Magnetic Stirrer with Heating Plate 380°C 2500 RPM – LGI-MSH-5

The Magnetic Stirrer with Heating 380°C 2500 RPM – LGI-MSH-5 is designed for controlled stirring and heating of liquid solutions in laboratory routines, enabling simultaneous mixing and temperature increase. It operates through magnetic coupling and is used in solution preparation, reagent dissolution, controlled reactions and physicochemical tests in chemistry laboratories, research facilities, quality control, education and industrial applications. Independent control of stirring speed and heating allows precise adjustment according to the procedure, while the ceramic-coated aluminum heating plate provides uniform heat distribution and chemical resistance. The unit is suitable for volumes up to 5 liters of water and is not intended for processes requiring metrological temperature control or stirring of highly viscous media.

Characteristics

• Independent control of stirring and heating;

• Continuous electronic adjustment of speed and temperature;

• Optimized magnetic field for stable stirring bar operation;

• Ceramic-coated aluminum alloy heating plate;

• Continuous operation for laboratory routines;

• Polypropylene housing resistant to chemical environments.

Technical Specifications

• Maximum stirring capacity: 5 L (H₂O);

• Speed range: up to 2500 rpm;

• Heating power: 500 W;

• Maximum plate temperature: 380 °C;

• Thermal safety system: 400 °C (fixed);

• Heating plate material: aluminum alloy with ceramic coating;

• Plate dimensions: 150 x 150 mm;

• Maximum stirring bar length: 30 mm;

• Operating temperature: 5 to 40 °C;

• Maximum relative humidity: 80%;

• Protection class: IP21;

• Frequency: 50/60 Hz;

• Voltage: 110 V or 220 V;

• Equipment dimensions:

  • Width: 180 mm;

  • Depth: 280 mm;

  • Height: 110 mm;

• Net weight: 4 kg.

Includes

• 1x Magnetic Stirrer with Heating LGI-MSH-5;

• 1x Power cord with double insulation;

• 2x Magnetic stirring bars;

• 1x Instruction manual.

FAQ

• Q: Does this stirrer provide precise control of solution temperature?
  A: No. The control regulates the heating plate temperature only and does not directly measure or control the liquid temperature.

• Q: Can it be used with viscous solutions?
  A: It is suitable for low to medium viscosity solutions. Highly viscous media may reduce stirring efficiency.

• Q: Is it suitable for applications requiring metrological temperature control?
  A: No. Applications requiring metrological control should use systems with external sensors and dedicated digital controllers.