140DAI75300C  VAC离散量输入模块  用于接收来自传感器、开关

型号：140DAI75300C

主要信息

产品系列

产品类型：VAC离散量输入模块

离散量输入数量：32

补充信息

通道配置;4

地址需求:2 输入字

离散量输入电压:230 V 交流

输入电流:

11.5 mA 在…上 57...63 Hz

9.7 mA 在…上 47...53 Hz

电压状态1担保:

165...264 V 交流 在…上 57...63 Hz

175...264 V 交流 在…上 47...53 Hz

电压状态0担保:

0...40 V 交流 在…上 57...63 Hz

0...40 V 交流 在…上 47...53 Hz

输入阻抗:

26500 Ω 容性负载 在…上 57...63 Hz

31800 Ω 容性负载 在…上 47...53 Hz

140DAI75300C离散量输入模块通常用于接收来自传感器、开关、按钮等离散设备的信号。这些模块将这些离散信号转换为数字形式，以便控制系统能够处理和分析它们。这有助于实现对工业过程的监控和控制。离散量输入模块在工业自动化系统中有着广泛的应用，包括制造、能源、水处理、化工、电力等各种领域。

举例来说，140DAI75300C是一个具体的离散量输入模块的型号。这个模块可能由通用电气（General Electric）制造，用于标识特定型号的模块。型号中的数字和字母序列可能表示模块的规格、通信接口、电源要求或其他特定参数。

Model: 140DAI75300C

Main information

Product series

Product Type: VAC discrete input module

Discrete input number: 32

Supplementary information

Channel configuration; 4

Address requirements :2 Enter a word

Discrete input voltage :230 V AC

Input current:

11.5 mA in... On 57... 63 Hz

9.7 mA in... On 47... 53 Hz

Voltage status 1 Guarantee:

165... 264 V AC in... On 57... 63 Hz

175... 264 V AC in... On 47... 53 Hz

Voltage status 0 Guaranteed:

0... 40 V AC at... On 57... 63 Hz

0... 40 V AC at... On 47... 53 Hz

Input impedance:

26500Ω capacitive load in... On 57... 63 Hz

31800 Ω capacitive load in... On 47... 53 Hz

The 140DAI75300C discrete input module is typically used to receive signals from discrete devices such as sensors, switches, buttons, etc. These modules convert these discrete signals into digital form so that the control system can process and analyze them. This facilitates the monitoring and control of industrial processes. Discrete input modules are widely used in industrial automation systems, including manufacturing, energy, water treatment, chemical, electric power and other fields.

For example, the 140DAI75300C is a specific discrete input module model. This module may be manufactured by General Electric to identify a specific model of module. The sequence of numbers and letters in the model number may indicate the module's specifications, communication interfaces, power requirements, or other specific parameters.