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400572 176T3R

Testo Temperature Mapping Kit Rental | 12 Sensor | LN2, ULT & Freezer

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testo 176 T4
testo 176 T4
testo 176T3
testo 176 T4
Testo Temperature Mapping Kit Rental — LN2, ULT & Freezer (12 Sensor)
A complete, self-service temperature mapping solution for liquid nitrogen, ultra-low temperature, and freezer storage environments. Includes 3 pre-calibrated testo 176 T4 data loggers with 12 sensors (chamber) plus 1 testo 174T (external controlled room temperature), a ready-to-run mapping protocol, GxP-compliant report, and prepaid return shipping. Order, run your study, ship it back — we handle the rest.
  • Professional software with Excel export function for programming the logger and data analysis
  • For measuring and logging the temperature at four different sites simultaneously
  • Temperature measuring range from -200 °C to +1000 °C
  • Easy-to-change battery
  • Automatic measuring data backup when the battery runs out or is changed
  • Displays violations of limit values
Testo Temperature Mapping Kit Rental — LN2, ULT & Freezer (12 Sensor)

Map your most extreme cold storage environments with confidence. The Testo LN2, ULT & Freezer Mapping Kit is a fully managed, end-to-end temperature mapping solution built specifically for pharmaceutical, biotech, and research laboratories that need to validate liquid nitrogen vessels, ultra-low temperature freezers (-80 °C), and standard freezer storage — without the complexity of sourcing, configuring, and downloading specialized equipment in-house. Each kit ships pre-configured and pre-calibrated at -196 °C, -80 °C, and 0 °C — spanning the full range of cryogenic to standard freezer conditions — so you can deploy immediately upon delivery.

What's Included:
* 3x testo 176 T4 data loggers (0572 1764) — pre-configured for extreme low-temperature environments
* 12x temperature sensors (8711 0001) — for internal chamber placement
* 1x testo 174T data logger — for external controlled room temperature condition capture
* Downloadable mapping protocol with step-by-step placement instructions
* GxP-compliant temperature mapping report generated upon return
* Prepaid return shipping label — no logistics to manage

How It Works:
(1) Place your order — kit ships pre-configured to your study parameters
(2) Deploy sensors per the included protocol (12 inside the chamber, 1 external ambient)
(3) Run your study, then use the prepaid label to return the kit to Testo
(4) Receive your completed mapping report and protocol documentation
Designed for: Liquid Nitrogen (LN2) Vessels (medium capacity up to approximately 25,000 2mL vials), Ultra-Low Temperature (ULT) Freezers (-80 °C, used for reagents, test materials, WIP, reference standards), Standard Freezers, and other cryogenic or extreme cold storage environments Meets temperature mapping requirements under ISPE, WHO, USP <1079>, EU GDP, and ISBER Best Practices

Pre-calibration points: -196 °C | -80 °C | 0 °C
Note: Designed for noncritical storage mapping applications
testo 176T4 temperature data logger with external parallel connections, batteries, and certificate of conformity

Air Probes

Food Probe

Immersion / Penetration Probe

Surface probes

Thermocouples

Checking the temperature in super freezers or under cryogenic conditions

Specific products must be stored under extremely cold conditions so as to ensure their quality. Therefore, in many laboratories and research facilities you can for instance find super freezers which can be cooled down to -80 °C using liquid nitrogen or dry ice.
In many cases storage under cryogenic conditions is even required. So, particular biological or blood products are for example stored and transported at -196 °C. Special measuring instruments, which are also fit for purpose at such low temperatures, are needed to check these extreme conditions.

Monitoring process temperatures

For production quality assurance, the temperature must frequently be checked at various points in production processes. Whether it is the air temperature, the temperature of production items themselves or the surface temperature of machines or motors.
Using thermocouple probes, data loggers can also record data in the kinds of extreme temperature ranges that are often to be found in production processes. The probe's fast speed of response contributes here to a good measurement result being achieved even in processes where temperatures change quickly.

Checking the flow and return temperature of heating systems

The heating period starts in autumn and with it the time for tenants to complain that the apartment cannot be heated to the extent they want as well. Using flexible external pipe wrap probes, you can for instance check the flow and return temperature of individual heaters in a targeted way, so as to identify causes and remedy them.

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