Product Description

The Foxboro AD202MV Controller Module is engineered for high-performance control tasks where precision, flexibility, and reliability are essential. It is part of Foxboro’s I/A Series and is commonly used in servo control systems, analog signal acquisition, and distributed control architectures. With an accuracy of ±0.1% of full scale, the AD202MV ensures tight control over process variables such as flow rate, temperature, and pressure.

Moreover, its modular and scalable design allows engineers to configure the module for single-ended, differential, or isolated input types. This flexibility makes it suitable for a wide range of applications, from pharmaceutical dosing systems to large-scale power generation facilities. In addition, the AD202MV supports up to 32 input channels, enabling dense signal acquisition without compromising performance.

The module’s robust construction and compatibility with Foxboro’s control infrastructure make it a trusted choice for system integrators and plant operators seeking long-term reliability and precision.

Technical Specifications

Typical Applications

The AD202MV module is widely used in industrial control systems requiring precise analog signal processing. For instance, it can measure flow rates in pharmaceutical production, control servo drives in robotics, and monitor temperature in chemical reactors. Its high accuracy helps reduce dosing deviations and improve product consistency.

In addition, the module’s scalability makes it ideal for large installations with numerous sensors. Engineers often deploy it in power plants, refineries, and automated manufacturing lines where signal density and reliability are critical. Its compatibility with Foxboro’s distributed control architecture ensures seamless integration and efficient system expansion.

FAQ

Q: What types of signals does the AD202MV support?

A: It supports analog signals including voltage and current, with configurable input types.

Q: How many input channels are available?

A: The module supports up to 32 input channels.

Q: Is it suitable for servo control applications?

A: Yes, it is commonly used in high-precision servo systems.

Q: What industries typically use this module?

A: Pharmaceuticals, power generation, chemical processing, and automated manufacturing