Overview
The AN AM200W-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 effectively compensate for the speed changes caused by load changes and Power frequency fluctuations in a timely manner, and the constant speed is reliable.
Features
1. Driven by brushless DC motor, maintenance-free
2. Microprocessor control speed, constant speed and reliable
3. Built-in automatic overload protection device
4. Knob control, easy to operate
5. Stepless speed regulation, speed range 30~ 2000rpm
6. Digital Display Settings and Actual Output Stirring RPM
7. Running Timer Control, Timer Range 1~ 6000min
8. Speed dynamic detection function
9. Temperature display function
10. Speed memory function
Principle
Stir and mix is the process of combining materials from several different sources under the action of external energy. Stir can be applied to homogenize compatible liquids, as well as to dissolve and mix solid particles in liquids. Adjusting the equilibrate for differences in temperature or concentration makes the Stir process more efficient. Accelerating the stirring speed of the liquid speeds up the dissolving process and increases the speed of chemical reactions.
Applications
Schools, universities, biotechnology, chemical, food, and other industries
Standards
Protection Rating IP40
Steps
1. Connect power supply AC100~ 240V
2. Select the Impeller and fix it on the rotating chuck (clamping range φ 2~ 13mm)
3. Set the desired speed through the knob (30~ 2000rpm)
4. Set the timing time (1~ 6000min)
5. Stirrer starts working
6. Monitor speed and temperature through LCD display
Notice
• Permissible Ambient Temperature ≤ 40 ℃
• Allowable relative humidity ≤ 80%
• Stirring capacity does not exceed 30L
• Stirring viscosity treatment range 0~ 30000mPa · s
• Make sure the Impeller is firmly fixed before use
• Pay attention to the working status of the overload protection device
