Features & Applications:

This standalone data logger measures and stores up to 16,379 relative humidity and 16,379 temperature readings over 0 to 100%RH and -35 to +80°C (-31 to +176°F) measurement ranges. The user can easily set up the logger and view downloaded data by plugging the module into a PC's USB port and using the supplied software. Relative humidity, temperature and dew point (the temperature at which water vapor present in the air begins to condense) data can then be graphed, printed and exported to other applications.

The high contrast LCD can show a variety of temperature and humidity information. At the touch of a button, the user can cycle between the current temperature and humidity, along with the maximum and minimum stored values for temperature and humidity. The data logger is supplied complete with a long-life lithium battery, which can typically allow logging for up to 1 year. Six different functions are available, which can be cycled through using the built-in push button. The most recent logged value, maximum logged value and minimum logged value can be displayed separately for humidity and temperature. In addition, logging and alarm status is shown using two high intensity LEDs.

Features:

• 0 to +100%RH measurement range
• -35 to +80°C (-31 to +176°F) measurement range
  
• Dew point indication via Windows control software
  
• USB interface for set-up and data download
  
• User-programmable alarm thresholds for %RH & T
  
• Status indication via red and green LEDs
• High contrast LCD, with two and a half digit temperature and humidity display function
  
• Immediate, delayed and push-to-start logging
  
• Supplied complete with replaceable internal lithium battery and Windows control software

Data Logger Setup Variables:

• Logger name
  
• °C, °F
  
• Logging rate (10s, 1m, 5m, 30m, 1hr, 6hr, 12hr)
  
• High and low alarms
  
• Immediate, delayed and push-to-start logging
  
• Display off, on for 30 seconds after button press , or permanently on
  
• Data rollover (Allows unlimited logging periods by overwriting the oldest data when the memory is full)