IS200VTCCH1CBD机械设备卡件
图中所示的默认配置提供的值为+，对应的电压输入范围为+伏。如果为当前配置了或扩展器，则默认缩放范围为输入电流范围，请参见图。Alog输入系统高级F Alog八月控制器数据表F点输入电压用户缩放点图。电压输入缩放的用户缩放可以针对基本转换器和扩展器分别进行配置。缩放可以通过增加所需的电压或电流输入值和每个两点对应的工程单位来设置。工程单位有点符号为lue+。配置sca facrs或时，必须对应一个介于+和之间的工程单位编号。缩放工程单位不会增加路厄的分辨率，但会将其转换为更方便的单位。由于现场设备中的复杂性，可以使用缩放来补偿实际值和理论值之间的差异。点输入电流用户缩放图形。当前输入的用户比例F Alog输入系统高级Alog s八月控制器数据表F使用数据和修改配置数据和提供了一种方法，允许您从梯形逻辑修改Alog输入基础转换器的一些诊断配置参数。Data nd使用MREQ功能块和参数的sll块动态更新某些配置参数。使用MREQ功能发送数据nd梯形图程序使用MREQ通信请求功能发送数据nd。MREQ要求在执行前将其所有nd数据以正确的顺序放在内存中。然后，它应该由一个执行器执行，以防止多次发送数据。连续的MREQ必须通过至少毫秒的瓜拉尼正确处理来分离。MREQ函数及其第二块数据的描述，以及使用寄存器R R作为MREQ第二块的梯形图示例。有关MREQ的其他特定信息，请参阅适用的控制器参考。MREQ功能块描述请求MREQ函数是一个条件执行函数，通过梯形逻辑程序Alog传达特定请求。请求功能块Fort MREQ功能块的梯形逻辑表示如下 输入用于指示机架和插槽发送Alog的消息物理位置。最后一个输入TASK设置为要配置的数字。在上述示例中，将配置机架插槽，MREQ nd块从Regisr开始。电源总是通过ok。
The default configuration shown in the figure provides a value of+, and the corresponding voltage input range is+V. If the or expander is currently configured, the default zoom range is the input current range, as shown in Figure. Alg Input System Advanced F Alg August Controller Data Sheet F Point Input Voltage User Scale Point Graph. User scaling for voltage input scaling can be configured separately for the basic converter and expander. Scaling can be set by increasing the desired voltage or current input value and the engineering units corresponding to each two points. Some symbols of engineering units are lue+. When configuring sca facrs or, you must correspond to an engineering unit number between+and. Scaling engineering units does not increase the resolution of the Lute, but converts it to more convenient units. Due to the complexity in the field devices, scaling can be used to compensate for the difference between the actual and theoretical values. Point input current user scaling graph. The current user input ratio F Alg Input System Advanced Alg s August Controller Data Sheet F uses data and modifies configuration data and provides a method that allows you to modify some of the diagnostic configuration parameters of the Alg input base converter from ladder logic. Data nd uses the MREQ function block and the sll block of parameters to dynamically update certain configuration parameters. Use the MREQ function to send data nd The ladder program uses the MREQ communication request function to send data nd. MREQ requires that all its nd data be placed in memory in the correct order before execution. Then, it should be executed by an actuator to prevent sending data multiple times. Continuous MREQs must be separated by correct processing of Guarani for at least milliseconds. Description of the MREQ function and its second block of data, as well as an example of a ladder diagram using register R R as the second block of MREQ. For additional specific information about the MREQ, see the applicable controller reference. The MREQ function block describes that the request MREQ function is a conditional execution function that conveys a specific request through the ladder logic program Alg. The ladder logic of the request function block Fort MREQ function block represents the following inputs used to indicate the physical location of the messages sent by the rack and slot to the Alog. The last input TASK is set to the number to be configured. In the above example, the rack slot will be configured, and the MREQ nd block starts from Regisr. The power supply is always OK.
