vPad-IN
Datrend Systems next generation Incubator Tester, vPad‐IN, is based on our revolutionary Vision‐Pad TechnologyTM. Utilizing the Vision‐Pad platform, parameters are sensed inside the incubator environment and results are transmitted wirelessly to a 10″ Android tablet for analysis and display. Using wireless control, test parameters and test protocols can be modified without disturbing the equilibrium of the heated environment, thereby minimizing test times.
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Features
- Compatible with closed, forced air convection incubators, transport incubators and open, radiant infant warmers (optional)
- Simultaneous measurement of humidity, airflow, sound, and 6 different temperatures
- All sensors are independently movable, to be placed in positions required by the Standard
- Sound level measurements may be taken outside the incubator for external alarm test
- Results can be merged with vPad Electrical Safety Test results and imported into commonly‐used CMMS
- Optional precision controlled heater permits testing of body temperature sensor accuracy
Overview
vPad-IN is a next generation infant incubator and radiant warmer testing system that meets the requirements of the IEC Standards for Incubators (IEC 60601-2-19), Transport Incubators (IEC 60601-2-20) and Radiant Warmers (IEC 60601-2-21).
vPad-IN has all the functionality and scalability that you have come to expect from Vision-Pad Technology products. Parameters are sensed inside the incubator environment and results are transmitted wirelessly to a 10.1″ Android tablet for analysis and display. Test parameters and test protocols can be modified without disturbing the equilibrium of the heated environment, thereby minimizing test times.
Datrend Systems next generation Incubator Tester, vPad‐IN, is based on our revolutionary Vision‐Pad TechnologyTM. Utilizing the Vision‐Pad platform, parameters are sensed inside the incubator environment and results are transmitted wirelessly to a 10″ Android tablet for analysis and display. Using wireless control, test parameters and test protocols can be modified without disturbing the equilibrium of the heated environment, thereby minimizing test times.
