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Lab Expo rapid low temperature cooling circulating baths use cold ring liquid circulation that is microprocessor controlled. These baths have low-temperature cooling pumps that maintain constant high pressure and come in various volumes. They have anti-corrosive circulatory systems, built-in liquid level sensors, and LCD displays for temperature and time. They are equipped with protectors, capacitors, and relays in their refrigerated units. Our cooling circulating tubs provide steady low temperature and high pressure maintenance for reaction experiments.
FAQ for Rapid Low Temperature Cooling Circulating Bath
1: How does the cold ring liquid circulation system enhance performance in Rapid Low Temperature Cooling Circulating Bath?
The cold ring liquid circulation ensures uniform and efficient heat transfer, providing rapid and stable cooling across the bath chamber which helps maintain consistent temperature throughout the operation.
2: What is the role of a high-pressure pump in low-temperature cooling bath?
The high-pressure pump circulates the coolant forcefully and uniformly, ensuring rapid heat exchange and maintaining a stable temperature in both the bath and connected external systems.
3: How do built-in liquid level sensors improve system safety?
Liquid level sensors monitor the coolant volume in real-time and trigger alerts or automatic shutdown if the level falls too low, protecting the pump and preventing overheating or system failure.
4: What information is shown on the LCD display?
The LCD display typically shows current temperature, setpoint temperature, remaining time and system status, allowing users to easily monitor and control operation.
5: What role do relays play in the refrigeration unit?
Relays control the switching of electrical currents to the compressor and other components, enabling automated operation and protecting the system from voltage fluctuations or improper current flow.
