Launch/readout: 0° to 50☌ (32° to 122☏) per USB specification Time accuracy: ☑ minute per month at 25☌ (77☏) (see Plot A) A lighting control approach was then developed based on the information. Meanwhile, the illuminance of room was registered whenever the occupant manually turned on the lights to determine users illuminance threshold. The research recorded occupancy signal with motion sensors. Light type: LED, CFL, fluorescent, HID, incandescent, natural presented an occupant centered lighting control method. The UX90-005 data logger supports the following measurements: Light On/Off and Occupancyĭetection range: UX90-005x: maximum 5 m (16.4 ft) What measurements does this data logger support?
This data logger operates in an indoor environment. In what environment does this data logger operate?
Occupancy light logger pro#
Compatible with HOBOware and HOBOware Pro software for logger setup, graphing and analysis.The InteliTimer Pro Logger can monitor a space as large as 150 square feet and hold up to 2000 data. It will record the time, date and status of lighting and occupancy each time there is a change in lighting or occupancy. Highly recommended light pipe accessory eliminates effects of ambient light to ensure the most accurate readings The InteliTimer Pro Logger by WattStopper is an occupancy sensor, lighting sensor, and data logger combined in one device.LCD screen displays signal strength, enabling proper logger placement.Features 1 Year Battery Life, LCD Displays and Optional Extended Internal Data Storage. Auto-calibration of ON and OFF thresholds ensures reliable readings The UX90-005 and UX90-006 Light Use and Occupancy Data Loggers Record Light Changes (On and Off) and Occupancy.Measures room occupancy up to 5 meters away.The HOBO UX90-005 Room Occupancy/Light Data Logger is available in a standard 128 KB memory model (UX90-005) capable of 84,650 measurements and an expanded 512KB memory version (UX90-005M) capable of over 346,795 measurements. The HOBO Occupancy & Light data logger monitors room occupancy and indoor light changes to identify occupancy patterns and determine energy usage and potential savings.
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