Viscosímetro capilar HZYN-1301

dinámicoautomáticode mesa

The kinematic viscosity meter operates on the principle of measuring the time it takes for a specific volume of liquid to flow by gravity through a calibrated capillary tube. This time is used to calculate the kinematic viscosity, expressed in centistokes (cSt). The meter is equipped with advanced temperature control systems to ensure measurements at constant and precise temperatures, as viscosity is highly dependent on temperature. Product Description: This tester is specially designed and manufactured according to the national standard "GB265 - 88 Determination of Kinematic Viscosity of Petroleum Products". It is suitable for determining the kinematic viscosity of liquid petroleum products. The device has the function of timing the movement of the test sample and can calculate the final result of kinematic viscosity. This method is suitable for determining the kinematic viscosity of liquid petroleum products (referring to Newtonian liquids), and its unit is m2/s. Generally, in actual use, the unit is mm2/s. The dynamic viscosity is equal to the result of multiplying the kinematic viscosity by the density of the liquid. With this method, you can determine the time that the liquid with a certain volume flows through the calibrated glass capillary viscometer under gravity at a certain stable temperature, and the value that the constant value of the capillary in the viscometer multiplies the flow time, that is, the kinematic viscosity determined of the liquid at the temperature. At the temperature, the value that the kinematic viscosity multiplies by the density of the liquid at the same temperature is the dynamic viscosity at the temperature. Main Functions and Features: LCD display, with English characters, clear to see, easy operation. With the keyboard, you can set parameters such as the viscometer constant value, controlled temperature value, fine-tuning temperature value, test times, etc. The device has a memory function. Using a high-performance microprocessor and digital PID temperature control technology, it ensures a wide temperature control range and high temperature control accuracy. The calendar clock does not turn off. When the machine is turned on, it automatically displays the current time. Network communication, you can choose functions by remote control and glossary. Experimental records can be saved, up to 255 storages, making it easy to view them later. You can adjust the test times from one to six times, making it convenient for operators to perform the test. The high-speed thermal microprinter is installed inside, ensuring beautiful and fast printing, with offline printing function. Technical Specifications: Liquid bath holes: 4 Temperature control range: ambient temperature to 120°C Temperature control accuracy: ≤±0.05°C Temperature control range: fully adjustable Input power supply: AC 230 V 50/60 Hz Heating power: 1000 W Rotation speed: 0-4000 rpm Operating Conditions: Ambient temperature: 0°C ~ 40°C Relative humidity: Suitable for various laboratory environments Whether you are engaged in the development of cutting-edge lubricants, ensuring the consistency of food products, or maintaining the quality of pharmaceuticals, the Kinematic Viscometer is an invaluable resource. It provides you with the precise data needed to make informed decisions, optimize processes, and maintain the highest quality standards. Invest in the Kinematic Viscometer and experience the ultimate in fluid analysis technology. Features / Technical Specifications: LCD display with English interface Parameter setting via keyboard High-performance microprocessor and digital PID temperature control Non-volatile calendar clock Network communication and remote control options Storage for up to 255 experimental records Adjustable test repetitions (1-6 times) Built-in high-speed thermal microprinter 4 liquid bath holes Temperature control range: ambient to 120°C Temperature control accuracy: ≤±0.05°C Input power: AC 230 V 50/60 Hz Heating power: 1000 W Rotation speed: 0-4000 rpm Ambient temperature: 0°C ~ 40°C