Moisture meter STANLEY 0-77-030
STANLEY workshop tool or accessory — workshop, service or installation work according to the item design. Weight: 6-44. Ref.: 35-0-77-030.
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There are 7 products.
STANLEY workshop tool or accessory — workshop, service or installation work according to the item design. Weight: 6-44. Ref.: 35-0-77-030.
LASERLINER workshop tool or accessory — workshop, service or installation work according to the item design. Weight: 5%…30% / ± 1% 30%…50% / ± 2%. Ref.: 42-082.015A.
LASERLINER welding electrode — arc welding with equipment compatible with the electrode type and diameter. Material: 0%…10% / ± 0,15%. Ref.: 42-082.013A.
LASERLINER welding electrode — arc welding with equipment compatible with the electrode type and diameter. Ref.: 42-082.003A.
LASERLINER workshop tool or accessory — workshop, service or installation work according to the item design. Ref.: 42-082.321A.
LASERLINER workshop tool or accessory — workshop, service or installation work according to the item design. Weight: 0% ...52% / ± 2%. Ref.: 42-082.332A.
LASERLINER level — checking horizontal, vertical or angular alignment. Weight: 0% ...56,4% / ± 0,5%. Ref.: 42-082.334A.
Moisture meters are high-precision measuring instruments designed for the rapid and accurate determination of moisture content in solid, bulk, and fibrous materials, as well as ambient air. They are critical tools in construction, woodworking and lumber processing, agriculture, warehouse climate control, and home inspection. Based on their operating principle, moisture meters are categorized into pin-type (conductometric) meters, which measure electrical resistance between electrodes physically inserted into the material (ideal for timber and firewood), and pinless (dielectric) meters, which scan the material using high-frequency electromagnetic waves without causing surface damage (highly effective for concrete, drywall, masonry, and subfloors). The category also includes thermo-hygrometers for indoor microclimate monitoring and specialized probes for soil and grain. Critical selection factors include measurement range and accuracy tolerances, scanning depth (for pinless models), built-in calibration profiles for specific materials (wood species and building material densities), and advanced features such as Data Hold, LCD backlighting, and data logging.