Rotational Viscometer [For Continuous Monitoring in Production Processes] AV-10
Rotational Viscometer [For Continuous Monitoring of Production Processes] AV-10
Real-time monitoring of viscosity changes! Suitable for food and cosmetics as well.
The rotary viscometer AV-10 measures the viscous resistance torque exerted by a liquid on a rotating cylinder or disk within the liquid. For example, when measuring the viscosity of food, it can accurately measure even when solid ingredients like those in curry are mixed in. There is no need for sampling inspections, and measurements can be taken directly within the actual manufacturing process. 【Features】 ■ Upper and lower limits can be set, allowing for alarm output as upper limit signal (Hi) / lower limit signal (Low) ■ Monitoring via analog output is also possible ■ The detection unit is separated and structured from the control unit, making installation easy ■ The detection unit is equipped with fittings for air (nitrogen) purging *For more details, please contact us or download the catalog.
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basic information
The rotor's changes are electrically quantified into viscosity values, allowing for the input of solvent, output of cutoff signals, and maintenance of a stable viscosity state. 【Specifications】 ○ Measurement conditions: Continuous operation ○ Operating temperature range: Specified temperature range ○ Storage temperature: -20℃ to 60℃ ○ Power supply: AC10V (-5 to +10%) 1A ○ Dimensions: Control unit: 192×110, Depth 180 Detection unit: 90×70, Depth 80 *For more details, please contact us or download the catalog.
Price information
For more details, please contact us.
Delivery Time
P4
Applications/Examples of results
Developed for viscosity management of resin dip agents, actively used in the field: - Viscosity measurement of food products such as mayonnaise - Battery manufacturing process (For the introduction video, please see here ➡ https://youtu.be/yK7maXET2aQ)
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Company information
Since starting my personal business in 1982, I have developed and manufactured various precision measuring instruments such as automatic viscometers, quantitative dispensing devices, fluorescent sensors, serum measurement devices, small tensile testing machines, and stretching machines. I have also established a rapid response system for high-difficulty special development requests from major chemical manufacturers and national university research institutions. While there are also requests for mass production and consumer-oriented manufacturing, I am dedicated to developing and producing products that can only be made by our company. Of course, I strive to adapt to various environmental changes and continuously pursue self-improvement in cutting-edge science and technology.
