
Testo Saveris 2-T1 - Wireless data logger with display and integrated NTC temperature sensor
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The testo Saveris 2 wireless data logger system is the simple, flexible, and secure solution for measuring and monitoring temperature values in your storage, cooling, and work areas. The installation of the system is a breeze and can be done via a browser. The temperature monitoring system consists of at least one wireless data logger and a cloud access. As part of this data logger system, the testo Saveris 2-T1 temperature data logger with integrated NTC temperature sensor transmits all measured temperature values directly via your Wi-Fi to the Testo Cloud. With the alarm function, you can be immediately alerted via email or optionally via SMS in case of threshold exceedances.

Testo Saveris 2-T1 - Wireless data logger with display and integrated NTC temperature sensor
Monitor the storage of temperature and humidity-sensitive goods, whether food, archives, or rust-prone metal parts. Or discreetly and unobtrusively control the building climate to stay informed about your tenants' ventilation behavior. The long-term stable integrated sensors in the mini data logger testo 174H reliably and securely capture temperature and relative humidity in the measurement environment. The display shows the current measurement values and any potential limit violations, with up to 16,000 measurement values stored. Conveniently, the standard batteries (2x CR 2032) can be replaced by the user at any time.
For programming and reading your data logger, as well as analyzing the measurement data on a PC, you can choose from three software versions:
- ComSoft Basic software, available for free download, for quick programming of the data logger and simple data analysis.
- ComSoft Professional software, optionally available, offers various options for more detailed evaluation of temperature and humidity values.
- ComSoft CFR 21 Part 11 software, optionally available, ideal for the specific requirements according to CFR 21 Part 11 in the pharmaceutical sector.
To program and read the mini data logger, you will need a USB interface.
Note: Please download the latest software version before operating the USB interface.
Pro

The thermocouple is ideal for quick and easy measurement of air temperature. The flexible thermowire can be routed through holes, gaps, or door seals, for example. Thanks to the PTFE insulation, the thermocouple can also be used in the food or pharmaceutical sectors. Use it, for instance, to measure climate or ripening chambers in the food industry.

With the testo 184 H1 temperature and humidity data loggers, you can monitor the transport of sensitive products such as food, pharmaceuticals, electronics, or art for an unlimited period. At the destination, you can quickly check the display or LEDs to see if the configured limits have been adhered to. For detailed information, simply connect the logger to a computer, and a PDF report with all relevant data will be generated instantly. To make your work with the data loggers even more comfortable and efficient, all necessary files and information are directly and virtually loss-proof stored in the testo 184 H1: configuration file, user manual, and PDF report of your recorded measurement data. The measurement data storage of the testo 184 H1 temperature and humidity data logger is 60,000 measurement values. The measurement interval can be freely selected from 1 minute to 24 hours. The battery life is 500 days. The testo 184 H1 temperature and humidity data logger is powered by a standard battery that can be easily replaced by the user. The testo 184 H1 complies with GxP, 21 CFR Part 11, and HACCP. Testo is an ISO 9001 certified company and ensures compliance with the standard through both internal audits and accredited external audits.

For transferring measurement values to your PC, use the USB interface to transmit the data from the data logger to the PC. With the latest software version testo ComSoft, you can read and analyze the measurement values. Additionally, you can program the data logger individually.
Scope of delivery: USB interface for programming and reading data loggers.
Technical specifications:
Product/case material: Plastic
Product color: White
Weight: 150 g.

Accessory type: Replaceable plugs. Suitable for use with: Testo Saveris 2 WLAN. Cable length: 1.5 m. Delivery includes: USB cable, wall mount, AA AlMn batteries (x4), calibration protocol. Saveris 2 requires a cloud license. The choice is between basic.

The air sensor with TE connector from Testo is a flexible thermocouple designed for precise temperature measurements across a wide range of -50 to 400 °C. Equipped with glass fiber insulation, this thermoelement allows for quick and easy handling, especially when used with a suitable measuring device. The flexibility of the sensor facilitates its application in various environments and applications, while the TE connector ensures a reliable connection. This product is ideal for professionals in measurement technology who value accuracy and user-friendliness. The air sensor is calibrated to factory standards and provides a robust solution for temperature measurements in industrial and scientific applications.
- Flexible design for versatile applications
- Temperature range from -50 °C to 400 °C
- Glass fiber insulation for enhanced durability
- Compatible with a variety of measuring devices.

Due to their larger size, they are easy to grip and facilitate the clamping of cables. For mounting, the safety crocodile clips made of hard plastic are simply plugged onto the Testo standard test leads or the test leads of other makes.

Maximum temperature = +70°C
Maximum temperature measurement accuracy = ±0.5 °C
Temperature measurement resolution = 0.1 °C
Measurement parameters = Air velocity, temperature, volumetric flow
Suitable for use with = testo 440, testo 440 dP
Height = 46 mm.

Ideal for air outlets in clean rooms: With the high-precision vane probe, you can measure even the lowest flow velocities and volumetric flows, as well as temperature, using the appropriate measuring device.
