Testo 174T Logger
$113.00 + Freight & GST
- Large memory 16,000 Readings
- Simple and large easy to read display
- Free data logger software available for download
- IP65 protection class
Description
Product Description
What does the testo 174T mini temperature data logger offer:
You can save up to 16,000 readings with the Testo 174T temperature data logger. The measurement data you have saved will not be lost even when the battery is empty or being replaced. This ensures a high level of data security. You can easily and quickly read the current temperature measuring values on its large display, along with any possible limit violations. The integrated NTC sensor stands for a high level of accuracy. Its large measuring range, from -30 to +70 °C, and its compact design make the Testo 174T temperature data logger a competent support for virtually every kind of temperature recording.
Programming and analysis with the temperature data logger
You need software for programming and reading your temperature data logger and analyzing measurement data on the PC. We offer three different software versions for you to choose from:
- ComSoft Basic software – available as a free download – enables fast programming of the data logger and easy measurement data analysis.
- ComSoft Professional software – available as an option – offers a variety of possibilities for detailed analysis of measurement results.
- ComSoft CFR 21 Part 11 software – available as an option – can be used for special requirements according to CFR 21 Part 11 in the pharmaceutical sector
PLEASE NOTE: THE 174T REQUIRES A SPECIAL TESTO USB INTERFACE TO OPERATE INSTRUMENT (THIS CONNECTS LOGGER TO PC)
IF THIS IS YOUR FIRST PURCHASE OF A TESTO 174T YOU WILL NEED TO ORDER THE 174T SET FIRST. THE SET INCLUDES 1 DATA LOGGER AND THE USB INTERFACE.
Delivery Scope
Downloads
Data Sheet:
https://static-int.testo.com/media/fc/d4/c889d516a54d/testo-174T-Data-sheet.pdf
Application
Applications:
Monitoring and documentation of the temperature in cold rooms
Many foods and drugs have to be stored within a specific cold temperature range. This can be done in individual cooled store rooms, but also in specialised cold stores or cold warehouses with high-rack facilities. The temperature must be continuously documented in all these cold storage facilities, because strict rules apply to quality management in both the food and drugs industries.
Data loggers are usually installed at the so-called critical control points (CCPs) of the cold room, in order to identify any possible temperature deviations and to introduce appropriate countermeasures. Critical points are for instance doors or passages through to other temperature areas within a warehouse.
Monitoring and documentation of transport temperature
For all goods which react sensitively to temperature fluctuations or have to be stored within a predefined temperature range, uninterrupted measurement data recording and documentation play a major role.
Incorrect temperature conditions during transport can lead to major losses of quality, including the total loss of value of the products that require monitoring.
Using a data logger, shipments can be checked for compliance with the specified temperature ranges and the data can then be read, analysed and archived by means of special software.
Monitoring the temperature in deep-freeze rooms for food
There are many facilities where (deep) frozen foods need to be stored. These range from individual deep-freeze rooms at small food producers (e.g. butcher’s shops), restaurants and supermarkets, via deep-freeze rooms in the food processing industry, right through to specialized refrigerated warehouses/high-bay deep-freeze warehouses. In all of these facilities, the temperature has to be documented continuously. Only temperature recording devices that comply with EN 12830 are allowed to be used in Europe.
Data loggers are typically used to measure the air temperature in storage facilities of this kind. The measuring instrument is positioned in the deep-freeze room, where possible at critical locations, such as doors or refrigeration units, where it records temperature data at specified intervals (typically: every 15 minutes). The recorded data can subsequently be analyzed and archived using special software.