VWR® Traceable®, USB Data Logging DUAL Thermo-Hygrometer, Excursion Trac

The VWR® Traceable® Excursion Trac USB Data Logging DUAL Hygrometer is designed to monitor temperature and humidity readings in laboratory environments using both internal and external sensors. With a memory capacity of 525,504 observations for both parameters, it provides highly accurate data for critical applications in laboratories that require precise environmental monitoring. The device offers a user-adjustable logging interval from 1 minute to 12 hours and provides real-time data transfer to PCs or Macs in CSV format.

Key Features & Benefits:

1. Dual Sensor Monitoring:
   • Equipped with internal and external sensors, the hygrometer can monitor and record both temperature and humidity levels in real-time, ensuring comprehensive environmental tracking.
2. High Memory Capacity:
   • The device can store 525,504 readings for both temperature and humidity, offering substantial memory space for long-term monitoring, making it ideal for both short-term experiments and long-term data logging.
3. Wide Temperature and Humidity Range:
   • Temperature range: 0 to 65°C (internal sensor), −20 to +70°C (external sensor).
   • Humidity range: 0 to 95% non-condensing for both internal and external sensors, enabling accurate monitoring in various environmental conditions.
4. Easy-to-Read LCD Display:
   • The LCD display shows the current temperature and humidity conditions, along with minimum and maximum readings for each parameter, providing clear and quick access to environmental data.
5. Smart Alarm System:
   • The device features Hi/Lo alarms that can be programmed for both temperature and humidity, ensuring that the user is notified when out of range conditions are detected.
   • Alarm events are recorded, storing the time/date of when the alarm was triggered and when the unit returned to range. The system includes visual LEDs, audio alerts, and flashing LCD segments to indicate alarm status.
6. Instant Data Transfer to PC/Mac:
   • USB data transferring allows for easy export of recorded data in CSV format to PCs or Macs without needing any specialized software. This simplifies data analysis and record-keeping.
7. Long Battery Life:
   • Powered by batteries, with a battery life capable of supporting up to 5,000 readings before replacement is needed.
8. Rolling Data Log:
   • The rolling memory feature enables users to monitor readings for any period, whether overnight, over the weekend, or for extended time periods. The memory capacity maintains approximately a year of recorded data when using 1-minute intervals.
9. User-Friendly Interface:
   • The device includes a clear display, easy-to-use buttons, and a simple configuration via the keypad, making it accessible for users of all experience levels.
10. Certified Accuracy:
    • Comes with an individually numbered Traceable® certificate, ensuring that the readings are ISO/IEC 17025:2005 certified for accuracy, with traceability to SI units through recognized national measurement institutes (NMIs) such as NIST.

Applications:

• Laboratory Environmental Monitoring: Essential for monitoring temperature and humidity in research labs, clinical settings, and biotech environments.
• Pharmaceutical and Biotech: Used to ensure the correct environmental conditions for the storage and handling of biological samples, chemicals, and pharmaceuticals.
• Research & Development: Ideal for scientific studies requiring accurate environmental controls, such as in gene expression studies, protein production, and chemical reaction monitoring.
• Industrial Use: Suitable for controlling and monitoring temperature and humidity in manufacturing processes or cleanroom environments.

Specifications:

Storage:

• Store at room temperature in a dry place when not in use.

The VWR® Traceable® Excursion Trac USB Data Logging DUAL Hygrometer offers reliable, high-quality monitoring for temperature and humidity in laboratory environments. With real-time monitoring, alarm notifications, and easy data transfer, it ensures that your experiments, samples, and processes are maintained within optimal conditions, minimizing the risk of contamination and improving workflow efficiency.