Overview
The MS400 Heating Magnetic Stirrer is a cost-effective laboratory device with a maximum heating temperature of 400 ° C and a stirring capacity of 2 liters, suitable for heating stirred liquids, accelerating dissolving and unifying reactions.
Features
1. Multiple working parameters can be set, including heating temperature, thermostatic temperature and stirring time
2. Rotation speed setting, control the motor from slow to fast gradually increase, prevent stirringrod stall
3. External temperature sensor can be immersed in the target liquid, automatically heated or thermostatic according to the set temperature
4. Large LCD screen clearly displays temperature and time, through animation icons to understand stirring speed, heating and thermostatic conditions
5.1 point Temperature Adjustment, can correct the current temperature value to ensure the accuracy of temperature control
Principle
The Stirrer uses the principle of electromagnetic heating and magnetic force-driven stirrer to drive the stirrer to swirl/spin in the liquid through an electromagnetic field, and at the same time heats the liquid through an electromagnetic heating system to achieve mixing and heating functions.
Applications
Laboratory liquid stirring, chemical dissolving, reaction mixing
Steps
1. Connect the power supply and turn on the device.
2. Put the magnetic stirringrod into the liquid to be stirred
3. Set stirring speed, heating temperature and thermostatic temperature by pressing the button
4. For precise temperature control, immerse the external temperature sensor in the liquid
5. Set the stirring time (0-999 minutes)
6. Start the equipment to start stirring and heating
7. The working status can be monitored through the screen
8. Turn off the device and clean it after use
Notice
• The maximum mixing capacity is 2 liters, please do not use in excess
• Heating temperature up to 400 ° C, do not exceed this limit
• Power supply voltage AC 220V/50Hz before use
• Rotation speed setting should be readjusted when stirringrod stalls
• Regularly calibrate temperature to ensure accuracy
• When cleaning, pay attention to the material of the working plate is stainless steel
• Ensure complete immersion in liquid when using external temperature sensor
