Overview
The AN AM100W-O laboratory electric Stirrer is driven by a brushless DC motor and is suitable for Stir mixing of low to medium and high viscosity liquids in the laboratory. The machine has a reasonable and compact structure, ultra-low noise and maintenance-free. The Stir speed is controlled by a microprocessor, which can compensate the speed changes caused by load changes and Power frequency fluctuations in a timely and effective manner to ensure constant speed and reliability. Built-in automatic overload protection device ensures the safety of continuous operation of the experiment for a long time with high load.
Features
1. Driven by brushless DC motor, the structure is reasonable and compact, with ultra-low noise and maintenance-free.
2. Stirring speed is controlled by the microprocessor, which can timely and effectively compensate for the speed change caused by load change and Power frequency fluctuation, and the constant speed is reliable.
3. Built-in automatic overload protection device to ensure the safety of long-term high-load continuous operation of the experiment.
4. The operating state knob control makes the experimental operation easier, and the Stir speed can be adjusted steplessly to meet the needs of the Stir speed to be corrected at any time during the experiment.
5. Digital display settings and actual output Stirring speed ensure visual acquisition of experimental data.
6. Run the timing control to ensure that the timing of the experiment is effectively controllable.
7. Stable Stirring Speed, Competent for Stirring of High Viscosity Medium and Stock.
Principle
Stirring and mixing are basic behaviors. Mixing is the process of combining materials from several different sources under the action of external energy. Stirring can be applied to homogenize compatible liquids, as well as to dissolve and mix solid particles in liquids. Accelerating the liquid stirring speed can speed up the dissolving process and increase the speed of chemical reactions.
Applications
Schools, universities, biotechnology, chemical, food, and other industries
Steps
1. Use the combined control knob to set the running status.
Adjust the Stir speed to the required range of 30~ 2000rpm by stepless speed regulation.
3. Set the Timer Range 1~ 6000min to ensure that the experiment time is controllable.
4. Start Stirrer and observe the rotating speed displayed on the LCD to ensure that the experimental data is collected intuitively.
Notice
• Permissible Ambient Temperature not exceeding 40 ° C.
• Allowable relative humidity does not exceed 80%.
• Before use, make sure that the Impeller fixing method is a quick-acting chuck, and the clamping range is φ 2~ 10mm.
• Stirringrod penetration diameter is 8mm, do not exceed this limit.
• Note that Stir treatment capacity is 20L, viscosity treatment range is 0~ 20000mPa.s, to avoid overload operation.
