Quick & Simple Flow Calibration
Why make flow calibration more difficult than it needs to be? Manufacturing Quality Assurance processes can be inherently complicated. So when you already have enough to worry about, having a gas flow calibrator that is easy to set up and easy to operate is paramount. The Mesa Labs FlexCal and Metrology Series calibrators offer fast calibration times with gas-species independent primary standard solutions, so gas-specific testing is a breeze. Our calibrators are easy to operate and maintain, resulting in reduced technician training and operation time to calibrate!
When designing mass flow solutions for any industry application, you understand the importance of producing high quality products while keeping costs low. Mesa Labs offers the most cost-effective verification and calibration devices, making it possible to perform QA checks on the floor and instrument calibrations at every step in your manufacturing process. The FlexCal makes for an ideal verification device since it offers a standardized accuracy of 0.5%, but is small, portable, and affords flow ranges up to 50 LPM. For your more demanding calibration needs, the DryCal 800 is ideal for in-house calibrations. It provides 0.15% – 0.25% standardized and volumetric accuracy (varying by flow cell), and an array of flow cells to fit any flow ranges you need. Whether you’re verifying or calibrating instruments, our NIST-traceable DryCal calibrators provide high accuracy and reliability every step of the way.
The key to understanding gas flow measurement is in recognizing that there are seven SI base units (International System of Units): the ampere, the candela, the kelvin, the kilogram, the meter, the mole and the second. These units have been quantified and refined worldwide and their precise value are unlikely to change. Our patented DryCal technology is primary because it measures gas flow using the two base units of length and time. Since there is no unit for the direct measurement of gas flow, flow is determined by measuring the time it takes to positively displace a known volume of gas.