Description

The Cooling and Heating Circulating Pump YR05001 // YR05004 is an essential tool for chemical reactors, providing a comprehensive solution for temperature regulation. This versatile pump incorporates a refrigerating system, a heating system, and a pre-cooling system, which can be used continuously or independently as needed. With an expansive temperature control range from -35°C to 200°C and a precise temperature resolution of 0.1°C, it ensures efficient and rapid temperature changes without the need for switching heat-conducting mediums. Designed with a completely closed circulating system, it minimizes the volatility and oxidation of the heat transfer fluid at high temperatures and reduces moisture absorption at lower temperatures, extending the fluid’s service life. Whether for high-temperature cooling or efficient space-saving heat exchange, this pump achieves exceptional performance and reliability for demanding laboratory settings.

Market Price

The Cooling and Heating Circulating Pump is a critical investment for any laboratory or industrial facility that requires precise temperature control. The average price range for such high-performance pumps generally falls between $7000 and $8000 USD, depending on specific features and regional availability. Ensuring you have the optimal equipment is indispensable for successful experiments and efficient industrial processes.

Frequently Asked Questions

• What types of reactors can this pump support? The YR05001 // YR05004 models are compatible with glass reactors ranging from 2L to 50L.
• Is this pump energy efficient? Yes, it features advanced power management with heating power of 3000W and 6000W and varying cooling power, ensuring high energy efficiency.
• How is the pump controlled? It is equipped with a microcomputer digital control for precise temperature management.

Advantages and Disadvantages

One of the primary advantages of the Cooling and Heating Circulating Pump is its wide temperature range and its ability to manage rapid changes seamlessly. Additionally, the closed system enhances the longevity of the heat transfer fluids, offering significant cost savings over time. However, a potential downside might be the initial investment cost, which could be substantial for smaller labs or start-up companies.

Usage in the Field

In practical applications, this pump is widely used in laboratories for chemical reactions requiring strict temperature control. Whether for synthesis, crystallization, or other thermal processes, the pump ensures that the desired temperatures are maintained accurately. This reliability makes it invaluable in pharmaceutical, chemical, and biochemical laboratories where precision is paramount.

Recommendations

For optimal performance, it is advisable to perform regular maintenance checks, focusing on the fluid levels and checking for potential leaks in the circulation system. It’s also important to ensure that the voltage supply is stable at 380V / 50Hz to avoid any system interruptions. Leveraging advanced digital control features will enhance operational efficiency, maximizing productivity.

Features

• Incorporates refrigerating, heating, and pre-cooling systems usable together or separately
• Fast heating and cooling within a wide temperature range
• Closed system minimizes volatilization and oxidation of fluids
• High-efficiency brazed heat exchanger with small footprint
• Digital control for accuracy and safety features such as delay, leakage, over current, and overheating protection

Technical Specifications