TCU High and Low Temperature Integrated Machine Equipment

TCU high and low temperature integrated machine is an efficient and precise temperature control device, with the following characteristics and functions:

　　

Working principle: Mainly based on semiconductor refrigeration technology, utilizing the Seebeck effect or Pearson effect, the Peltier effect is generated through the action of direct current between N-type and P-type semiconductors, thereby achieving cooling and heating.

　　

Rapid temperature control: able to quickly reach the desired temperature and maintain temperature stability during the experiment.

　　

Constant temperature, constant current, and constant pressure: The TCU high and low temperature integrated machine is a cooling water device that can provide constant temperature, constant current, and constant pressure. Inject a certain amount of water into the water tank, cool the water through its refrigeration system, and then send the low-temperature cooling water to the equipment cooled by the water pump.

　　

Application areas: Widely used in various fields such as environmental simulation, biotechnology, chemical reactions, physical experiments, etc.

　　

Cold water flow detection: By detecting the operating current of the water pump and comparing it with the rated current, it can be determined whether the actual water flow is greater or less than the rated water flow of the water pump.