About Magnetic Stirrer With Hot plate Laboratory Magneti
MagneticStirrer with hotPlate Laboratory Magnetic stirrers are used in labs110 v KFW :
Compact stirring device utilizing a rotating magnetic field applied from below the container. The stirring is accomplished by a taflon rotor placed in the liquid to be stirred. Complete with pilot lamp, plug cord, continuously variable speed regulator The body is made of mild steel duly finished in stoving enamel and mounted with a stainless steel top which serves as a hot plate. Stirring and heating units are properly insulated. In model with heating system temp. is controlled by an energy regulator. An electronic speed controller is also provided. The equipment works on 220V AC 50 HZ single phase. i) Magnetic stirrer with hot plate cap. liter, 2liter
ii) Magnetic stirrer with hot plate & energy regulator 1lliter , 2liter Complete with taflon coated magnet. |
Advanced Performance for Laboratory PrecisionThis magnetic stirrer delivers both robust mixing and accurate temperature control, essential for reliable laboratory outcomes. With a variable analog speed control and ceramic-coated hot plate, users experience precise adjustments for diverse experimental needs. Its chemical-resistant construction ensures longevity, even under demanding conditions.
Safety and User-Focused FeaturesSafety is integral to this device, with built-in overheat protection and LED indicators for each operational mode. These features, together with a stable design and clear control layout, enable researchers to concentrate on results with peace of mind. The units rapid heating minimizes downtime between experiments.
Versatile Applications Across LaboratoriesIdeal for mixing and heating various laboratory samples, the equipment suits applications in scientific research, industrial labs, and educational settings. The ergonomic table-top mounting, anti-corrosive build, and intuitive analog controls streamline daily laboratory workflows.
FAQs of Magnetic Stirrer With Hot plate Laboratory Magneti:
Q: How does the magnetic stirrer with hot plate operate during laboratory experiments?
A: The device uses a magnetic field to rotate the included stir bar inside your sample container, ensuring uniform mixing. Simultaneously, the ceramic-coated hot plate provides even heating, controllable via an analog knob for both stirring speed and temperature.
Q: What safety features are included in this laboratory magnetic stirrer with hot plate?
A: This unit features overheat protection to prevent excessive temperatures, chemical-resistant epoxy paint to safeguard against spills, and LED indicators to signal power, heating, and ready states for operator assurance.
Q: When should I use this magnetic stirrer with hot plate in my laboratory setting?
A: It is best utilized when precise heating and consistent stirring are required, such as dissolving solids, preparing buffer solutions, or conducting chemical reactions needing uniform heat distribution and controlled mixing.
Q: Where is this equipment typically mounted or positioned?
A: This magnetic stirrer with hot plate is designed for table-top use, allowing stable placement on laboratory benches for optimal accessibility during experimental procedures.
Q: What is the process for setting the speed and temperature on this device?
A: Speed and temperature are adjusted via analog control knobs. Users can gradually turn the knobs to their desired stirring speed (up to 1200 rpm) and temperature (ambient to 340C), with real-time feedback provided by the LED safety indicators.
Q: How does the ceramic-coated plate benefit laboratory users?
A: The ceramic-coated plate ensures excellent heat uniformity and resists chemical corrosion, enhancing durability and minimizing contamination risks during prolonged laboratory use.
Q: What advantages does this magnetic stirrer offer over traditional stirrers?
A: Compared to conventional devices, this stirrer delivers rapid, uniform heating, precise variable speed control, chemical resistance, safety LEDs, and overheat protectionmaking it ideal for sensitive laboratory tasks and reducing operational hazards.