CTB811 TU814V1 销售工控备件
程序操作程序
考虑到程序模式和每个参数的设置，程序操作的开始/结束程序如下。① 将状态更改为RESET（复位）。参见上文第1条。↓ ② 选择要运行的程序的模式号。参见上文第5条。↓ ③ 将状态更改为RUN。参见上文第2条。↓ ④ 操作开始，根据编程模式执行编程操作，然后编程操作结束（结束状态）。↓ ⑤ 更改为RESET状态。参见上文第1条45-9-3.试运行在完成操作前的确认后，参考以下内容，开始试运行并进行各种确认。本程序是最基本的试运行程序的一个示例。根据设定器规格、成品系统配置、控制条件等增加确认内容。① 启动电源。考虑到安全性，最好在电源启动时将其保持在RESET状态。↓ ② 确认配置系统（包括设置器）的仪器正常。↓ ③ 确认配置系统（包括设置器）的仪器之间连接的所有信号电平（电压值、电流值、开/关信号等）正常。↓ ④ 设置适当的程序模式，并通过“运行”操作启动程序操作。↓ ⑤ 查看状态一段时间，如果显示没有异常，则没有问题。但是，如果出现异常，请参见“12故障排除”。↓ ⑥ 确认与设置器相连的外围设备的操作（报警、外部信号输入等）正常。↓ ⑦ 根据要求设置设定器的各种参数。↓ ⑧ 开始操作一段时间后，确认最终产品的正常性，包括设置器和配置系统的所有设备。-46-9-4.操作过程中的注意事项9-4-1.操作过程中设置的更改当在操作过程中更改设置时，可以执行除部分设置屏幕之外的任何设置。如果在操作过程中无法更改设置，则在设置更改操作过程中会显示错误消息。然而，在控制操作期间使用参数更改设置可能会对控制产生不利影响，因此请小心。
步骤的示例
下面给出了在执行过程中更改步骤的示例，请参考。① 当SV改变时，给出步骤n的SV1（设定值）改变为SV2的示例。在本例中，请理解，在更改前的步骤n+1中存在设置值操作，但是在更改后的步骤n+2中没有设置值操作。② 当时间改变时给出了一个例子，其中步骤n的时间（所需时间）只改变了一点T。总的来说，班次只有T分钟。步骤n步骤n+1步骤n+2 SV2 SV1更改前的模式更改后的模式更改点更改后的步骤n步骤n+1更改后的SV T更改前的图案更改后的图案更改点更改前的步骤n更改前的T步骤n+1更改前的-47-9-4-2电源启动时的注意事项1.电源供应期间错误输出的对策在电源供应期间，在设定器正常启动之前，有时会瞬时输出与输出相关的信号。使用外部电路，根据要求实施错误输出的对策。2.瞬时断电时的注意事项当再次启动电源时，操作状态取决于模式1的“启动电源时的操作”设置。当选择“继续”时，将返回到断电时的状态。换句话说，如果断电时状态为RUN，则其保持为RUN；如果此时状态为RESET，则保持为RESET。当选择“复位”时，即使设置屏幕和外部信号输入中的状态为“运行”，状态也始终为“复位”。此时，如果在设置屏幕和外部信号输入中将状态再次更改为RUN，则状态变为RUN。在这种情况下，状态从步骤00变为RUN。特别是当使用外部信号输入时，要注意顺序。即使由于客户操作或最终产品顺序的原因，电源切断/启动不会发生，但由于某些原因，电源会暂时切断/启动，即使当设置器检测到电源切断/开启时，也会根据模式1的“启动电源时的操作”设置进行操作。例如，如果未使用高质量电源，如果在瞬间断电等情况下选择了“复位”，则在不知不觉中状态变为“复位”状态，因此要小心。不要选择“复位”，因为当电源不稳定时，它会对最终产品的整个系统产生不利影响。
Program Operating Procedures
Considering the program mode and the setting of each parameter, the start/end procedure of program operation is as follows. ① Change the status to RESET. See Clause 1 above. ↓② Select the mode number of the program to be run. See Clause 5 above. ↓③ Change the status to RUN. See Clause 2 above. ↓④ Start the operation, execute the programming operation according to the programming mode, and then the programming operation ends (end state). ↓⑤ Change to RESET status. Refer to 45-9-3, Article 1 above. After the confirmation before operation, refer to the following contents to start the commissioning and carry out various confirmations. This procedure is an example of the most basic commissioning procedure. Add confirmation contents according to setter specifications, finished product system configuration, control conditions, etc. ① Start the power supply. For safety, it is better to keep the power supply in the RESET state when it is started. ↓② Confirm that the instruments of the configuration system (including the setter) are normal. ↓③ Confirm that all signal levels (voltage value, current value, on/off signal, etc.) connected between instruments of the configuration system (including the setter) are normal. ↓④ Set appropriate program mode, and start program operation through "Run" operation. ↓⑤ Check the status for a period of time. If there is no exception, there is no problem. However, if an exception occurs, see "12 Troubleshooting". ↓⑥ Confirm that the peripheral equipment connected to the setter operates normally (alarm, external signal input, etc.). ↓⑦ Set various parameters of the setter as required. ↓⑧ After a period of operation, confirm the normality of the final product, including the setter and all equipment of the configuration system- 46-9-4. Precautions during operation 9-4-1. Change of settings during operation When changing the settings during operation, you can perform any settings except some settings screens. If the setting cannot be changed during the operation, an error message is displayed during the setting change operation. However, use of parameter change settings during control operations may adversely affect control, so be careful.
Example of step
An example of changing steps during execution is given below. Please refer to. ① When SV changes, give an example of SV1 (set value) in step n changing to SV2. In this example, please understand that there is a set value operation in step n+1 before the change, but there is no set value operation in step n+2 after the change. ② An example is given when the time changes, in which the time of step n (required time) only changes a little T. Generally speaking, the shift is only T minutes. Step n Step n+1 Step n+2 SV2 SV1 Mode before change Mode after change Step n Step n+1 SV2 SV1 Mode after change Step n Step n+1 SV after change Pattern before change Step n Step T before change Step n+1 - 47-9-4-2 Precautions during power supply startup, Sometimes the output related signal will be output instantaneously. Use the external circuit to implement the countermeasure of error output according to the requirements. 2. Precautions in case of transient power failure When the power supply is started again, the operation status depends on the "Operation when starting the power supply" setting of mode 1. When "Continue" is selected, it will return to the state at the time of power failure. In other words, if the status is RUN when power is off, it remains RUN; If the status is RESET at this time, it will remain RESET. When "reset" is selected, the status is always "reset" even if the status in the setting screen and external signal input is "running". At this time, if the status is changed to RUN again in the setting screen and external signal input, the status changes to RUN. In this case, the status changes from step 00 to RUN. Especially when using external signal input, pay attention to the sequence. Even if the power cut off/start will not occur due to the customer's operation or the final product sequence, but for some reasons, the power will be temporarily cut off/started. Even when the setter detects the power cut off/start, it will operate according to the "Operation when starting the power supply" setting in mode 1. For example, if high-quality power supply is not used and "reset" is selected in the case of instant power failure, the state will change to "reset" unconsciously, so be careful. Do not select "reset", because when the power supply is unstable, it will adversely affect the entire system of the final product.
