Question: Is trending available that can be saved for later review?
Question: What is the maximum distance the temperature probe should be apart from the PEROXCAP® sensor?
Question: Can the HPP270 probe be integrated with isolators for sterility testing?
Question: Can this probe be used as a controlling sensor to run a vapor generator to keep the relative saturation around 95% in a closed loop, 4 m3?
Question: Can the HPP272 withstand vacuum conditions?
Question: Is there a simple formula for calculating the saturation point and vapor pressure of vaporized H2O2 in a closed circulation system?
Question: Has anyone developed formulas that determine the time it takes to reach equilibrium in a free evaporation environment based on a set of initial conditions like: stable temperature, surface area of the liquid, and gas volume of the environment?
Question: Once hydrogen peroxide is in vapor form in a closed environment, how fast does the vapor obtain a uniform concentration within the environment?
The Vaisala PEROXCAP® Hydrogen Peroxide, Humidity, and Temperature Probe HPP270 series probes are designed for demanding hydrogen peroxide bio-decontamination.
The Vaisala Indigo500 series transmitters are host devices for Vaisala Indigo-compatible, stand-alone smart probes. The Indigo500 series include multi-functional Indigo520 transmitter and Indigo510 transmitter with basic features.
In this webinar we discuss measurement solutions in vaccine production and handling. With three presentations in one webinar, we cover liquid measurement refractometers, vaporized hydrogen peroxide bio-decontamination, CO2 measurement, and monitoring storage conditions. Learn how to save time and costs, while ensuring quality in vaccine research, production, and storage.
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