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Barometric Compensation Method
Barometric Compensation Method - Technical Details
This section presents the details of how the Pressure values are computed, and how Pressure and Temperature values
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HOBO Waterproof Shuttle U-DTW-1 LED Error Codes
The numbers below indicate a blink pattern. The first digit is the first part of the blink pattern and the second digit is the second part of the blink pattern.
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Pendant Optics
Attached please find an image that shows the location of optic LEDs in Pendant (UA-series) loggers. All Pendant optics are located in the same location on all models.
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Proper Coupler Seating, BASE-U-4 (Optic Base station) and the U-DTW-1 (Waterproof Shuttle)
The attached image shows both the incorrect and correct assembly of a logger coupler to the BASE-U-4 (Optic Base station) and the U-DTW-1 (Waterproof Shuttle).
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Why is the RH response time less for the HOBO MX2301 vs the HOBO MX2302?
The RH response time in the HOBO MX2301 internal logger is faster than in the HOBO MX2302 external logger. This is due to the geometry of the location of the internal sensor in the loggers.
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Wiring Diagram - Monitoring 480V, 3-Phase AC Voltage and Current with a HOBO H22-001 Energy Logger
Attached is a wiring diagram that shows how to use CTs and PTs with the HOBO H22-001 Energy Logger via the S-FS-TRMSA Module. The image shows a 480 V, 3-phase application.
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ACT Evaluation Report on the HOBO U26 DO Logger
The HOBO U26 Dissolved Oxygen logger has been part of a multi-year evaluation of DO loggers and sensors by the Alliance for Coastal Technologies (ACT), and the results have just been published onli
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