Description
Discover the advanced functionality of the Hotplate Magnetic Stirrer YR02953 – YR02954, a four-position stirring solution that merges precision and durability for the most demanding laboratory tasks. Its digital display facilitates an intuitive user experience, while its ceramic-coated aluminum plate ensures optimal corrosion resistance. With adjustable rotation speed and temperature control ranging from ambient to 400°C, this magnetic stirrer supports a wide range of applications. Notably, its specially designed housing protects internal electronic components from potential spills, enhancing longevity and reliability. OEM services further allow customization to meet specific laboratory needs, making it an indispensable tool for professionals seeking precision in mixing processes.
Market Price
The Hotplate Magnetic Stirrer is competitively priced within the market, offering a balanced cost-to-performance ratio. While specific pricing can vary depending on the supplier and additional features, you can generally expect a price range between $1300 and $2150 USD for this high-quality laboratory equipment. To get a precise quote tailored to your needs, don’t hesitate to request a quotation through our platform Kalstein Plus.
Frequently Asked Questions
1. What is the maximum temperature the hotplate can reach?
The hotplate can reach a maximum temperature of 400°C, making it suitable for various laboratory applications.
2. How do I control the stirrer’s speed and temperature?
The device features a digital display with adjustable settings to control both speed and temperature accurately.
3. Is the stirrer suitable for corrosive substances?
Yes, its ceramic-coated aluminum surface is designed to resist corrosion, providing durability even under harsh conditions.
Advantages and Disadvantages
Among its advantages, the stirrer offers high precision with a speed accuracy of ±1 rpm and temperature accuracy of ±1 degree. The digital display simplifies monitoring and adjustments during experiments. However, the unit’s advanced features, while beneficial, increase its cost compared to basic models, and its weight may require stationary placement in the lab.
Product Use in the Field
The Hotplate Magnetic Stirrer is commonly used in chemical, biological, and physical laboratories for tasks that require consistent mixing and heating. Its multiple positions and extensive stirring capacity per position (up to 5000 ml) make it ideal for high-throughput applications and experiments requiring simultaneous mixing processes.
Recommendations
To maximize the lifespan and effectiveness of your stirrer, ensure regular maintenance and avoid overloading the plate beyond its specified capacity. Utilize the outer thermo feature to enhance temperature control during critical experiments, and frequently inspect the ceramic plate for any signs of wear or damage.
Features
- Digital display for precise control
- Ceramic-coated aluminum plate for corrosion resistance
- PID temperature control system
- Multiple positions for simultaneous mixing
- Customizable OEM service
- Protection against electronic component damage from spills
Technical Specifications
Item | Specification | |
Model | YR02953 | YR02954 |
Top Plate material | WHite Ceramics, square plate | |
Stir Range | 100~1800rpm | |
Stir Speed Accuracy | ±1 rpm | |
Top Ceramic Dimension for each position(MM) | 140 × 140 | 180 × 180 |
Working Time | Continue | |
Position | 4 | |
Stir Speed Display | Digital Display | |
Max Temp for top Plate | 325℃ | |
Temperature Range for each position | ambient to 400degree | |
Temperature Accuracy | ±1 degree | |
Temperature Control | PID | |
Voltage | 160-240V, | |
Temperature Display | Digital display | |
Outer Thermo | to measure and control the liquid temperature value together with the front panel | |
Inner Thermo . | control and Measure the hotplate stirrer temperature | |
Motor Power for each position | 40W, DC20V | 40W, DC20V |
Product power for each position | 350W | 550W |
Stir Capacity for each position | 50ml-1000ml | 50ml-5000ml |
Shell material | Superfine metal | |
net weight (KG) | 14 | 20 |