Foxboro P0914XB0C Analog Module

Foxboro P0914XB0C Analog Module

Description

Easily tailored to meet your specific control requirements and plant management needs, I/A Series software provides the high quality, wide-range functionality desirable for complete process automation and integrated information management.

The I/A Series software is a sophisticated set of software that provides you with optimum process control and management capability for a virtually unlimited range of applications. The software takes full advantage of the I/A Series distributed client/server architecture, which is an object-based communications structure built on an Open Systems Interconnection (OSI) framework. It allows the distribution of functionality and computing power to a wide geographic area, provides networking capability to computer systems from different manufacturers, and provides a broad platform for third-party industrial applications.

It may accept a variety of analog input signals, such as 4-20mA current signal or 0-10V voltage signal. These input signals have high resolution, for example, the resolution for current signal may reach 0.1mA, and the resolution for voltage signal may reach 0.1V, which is used for accurate data acquisition.

The output signal can also be an analog signal or a digital signal. The analog output signal range may be similar to the input, such as 0-10V or 4-20mA, and the load capacity of the output signal has certain restrictions. For example, for current output, the maximum load resistance may be around 500Ω. Digital output signals generally comply with standard digital communication protocols, such as RS-485 or CAN bus protocols.

Feature

Power Requirements:

It usually requires a specific DC power supply, the voltage range may be 20-30V DC, and the power consumption depends on the working state, generally around 5-15W.

Accuracy and Error Range:

It has high accuracy in data acquisition and signal output. For example, for analog signal processing, the accuracy may reach ±0.2% full scale, and the linear error is controlled within ±0.1%, ensuring the accuracy of the data.

 Technical Specifications