1746-NI16I Series A SLC500 16-P 阀门遥控模拟输入模块

1746-NI16I Series A SLC500 16-P 阀门遥控模拟输入模块

1746-NI16I Series A SLC500 16-P 阀门遥控模拟输入模块

产品详情：

AB 1746-NI16I 是罗克韦尔自动化（Rockwell Automation）推出的模拟量输入模块，通常用于工业自动化和控制系统中。以下是关于这个模块的一些关键信息：

模拟量输入：1746-NI16I 模块通常配备多个模拟输入通道，用于接收模拟信号，例如电压信号或电流信号。每个通道可以连接到传感器或仪器，以监测各种过程参数，如温度、压力、流量等。

分辨率和精度：这个模块通常具有高分辨率和精度，以确保准确地测量和监控模拟信号。分辨率通常以位数（如16位）表示。

通信接口：1746-NI16I 模块通常通过PLC（可编程逻辑控制器）或控制系统的背板总线与其他设备通信，以将模拟输入数据传送到控制系统中。

配置和编程：用户可以使用罗克韦尔的编程工具（如RSLogix 5000）配置和编程这个模块，以定义输入通道的功能、量程和数据处理。

应用领域：这种类型的模块广泛应用于各种工业控制和自动化应用中，包括制造、化工、电力、食品和饮料、楼宇自动化等领域。

热插拔：一些模块可能支持热插拔功能，允许在运行时更换模块而无需停机。

1746-NI16I Series A SLC500 16-P 阀门遥控模拟输入模块

Product Details:

AB 1746-NI16I is an analog input module from Rockwell Automation that is commonly used in industrial automation and control systems. Here are some key information about this module:

Analog input: The 1746-NI16I module is typically equipped with multiple analog input channels for receiving analog signals, such as voltage or current signals. Each channel can be connected to sensors or instruments to monitor various process parameters such as temperature, pressure, flow, etc.

Resolution and accuracy: This module usually has high resolution and precision to ensure accurate measurement and monitoring of analog signals. Resolution is usually expressed in bits (such as 16 bits).

Communication interface: The 1746-NI16I module communicates with other devices, usually via a PLC (programmable logic controller) or the backplane bus of the control system, to transmit analog input data to the control system.

Configuration and programming: Users can configure and program this module using Rockwell's programming tools, such as the RSLogix 5000, to define input channel functionality, range, and data processing.

Applications: This type of module is used in a wide variety of industrial control and automation applications, including manufacturing, chemicals, power, food and beverage, building automation, etc.

Hot swap: Some modules may support hot swap, allowing modules to be replaced at runtime without downtime.