£ 1,181.00
Price excl. VAT &. delivery
The absolute moisture meter PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the absolute moisture meter dries the material to be weighed, and then calculates the moisture content from the weight difference.
The analytical balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the analytical balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The Benchtop Scale PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the Benchtop Scale dries the material to be weighed, and then calculates the moisture content from the weight difference.
The humidity detector allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the humidity detector dries the material to be weighed, and then calculates the moisture content from the weight difference.
The LAB Scale PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the LAB Scale dries the material to be weighed, and then calculates the moisture content from the weight difference.
The laboratory balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the laboratory balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The moisture analyzing balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the moisture analyzing balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The moisture meter PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the moisture meter dries the material to be weighed, and then calculates the moisture content from the weight difference.
The Multifunction Moisture Analyzer PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the Multifunction Moisture Analyzer dries the material to be weighed, and then calculates the moisture content from the weight difference.
The precision balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the precision balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The relative humidity meter PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the relative humidity meter dries the material to be weighed, and then calculates the moisture content from the weight difference.
The Tabletop Scale PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the Tabletop Scale dries the material to be weighed, and then calculates the moisture content from the weight difference.
The Material Surface Roughness Tester PCE-RT 10 is a small, light device with simple navigation. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be acquired quickly and in an accurate way. Very simple to operate with a motorized diamond sensor.
The Roughness Tester PCE-RT 10 is a small, light device with simple navigation. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be acquired quickly and in an accurate way. Very simple to operate with a motorized diamond sensor.
The Roughness Tester PCE-RT 10 is a small, light device with simple navigation. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be acquired quickly and in an accurate way. Very simple to operate with a motorized diamond sensor.
The Surface Profilometer PCE-RT 10 is a small, light device with simple navigation. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be acquired quickly and in an accurate way. Very simple to operate with a motorized diamond sensor.
The Surface Testing Roughness Tester PCE-RT 10 is a small, light device with simple navigation. Despite the fact that the device functions on a very complex and elaborate level, the measurement results can be acquired quickly and in an accurate way. Very simple to operate with a motorized diamond sensor.
The analytical balance is a high-precision scale with a measuring range of up to 220 g. A special feature of the analytical balance is the large LCD touch screen. Amongst other functions, the analytical balance can perform piece counting, percent weighing and density determination.
The Xgard-1-CL2 is a single-gas sas detector used to warn for gases (Chlorine, CL2, 0 … 5 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-H2 is a single-gas Gas detector used to warn for gases (Hydrogen, H2, 0 … 2000 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-NH3 is a single-gas Gas detector used to warn for gases (Ammonia, NH3, 0 … 50 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-NO2 is a single-gas gas sensor used to warn for gases (Nitrogen dioxide, NO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-SO2 is a single-gas Gassensor used to warn for gases (Sulfur Dioxide, SO2, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-CL2 is a single-gas Gas Leak Detector used to warn for gases (Chlorine, CL2, 0 … 5 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-H2 is a single-gas Gas Leak Detector used to warn for gases (Hydrogen, H2, 0 … 2000 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-NH3 is a single-gas Gas Leak Detector used to warn for gases (Ammonia, NH3, 0 … 50 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-NO2 is a single-gas gas sensor used to warn for gases (Nitrogen dioxide, NO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).
The Xgard-1-SO2 is a single-gas Gas Leak Detector used to warn for gases (Sulfur Dioxide, SO2, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).