UF C762 AE101/3BHE006412R0101备件模块
用户数据
将等于[DigIn 1数据]。换句话说，[DigIn 1用户数据]将等于当数字输入1打开时，[DigIn 1用户数据]将等于[DigIn 2数据]加上[DigIn 1位]中设置的任何位。换句话说，[DigIn 1用户数据]将等于0000 0000 0000 0000 10000 0000 0101（值为5）。[Speed Ref Sel]链接到[DigIn 1 User Data]。现在[Speed Ref Sel]将在值1和5之间切换。数字输入状态位[Local I/O Status]，位0…4表示数字输入的状态，可用于数字输入的故障排除。比特细分如下：•比特0“启用输入”•比特1“数字输入1”•比特2“数字输出2”•比特3“数字数字输入3”当与数字输入相关的[本地I/O状态]中的比特被设置（=1）时，数字输入打开。当未设置与数字输入相关的位（=0）时，数字输入关闭。46自动化出版物PFLEXRM002DENE2013年8月第1章详细驱动配置和操作数字输出技术信息I/O板上有三个数字输出。数字输出1和2为24VDC开路集电极（下沉逻辑）。
它们的额定值最大为25 mA
图11是数字输出1和2如何与灯一起使用的示例。注：图中的晶体管是数字输出的内部电路。当数字输出1的逻辑变为真时，晶体管导通，将晶体管的集电极接地，完成电路。然后灯将亮起。图11数字输出数字输出3是额定为24VDC的继电器输出。对于电阻负载，继电器输出在24VDC时额定值为5A，对于电感负载，在24VDC下额定值为2A。图12数字输出配置数字输出公共（返回）T6下沉输出G+24V DC数字输出逻辑T4 841 842继电器输出数据继电器输出位16本地I/O状态（输出继电器）TB2B5 TB2B4 843 844数字输出1数据输出1位17本地I/O状态1（辅助输出1）TB1T6 TB1T5 845 846数字输出2数据输出2位本地I/O状态2（辅助输出2）18 TB1T4｛返回“公共”｝824 824824自动化出版物PFLEXRM002DENE2013年8月47详细驱动配置和操作第1章【继电器x数据】参数和【数据挖掘】参数与用于打开数字输出的参数相关联。
user data
Will be equal to [DigIn 1 Data]. In other words, [DigIn 1 User Data] will be equal to when Digital Input 1 is turned on, [DigIn 1 User Data] will be equal to [DigIn 2 Data] plus any bit set in [DigIn 1 Bit]. In other words, [DigIn 1 user data] will be equal to 0000 0000 0000 0000 10000 0000 0101 (the value is 5). [Speed Ref Sel] is linked to [DigIn 1 User Data]. Now [Speed Ref Sel] will switch between values 1 and 5. Digital input status bit [Local I/O Status], bit 0... 4 indicates the status of digital input, which can be used for troubleshooting digital input. The bits are subdivided as follows: • Bit 0 "Enable input" • Bit 1 "Digital input 1" • Bit 2 "Digital output 2" • Bit 3 "Digital input 3" When the bit in [Local I/O Status] related to the digital input is set (=1), the digital input is turned on. When the bit (=0) associated with the digital input is not set, the digital input is closed. 46 Automation publication PFLEXRM002DENE August 2013 Chapter 1 Detailed Drive Configuration and Operation Digital Output Technical Information There are three digital outputs on the I/O board. Digital outputs 1 and 2 are 24VDC open collector (sinking logic).
They are rated up to 25 mA
Fig. 11 is an example of how digital outputs 1 and 2 are used with lamps. Note: The transistor in the figure is the internal circuit of digital output. When the logic of digital output 1 becomes true, the transistor is turned on, and the collector of the transistor is grounded to complete the circuit. The lamp will then come on. Figure 11 Digital Output Digital Output 3 is a relay output rated at 24VDC. The rated value of relay output is 5A at 24VDC for resistive load and 2A at 24VDC for inductive load. Figure 12 Digital Output Configuration Digital Output Common (Return) T6 Sinking Output G+24V DC Digital Output Logic T4 841 842 Relay Output Data Relay Output Bit 16 Local I/O Status (Output Relay) TB2B5 TB2B4 843 844 Digital Output 1 Data Output Bit 17 Local I/O Status 1 (Auxiliary Output 1) TB1T6 TB1T5 845 846 Digital Output 2 Data Output Bit 2 Local I/O Status 2 (Auxiliary Output 2) 18 TB1T4 (Return to "Common" The 824 824824 automation publication PFLEXRM002DENE, August 47, 2013, detailed drive configuration and operation, Chapter 1 [Relay x Data] parameters and [Data Mining] parameters are associated with the parameters used to open the digital output.
