S200—Analog Sensor

Overview

Multifunction Port
The analog sensor can process any unit from any analog sensor.

Compact Size
With only 30 × 55 mm make this device efficient use of space

Battery Powered
This device is powered with 2 × AA batteries.

Specifications

Firmware

IMPORTANT: Installing different firmware may cause the device to malfunction. Always install the latest version to maintain optimal performance.

STL Files

You can download the file(s) below and print it with a 3D printer.

Manual

• Installing S200 Analog Sensor's Firmware

Case Studies

Industrial and Environmental Monitoring Application

The S200 - Analog Sensor is a battery-powered, compact device that enables seamless integration of analog sensors for various industrial and environmental applications. With LoRaWAN connectivity, it provides a long-range, low-power solution for real-time data collection.

1. Precision Environmental Monitoring
   The S200’s multifunction analog input allows integration with temperature, humidity, and air quality sensors for continuous environmental monitoring. The compact size makes it easy to install in factories, warehouses, and outdoor locations where real-time data is critical.
2. Industrial Equipment Condition Monitoring
   By connecting the S200 to vibration or pressure sensors, businesses can track machine performance and detect early signs of failure. The LoRaWAN connectivity ensures that status updates are sent over long distances, reducing the need for manual inspections.
3. Smart Energy Management
   The S200 can be integrated with voltage or current sensors to monitor energy consumption in industrial facilities. By tracking real-time power usage, businesses can optimize energy efficiency and reduce operational costs.

Smart Infrastructure and Agricultural Applications

The S200 - Analog Sensor is also ideal for smart infrastructure, remote monitoring, and agricultural applications.

1. IoT-Based Water and Waste Management
   By integrating the S200 with water level sensors or flow meters, municipalities and industries can remotely monitor water usage and detect leaks.
2. Precision Farming and Soil Monitoring
   The S200 can process data from soil moisture sensors, pH meters, and light sensors to provide real-time insights into soil conditions. Farmers can use this data to automate irrigation systems and improve crop yield efficiency.
3. Remote Structural Health Monitoring
   By connecting the S200 to strain gauges or accelerometers, engineers can monitor structural integrity in bridges, buildings, and other critical infrastructure. The battery-powered design allows deployment in hard-to-reach locations without requiring external power sources.