Overview
The SNB-1 digital display Viscometer is an upgraded product of the CNSHP brand rotational viscometer. It adopts professional mechanical design, manufacturing process and microcomputer control technology, and the data collection is correct. The instrument is equipped with a blue backlit high-luminance LED display with a clear display. It is equipped with RS-232, temperature sensor, printer and other interface functions. Optional PC cable, temperature sensor and micro printer are available to expand data recording, temperature measurement and result printing functions.
Features
1. All aluminum head, Shielding performance is superior
2. High luminance LCD display
3. Equipped with RS-232 Communication interface to connect to PC
4. Optional temperature sensor, can measure the liquid temperature
5. Optional micro printer can directly print test results
6. Automatic scanning function, can automatically select the appropriate rotor number and Rotation speed
7. Single measurement automatically stops, the rotor automatically stops after the measurement result is stable
Principle
The instrument uses swirl/spin viscosity testing principle to measure the viscosity of Newtonian liquids and the apparent viscosity of non-Newtonian liquids, and uses microcomputer control technology to ensure correct data collection.
Applications
Viscosity measurement of various fluids such as oils, paints, plastics, food, coatings, detergents, etc
Steps
1. Connect the power supply and turn on the instrument
2. Optional PC cable, temperature sensor or micro printer as needed
3. Install the appropriate rotor on the instrument
4. Use the auto-scan function or manually select the rotor number and Rotation speed
5. Start the measurement, the instrument automatically stops and displays the result
6. Optional printing or recording data through PC interface
Notice
• Power supply voltage needs to be AC 220V +/- 10%, 50Hz +/- 10%
• Operating temperature range is 5~ 35 ℃
• relative humidity should be ≤ 80%
• Ensure the rotor is installed correctly to avoid measurement errors
• Check whether the instrument interface connection is firm before use
