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It is a laboratory multi-water quality meter equipped with memory and logger functions.
The noLab Multi 9310 is a model that can measure multiple parameters compatible with digital electrodes, allowing for the measurement of pH, conductivity, and DO by swapping out the electrodes.
It is a multifunctional device that can be used as a light meter, anemometer, thermometer, and hygrometer.
It is compact and pocket-sized, making it ideal for use on job sites. The temperature can be measured over a wide range by using not only the internal temperature sensor but also by attaching a K-type thermocouple sensor. The illuminance measurement unit can be switched between Lux and foot-candles. Similarly, the wind speed measurement unit can be switched between ft/min, km/h, mile/h, and knots.
It has a time recording switch function with five levels of duration, allowing for accurate recording of changes in water pressure over time. There are two types with measurement ranges of 1.0, 1.4 MPa and 2.0 MPa.
This device can record water pressure fluctuations at any time from 4 hours to 168 hours and has the functionality of five units (Type A) in one. Types with measurement ranges of 1.0, 1.4 MPa, and 2.0 MPa are available. *Please choose from the two measurement range options. By ensuring stable water pressure and recording fluctuations, it allows for understanding appropriate water pressure, identifying issues such as poor water supply, the need for pressure reduction, and checking for leaks. Collecting this data enables prompt responses and measures, facilitating effective water pressure management. Additionally, it can be utilized as feedback data for direct water supply and the improvement and reinforcement of pipeline networks.
The FJN-501C allows for water pressure management by recording water pressure fluctuations with a three-stage switch type of 15 minutes, 30 minutes, and 60 minutes.
Ensuring stable water pressure, recording pressure fluctuations to understand appropriate water pressure, identifying issues such as poor water supply, the need for pressure reduction, and checking for leaks, allows for rapid response and measures to be implemented through data collection, enabling more relaxed water pressure management. Additionally, it can be utilized as feedback data for direct water supply and the improvement and strengthening of pipeline networks.
