An infrared moisture meter standard model that adopts a heating drying mass measurement method with principles close to the official method, capable of displaying up to 0.01% precision.
To achieve a high-performance and high-precision moisture meter while being a standard model, the mass sensor is equipped with a balance unit "Uniblock*" with a resolution of 1 mg, and the heat source features two mid-wavelength infrared quartz heaters with a large heat capacity of 200W each. Additionally, to mitigate the effects of balance drift, an auto-tare mechanism has been adopted, similar to previous series models. To allow for the optimal drying conditions for a wide range of measurement targets, there are six selectable measurement modes depending on the situation, including a "Rapid Drying Mode" that avoids temperature drops in the chamber due to vaporization heat and shortens drying time, and a "Slow Drying Mode" that is effective for samples prone to thermal degradation. This device can be used in various settings, primarily in quality control and inspection departments that require advanced moisture management. *"Uniblock" is a product name of Shimadzu Corporation. ● Six measurement modes to meet various measurement requirements ● Displays moisture change over 30 seconds ● Equipped with an auto-tare mechanism ● Features mid-wavelength infrared quartz heaters ● Saves 10 measurement conditions ● External output to PC and printer ● Calibration of mass sensor is possible ● Compatible with IQ/OQ requirements
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basic information
Measurement Method: Drying Loss Method (Heating Drying and Mass Measurement Method) Sample Mass: 0.5 to 120g/Arbitrary Mass Sampling Method Minimum Display Digit: Moisture Content 0.01%/0.1% Switchable, Mass 0.001g Measurement Range: 0 to 100% (Wet Basis, Solid Content), 0 to 500% (Dry Basis) Reproducibility (Standard Deviation): Sample Mass 5g or more 0.05% (Moisture Content), Sample Mass 10g or more 0.02% (Moisture Content) (Based on manufacturer's specified measurement conditions and standard samples) Measurement Modes: Automatic Stop Mode, Time Stop Mode, Rapid Drying Mode, Slow Drying Mode, Step Drying Mode, Predictive (Comparative) Measurement Mode Temperature Setting Range: 30 to 180℃ (1℃ Interval) Display Method: Backlit LCD (137×43mm) External Output: RS-232C Interface Measurement Condition Storage: 10 Types Data Memory: 100 Data Heat Source: Medium Wave Infrared Quartz Heater (200W×2) Power Supply: AC100 to 120V/220 to 240V (50/60Hz) Power Consumption: Maximum 900W Dimensions and Weight: 220 (W) × 415 (D) × 190 (H) mm, 4.5kg Sample Dish: Made of SUS (Diameter 130mm, Depth 13mm)
Price information
Please contact our company for a quotation. <Regular price (excluding tax)> ¥358,000
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Applications/Examples of results
■Food Industry (Most Commonly Used) Wheat flour, starch, grains, dried noodles, confectionery, snacks, dairy products (yogurt, cream cheese, etc.), seasonings (miso, soy sauce, powdered dashi), rice and rice products, sugar products such as candy and caramel. ■Pharmaceuticals, Chemicals, Industrial Materials Pharmaceutical raw materials, chemical fertilizers, cement, ores, glass raw materials, resin pellets, powder materials. ■Textiles, Paper, Pulp, Feathers Textile products, paper, pulp, feathers. ■Biomass Fuels, Sludge Samples Wood pellets, sludge, slurry samples, biomass fuels.
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In order to ensure quality, maintenance, and management, improve safety and economic efficiency, and conduct fair transactions, measuring instruments play a crucial role as indispensable tools in all areas where accuracy is required. The fact that many products are adopted as Japanese standard measuring instruments and are useful in various fields is significant. We consider measuring instruments to be an extension of the five senses and continue to provide reliable answers in the form of products, addressing the theme of measurement one by one.
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