data Manager Port 2
