The high and low temperature all-in-one constant temperature water bath provides a uniformly and constantly stable temperature source for users to work in.

The high and low temperature integrated constant temperature water bath is widely used in research departments of petrochemical, electronic instruments, physics, chemistry, bioengineering, hygiene, life sciences, light industry and food, physical property testing, and chemical analysis, as well as in colleges and universities, corporate quality inspection and production departments. It provides users with a controlled thermal and cold environment with uniform and constant temperature during operation, enabling constant temperature tests or measurements on test samples or products, and can also serve as a direct heating or cooling source or an auxiliary heating or cooling source.

The working principles of high and low temperature integrated constant temperature baths and chambers are somewhat similar. Have you compared the high and low temperature integrated constant temperature bath with the constant temperature chamber? What are the characteristics of the high and low temperature integrated constant temperature bath? Below, we will introduce the main features of the high and low temperature integrated constant temperature bath.

(1) Side air intake and exhaust design with rounded corner for safety. Added casters for easier mobility.

(2) Touch-sensitive buttons for easy operation. Equipped with a liquid drain port for convenient medium updates.

(3) Over-temperature protection and alarm systems have enhanced the safety factor of the equipment.

(4) The cooling process from 200℃ to -78℃ can be conducted continuously, with the cooling rate reaching up to 5-10℃/m during high temperatures, thereby enhancing operational efficiency.

(5) The all-in-one high and low temperature constant temperature water bath utilizes PID control to significantly enhance the overall temperature control accuracy. The cooling or heating function automatically switches based on the temperature setting, simplifying the operation process and preventing any potential damage to the machine due to incorrect operation.

(6) The fully enclosed pipeline system is essentially isolated from external oxygen, reducing the oxidation of the thermal oil. It is also equipped with a unique oil mist cooling function. During high-temperature operation, the inevitable formation of oil mist cannot be avoided. Without timely cooling, it will significantly shorten its service life. With this cooling function, not only is the lifespan of the oil extended, but the circulating pressure is reduced and the flow rate increased.

(7) Optional temperature sensor, aiming for the set temperature of the controlled environment, the start/stop refrigeration function ensures more accurate target temperature control.

(8) Optional programmable temperature control system and communication features.

(9) The fully enclosed compressor set features refrigeration with multiple protection devices against overheating and overcurrent.

(10) The recirculating pump can extract the liquid at a constant temperature from the tank, establishing a constant-temperature field.

(11) The cold liquid inside the tank can be externally extracted, used in an external experimental vessel for the cooling machine, or conducted directly in the tank for low-temperature and isothermal experiments.

(12) The high and low temperature integrated constant temperature bath employs an xmt digital PID automatic control system with digital temperature display.