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- #Hobo light logger android#
- #Hobo light logger software#
- #Hobo light logger Pc#
- #Hobo light logger Bluetooth#
- #Hobo light logger free#
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Only once the actual energy requirement is known, savings potentials can be realized. The HOBO Occupancy & Light data logger monitors room occupancy and indoor light changes to identify occupancy patterns and determine energy usage and potential savings. Managing Carbon-Dioxide Risk (Whitepaper) Compatible with the MX Gateway for web-based real-time monitoring.Self-calibrating CO 2 sensor ensures optimum accuracy with low maintenance costs.
#Hobo light logger free#
#Hobo light logger Pc#
In addition, the MX1102A has a USB port, making it easy to connect to a PC and using the powerful HOBOware graphics and analysis software. It measures CO 2 concentrations between 0 and 5,000 ppm - and our free HOBOconnect App allows you to access the data directly from your phone or tablet from as far away as 30 feet. The MX1102A CO 2 Logger makes it easier than ever to measure and record CO 2 levels in buildings and other non-condensing environments.
#Hobo light logger Bluetooth#
The HOBO MX1102A is the industry's first data logger capable of recording carbon dioxide (CO 2 ), temperature and relative humidity data, and wirelessly transferring them to mobile devices via Bluetooth Smart (BLE). Optimize indoor air quality with the new HOBO CO 2 Logger for mobile devices HOBO MX1102A - CO 2, Temperature and Relative Humidity
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Set up and offload loggers wirelessly from your mobile device – no Internet, cables, or computer required.
#Hobo light logger android#
The free HOBOconnect ® App for iOS or Android makes it fast and easy to evaluate temperature charts, check the operational status of loggers, configure alarms and share data. It requires no dedicated equipment beyond a mobile device for configuring the logger or reading out data. Ideal for a range of indoor monitoring applications, this self-contained wireless data logger lets you access temperature data anytime from your mobile device over a 100-foot range. They are also subject to wide temperature fluctuations, so logger anchoring materials must be able to withstand such varying conditions.The HOBO MX100 is a low-cost, splash-proof data logger that measures temperature data and transmits them wirelessly to mobile devices via Bluetooth Low Energy (BLE). Intertidal environments are alternately submerged in seawater and exposed to the air. In particularly rough conditions, it is wise to secure the entire body of the logger, rather than just one end. In marine environments, a scraping tool is useful if encrusting organisms colonize the logger. Some users attach the logger to the screw or pin itself, and recommend using more than one cable tie in case one breaks loose. Some users have been successful in anchoring loggers to mooring lines on sand screws or pins (widely available at boating equipment suppliers) driven into solid substrate. Wave action, currents, and storms are important considerations when securing data loggers in deep waters.
#Hobo light logger software#
The charts can be easily printed or the data can be exported to other software applications as necessary. Instead of having to manually record times and temperatures, users can simply offload the logger data to a laptop computer and create detailed graphs or tables with the click of a mouse button. Underwater data loggers also simplify the process of reporting data. And, because the devices are typically inexpensive, users are often able to deploy loggers at more points in a water body. By operating in a continuous, 24/7 monitoring mode, underwater loggers eliminate many of the hassles of traditional monitoring methods. Typically, underwater data loggers are deployed for months at a time, collecting temperature data at user-defined intervals and storing it digitally into logger memory. The latest models feature precision sensors that can measure water temperatures ranging from 0☌ to 50☌ (32☏ to 122☏) in plastic housings and from 0☌ to 125☌ (32☏ to 257☏) in stainless steel or titanium housings. They range from cigarsized units to units the size of a short stack of quarters, typically with anchoring holes at one end. These devices are low-cost, compact instruments with built-in processors, high-accuracy temperature sensing, and battery power in a rugged enclosure designed for long-term underwater deployment. Most researchers turn to underwater temperature data loggers to address their monitoring needs.