What is Block technology on hot and cold water purifiers?

Block cooling is one of the technologies that are commonly used in many household appliances such as refrigerators, air conditioners, hot and cold water plants,… So block technology on hot and cold water purifiers is What? Let’s consult with Tnhelearning.edu.vn now!

What is Block Technology?

Block technology is a type of refrigeration technology that uses a compressor (Block) with one or two pistons, outdoor unit, indoor unit (evaporator) and refrigerant (1 type of dedicated gas). In simpler terms, this technology is gas refrigeration.

Working principle of hot and cold water purifier using Block . technology

Step 1: The user starts the hot and cold water purifier, Block will compress the refrigerant. Thereby increasing the pressure and temperature of the refrigerant.

Step 2: The condenser (the device at the back of the water heater) will help the refrigerant reduce heat caused by pressure.

Step 3: When this refrigerant cools, it will condense into a pure liquid. And it will be compressed through the injection cable and proceed to the evaporator (indoor unit).

Step 4: The refrigerant moves from the high-pressure area to the low-pressure area, and there will be an evaporation process.

Step 5: While evaporating the refrigerant will absorb heat from the surroundings and start cooling the water. This process will be repeated as you use it.

Advantages of hot and cold water purifiers using Block . technology

• Deep cooling like cooling in a refrigerator.
• High durability .
• Lower power consumption , more energy-saving than hot and cold water purifiers with electronic chip technology.
• The hot and cold water purifier with Block technology is capable of providing hot and cold water continuously to meet the needs of use, suitable for use in places with high demand such as: offices, schools, hospital,…

Comparison of Block technology and electronic chip technology on hot and cold water purifiers

	Block technology	Electronic chip technology
Structure	Refrigerant (gas R134A), condenser (outdoor unit), evaporator (indoor unit), compressor (block).	Cooling chip (semiconductor resistor), electronic circuit, heat-receiving sensor, cooling fan, cold water tank.
Working principle	Block will compress the refrigerant, thereby increasing the pressure and temperature of the refrigerant. The condenser (the device at the back of the water heater) will help the refrigerant reduce heat caused by pressure. As this refrigerant cools, it condenses into a pure liquid. And it will be compressed through the injection cable and proceed to the evaporator (indoor unit). The refrigerant moves from the high pressure area to the low pressure area, and there will be evaporation . While evaporating the refrigerant will absorb heat from the surroundings and start cooling the water.	Electronic circuit provides 12V DC power to the cooling chip. One side of the chip will generate cold heat , it is close to the aluminum plate mounted in the cold water tank, the cold aluminum plate will cool the water. The other side of the chip will radiate hot heat and it is attached to the heatsink, when operating the cooling fan will suck hot air and blow it out. When the cold temperature reaches from 8 to 15 degrees, the thermal sensor will signal to the circuit to stop supplying power to the cooling chip.
Water purifier design	Equipped with a heatsink at the back of the body.	Do not use this heatsink.
Water temperature after filtration	The ability to cool water is very deep, equivalent to water in a refrigerator.	The ability to cool the water at a moderate level, only makes the water cool, no deep cold.
Price	Higher cost and durability.	Lower cost and durability.
User object	Suitable for use in places with higher demand for use such as: offices, schools, hospitals, …	Suitable for use in households with about 3-4 people.

Above is an article that analyzes to you Block technology on hot and cold water purifiers. Hopefully with the above information, you understand more about this useful technology!