Overview
HUXI LCD Top Stirrer (model RWD100/20030088/20030012) is a laboratory equipment suitable for mixing medium and high viscosity liquids. The product features an LCD display with a wide Speed range of 30-2200rpm, which is capable of high load, long continuous operation, and is equipped with automatic protection for overload and abnormal conditions to ensure safe laboratory operation.
Features
1. LCD screen display, Rotation speed and time can be coarsely adjusted, Working time can be fine-tuned under working conditions
2. Speed range 30-2200rpm, constant Rotation speed, high and low speed controllable
3. Adopt brushless DC motor for long-term safe operation
4. Overload and motor protection functions, automatically cut off the circuit and alarm when abnormal
5. Configure Impeller penetration hole for easy installation and adjustment
6. The torque can be automatically adjusted according to the sample viscosity
7. Multiple Impellers and Bracket Available
Principle
The Stirrer drives the Impeller swirl/spin through a brushless DC motor to generate tangential, axial or radial flow, creating turbulence and shear force for mixing solid-liquid, liquid-liquid or medium to high viscosity samples. The torque can be automatically adjusted according to the change of sample viscosity to ensure the mixing effect.
Applications
Chemical synthesis, physical and chemical analysis, petrochemical, cosmetics, health products, food, biotechnology
Steps
1. Select the right Impeller and install it
2. Adjust the installation height of the instrument and the position of the stirring rod
3. Rotation speed and Working time
4. Start the equipment for mixing operation
5. Monitor operating status and fine-tune parameters if necessary
Notice
• Only suitable for environments with Ambient Temperature 5-40 ℃ and relative humidity below 80%
• Power supply voltage within 100-240VAC range before use
• Pay attention to the use of chuck protective cover and non-slip pad
• The device will automatically stop and alarm when there are abnormal conditions such as overload and short circuit
• Select the appropriate Impeller type based on sample viscosity
• Regularly check the operating status of the equipment
