The WIN-IO-4AIME-MQTT – 4-Channel Analog Input and Monitoring Module for Industrial IoT and Automation
The WIN-IO-4AIME-MQTT is a high-performance 4-Channel Analog Input (AI) and Monitoring (M) module engineered for modern industrial automation and IoT applications. With both MQTT and Modbus TCP communication protocols, this module ensures seamless integration into Ethernet-based industrial networks and cloud platforms, enabling reliable remote monitoring, real-time data exchange, and efficient control.
Featuring four analog input channels, the WIN-IO-4AIME-MQTT is ideal for capturing accurate data from sensors, transducers, and other measurement devices in various industrial processes. It is designed to deliver precise and consistent analog signal measurement, ensuring optimal performance for process control, machine monitoring, and real-time data acquisition.
Powered by a 24V AC/DC source, this module operates reliably even in demanding industrial environments, providing stable and continuous performance. The flexible DIP switch configuration allows for easy setup and adaptation to specific application requirements, making it ideal for a wide range of industrial IoT systems.
Key Features:
- Four analog input channels for accurate data acquisition and monitoring.
- Dual communication protocols: Modbus TCP and MQTT for seamless network and cloud integration.
- Powered by a 24V AC/DC source for reliable operation in industrial environments.
- Flexible DIP switch configuration for easy setup and customization.
- Perfect for process control, machine monitoring, and real-time data acquisition in industrial IoT applications.
- Optimized for integration into advanced automation systems and cloud-based monitoring solutions.
The WIN-IO-4AIME-MQTT is an essential tool for industries embracing the Internet of Things (IoT) and advanced automation, providing scalable, efficient, and secure connectivity for modern industrial control systems. Leverage this versatile module to enhance your automation capabilities and streamline data-driven decision-making in your operations.
