(Re-)Calibration The field of compressed air, gas, and liquid monitoring applications carries significant risks, with little room for error. Precise measurement and monitoring of these essential parameters are critical for a number of reasons, including safe products and industrial process optimization. But the inevitable question is: � How can we be sure that our measurements are reliable in addition to being accurate? The answer lies in the meticulous and essential process of calibration. The precision and dependability of measuring instruments are largely dependent on calibration. Safeguarding the integrity of the measurements in crucial applications of various industries is a critical practice that bridges the gap between raw data and actionable insights. Precision Matters Why Are (Re-)Calibrations required? � Accuracy Assurance: By identifying and resolving drift brought on by environmental conditions, routine calibration preserves instrument accuracy. This guarantees precise measurements. Regulatory Adherence: To meet regulations, such as the Good Manufacturing Practices (GMP) in the pharmaceutical industry, many industries need calibrated instruments. Costly fines and penalties are avoided through calibration. Quality Control: Accurate measurements and consistent production are made possible by calibration, which is a crucial component of quality control. Safety: Accurate readings are ensured by calibrating instruments used in safety-critical processes, such as pressure gauges in gas pipelines, which lowers safety risks. Cost savings: By addressing equipment issues early to prevent larger problems, routine calibration reduces the need for expensive production errors, retests, and adjustments. Environmental & Operational Factors: Uncontrollable environmental and operational conditions, such as temperature fluctuations and environmental changes, can affect instrument accuracy over time. Regular calibration helps counter these influences, providing reliable measurements despite external challenges. When Should You Calibrate Your Sensor? � Recommended at least once per year unless otherwise stated: � S120 Oil Vapor Analyzer – once per year or 6000 hours � O²,CO² and CO sensors in S605 & S606 – reference gas calibration once per year and replaced every 24 months � When there is doubt about the accuracy of results When there has been high contamination or faults in the system the sensor is installed Sensors that have been contaminated trough environmental factors Beyond Recalibration � Did you know that SUTO iTEC’s Recalibration Service includes expert cleaning and inspection? You not only benefit from precision calibration but also expert cleaning and inspection. Learn more about our (re-)calibr

(Re-)Calibration Service Process at SUTO iTEC SUTO iTEC’s calibration service is a complete process, from cleaning the sensors, through precise testing and operational capability of all components, to restoring the precision of the sensors. 1 Customer Sends Sensor 3. Add details of the work to be carried out (Calibrations, repairs, output exchange, etc.) 2. Add all the details of the sensor: Model number, serial number, etc. 4. Ensure the packaging is safe/secure for the sensors or transport cases Sensor Arrival 5. If damaged on the client side, a quote is created. Otherwise, repaired under warranty...

Calibration Equipment and Laboratories s at SUTO iTEC With our state-of-the-art laboratories in Germany and Hong Kong, we are trusted partner in calibrating Flow, Dew Point, Oil, Particles, and Water monitoring equipment. Our world-class facilities and expert teams ensure that the instruments meet the highest standards of accuracy and reliability, no matter where you are on the globe. Flow Calibration Calibration certificate Medium: Compressed Air and technical Gasses References: Sonic Nozzles, Laminar Flow Elements, Turbine Meter, Coriolis Meter Instrument: Serial number: Item number: Test conditions:...