>> Temperature and Humidity Recording Device
>> Measurement Range: -40°C to 85°C @ 0 to 100% RH
>> 2 to 3 Year Battery Life
>> Hibernation Mode Extends Battery Life
>> Customizable Alarm Settings and LED Indicators
>> Designed with FDA 21 CFR Part 11 Digital Signatures
>> Push Button Start with "Pre-Start" Fail Safe Logging
>> Docking Station Available with USB or RS-232 Serial Connection
>> Easy to use LogTag Analyser for Windows™ software that runs on any PC
>> New! Windows 7 Compatible
>> New! Email and/or Upload Downloaded Files to Server
>> Qualified to be listed in the WHO-UNICEF Product Information Sheets (PIS) under Section 6, "Thermometers, Thermorecorders and Indicators." See Latest News on LogTag Recorders.
Required with HAXO-8 Data Recorder
>> LogTag Analyser Software and Docking Station Kit (#LTI-USB or LTI-RS232)
NOTE: Large Quantity Discounts Are Available!
Specifications
| Measurement Range | Temperature: -40°C to +85°C (-40°F to +185°F) Humidity: 0 to 100% RH (Limitations as detailed in Humidity Measurement Operating and Storage Conditions below.) |
| Resolution | Temperature: <0.1°C or 0.1°F Humidity: <0.1% RH |
| Accuracy | Temperature: < ±0.5°C @ 25°C Humidity: < ±3%RH @ 25°C |
| Data Storage Capacity | 8,000 Humidity & Temperature Readings |
| Sampling Interval | Adjustable, 30 seconds to several hours |
| Standards Compliance | IP61 |
| Power Source | 3V Lithium Battery - Non-Replaceable |
| Battery Life | 2 to 3 years of Normal Use |
| Software | Windows 32-Bit Vista and XP, Windows 7 Compatible |
| Dimensions | 86mm x 54.5mm x 8.6mm (3.39" x 2.14" x 0.33") |
| Weight | 35g |
| Case Material | Polycarbonate |
Temperature Humidity Data Logger Starter Kits
All Starter Packages Include Software and USB Docking Station.
| LogTag Temperature & Humidity Recorder Kit >> (6) Temp/Humidity Recorders
>> USB Docking Station >> CD with Software and User Manual |
Part #: HAXO-8-KIT6 | |
| LogTag Temperature & Humidity Recorder Kit >> (3) Temp/Humidity Recorders
>> USB Docking Station >> CD with Software and User Manual |
Part #: HAXO-8-KIT3 | |
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Standard NIST Temperature Calibration Service >> 1 Point Offset Calibration
>> Traceable to NIST >> Certificate Supplied >> Note: 3 to 5 Day Lead Time for All Calibration Orders |
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Standard NIST Temp/Humidity Calibration Service >> 1 Temperature and Humidity Point Offset Calibration
>> Traceable to NIST >> Certificate Supplied >> Note: 3 to 5 Day Lead Time for All Calibration Orders |
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LogTag Temperature Humidity Loggers
Docking Station is Required. All LogTag Temperature Humidity Starter Kits include Docking Stations and Software.
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LogTag Humidity and Temperature Data Logger >> (1) Temp/Humidity Recorder with Internal Sensor
>> Requires Software and Docking Station for Operation Part #:HAXO-8
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5 Pack of LogTag Temperature/Humidity Data Loggers >> (5) Temp/Humidity Recorders with Internal Sensor
>> Requires Software and Docking Station for Operation |
Part #: HAXO-8-5PACK | ||||||||||
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10 Pack of LogTag Humidity & Temperature Data Loggers >> (10) Temp/Humidity Recorders with Internal Sensor
>> Requires Software and Docking Station for Operation |
Part #: HAXO-8-TENPACK |
Humidity Measurement Operating and Storage Conditions
This chart shows the normal recommended operating range of the LogTag Humidity sensor. Conditions outside the recommended range may temporarily offset the RH signal up to ±3%RH. After return to normal conditions, the LogTag humidity sensors will slowly return towards calibration state by itself. Prolonged exposure to extreme conditions may accelerate the aging of the HAX0-8 datalogger.

Re-Conditioning Procedure
Exposure of the internal sensor to chemical vapors can interfere with the internal logging sensors and cause inaccurate readings to be recorded. In a clean environment, this will slowly be self-corrected. However, exposure to extreme conditions or chemical vapors will require the folowing reconditioning procedure to bring the internal sensor back to calibration state.
1. 80°C (176°F) at <5%RH for 36 hours (baking) followed by
2. 20-30°C (70-90°F) at >74%RH for 48 hours (re-hydration).
High Levels of pollutants may cause permanent damage to the internal datalogging sensors.
Exposure to Chemicals
Chemical vapors may interfere with materials used for the humidity sensor. The diffusion of chemicals into the sensor's polymer may cause a shift in both offset and sensitivity. In a clean environment the contaminants will slowly dissipate. The reconditioning procedure will accelerate this process. High levels of pollutants may cause permanent damage to the humidity sensor's polymer.










