Details

• With integrated sensors for temperature and humidity, as well as lux and UV radiation

• Blends in perfectly with the surroundings thanks to an optional, customisable deco-cover

• Perfectly networked: data storage in the Testo Cloud, real-time alarm via email or (optionally in conjunction with an Advanced licence) SMS

• Simple to install, integrate and operate

Protect your sensitive and valuable exhibits and archived material with WiFi data logger testo 160 THL. The testo 160 THL climate logger with integrated temperature, humidity, lux and UV sensors ensures comprehensive monitoring of the ambient climate and light conditions in museums at all times.

Product Description

The testo 160 THL belongs to the testo 160 data logger range, which was developed especially for the particular requirements in museums. Thanks to versatile options for combinations of integrated sensors and probes, any monitoring situation, from exhibitions to storage, is covered.

Operation and programming of the data logger is simple and carried out directly via the Testo Cloud.

Monitoring temperature, humidity, lux and UV radiation with WiFi data logger testo 160 THL

WiFi data logger testo 160 THL is more than just an easy-to-use climate logger for humidity and temperature monitoring. Thanks to additional integrated sensors for lux and UV radiation, it provides accurate information about the light conditions in a display cabinet or exhibition room.

Measurement data is stored by the data logger via your WLAN directly to the Testo Cloud. If limit values are exceeded, you will be notified immediately by email or (optionally) SMS thanks to the alarm function. You can access all measuring values and analysis functions at any time and from anywhere with an internet-capable smartphone, tablet or PC.

The WiFi data logger testo 160 THL – adaptable and discreet

The small dimensions of the testo 160 THL (64 x 92 x 24 mm) and its simple design enable it to be positioned easily in an exhibition or display cabinet. In conjunction with the optionally available customisable deco-cover (see accessories), the data logger can be adapted to blend in with the surroundings and therefore remains inconspicuous. This means your exhibits will always be the focus.

Perfectly networked: with the WiFi data logger testo 160 THL and the Testo Cloud

The Testo Cloud is the core operating element of the testo 160 data logger range. You can use the testo 160 THL to store your measurement data in the Testo Cloud via an available WLAN. Here you can configure your WiFi data loggers, set limit value alarms and analyze your measurement data.
Depending on the desired range of functions, you have a choice between the free Basic and more extensive Advanced functionality for use of the Testo Cloud. You can use the Advanced functionality, for example, to create up to 10 users per account or set an SMS alarm if limit values are exceeded.

Areas of application for the WiFi data logger testo 160 THL: museums, archives and storage depots

Reliably measure the temperature, humidity, illuminance and UV radiation in the display cabinet or exhibition room at all times. The professional WiFi data logger testo 160 THL is optimised for applications relating to the monitoring of ambient conditions in museums, galleries or other exhibition venues. It can be used to reliably protect your sensitive and valuable exhibits against damage.

Further advantages and functions of WiFi data logger testo 160 THL

The internal data store capacity of the WiFi data logger is 40,000 measuring values, and the housing is protected according to IP20. The standard batteries have a lifetime of 12 months and can be replaced at any time by users. Alternatively, the data logger can also be operated without batteries using a mains unit (please order separately) via the USB interface provided.

Delivery Scope

• WiFi data logger testo 160 THL
• Including free Cloud access (Basic functionality)
• Batteries (4 x AAA)
• USB interface cable
• Wall bracket, including unlocking tool and adhesive strip
• QR code sticker
• Calibration protocol
• Short instructions