SAFT 063F 380工控模块备件
设置器
可以输出外部时间信号和各种状态信号，以防有外部信号输出。在模式11的“外部信号布局”中，可以分配和使用外部信号输出功能和终端功能。功能名称描述1.TS1 TS2 TS3 TS4 TS5 TS6 TS7 TS8･它是一个时间信号（连续信号）。･TS1至TS8有8种类型的时间信号，当时间信号为ON时，输出信号为ON。2.运行/停止･这是运行/停止状态信号（连续信号）。･当运行状态为“运行”时，输出信号为“开”，当运行状态是“停止”时，输入信号为“停止”。3.ADV･是ADV状态信号（瞬时信号）。･当操作状态为ADV（前进：前进）时，输出信号仅开启约0.5秒。4.RESET･这是RESET状态信号（连续信号）。･当操作状态为RESET（复位）时，输出信号为ON（接通）。5.WAIT･这是WAIT状态信号（连续信号）。･当操作状态为WAIT时，输出信号为ON。WAIT表示等待实际温度补偿，在外部信号输入中，当状态为ON时，状态为WAIT。6.END･这是END状态信号（连续信号）。･当操作状态为END（结束程序）时，输出信号为ON。*从工厂发货时，显示“无设置条件”。
设置未初始化
如果设置任何功能一次，则不显示未设置条件。分配设置未初始化（无设置条件），即使设置内容已初始化。操作状态和状态信号如下图所示。复位复位运行结束运行▼ADV[运行状态]STOP[状态信号]RESET END ADV RUN/STOP约0.5秒-51-10-3。主从同步操作通过组合多个KP系列装置的外部驱动信号和状态信号，还包括实时温度补偿状态，可以进行同步编程操作。即使在进行实时补偿操作时，继续同步操作的系统也被称为主从同步操作，这是KP系列的优秀功能之一。在实时补偿操作的情况下，当异步操作正常时，可以使用一般外部驱动信号的串联连接进行操作。1.观察点组合外部驱动信号和状态信号。从执行同步操作的多个单元中，将一个单元视为主仪表，其余单元视为从仪表。从仪表将通过使用外部驱动信号从主仪表接收状态信号，并运行程序。如果在实际温度补偿操作期间，任何一个单元处于等待状态，通过将该等待状态信号发送到主仪表外部驱动信号的等待状态，所有其他从仪表也将获得等待状态。因此，在实际温度补偿操作的情况下，也可以实现最小化时间误差的同步操作。当主设备和从设备都是设置器时，可以省略接线(④･D） 如下图中的虚线所示。
Setter
External time signals and various status signals can be output to prevent external signal output. In "External signal layout" of mode 11, external signal output function and terminal function can be assigned and used. Function name description 1. TS1 TS2 TS3 TS4 TS5 TS6 TS7 TS8 ¥ It is a time signal (continuous signal). ¥ There are 8 types of time signals from TS1 to TS8. When the time signal is ON, the output signal is ON. 2. Run/stop ¶ This is the run/stop status signal (continuous signal). ¶ When the operation status is "Running", the output signal is "On", and when the operation status is "Stop", the input signal is "Stop". 3. ADV ¥ is the ADV status signal (instantaneous signal). ¥ When the operation state is ADV (Forward: Forward), the output signal is only turned on for about 0.5 seconds. 4. RESET ¥ This is the RESET status signal (continuous signal). ¥ When the operation status is RESET, the output signal is ON. 5. WAIT ¥ This is the WAIT status signal (continuous signal). ¥ When the operation status is WAIT, the output signal is ON. WAIT means waiting for actual temperature compensation. In the external signal input, when the status is ON, the status is WAIT. 6. END ¥ This is the END status signal (continuous signal). ¥ When the operation status is END, the output signal is ON* "No set condition" is displayed when shipping from the factory.
Setting not initialized
If any function is set once, the unset condition is not displayed. The allocation settings are not initialized (no setting conditions), even if the settings are initialized. The operation status and status signal are shown in the figure below. Reset Reset End of operation ▼ ADV [operation status] STOP [status signal] RESET END ADV RUN/STOP for about 0.5 seconds - 51-10-3. The master slave synchronous operation can be programmed synchronously by combining the external drive signals and status signals of multiple KP series devices, including the real-time temperature compensation status. Even when the real-time compensation operation is performed, the system that continues the synchronous operation is also called master slave synchronous operation, which is one of the outstanding functions of KP series. In the case of real-time compensation operation, when the asynchronous operation is normal, the series connection of general external drive signals can be used for operation. 1. Observation point combines external drive signal and status signal. From the multiple units that perform synchronous operation, one unit is considered as the master instrument, and the other units are considered as slave instruments. The slave instrument will receive status signals from the master instrument by using an external drive signal and run the program. If any unit is in the waiting state during the actual temperature compensation operation, all other slave instruments will also obtain the waiting state by sending the waiting state signal to the waiting state of the external driving signal of the main instrument. Therefore, in the case of actual temperature compensation operation, synchronous operation with minimum time error can also be realized. When both the master device and the slave device are setters, you can omit the wiring (④ ¥ D) as shown by the dotted line in the following figure.
