CN207513840U - A kind of radiator of air compressor - Google Patents

Abstract

The utility model discloses a kind of radiators of air compressor, including radiating sleeve, the radiating sleeve surface is provided with radiating groove, radiating sleeve bottom end outer wall has been bolted mounting base, radiating sleeve both sides inner wall is rabbeted respectively No.1 copper pipe and No. two copper pipes, described No.1 copper pipe one end is bolted with connecting tube, and connecting tube is spirally connected far from No.1 copper pipe side and No. two copper pipe one end, radiating sleeve top both sides are plugged with No.1 inlet tube and No.1 outlet tube, and No.1 inlet tube and No.1 outlet tube are connect respectively with No.1 copper pipe and No. two copper pipes far from connecting tube one end, the radiating sleeve inner wall is connected with heat transfer jacket, and heat transfer jacket both sides outer wall is respectively equipped with the notch being adapted with No.1 copper pipe and No. two copper pipe specifications, the radiating sleeve top has been bolted heat emission fan.The utility model can cool down to coolant, the cooling-down effect of lifting device, improve cooling efficiency, can increase heat transfer efficiency, energy saving, reduce energy consumption.

Description

A kind of radiator of air compressor

Technical field

The utility model is related to air compressor technical field more particularly to a kind of radiators of air compressor.

Background technology

Compressor is essential in refrigeration systems, and the compressor being widely used at present mainly has piston type, spiral shell Rod-type, centrifugal etc., Spiral Lobe Refrigeration Compressor is using motor driving driving screw rod rotor rotation, and pass through driving screw rod rotor Driven screw rotor is driven, screw rotor is divided into driving screw rod rotor and driven screw rotor, by intermeshing for the two, Rotor outer ring coordinates with housing, and when the working rotor of engagement is to rotation, volume of the rotor between tooth socket between housing occurs Change, so as to fulfill the sucking, compression and exclusion of gas, continuous gas compression cycle is completed, however, existing compressor exists Compressed too high temperature of air can not use immediately, and existing air compressor heat abstractor is not high there are radiating efficiency, work( The shortcomings of big is consumed, so now proposing a kind of radiator of air compressor.

Utility model content

The purpose of this utility model is and a kind of air compressor proposed in order to solve shortcoming in the prior art Radiator.

To achieve these goals, the utility model employs following technical solution：

A kind of radiator of air compressor, including radiating sleeve, the radiating sleeve surface is provided with radiating groove, the heat dissipation Set bottom end outer wall has been bolted mounting base, and radiating sleeve both sides inner wall is rabbeted respectively No.1 copper pipe and No. two copper Pipe, described No.1 copper pipe one end is bolted with connecting tube, and connecting tube is spirally connected far from No.1 copper pipe side and No. two copper pipe one end, institute It states radiating sleeve top both sides and is plugged with No.1 inlet tube and No.1 outlet tube, and No.1 inlet tube and No.1 outlet tube are respectively with one Number copper pipe and No. two copper pipes are connected far from connecting tube one end, and the radiating sleeve inner wall is connected with heat transfer jacket, and outside heat transfer jacket both sides Wall is respectively equipped with the notch being adapted with No.1 copper pipe and No. two copper pipe specifications, and the radiating sleeve top has been bolted scattered Heat fan, radiating sleeve top outer wall have been bolted protective cover, and protective cover top inner wall at heat emission fan position Evaporator is bolted at heat emission fan position, the evaporator liquid outlet is connected with No.1 pipe, and No.1 tube bottom end It is socketed with No.1 inlet tube top, the radiating sleeve side outer wall apical position has been bolted infusion pump, the evaporation Device inlet is connected with No. two pipes, and No. two pipes are socketed across protection cover outer wall and infusion pump discharge port, and the radiating sleeve is close to defeated Liquid pump side outer wall has been bolted liquid reserve tank, and refrigerating fluid is filled in liquid reserve tank, the liquid reserve tank side outer wall bottom end Position is equipped with No. two outlet tubes, and No. two outlet tubes are socketed with No. three pipes, and No. three tube top ends are socketed with infusion pump feed inlet, The liquid reserve tank top is equipped with No. two inlet tubes, and No. two inlet tubes are socketed with No. four pipes, and No. four tube top ends go out with No.1 Liquid pipe is socketed.

Preferably, the mounting base is mechanical calendering formation, and mounting base bottom end outer wall is provided with mounting hole.

Preferably, the protective cover is made of hollow out metallic plate, and protective cover inner wall is bonded with dirt filtrating screen.

Preferably, the heat emission fan and infusion pump are connected with switch, and switch is connected with controller, controller model DATA-7311。

Preferably, the heat transfer jacket is made of raffinal material, and heat transfer jacket inner wall is socketed with air compressor.

Preferably, liquid reserve tank both sides inner wall, which is rabbeted, semiconductor chilling plate, and liquid reserve tank both sides outer wall is close to two Cooling fin is equipped at a semiconductor chilling plate position.

The beneficial effects of the utility model are：

1. by the semiconductor heat-dissipating piece of installation, it can cool down to coolant, the cooling-down effect of lifting device improves Cool down efficiency.

2. by the evaporator of installation, can further be cooled down, while conveniently radiating sleeve is dropped to coolant Temperature.

3. by the No.1 copper pipe of installation and No. two copper pipes, heat dissipation area, improving heat radiation efficiency can be expanded.

4. by the heat transfer jacket of installation, heat transfer efficiency can be increased, be conducive to carry out rapid cooling, energy saving, drop Low energy consumption.

Description of the drawings

Fig. 1 be the utility model proposes a kind of air compressor radiator schematic cross-sectional view；

Fig. 2 be the utility model proposes a kind of air compressor radiator liquid reserve tank schematic cross-sectional view.

In figure：1 mounting base, 2 connecting tubes, 3 radiating sleeves, 4 No.1 copper pipes, 5 heat transfer jackets, 6 No. two pipes, 7 protective covers, 8 heat dissipations Fan, 9 evaporators, 10 No.1 pipes, 11 No.1 outlet tubes, 12 No. two pipes, 13 infusion pumps, 14 No. four pipes, 15 No. two inlet tubes, 16 3 Number pipe, 17 liquid reserve tanks, 18 No. two outlet tubes, 19 No. two copper pipes, 20 semiconductor chilling plates.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.

With reference to Fig. 1-2, a kind of radiator of air compressor, including radiating sleeve 3,3 surface of radiating sleeve is provided with radiating groove, 3 bottom end outer wall of radiating sleeve has been bolted mounting base 1, and 3 both sides inner wall of radiating sleeve is rabbeted respectively No.1 copper pipe 4 and No. two Copper pipe 19,4 one end of No.1 copper pipe is bolted with connecting tube 2, and connecting tube 2 is far from 4 side of No.1 copper pipe and No. two 19 one end of copper pipe It is spirally connected, 3 top both sides of radiating sleeve are plugged with No.1 inlet tube 6 and No.1 outlet tube 11, and No.1 inlet tube 6 and No.1 outlet tube 11 connect respectively with No.1 copper pipe 4 and No. two copper pipes 19 far from connecting tube one end, and 3 inner wall of radiating sleeve is connected with heat transfer jacket 5, and passes 5 both sides outer wall of hot jacket is respectively equipped with the notch being adapted with No.1 copper pipe 4 and No. two 19 specifications of copper pipe, and 3 top of radiating sleeve passes through Bolt is fixed with heat emission fan 8, and 3 top outer wall of radiating sleeve has been bolted protective cover 7 at 8 position of heat emission fan, and protects 7 top inner wall of shield has been bolted evaporator 9 at 8 position of heat emission fan, and 9 liquid outlet of evaporator is connected with No.1 pipe 10, and 10 bottom end of No.1 pipe is socketed with 6 top of No.1 inlet tube, 3 side outer wall apical position of radiating sleeve has been bolted Infusion pump 13,9 inlet of evaporator is connected with No. two pipes 12, and No. two pipes 12 pass through 7 outer wall of protective cover and 13 discharge port of infusion pump Socket, radiating sleeve 3 have been bolted liquid reserve tank 17, and refrigeration is filled in liquid reserve tank 17 close to 13 side outer wall of infusion pump Liquid, 17 side outer wall bottom position of liquid reserve tank are equipped with No. two outlet tubes 18, and No. two outlet tubes 18 are socketed with No. three pipes 16, and No. three 16 top of pipe is socketed with 13 feed inlet of infusion pump, and 17 top of liquid reserve tank is equipped with No. two inlet tubes 15, and No. two inlet tubes 15 are socketed with No. four pipes 14, and No. four 14 tops of pipe are socketed with No.1 outlet tube 11.

In the utility model, mounting base 1 is mechanical calendering formation, and 1 bottom end outer wall of mounting base is provided with mounting hole, protective cover 7 are made of hollow out metallic plate, and 7 inner wall of protective cover is bonded with dirt filtrating screen, and heat emission fan 8 and infusion pump 13 are connected with switch, and open Connection has controller, controller model DATA-7311, and heat transfer jacket 5 is made of raffinal material, and 5 inner wall sleeve of heat transfer jacket Air compressor is connected to, 17 both sides inner wall of liquid reserve tank, which is rabbeted, semiconductor chilling plate 20, and 17 both sides outer wall of liquid reserve tank is close Cooling fin is equipped at two 20 positions of semiconductor chilling plate.

Operation principle：In use, air compressor is socketed in heat transfer jacket 5, coolant has liquid reserve tank 17 2 to go out liquid Pipe 18 is come by No. three pipes 16 in infusion pump 13, then enters No.1 copper pipe through No.1 pipe 10 by evaporator 9 by No. two pipes 12 4, then No. two copper pipes 19 are entered by connecting tube 2, it is returned in liquid reserve tank 17 using No. four pipes 14, heat transfer jacket 5 is by air compressor The heat derives of generation coordinate heat emission fan 8 quickly to disperse by No.1 copper pipe 4 and No. two copper pipes 19.

The preferable specific embodiment of the above, only the utility model, but the scope of protection of the utility model is not This is confined to, in the technical scope that any one skilled in the art discloses in the utility model, according to this practicality Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (6)

1. a kind of radiator of air compressor, including radiating sleeve（3）, which is characterized in that the radiating sleeve（3）Surface is provided with Radiating groove, the radiating sleeve（3）Bottom end outer wall has been bolted mounting base（1）, the radiating sleeve（3）Both sides inner wall difference Interlocking has No.1 copper pipe（4）With No. two copper pipes（19）, the No.1 copper pipe（4）One end is bolted with connecting tube（2）, and connecting tube （2）Far from No.1 copper pipe（4）Side and No. two copper pipes（19）One end is spirally connected, the radiating sleeve（3）Top both sides are plugged with No.1 Inlet tube（6）With No.1 outlet tube（11）, and No.1 inlet tube（6）With No.1 outlet tube（11）Respectively with No.1 copper pipe（4）With No. two copper pipes（19）It is connected far from connecting tube one end, the radiating sleeve（3）Inner wall is connected with heat transfer jacket（5）, and heat transfer jacket（5）Two Side outer wall is respectively equipped with and No.1 copper pipe（4）With No. two copper pipes（19）The notch that specification is adapted, the radiating sleeve（3）Top leads to It crosses bolt and is fixed with heat emission fan（8）, the radiating sleeve（3）Top outer wall is close to heat emission fan（8）It has been bolted at position Protective cover（7）, and protective cover（7）Top inner wall is close to heat emission fan（8）Evaporator has been bolted at position（9）, it is described Evaporator（9）Liquid outlet is connected with No.1 pipe（10）, and No.1 pipe（10）Bottom end and No.1 inlet tube（6）Top is socketed, described to dissipate Hot jacket（3）Side outer wall apical position has been bolted infusion pump（13）, the evaporator（9）Inlet is connected with No. two pipes （12）, and No. two pipes（12）Across protective cover（7）Outer wall and infusion pump（13）Discharge port is socketed, the radiating sleeve（3）Close to defeated Liquid pump（13）Side outer wall has been bolted liquid reserve tank（17）, and liquid reserve tank（17）Inside fill refrigerating fluid, the liquid reserve tank （17）Side outer wall bottom position is equipped with No. two outlet tubes（18）, No. two outlet tubes（18）It is socketed with No. three pipes（16）, and No. three pipes（16）Top and infusion pump（13）Feed inlet is socketed, the liquid reserve tank（17）Top is equipped with No. two inlet tubes（15）, institute State No. two inlet tubes（15）It is socketed with No. four pipes（14）, and No. four pipes（14）Top and No.1 outlet tube（11）Socket.

A kind of 2. radiator of air compressor according to claim 1, which is characterized in that the mounting base（1）For Mechanical calendering formation, and mounting base（1）Bottom end outer wall is provided with mounting hole.

A kind of 3. radiator of air compressor according to claim 1, which is characterized in that the protective cover（7）For Hollow out metallic plate is made, and protective cover（7）Inner wall is bonded with dirt filtrating screen.

A kind of 4. radiator of air compressor according to claim 1, which is characterized in that the heat emission fan（8）With Infusion pump（13）Switch is connected with, and switch is connected with controller, controller model DATA-7311.

A kind of 5. radiator of air compressor according to claim 1, which is characterized in that the heat transfer jacket（5）For Raffinal material is made, and heat transfer jacket（5）Inner wall is socketed with air compressor.

A kind of 6. radiator of air compressor according to claim 1, which is characterized in that the liquid reserve tank（17）Two Side inner wall, which is rabbeted, semiconductor chilling plate（20）, and liquid reserve tank（17）Both sides outer wall is close to two semiconductor chilling plates（20）Position The place of putting is equipped with cooling fin.