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testo 160 IAQ WiFi Data Logger (T/RH/CO₂/P) with Display
Scope of Delivery
WiFi data logger testo 160 IAQ
Free access to Testo Cloud (Basic License)
Power supply unit with USB interface
Batteries (4 AAA alkaline type)
Wall bracket, incl. adhesive tape and release tool
QR code sticker
Factory calibration certificate
Short instruction manual
Ideal for monitoring indoor air quality
Easy to install, integrate, and manage – exceptionally convenient, thanks to the **”traffic light” system** for air quality parameters
Full integration of the logger into the surrounding interior thanks to optional decorative covers
Data storage in Testo Cloud, real-time alarm notifications via e-mail or SMS (optional, available with Advanced License)
From museums to offices: The **testo 160 IAQ** WiFi data logger is ideal for monitoring indoor air quality by building management services.
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testo 175 H1, 2-channel temperature and humidity data logger with external humidity probe
(NTC/capacitive humidity sensor)
- Professional long-term monitoring of temperature and humidity in working and storage facilities.
- High level of responsiveness thanks to the external humidity probe.
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testo 175 T1, 1-channel temperature data logger with internal sensor (NTC)
The testo 175 T1 compact data logger is designed for the long-term monitoring of temperature in cold rooms and freezers, as well as documenting temperature readings during transport. The large memory capacity (**1 million values**) and long battery life allow data to be read out over long intervals, despite a high measurement frequency. Like the other data loggers developed for the food sector, the testo 175 T1 is tested by the specialists at the ATP center (TÜV Süd) in accordance with the requirements of DIN EN 12830 within the framework of the HACCP system.
- Professional temperature monitoring in cold rooms and freezers.
- Compact logger for long-term temperature monitoring, for example, during product transport.
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testo 175 T2, 2-channel temperature data logger
With internal sensor (NTC) and connector for an external probe (NTC)
Along with monitoring and documenting air temperature values in cold rooms and freezers, it is often necessary to measure product temperature as well. The testo 175 T2 data logger is equipped with a connector for an external probe (NTC), which allows the internal temperature of food products or the temperature between packages of frozen goods to be measured. Like the other data loggers developed for the food sector, the testo 175 T2 is tested by the specialists at the ATP center (TÜV Süd) in accordance with the requirements of DIN EN 12830 within the framework of the HACCP system.- Simultaneous monitoring of air temperature and product temperature.
- Connector for easy connection of an external probe, such as an HACCP-compliant food probe for measuring the core temperature of products.
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testo 175 T3, 2-channel temperature data logger with connectors for external probes (T and K thermocouple types)
The need to monitor and log temperature readings at two points simultaneously arises very often. Thanks to the presence of two interfaces for thermocouple probes (types **K and T**), the testo 175 T3 is ideally suited for this task. As an example, checking the functionality of a heating system involves measuring and documenting the temperature values of both the supply and return lines. The verification of refrigeration systems is carried out similarly. In autumn, with the start of the heating season, complaints from building residents regarding insufficiently (or excessively) heated air in the premises also begin. Using the testo 175 T3 data logger, in combination with various versions of clamp-on probes, you can perform the necessary measurements on the supply and return lines of individual radiator units and thus detect faulty compartments and take necessary measures (for example, “closing off” individual channels).
- Parallel monitoring and logging of temperature at two measuring points.
- Simple monitoring and documentation of temperature parameters for the supply and return lines of a heating system.
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testo 176 H1, 4-channel temperature and humidity data logger
With connectors for a high-precision external probe (NTC/capacitive humidity sensor)
- Parallel measurement of temperature and humidity
- Option to connect various temperature and humidity probes, for example, for monitoring humidity in warehouses
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testo 176 H2, 4-channel temperature and humidity data logger in a metal housing
With connectors for external probes (NTC/capacitive humidity sensor)
- Parallel measurement of temperature and humidity using connectable temperature and humidity probes for various applications.
- The **robust metal housing** protects the device from mechanical impacts, such as bumps.
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testo 176 H2, 4-channel temperature and humidity data logger in a metal housing
With connectors for external probes (NTC/capacitive humidity sensor)
- Parallel measurement of temperature and humidity using connectable temperature and humidity probes for various applications.
- The **robust metal housing** protects the device from mechanical impacts, such as bumps.
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testo 176 P1, 5-channel pressure, temperature, and humidity data logger with internal sensor
Pressure, temperature, and humidity with internal sensor (absolute pressure) and connectors for a high-precision external probe (NTC/capacitive humidity sensor)
- High-precision measurement and reliable documentation of ambient conditions, for example, in a laboratory.
- Integrated absolute pressure sensor and the option to connect two external probes.
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testo 176 T1, 1-channel temperature data logger in a metal housing with high-precision internal sensor (Pt 100)
The robust metal housing ensures the protection of the testo 176 T1 data logger from critical measurement environmental conditions. Temperature measurement is carried out using the **high-precision internal Pt100 sensor**. The testo 176 T1 is ideally suited, for example, for logging temperature values in cold rooms and freezers over a long period. The metal housing provides resistance to mechanical impacts, for example, maintaining the integrity of the device if it falls off a forklift pallet. Like the other data loggers developed for the food sector, the testo 176 T1 is tested by specialists at the ATP center (TÜV Süd) in accordance with the requirements of DIN EN 12830 within the framework of the HACCP system.
- High-precision temperature measurement in critical conditions.
- The **robust metal housing** protects the device from mechanical impacts, such as bumps.
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testo 176 T2, 2-channel temperature data logger with connectors for a high-precision external probe (Pt 100)
In applications such as laboratories, there is often a need for high-precision temperature measurement. The testo 176 T2 data logger, equipped with two connectors for external Pt100 probes, is the ideal instrument for this task. It is a reference class data logger. Like the other data loggers developed for the food sector, the testo 176 T2 is tested by the specialists at the ATP center (TÜV Süd) in accordance with the requirements of DIN EN 12830 within the framework of the HACCP system.
- High-precision temperature measurement in the food sector and laboratories.
- Temperature monitoring using high-precision external Pt 100 probes, for example, in cold storage rooms.
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testo 176 T3, 4-channel temperature data logger in a metal housing with connectors for a high-precision external probe (T, K, and J thermocouple types)
In some cases, a crucial aspect of current process monitoring is verifying compliance with a set range when limit values are exceeded. The **testo 176 T3** data logger in a robust metal housing is the optimal solution for the task of measuring and logging temperature values simultaneously at **4 points** in the industrial sector. The possibility of using a wide range of connectable thermocouple probes (types **K, T, and J**) allows it to meet the requirements of various applications.
- Parallel measurement of temperature at multiple points (up to 4 measuring locations) using connectable thermocouples for various applications.
- The **robust metal housing** protects the device from mechanical impacts, such as bumps.