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Innovative Laboratory Hot Plate with Magnetic Stirrer: YG1027

Product Description

The YG1027 Laboratory Hot Plate with Magnetic Stirrer is engineered for high-precision and demanding laboratory applications. This equipment features advanced technology to ensure efficient heating and stirring of solutions. The model YG1027 is designed to cater to the needs of modern laboratories, offering high performance and reliability.

The hot plate boasts a generous volume capacity of 15 liters, making it suitable for handling large samples. The heating plate measures 280 x 280 mm and is crafted from ceramic-coated aluminum, available in white or black. This material offers excellent durability and heat distribution, ensuring consistent results. The device’s maximum heating power is 1000 watts, allowing temperatures to range from room temperature to 380°C. Precision is further enhanced by the PID auto temperature control system with a digital LCD display that provides real-time temperature readings with an accuracy of ±1°C.

In terms of stirring, the YG1027 offers variable speed control ranging from 100 to 1800 RPM, adaptable to various experimental requirements. It includes a PT100 thermocouple probe with both inner and outer sensors, enabling meticulous temperature monitoring. The permissible working temperature is from ambient to 40°C, suitable for various environmental conditions. Further convenience is provided by an adjustable timer that can be set up to 9999 minutes, enhancing the operational flexibility of the equipment. Its voltage options (220V or 110V) ensure compatibility with different power systems, while its compact dimensions (550 x 420 x 380 mm) and manageable weight (9 kg) make it a practical addition to any lab setup.

Model YG1027
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 With Timer
Timer Range 0-9999 min
Voltage 220V / 110V Optional
Dimensions (mm) 550*420*380
Weight (Kg) 9

Market Price

The market price of laboratory hot plates with magnetic stirrers, such as the YG1027, varies depending on the brand, features, and specific retailer. On average, these devices range from $500 to $1500. Highly advanced models with additional specifications may reach up to $2000 or more. It is advisable to conduct a thorough market search to find the best price while ensuring quality and necessary features align with your laboratory needs.

Frequently Asked Questions

What is the maximum temperature this device can reach?

The YG1027 can heat up to 380°C, offering a broad range of thermal applications suitable for various laboratory tasks.

Is the stirrer speed adjustable?

Yes, the stirrer speed is adjustable from 100 RPM to 1800 RPM, providing flexibility according to your application’s requirements.

Does the product come with a warranty?

Most vendors provide a warranty for the YG1027, commonly ranging from one to two years. It is recommended to clarify the warranty details with the supplier before purchase.

Advantages and Disadvantages.

The YG1027 offers numerous advantages, making it a preferred choice for laboratory settings. Its key strengths include high precision in temperature control with PID auto control technology, versatile stirring capability, and robust construction. The ceramic-coated aluminum heating plate ensures even heat distribution and durability, making it reliable for repeated use. Additionally, the digital LCD display provides easy monitoring of parameters, further enhancing user convenience.

However, potential drawbacks could include its relatively higher price tag compared to basic hot plates without stirrers or advanced features. Some users might find the device’s size and weight to be a limitation if space is a constraint in the laboratory environment.

Product Use in the Field

The YG1027 is widely employed in various scientific and industrial sectors, including chemistry, biology, and pharmaceuticals. This hot plate is used to heat solutions, maintain reaction conditions, and ensure uniform mixing. The precise temperature and stirring controls are critical in applications where temperature-sensitive or homogeneous reactions are necessary. In a laboratory setup, the YG1027’s versatility is a valuable asset, enabling researchers and technicians to conduct experiments with confidence and accuracy.

For industrial applications, the high volume capacity and robust construction make it suitable for pilot-scale processes. The equipment’s reliability ensures consistent performance, essential for maintaining quality and safety standards in technical environments.

Recommendations

To optimize the performance and longevity of the YG1027, it is recommended to follow some best practices. Always ensure proper calibration before use to maintain accuracy in temperature and stirring speed. Regular cleaning and maintenance of the ceramic-coated aluminum surface will help prevent corrosion and prolong the lifespan of your equipment. When not in use, storing the device in a dust-free, dry environment will prevent damage to electronic components.

Additionally, consult the manual for specific guidance on usage and safety protocols to protect both the equipment and operator. Implementing these practices will maximize efficiency and satisfaction with the YG1027 in any laboratory setting.

Discover the innovation and quality that Yulgary has to offer you. If you are looking for high-performance laboratory equipment, you are in the right place. At Yulgary, we manufacture products with standards of excellence that meet the most demanding needs. Browse our online store, designed to offer you a fast, easy shopping experience with competitive prices. Don’t miss the opportunity to upgrade your laboratory with the best in scientific technology. Click here to explore our catalog.