A$99.00 incl. GST
Store nearly two months of data at 5 minute intervals.
See at a glance if the logger has experienced any out-of-range temperatures
The LogTag is so simple to set up and use that you'll be an expert in no time. We have a full LogTag training program on our site.
This model of LogTag is extremely versatile.
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If you have any questions about whether LogTag is right for you, call us on 1300 08 20 20 or email [email protected].
| Product Model | TRIX-16. |
| Sensor Measurement Range | -40°C to +85°C (-40°F to +185°F) |
| Operating Temperature Range | -40°C to +85°C (-40°F to +185°F). |
| Storage Temperature Range | -30°C to +55°C (-22°F to +131°F). |
| Rated Temperature Reading Accuracy | Better than ±0.5°C for -20°C to +40°C. Better than ±0.7°C for -30°C to -20°C and +40°C to +60°C. Better than ±0.8°C for +60°C to +85°C. Better than ±0.9°C for -40°C to -30°C. Actual performance is typically much better than the rated values. Please see the Rated Absolute Accuracy chart below. Accuracy figures can be improved by recalibration. |
| Rated Temperature Reading Resolution | Less than 0.1°C for -40°C to +40°C. Less than 0.2°C for +40°C to +80°C. Less than 0.4°C for +80°C to +85°C. Please see the Rated Native Resolution chart below. LogTag Analyzer® currently displays to one decimal place of °C or °F. The native resolution is what is stored in the LogTag®. |
| Sensor Reaction Time | Typically less than 5 minutes (T90) in moving air (1m/s). |
| Recording Capacity | 16,159 temperature readings. 112 days @ 10min logging, 168 days @ 15min logging. |
| Sampling Interval | Configurable from 30 seconds to several hours. |
| Logging Start Options | Push button start or specific date & time. Optional start delay of up to 18hours. |
| Recording Indication | Flashing ‘OK’ indicator / flashing ‘ALERT’ indicator. |
| Download Time | Typically less than 10 seconds for full memory (16,159 readings), depending on computer or readout device used. |
| Environmental | IP65 (roughly equivalent to NEMA 4). |
| Power Source | 3V Li-Mg Battery. |
| Battery Life | 2 – 3 years of normal use (based on 15 minute logging, download data monthly). |
| Real Time Clock | Built-in real time clock. Rated accuracy ±25ppm @ 25°C (equivalent to 2.5 seconds/day). Rated temperature coefficient is -0.034 ±0.006ppm/°C (I.e typically +/- 0.00294 seconds/day/°C). |
| Size | 86mm(H) x 54.5mm(W) x 8.6mm(T). |
| Weight | 33g. |
| Case Material | Polycarbonate. |
| Compliance and Certifications |
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To use this first generation LogTag, you will need a LogTag Reader connected to your PC.
All first generation LogTags use the same Reader, so if you already have one, it will work with this model.
If you don’t have one, make sure you order the Reader as well, or you will not be able to configure the logger or read the data.
Alternatively, consider a second generation USB or third generation Wi-Fi model instead.
If you need some form of certification about the accuracy of your logger, you have various options.
This is a free certificate that comes with every LogTag. You can access this certificate through the configuration page in LogTag Analyser.
This paid certificate is from a laboratory that uses testing instruments that have been calibrated using NATA-traceable instruments.
This paid certificate is from a laboratory that has full NATA certification.
Before you can start using a new logger, you will need to configure it with all the settings appropriate to what you are logging.
This is not difficult, and we have instructions on how to do it on this website, but if you would prefer us to do it for you, that service is available at a small cost.
We can pre-configure your LogTag with our recommended settings for:
This means, all you will need to do when you receive your LogTag, is press the Start button and place it in the environment to be monitored.
Latency, when it comes to temperature logging, refers to the delay between a change in temperature and when that change is detected and recorded by the logger. This delay can be due to the sensor’s design, the materials it’s placed in, or the logging interval. While it might sound like a disadvantage, latency can actually serve a useful purpose in certain environments—particularly where short-term temperature spikes are common but not harmful.
For example, in a busy commercial fridge, the temperature may briefly rise every time the door is opened. A logger with high latency won’t immediately react to these short fluctuations, helping to avoid unnecessary alarms or false data indicating a problem when there isn’t one. In these cases, a slight delay in response acts like a filter, focusing attention on real issues—such as prolonged exposure to unsafe temperatures—while ignoring the everyday ups and downs that don’t affect product quality or safety.
Depending on the type of logger you have, connecting your logger to your PC means either:
First Generation LogTags use a separate Reader (sometimes called a dock) for configuration and for downloading recorded data.Â
The Second Generation loggers only require a USB port or cable. Apart from saving the cost of the Reader, this makes them much better suited for shipping, because the recipient doesn’t need a LogTag Reader to download a report about the shipment’s journey.
