|
|
Temperature >> Heatwatch™ TR-1 |
|
Heatwatch Protect sensitive products and monitor shelf-life with HeatWatch TR-1
|
 |
| HeatWatch™ TR-1 Label Configuration |
The HeatWatch TR-1 is a new concept in temperature and spoilage monitoring. The TR-1 is based on the Dallas Semiconductor Themochron iButton® temperature recorder. The TR-1 tracks and calculates spoilage based upon a user-defined profile. | The user can program the TR-1 to create an electronic simulation of the goods being monitored. With the TR-1 behaving and reacting like the product, the user can access the unit and poll the TR-1 database to determine the condition and remaining shelf life. These critical factors are determined by the history of the storage environment and the specific spoilage characteristics of the good.
• Operational temperature: -40°C to +85°C (-40°F to +185°F) • Accuracy: +/- 1°C - 20°C to +70°C (4°F to +158°F) • Clock Accuracy +/- 2 minutes per month (0°C to 45°C, 32°F to +113°F) • Programmable mission start time • Mission sample rate: 1 to 255 minutes • Memory size: 2048 samples • Histogram resolution: 2°C • Meets UL#913 – Intrinsically safe apparatus • Hermetically sealed stainless steel case • High and low alarms • Future Storage Temperature vs. Shelf Life Calculator • FDA approved mounting adhesive in clip configuration (pending) • Expected service life: 10 years @ 25°C (77°F) • Software is compatible with Windows 95, Windows 98, and Windows NT
The TR-1 utilizes a patent pending software package for programming and data retrieval. TR-1 software is very user friendly and utilizes a minimal number of screens to provide the required functionality. The primary screens are Settings, Database, and Spoilage Profile.
 |
Heatwatch Label, Heatwatch Interface Cable and Thermicron iButton
|
|

|
The Settings screen is used to program the Heatwatch TR-1 unit and launch a recording mission. Specific information such as the spoilage profile to be referenced, the sample rate, alarm set points, mission name, and the quantity of TR-1 devices to be used are selected and programmed from this screen |
The Spoilage Profile screen is used to construct the specific profile that will be referenced. Up to 40 data points can be entered to describe the time/temperature relationship for the product. The user may also select and construct a “High Quality” profile based on the minimal spoilage profile but providing leeway for quality.
|

|
The Summary screen details the mission name, spoilage profile used, start timstop time, high and low alarm times, as well as a graph of the remaining Shelf Life. This screen also includes a future storage calculator that details how long a product may be stored at a given temperature based upon shelf life already depleted. | A Database screen displays previously downloaded mission. When a specific mission is accessed various graphs can be reviewed that depict different aspects of that mission.
Examples of such graphs are: |
|
Shows the mission temperature history as a function of time. |
 |
Shows the original shelf life and high quality shelf life as well as the current remaining shelf life and high quality shelf life.
|
 |
|
Shows the distribution of all samples taken during a mission. Can be used to quickly ascertain the mean mission temperature as well as general deviations. |
 |
back to product catalogue |
|
|
|