TH1741A3 - Coolant - Google Patents

Abstract

The coolant consists of a heat exchanger. To receive high temperature water from The production process flows into a channel or a pipe through the water. To be exchanged and transferred Hot with a coolant channel or pipe To cool down the water before returning the cooler water back into the production process. By the refrigerant in the compartment or Refrigerant pipe After the heat is exchanged with water, it is sent to the cooler. For blowing the refrigerant to a temperature that is reduced to a certain level. Before being sent, it is circulated back to the compressor to lower the temperature again and returned to the heat exchanger again.

Claims (2)

1. The coolant consists of a heat sink (2) that resembles a tube (5) that is rolled up. Back-and-forth in the holes of the mounting plate (6) for the coolant flow channel. Where side At the top or bottom of the duct (5) there is a fan (7) attached to the cooling fluid while in the duct (5) to bring the temperature down. It has a unique characteristic that it has a compressor (1) that looks like a container with refrigerant. Packed inside With one end connected to the end of the pipe (5), one end of the heat sink (2) and the other end of the compressor (1) is connected to the inlet pipe. Of the refrigerant (3) of the heat exchanger (4), the heat exchanger (4) is characterized as a container with a channel or tube, a water passageway (9), and a channel or tube of the refrigerant. (10) placed within a number of parallel places where one end, a channel or a conduit of refrigerant (10) is connected to a pipe. Refrigerant inlet (3) for connection to the hose coming from the compressor (1) and the other end of the channel or the coolant conduit (10) is connected to the hose. Refrigerant outlet (8) for connection to a hose coming from the other end of the heat sink (5) of the cooler (2) and one end that is a channel or water passage (9). ) Is connected to the water inlet pipe (11) for a high temperature water inlet from the industrial production process. The heat exchanger and the other end, a channel or a water outlet pipe (9) are connected to the water outlet pipe (12) for the outlet of the heat exchangered water to be used in the process. Industrial production 2. The coolant according to claim 1, the flow direction of the water in the channel or pipe (9) and the direction of the refrigerant flow in the channel or channel of the refrigerant (10) will flow in Opposite direction