Description
The Hot Plate Laboratory Magnetic Stirrer YR02940 is a must-have tool for scientific laboratories, especially in chemistry and biology settings. This device provides a seamless integration of heating and stirring functionalities, equipped with a sophisticated digital display for precise temperature and speed control. Constructed for durability and efficiency, the YR02940 features a ceramic-coated aluminum heating plate that ensures uniform heat distribution and resists corrosion. Its compact design and user-friendly controls make it ideal for any laboratory environment. With adjustable temperature and rotation speed, this magnetic stirrer effectively handles a wide range of laboratory tasks, enhancing the accuracy and reliability of your experiments.
Market Price
The Hot Plate Laboratory Magnetic Stirrer YR02940 is competitively priced, offering a balance of cost and quality for high-performance laboratory equipment. Its pricing reflects its advanced technical specifications and robust design, ensuring you receive reliable and efficient tools for your laboratory operations.
Frequently Asked Questions
Q: What is the maximum temperature the heating plate can reach?
A: The heating plate can reach a maximum temperature of 380°C, making it suitable for a variety of applications in the laboratory.
Q: How large is the heating plate?
A: The dimensions of the heating plate are 280mm by 280mm, providing ample space for larger containers or several smaller samples.
Q: Can this stirrer operate at both 220V and 110V?
A: Yes, the stirrer is compatible with both 220V and 110V power supplies, offering flexibility for different electrical setups.
Advantages and Disadvantages
- Advantages: The YR02940 stirrer is compact, user-friendly, and offers precision with its digital LCD display for temperature adjustments. It also provides a wide range of mixing speeds, from 100 to 1800 RPM, and features PID auto temperature control for accurate heat management.
- Disadvantages: The absence of a timer may require manual oversight for some processes, and the device might not be suitable for applications needing higher temperatures than 380°C.
Product Usage in the Field
This magnetic stirrer is particularly useful in laboratories that require precise heat control and consistent stirring action. It’s often utilized in chemical synthesis, microbiology, and pharmaceutical research. Its ability to maintain a sterile environment in sealed vessels without requiring lubricants is particularly beneficial for sensitive applications. Laboratories benefit from the YR02940 for sample preparations, reagent mixing, and accelerating chemical reactions efficiently.
Recommendations
For optimal performance, regularly check the stirrer’s condition and clean the heating plate to prevent any residue buildup. It’s recommended to use properly calibrated thermocouples to maintain the highest accuracy in temperature readings. When using the device, ensure the work area is well-ventilated, especially when working with volatile substances. By utilizing Kalstein Plus, you can easily request a quote and ensure you are investing in the ideal stirrer for your laboratory needs.
Features
- Compact and simple operation
- Digital display for temperature and speed
- Heat and corrosion-resistant aluminum alloy housing
- Ceramic-coated aluminum heating plate
- Specially designed housing prevents spill damage
- Secondary heat insulation plate
- Adjustable temperature and rotation speed
Technical Specifications
Model | YR02940 |
Volume | 15L |
Heating Plate (mm) | 280*280 |
Heating Power (W) | 1000 |
Heating Plate Material | Ceramic Coated Aluminium (White or Black) |
Temperature Range | Rt-380°C |
Mixing Speed | 100-1800RPM |
Temperature Control | PID Auto Control |
Temperature Display (°C) | Digital LCD Display |
Temperature Accuracy | ± 1°C |
Thermocouple Probe (Sensor) | PT100, with Inner and Outer Thermocouple |
Permissible Working Temperature | Rt to 40°C |
Timer | Without Timer |
Timer Range | – |
Voltage | 220V / 110V Optional |
Dimensions (mm) | 550*420*380 |
Weight (Kg) | 9 |