TH4691C3 - Air conditioning unit optimization equipment - Google Patents

Abstract

Equipment for enhancement of home and car air conditioning units It is a cold water tank (8) with a tall cylinder made of stainless steel. Which is located between the condenser (2) and the fan coil or evaporator (9), inside the cold water tank (8) with water inside, is a hot copper tube coil (3) and a cold copper tube coil. (7) where one end of the pipe is connected to an additional captive or expansion valve (5) for dividing the refrigerant solution from the pipe from the hot copper coil (3) the other end. One side of the cold copper coil (7) is connected to the low end pipe coming out of the fan coil or evaporator (9), which is connected to the compressor on the suction side. The objective was invented to help save the nation's electricity and fuel energy. And extends the service life of the compressor to be long and durable Help reduce global warming pollution Make the air conditioner (cool fast - cut fast) and help reduce the cost of consumers another way.

Claims (3)

1. Air conditioning unit efficiency enhancement equipment Compressed with the compressor (1) is responsible for suction - compressing the high-pressure gas to the condenser (2), which is responsible for cooling the high-pressure gas into a high-pressure liquid. Then forward the refrigerant to the Dyer Staner (4) and the captive or expansion tube (6) to inject the low pressure liquid refrigerant into the Fan coil or evaporator (9) Which has the duty to reduce the temperature or dehumidify the interior of the room or automobile cabin. And the refrigerant is transformed into a low pressure gas back into the compressor (1) by a refrigerant pipeline between the condenser (2) and the fan coil or evaporator. (9) Arrange a hot coil of copper pipe. (3) which is connected from a condenser outlet pipe (2) is one pipe. The hot copper tubing (3) is placed inside the cold water tank (8), which contains water by the end of the hot copper tube (3) connected to deliver refrigerant to the fan coil or evaporate. Router (9) through the dyer stunner (4) and the captive pipe or expansion valve (6), which has the characteristics of Inside the cold water tank (8) is a tall cylinder made of stainless steel. Which is between the condenser (2) and the fan coil or evaporator (9) by the inside of the cold water tank (8) with water inside is provided with a pipe coil. Hot copper (3) and cold copper tube coils (7), where one end of the tube is connected to an optional captive or expansion valve (5) for dividing the refrigerant fluid from the resulting tube. From the hot copper coil (3), the other end of the cold copper coil (7) is connected to the low-pass pipe coming out of the fan coil or evaporator (9), which is connected to the compressor. On the suction side 2.Efficiency equipment of the air conditioning unit According to claim 1, the cold water tank (8) at the top is provided with a hole (12) for the overflow drain, and at the bottom there is a hole (13) to allow the water to drain. 3.Efficiency equipment of the air conditioning unit According to claim 1, at the front, the upper part of the cold water tank (8) is provided with a slightly protruding U-shaped steel plate (10) for securing the float switch (11).