£ 4,526.00
Price excl. VAT &. delivery
The PCE-HT110 Relative Humidity Meter or Humidity Detector precisely measures air temperature and relative humidity. This accurate and reliable device shows the current measurements on the large LCD display and saves the measurement data directly to an SD card (included). The PCE-HT110 is equipped with two channels, accommodates an SD card memory of up to 16 GB, offers an adjustable measurement rate / sampling interval, and includes a wall mount, making the device ideal for logging data over an extended period of time.
The relative humidity meter has a moisture measuring range of 0 … 100%. The relative humidity meter is operated via the 5" touchscreen. To determine the moisture content with the relative humidity meter, a sample is evenly distributed on the sample pan.
PCE-MA 110 is a halogen relative humidity meter or analyzer that functions on the gravimetric or loss on drying (LOD) principle. The relative humidity meter uses the halogen method to dry the material sample. Moisture content is calculated based on the weight difference before and after the drying procedure. Calibration of the relative humidity meter can be performed at any time using the automatic calibration function and the included 100 g weight.
maximum weighing capacity of 400 g, a sample volume of 360 cm³ and a high measuring resolution of 0.001 g, it guarantees precise and reliable moisture measurements. The Relative Humidity Meter is ideal for applications in the wood, agricultural and plastics industries, e.g. for shavings, animal feed or granulates. It delivers precise results even at very low moisture contents.
maximum weighing capacity of 400 g, a sample volume of 360 cm³ and a high measuring resolution of 0.001 g, it guarantees precise and reliable moisture measurements. The Relative Humidity Meter works on the principle of drying with simultaneous weight recording whereas the weight loss is continuously measured and displayed as a percentage of the total mass.
The PCE-HT110 Relative Humidity Meter or Humidity Detector precisely measures air temperature and relative humidity. This accurate and reliable device shows the current measurements on the large LCD display and saves the measurement data directly to an SD card (included). The PCE-HT110 is equipped with two channels, accommodates an SD card memory of up to 16 GB, offers an adjustable measurement rate / sampling interval, and includes a wall mount, making the device ideal for logging data over an extended period of time.
plaster analysis. With a maximum weighing capacity of 220 g and a measuring resolution of 0.001 g, it enables precise and reliable moisture measurements. The Relative Humidity Meter works on the principle of drying with simultaneous weighing. During drying, the weight loss is continuously recorded and displayed as a percentage of the total mass.
various applications in raw material extraction, production, processing, research and recycling. With a maximum initial sample weight of 200 g and a high measuring resolution of 0.001 g, the Relative Humidity Meter enables precise moisture measurement.
PCE-MA 110 is a halogen relative humidity meter or analyzer that functions on the gravimetric or loss on drying (LOD) principle. The relative humidity meter uses the halogen method to dry the material sample. Moisture content is calculated based on the weight difference before and after the drying procedure. Calibration of the relative humidity meter can be performed at any time using the automatic calibration function and the included 100 g weight.
content in samples. It is suitable for applications in raw material extraction, production, processing, storage, trade, research and recycling. With a maximum sample weight of 200 g and a high resolution of 0.001 g, the Relative Humidity Meter enables exact measurements of the moisture content and the ash residue.
plaster / gypsum analysis. With a maximum weighing capacity of 220 g and a measuring resolution of 0.001 g, it enables exact and reliable moisture measurements. The Relative Humidity Meter works on the principle of drying with simultaneous weighing. During drying, the weight loss is continuously recorded and displayed as a percentage of the total mass.
material extraction, production, processing, research and recycling. With a maximum sample weight of 200 g and a high measuring resolution of 0.001 g, the Relative Humidity Meter enables precise moisture measurement.
drying temperature of up to 360 °C. It is ideal for applications in raw material extraction, production, processing, research and recycling, as well as especially for building materials such as cement, concrete and gravel and the chemical industry, including powders, granulates and pastes. With a maximum sample weight of 220 g and a high measuring resolution of 0.001 g, our Relative Humidity Meter enables precise moisture measurement.
The Relative Humidity Meter PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The Relative Humidity Meter dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The Relative Humidity Meter records the air temperature as well as the relative humidity and the barometric pressure and saves them internally on an SD card. The compact device with a large memory (up to max. 16 GB SDHC card) is primarily used for long-term registration in the food sector (refrigerated counters in department stores, refrigerated transports, warehouses) as well as for measurement and recording in industry (heating and cooling processes, machine temperatures, product storage, etc.).
Measuring ranges
PCE-WB 20SD is a multifunction data-logging relative humidity meter used to measure indoor / outdoor wet bulb globe temperature (WBGT), black globe temperature (TG), wet bulb temperature (WB), dew point temperature, air temperature (TA) and relative humidity. Thus, this multipurpose data-recording device is an ideal tool for evaluating heat stress risks in different work environments.
drying temperature of up to 360 °C. It is ideal for applications in raw material extraction, production, processing, research and recycling as well as especially for building materials such as cement, concrete and gravel and the chemical industry, including powders, granulates and pastes. With a maximum sample weight of 220 g and a high measuring resolution of 0.001 g, the Relative Humidity Meter enables precise moisture measurement.
solid materials. It is suitable for various applications in raw material extraction, production, processing, research and recycling. With a maximum sample weight of 220 g and a high measuring resolution of 0.001 g, the Relative Humidity Meter enables precise moisture measurement.
The relative humidity meter PCE-MA 100 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 relative humidity meter PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The relative humidity meter dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The relative humidity meter is a measuring device for stationary measurement of relative humidity and temperature. This relative humidity meter consists of an LED seven-segment display with a digit height of 100 mm, which enables you to read it very well even at a distance of up to 50 m.
The PCE-MA 202-ICA is an oven-drying relative humidity meter for weighing and heating material samples to determine moisture content. The heating chamber warms up to 199 °C / 390 °F with the use of halogen lamps. Drying of the sample to be weighed takes place within the chamber of the relative humidity meter and the moisture content is subsequently calculated from the difference between the initial and final weight.