A water quality pH sensor is an essential device used to measure the acidity or alkalinity of water. The pH scale, ranging from 0 to 14, serves as a numerical indicator of water's chemical nature. A pH value of 7 represents neutrality.

Do you want your plants to receive proper light, resulting in high yield and enhanced productivity? Explore PAR sensors and their uses to achieve smart farming!

This article introduces the ultrasonic weather station, which uses ultrasonic technology to collect weather data. It emits high-frequency waves into the atmosphere and analyzes their reflection to determine key weather parameters like wind speed, direction, and rainfall intensity. This non-contact method offers high accuracy and reliability in modern weather monitoring.

Water is essential for life and industries, but pollutants can directly degrade water quality. Learn about water sensors that detect contaminants so we can act!

A traffic environment monitoring sensor, like the RK series (RK100-02 Wind Speed Sensor, RK110-02 Wind Direction Sensor, RK330-01 Atmospheric Temperature, Humidity & Pressure Sensor, RK300-10 Visibility sensor, RK400-01 Rainfall Sensor, RK500-55 Non-contact road condition sensor), is vital in traffic meteorology.

Discover how air pollutants harm health, the environment, and the economy. Learn why air quality sensors are vital to detect PM, NOx, CO, and more. Check it!

Do you need a low-cost mechanical or highly sensitive ultrasonic wind sensor? Learn their differences, applications, designs, and installations before buying!

RIKA'S Smart agriculture sensors include Temperature and Humidity Sensor, Soil Moisture Sensor, PH Sensor, Salinity Sensor, EC Sensor, Rain Gauge, Barometric Pressure Sensor. The sensor can enhance agricultural productivity, minimize resource wastage, boost profitability, and ensure sustainable land use.