HydrometteUNI 1
Multi-purpose measuring device for structural moisture, humidity and temperature
Description
The UNI 1 unit is an electronic multi-purpose measuring device for structural moisture, humidity and temperature.
In the case ofbuilding materials (e.g. screeds, mortar, renders, concrete, brick and insulating materials) the capacitive measuring method is used. With this method / operating mode, a non-destructive testing of affected areas is possible.
For climate measurements (air humidity and temperature), our high-quality RF-T and RH-T series electrodes can be connected.
In addition to the air temperature, temperatures of surfaces (using Pt100 or infrared sensors) and materials (also using Pt100 sensors) can be measured, too.
The device ist particulary suited for insurance companies, air-conditioning engineers and water damage restoration companies. It is the ideal complement to an existing wood moisture meter.
Measuring ranges
- sensor pipe: 100 mm length
- up to 250 °C
- sensor pipe: 120 mm length
- up to 300 °C
- Connection cable: 10 m length
- up to 120 °C
- Connection cable: 2 m length
- up to 120 °C
- Connection cable: 20 m length
- up to 120 °C
- Connection cable: 30 m length
- up to 120 °C
- Connection cable: 5 m length
- up to 120 °C
- sensor pipe: 230 mm length
- up to 350 °C
- sensor pipe: 480 mm length
- up to 350 °C
- sensor pipe: 480 mm length
- up to 600 °C
- sensor pipe: 600 mm length
- up to 600 °C
Specifications
- Handy moisture measuring meter for fast single and series measurements
- Precise measurement of air, surface and material temperature by Pt100 sensors in four-wire sensing
- The use of an infrared probe enables non-contact measurement of surface temperatures
- Power supply: a 9-volt battery is included
| Length | 0.14 m0.459 ft (0.14 m) |
| Width | 0.09 m0.295 ft (0.09 m) |
| Height | 0.05 m0.164 ft (0.05 m) |
| Weight | 0.23 kg0.507 lb (0.23 kg) |
Downloads
Manuals
- UNI_1_V1.1_DE809 KB
- UNI1_UNI2_EN1 MB
- UNI_1_V1.0_FR878 KB
- UNI1_UNI2_IT1 MB
- UNI_1_V1.0_NL1 MB
- UNI1_UNI2_HR2 MB
- UNI1_UNI2_SV957 KB