2 in 1 Temperature and humidity
Calculation of dew point
$99.00 inc GST
$110.00 GST incl.
This product is no longer in stock
The Testo 608-H1 low cost thermohygrometer enables you to have a continuous display of the current temperature and humidity values. This means you can always keep an eye on the indoor climate.
The 608-H1 thermohygrometer is ideally suited for continuous measurement of the indoor climate. You can therefore use the measuring instrument in locations such as offices, warehouses, laboratories, garden centres or living areas to determine temperature, humidity and dew point. The hanging and standing brackets enable you to either hang the thermohygrometer on the wall or to place on a table or a shelf.
Monitor room conditins with ease, with Testo low cost 608-H1 thermohygrometer
We recommend you use the Testo 608-H1 thermohygrometer if you are not interested in measurement data documentation and management, but just want to be able to view the current readings at any time. The thermohygrometer shows you temperature, humidity and dew point on its clear display.
The current readings are also easily legible from a distance on the large display. In addition, you can display max. and min. values.
The thermohygrometer has an NTC temperature probe which displays accurate temperatures, The Testo 608H1 also includes a patented humidity sensor from testo which is known its stability in high humid conditions. This makes the Testo 608-H1 thermohygrometer a reliable and durable partner for recording ambient conditions indoors.
The thermohygrometer's battery life is approx. one year. As soon as the battery is coming towards the end of its life, you are notified about this in good time on the display.
Whats Included : Testo 608H1 & 9V Battery
|Storage Temperature||0 to +50 °C|
|Operating temperature||0 to +50 °C|
|Battery type||9V block battery|
|Dimensions||111 x 90 x 40 mm|
|Measuring range||Temperature||-10 to +50 °C|
|Humidity||10 to +95 %RH|
|Humidity||(absolute) ±3 %RH (+10 to +95 %RH)|
|Resolution||Temperature||0.1 °C | 0.1 %RH|