Timber Moisture Meter FMW B

The Humidity detector FMW-B has three important advantages:
–  It measures moisture content without damaging wood when it is placed on it.
–  Measurement results are quickly displayed.
–  Because of the high accuracy of humidity values a drying test will not be needed (real absolute humidity is measured / the Timber Moisture Meter meets with all the European standards EN 13183-1, EN 13183-2, EN 13556)
This Timber Moisture Meter is very easy to use as well as very robust. The Timber Moisture Meter is an irreplaceable tool for both wood manufacturing and purchasing as well as for any professional sector where wood is considered a raw material. It is also capable of measuring a wide range of wood types (gross densities are stored in the Timber Moisture Meter).

Three-step measuring process:

– Turn-on and zero setting.
– Fitting of wood thickness (selected from memory).
– Measuring and reading of moisture content.

Adjustments:

– MAX, memory or Scan mode.
– Entry of the specific weight of wood from 250 … 1100 kg/m3 in 10 kg intervals.
– Relative values for building materials.

The Timber Moisture Meter for wood is guided by a microprocessor-unit to quickly determine moisture content in wood and building materials. The Timber Moisture Meter measures moisture content when the lower frontal sensor is placed on the material for half a second. It is also possible to measure through paper or paints.
After introducing the unit weight (gross density) of any wood type, absolute humidity can be highly precisely determined in all wood types. With the Timber Moisture Meter, moisture content can be measured in many different wood types from 250 to 1100 kg/m³ (see chart below).
Humidity is determined by contact using a high-frequency technique. Measurements can be taken without damaging the material surface. Therefore, this Timber Moisture Meter is used specifically for finished products or for fast controls on site.

Put the Timber Moisture Meter on the wood. Radiation penetrates wood up to a depth of 25 mm to measure absolute humidity.
Characteristic density curves of wood are stored in the Timber Moisture Meter and can be selected very easily. Humidity can be determined for a specific wood type with high accuracy.

Characteristic curves of wood and basic instructions for measuring
Below you will see an extract of the characteristic curves in alphabetical order of all the most important wood types (they are stored in the Timber Moisture Meter). We can also send another list with more wood types.

Softwood
– Fir
– Canadian Fir (east, west)
– Agathis (heavy, light)
– Alcere
– Alerce (European, Japanese, Russian)
– Alerce (American, East, West)
– Red Cedar
– Douglasie (heavy, light)
– Mañio
– Pine (European, Nordic)
– Pine (light, heavy, Caribbean, American)
– Pine (European, Nordic, Kern, Spint)
– Pine (French)
– Pine Parana
– Pine Radiata
– Pine Sitka
– Pine Sugar
– Pine Weymouth
– Yellowwood
– Redwood (Californian, heavy, light)
– Sugi
Attention: All the characteristic curves of the wood types of this column and the adjoining one are stored inside the humidity detector FMW-B. They can be displayed by introducing the corresponding gross densities. A chart with all the materials and wood types will be included in the delivery.
To take into account:
When measuring moisture content in wood, the result will be more accurate on smooth surfaces. Moreover, the measuring value will grow on chips or knots. On the contrary, if measurements are taken on breaks, the humidity value will be lower in relation to the real humidity value (absolute humidity).
In both cases, you should measure near the area which is going to be measured.
Measurement accuracy:
Wood has an inhomogeneous composition. Therefore, oscillations in gross density can appear while measuring the same wood type. You will have to take diverse humidity measurements and the overall measurement result will be the mean value calculated by the detector.
Wood surface:
In rough surface wood types, the result displayed in the humidity detector can be lower than the real value.
Fiber direction:
The result will not be affected if measurement is taken either in the fiber direction or against fiber direction.
Measurement depth:
The measurement depth is 25 mm. If the wood is very thin (e.g. < 1 cm thickness) measurement will be carried out through the wood. The material on the wood will also be measured partially.
Measuring surface:
During the measurement, the measuring surface of the humidity detector has to be completely on the surface which is going to be measured in order to avoid mistakes with results.

Deciduous wood
– Abachi
– Abarco
– Birch (European)
– Abura
– Afrormosia
– Poplar
– Alone
– Amburana
– Avodire
– Baboen
– Balsa
– Bilinga
– Bodo
– Bomanga
– Bonkonko
– Bosse
– Mahogany (Bassam, Honduras, sapeli, sipo,
tiama)
– Chestnut (noble)
– Cherry-tree (European, American)
– Cedar
– Poplar
– Keruing (light, heavy)
– Dabema
– Danta
– Dibetou
– Durian
– Essessang
– Framire
– Freijo
– Ash (European)
– Fuma
– Beech (European, vaporized, non-vaporized)
– Igaganga
– Ilomba
– Iroko
– Jelutong
– Kapur
– Kosipo
– Krappa
– Kwarie
– Lauan (red)
– Limba
– Makore
– Mansonia
– Matakki
– Matoa
– Mengkulang
– Meranti (dark red, light red)
– Movingui
– Muninga
– Niangon
– Walnut (European, American)
– Satin walnut
– Oega
– Elm
– Okoume
– Padouk (African)
– Pear tree
– Peroba
– Peroba (pink)
– Banana tree
– Possentrie
– Ramin
– Oak (European, light, heavy, American,
white, red, Japanese)
– Tasmanian Oak
– Willow
– Sapupira
– Sen
– Sepetir- Seraya (red, white)
– Soemaroepa
– Tabaca
– Tchitola
– Teca
– Lime tree
– Tola branca
– Wane
– Yang

Building materials
For building materials it is possible to introduce “0” value. For this detector there is only a single characteristic curve (mean characteristic curve). With the humidity detector FMW-B you will be able to easily determine humid zones in floors, walls, etc for a relative measurement in wet or weak areas.