Product Description:
The WISE-4012E IoT Wireless I/O Module combines 2-channel 0~10V analog inputs, 2 digital inputs, and 2 relay outputs within a compact wireless platform powered by 2.4 GHz IEEE 802.11b/g/n connectivity. Designed for developers and automation engineers, it includes WebAccess with a demo project to accelerate IoT deployment.
The module supports Modbus/TCP with RESTful web services, enabling secure IoT data integration with cloud and enterprise systems. It allows wireless client and server operation without requiring an external access point or router. Mobile-friendly HTML5 configuration ensures easy setup across platforms, while built-in local logging and file-based cloud storage enhance data reliability and accessibility.
Product Features:
Performance & Reliability:
Engineered for IoT developers and industrial environments, the WISE-4012E ensures stable wireless connectivity, secure data communication, and reliable real-time monitoring. Its integrated logging functionality safeguards critical data, while RESTful API support enables smooth integration into modern IoT ecosystems. The included simulation extension board simplifies development, testing, and deployment.
System Architecture:
The WISE-4012E is built on a robust wireless IoT framework supporting Modbus/TCP and RESTful web services for seamless integration with cloud platforms and enterprise systems. Its flexible client/server architecture enables direct device-to-device communication, while built-in logging and scaling functions enhance intelligent data handling at the edge.
Applications:
Additional Information:
Customer Reviews:
Suresh Kumar – IoT Developer
“Perfect platform for rapid IoT testing and deployment. WebAccess demo project saves significant development time.”
Anita Sharma – Automation Engineer
“Reliable wireless connectivity with seamless cloud integration. Very developer-friendly design.”
Kiran Reddy – Industrial Systems Integrator
“Excellent for prototype and field deployment. RESTful API support makes integration effortless.”