Humidity Calibration

Accurate humidity measurements are essential for a wide range of applications: Industrial Processes: Humidity control is crucial in industrial processes like pharmaceutical manufacturing, food processing, electronics production, and HVAC systems to ensure product quality and safety. Agriculture: Humidity affects plant growth, storage conditions, and crop quality, making precise humidity measurements vital for agriculture. Environmental Monitoring: Humidity influences weather patterns, climate studies, and ecological research, making accurate humidity data crucial for understanding environmental changes. Museums and Archives: Maintaining proper humidity levels is critical for preserving artworks, historical artifacts, and valuable documents. Humidity calibration is important for the following reasons: Data Accuracy: Calibration ensures that humidity measurements are accurate and reliable, providing dependable data for critical decision-making. Process Control: In industrial settings, precise humidity control is necessary for maintaining product quality and optimizing manufacturing processes. Regulatory Compliance: Certain industries and applications may require calibrated humidity instruments to comply with industry standards and regulations. Equipment Verification: Calibration verifies the performance and accuracy of humidity sensors, allowing for timely maintenance and replacements when necessary.

Unitest Calibration features temperature sensor and humidity sensor calibration in Singapore. We recommend that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company’s internal quality assurance regulations.

Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference. A humidity calibration system consists of • Dry air source, • A moisture generator that provides the required moisture content, • A reference instrument that is more accurate than the device under test to provide reliable measurements • A manifold that supplies calibration gas to the sensor/instrument under test. When calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.