HIEE410110P2模拟量输入模块
模块状态参考地址%Ixxxxx此模块状态数据的起始地址。该数据的格式如第11.2.4.3节所示。模块状态参考长度0模块状态数据所需的位数（0到32）。设置为0时，模块状态数据的映射被禁用。要启用模块状态数据映射，请将其更改为非零值。HART数据扫描控制无数据选择CPU是否从HART模块自动扫描：无数据、仅更改数据或每个HARTenabled通道的所有数据。有关内存使用的详细信息，请参阅下文。仅动态数据：每个输入设备的前18个字或288位HART数据。所有数据：所有HART数据（每个HART输入设备88个字或1408位。PACSystems*RX3i系统手册第12节GFK-2314T 2019年9月带HART通信的模拟模块501参数默认说明HART直通服务选项每两个通道扫描一次选择模块是否在每次1、2或4通道扫描中自动服务HART直通命令，或仅在HART设备更改时自动服务冰配置或数据10秒未读取（仅通过）。如果选择“仅通过”，则应用程序不会自动使用扫描数据。但是，可以使用COMMREQ 1读取。HART状态参考地址HART状态数据的起始地址。格式ngth根据为HART数据扫描控制所做的选择自动设置HART数据扫描控制器HART数据参考长度无数据0仅动态数据最高HART启用信道编号X（18字或288位）所有数据最高HART激活信道编号X X（88字或1408位）I/O扫描集1将模块I/O状态数据分配给CPU中定义的扫描集配置确定RX3i轮询数据输入默认强制关闭的频率。如果模块发生故障或移除，此参数指定模块所有通道值参考的状态。强制关闭=通道值清除为0。保持最后状态=通道值保持其最后状态。未启用/禁用端子块的输入默认值：控制如果端子块被移除，输入是否将设置为默认值。未启用/禁用接线板的通道故障：控制接线板移除后是否会生成通道故障和配置的报警响应。默认设置为Disabled（禁用）意味着移除接线板时，通道故障和报警被抑制。此参数不影响模块故障，包括接线板丢失/添加故障生成。模拟输入模式单端输入模式单端口/差分：此选择必须与模块的输入接线相匹配。A/D滤波器频率40Hz模块上所有输入的低通A/D硬件滤波器设置：8、12、16、40、200或500Hz。默认值为40Hz。低于滤波器设置的频率不会被硬件过滤。PACSystems*RX3i系统手册第12节GFK-2314T 2019年9月带HART通信的模拟模块
Module Status Reference Address %Ixxxxx Starting address for the status data of this module. The format of this data is shown in Section 11.2.4.3. Module Status Reference Length 0 The number of bits (0 to 32) required for the Module Status data. When set to 0, mapping of Module Status data is disabled. To enable Module Status data mapping, change this to a non-zero value. HART Data Scan Control No data Selects whether the CPU will automatically scan from the HART module: no data, changed data only, or all data for each HARTenabled channel. Refer to the below for details of memory usage. Dynamic Data Only: the first 18 words or 288 bits of HART data per input device. All Data: all of the HART data (88 words or 1408 bits for each HART input device. PACSystems* RX3i System Manual Section 12 GFK-2314T Sept. 2019 Analog Modules with HART Communications 501 Parameter Default Description HART Pass-Through Service Options Once per two channel scans Selects whether the module will automatically service a HART pass-through command in each 1, 2, or 4 channel scans or only upon change of the HART device configuration or if data hasn’t been read for 10 seconds (Pass-Through Only). If Pass-Through Only is selected, scan data is not automatically available to the application program. However, it can be read using COMMREQ 1. HART Status Reference Address Starting address for the HART Status data. The format ngth is automatically set according to the selection made for HART Data Scan Control HART Data Scan Control HART Data Reference Length No Data 0 Dynamic Data Only Highest HART-enabled Channel Number X (18 words or 288 bits) All Data Highest HART-enabled Channel Number X (88 words or 1408 bits) I/O Scan Set 1 Assigns the module I/O status data to a scan set defined in the CPU configuration. Determines how often the RX3i polls the data Inputs Default Force Off In the event of module failure or removal, this parameter specifies the state of all Channel Value References for the module. Force Off = Channel Values clear to 0. Hold Last State = Channel Values hold their last state. Inputs Default w/o Terminal Block Enabled Enabled / Disabled: Controls whether inputs will be set to their defaults if the Terminal Block is removed. Channel Faults w/o Terminal Block Disabled Enabled / Disabled: Controls whether channel faults and configured alarm responses will be generated after a Terminal Block removal. The default setting of Disabled means channel faults and alarms are suppressed when the Terminal Block is removed. This parameter does not affect module faults including the Terminal Block loss/add fault generation. Analog Input Mode Single-ended Input Mode Single-ended / Differential: This selection must match the input wiring to the module. A/D Filter Frequency 40Hz Low pass A/D hardware filter setting for all inputs on the module: 8, 12, 16, 40, 200, or 500Hz. Default is 40Hz. Frequencies below the filter setting are not filtered by hardware. PACSystems* RX3i System Manual Section 12 GFK-2314T Sept. 2019 Analog Modules with HART Communications
