Confused between a humidity sensor, hygrometer, and humidistat? This guide explains the key differences, applications, and how to choose the right one for accurate humidity monitoring, display, or control in industrial and commercial setups.

Proper humidity sensor installation is key to accurate data and system reliability in HVAC, pharma, food, and process industries. This guide covers best practices on placement, mounting, wiring, protection, and maintenance to ensure long-term performance.

A humidity mapping plan is crucial for industries like pharma, food, and electronics to control RH levels and ensure product quality. It involves defining critical areas, selecting accurate equipment, placing sensors, recording data, and analyzing results for compliance and risk reduction.

Learn the differences between PID, Standalone, and Integrated HVAC humidity controllers to choose the right one for your needs—whether it’s precision for pharma, simplicity for greenhouses, or smart automation for commercial buildings.

Regular humidity sensor calibration is vital for accuracy, QA, and compliance in pharma, food, HVAC, and storage. Prevent drift, ensure traceability, and avoid costly audit failures.

Humidity data loggers monitor and record temperature and humidity, ensuring quality, compliance, and efficiency in industries like pharma, food storage, and production. Key factors include accuracy, battery life, and connectivity.

Humidity data loggers monitor and record temperature and humidity, ensuring quality, compliance, and efficiency in industries like pharma, food storage, and production. Key factors include accuracy, battery life, and connectivity.

This blog compares three types of humidity sensors—Capacitive, Resistive, and Thermal—highlighting their features, applications, and suitability for different industrial environments. It offers insights to help professionals choose the right sensor for their needs.