Integrated condenser

Abstract

The invention relates to an integrated condenser, which is used for condensing a high-temperature gas condensing agent in a heat pump unit. The integrated condenser consists of fan blades, a rotating shaft and a bracket, radiation copper pipes and a motor, wherein 3-4 fan blades are arranged; the fan blades are manufactured in the shape of the fan blades of an ordinary fan by using aluminum sheets; parts used for clamping the radiation copper pipes in the middle of the fan blades are hollow; each radiation copper pipe is divided into 3-4 sections; each section of the radiation copper pipes is clamped on each fan blade circuitously, shown as pictures in the specification: each clamping seam is welded by a welding gun to be sealed; the sections of the radiation copper pipes are serially connected; an outlet and an inlet of the whole body are led out to the back of the fan blades from the center of the rotating shaft of the fan blades; and the motor directly drives the fan blades to rotate. When the integrated condenser works, the fan blades are driven to rotate by the motor with the operation of the heat pump unit so that cooling air directly blows through the surfaces of the fan blades. Therefore, heat on the radiation copper pipes and the aluminum fan blades is brought away rapidly so that the temperature of the high-temperature gas condensing agent in the radiation copper pipes is rapidly reduced until the gas condensing agent is liquefied. The condenser can be used for effectively condensing the high-temperature gas condensing agent, and the radiation copper pipes, radiation sheets and a fan are integrated into the whole body with a small occupy space.

Description

Technical field [0001] The invention relates to an integrated condenser capable of condensing in a heat pump unit, in particular to an integrated condenser which can integrate a fan and a heat dissipation copper pipe and occupies less space. Background technique [0002] At present, with the rapid development of the HVAC industry, heat pump units have been widely used in various heating and cooling equipment, and as one of the main components of heat pump units, the optimal design of the condenser has also become a hot topic. It is to dissipate the heat stored in the high-temperature gaseous condensing agent in its own condensation pipe to the surrounding low-temperature environment, so that the gaseous condensing agent is liquefied into a liquid condensing agent, and the current condenser (such as the external unit of the air conditioner) is mainly composed of heat-dissipating copper The copper pipe is connected with the heat sink as a whole, and the fan is independent, blo...

AI Technical Summary

Problems solved by technology

[0002] At present, with the rapid development of the HVAC industry, heat pump units have been widely used in various heating and cooling equipment, and as one of the main components of heat pump units, the optimal design of the condenser has also become a hot topic. It is to dissipate the heat stored in the high-temperature gaseous condensing agent in its own condensation pipe to the surrounding low-temperature environment, so that the gaseous condensing agent is liquefied into a liquid condensing agent, and the current condenser (such as the external unit of the air conditioner) is mainly composed of heat-dissipating copper The copper pipe is connected with the heat sink as a whole, and the fan is independent, blowing air on the heat dissipation copper pipe and the heat sink, so that the cold air will take away the heat of the gaseous condensate in the heat dissipation pipe and make it liquefied , In addition, the structure of the entire condenser should also consider the optimal design of the support and ventilation, so its total volume is relatively large

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