Yokogawa MX3*D ISOLATING MULTIPLEXER

Product Details: Yokogawa MX3*D ISOLATING MULTIPLEXER

Description:

The Yokogawa MX3*D ISOLATING MULTIPLEXER is a high-performance analog signal processing solution designed for industrial automation applications. It efficiently converts a wide range of analog signals into digital formats, ensuring precise control and monitoring. Built to meet modern industrial demands, this module offers exceptional signal conditioning capabilities, enabling accurate readings across various applications such as process control and data acquisition systems.

Specifications:

Key Features:

1. Wide Range of Signal Types Supported:

   • The MX3*D Input Module can handle various input signals, including voltage, current, resistance, thermocouples, and RTDs, offering remarkable versatility in diverse industrial applications.

2. High-Speed Sampling Rate:

   • With a sampling rate of up to 1 kHz, this module ensures rapid data acquisition, enabling real-time monitoring and control of critical industrial processes.

3. Exceptional Accuracy:

   • The accuracy of ±0.01% + 2 LSBs ensures precise and reliable signal conversion, making it ideal for applications where high precision is critical.

4. Wide Operating Temperature Range:

   • Built to perform under harsh conditions, the MX3*D Input Module operates effectively in temperatures ranging from -20°C to +70°C, making it suitable for a variety of industrial environments.

5. Low Power Consumption:

   • With a maximum power consumption of 3 W, the module is energy-efficient, helping to reduce operational costs without compromising on performance.

6. Modbus RTU/TCP Communication Interface:

   • The Modbus RTU/TCP communication interface ensures easy integration into existing automation systems, simplifying setup and compatibility with a wide range of industrial software.

7. Robust and Reliable Design:

   • The MX3*D is designed with modular construction, allowing for quick installation and configuration, minimizing downtime, and enhancing productivity in industrial settings.