CN208174098U - A kind of high-low pressure complete cabinet spiral-flow type radiator - Google Patents

Abstract

The utility model discloses a kind of high-low pressure complete cabinet spiral-flow type radiators, including cabinet body, hinged door, operating room, exhaust chamber and evacuation disk, the bottom end of the interior of the cabinet is equipped with exhaust chamber, the center position of exhaust chamber bottom end is fixed with exhaust blower, top inside the exhaust chamber is fixed with evacuation disk, side inside the eddy flow heat dissipation chamber is fixed with eddy flow shell, motor is equipped with by support plate on cabinet body outer wall at eddy flow shell position, the output end of the motor is equipped with shaft by shaft coupling, intelligent temperature measurement instrument is fixed on the side wall of the inside working chamber, the both ends of the inside working chamber are all equipped with equalizer flow tube road, the side on equalizer flow tube road surface is equipped with sliding groove, the equalizer flow tube road surface of sliding groove two sides is all equipped with equidistant threaded hole.The utility model not only increases the rate of heat dispation of radiator, improves the uniformity coefficient in radiation processes, and extends the service life of interior of the cabinet element.

Description

A kind of high-low pressure complete cabinet spiral-flow type radiator

Technical field

The utility model relates to electric equipment spiral-flow type technical field of heat dissipation, specially a kind of high-low pressure complete cabinet spiral-flow type dissipates Thermal.

Background technique

High-low pressure complete cabinet is a kind of electric equipment, and outside line is introduced into master switch in cabinet, subsequently into sub-control switch, respectively Branch is set according to its needs, and the inside electric elements of high-low pressure complete cabinet are such as：Transformer, power-supply filter, contactor, relay Device, power conversion module, industrial personal computer, PLC, motor servo driver etc. include that electric wire can generate heat, and are such as radiated bad, can be serious Work is influenced, therefore ventilation heat abstractor must be installed in Electric Appliance Cabinet, especially in the more severe feelings of electrical cabinet installation environment Under condition, such as high temperature, dust, steam etc. install suitable dissipate to guarantee the normal work of each component in electrical control cabinet Thermal guarantees that it is necessary that certain temperature is kept in electrical control cabinet, and general radiator seldom uses eddy flow Formula heat dissipation or spiral-flow type heat dissipation effect are poor, to influence the normal use of electric elements, go back some spiral-flow type radiators It cannot achieve Homogeneouslly-radiating, so that the use to people brings very big puzzlement.

Utility model content

The purpose of this utility model is to provide a kind of high-low pressure complete cabinet spiral-flow type radiators, to solve above-mentioned background The problem of being proposed in technology.

To achieve the above object, the utility model provides the following technical solutions：A kind of high-low pressure complete cabinet spiral-flow type heat dissipation Device, including cabinet body, hinged door, operating room, exhaust chamber and evacuation disk, the bottom end of the interior of the cabinet are equipped with exhaust chamber, exhaust The center position of room bottom end is fixed with exhaust blower, and the top inside the exhaust chamber is fixed with evacuation disk, and evacuates disk and pass through Conduit is connected to the input terminal of exhaust blower, and the top of the interior of the cabinet is equipped with eddy flow heat dissipation chamber, the side inside eddy flow heat dissipation chamber Single-chip microcontroller is fixed on wall, and the input terminal of the output end of single-chip microcontroller and exhaust blower is electrically connected, inside eddy flow heat dissipation chamber Side be fixed with eddy flow shell, motor, the motor are equipped with by support plate on the cabinet body outer wall at eddy flow shell position Output end shaft is equipped with by shaft coupling, and one end of shaft through cabinet body and extends to the inside of motor, the shaft Spinning disk is installed positioned at one end of eddy flow enclosure interior, spinning disk is set far from the shaft surface of eddy flow heat dissipation chamber inner sidewall side Have flabellum, be fixed with exhaust fan on the inner wall of the eddy flow heat dissipation chamber far from eddy flow shell side, and the central axes of exhaust fan with The axis of eddy flow shell is overlapped, and the center position on eddy flow heat dissipation chamber top is fixed with air-cooler, and the input of air-cooler End and the output end of single-chip microcontroller are electrically connected, and the center position of the interior of the cabinet is equipped with operating room, and the inside of operating room is set Have equidistant partition, be fixed with intelligent temperature measurement instrument on the side wall of the inside working chamber, and the output end of intelligent temperature measurement instrument with The input terminal of single-chip microcontroller is electrically connected, and the both ends of the inside working chamber are all equipped with equalizer flow tube road, and the both ends in equalizer flow tube road point The inside of eddy flow heat dissipation chamber and exhaust chamber is not extended to, and the side on equalizer flow tube road surface is equipped with sliding groove, sliding groove two sides Equalizer flow tube road surface be all equipped with equidistant threaded hole, the surface of the sliding groove is equipped with equidistant defeated plume, and defeated heat Clamping screw is all equipped at the corner location on column surface, and clamping screw and threaded hole cooperate, the side wall of the operating room On be hinged with hinged door.

Preferably, the center position at the top of the hinged door is equipped with transparent windows.

Preferably, the cabinet body side wall at the exhaust blower position, which is equipped with, dissipates heat exhaust cover.

Preferably, radiator window is all equipped on the exhaust fan and the cabinet body side wall at air-cooler position.

Preferably, the cabinet body top at the air-cooler position is equipped with dust cover.

Compared with prior art, the utility model has the beneficial effects that：Pass through the cabinet body outer wall at eddy flow shell position Upper installation motor, the output end of motor install shaft, and by installing spinning disk, the shaft of spinning disk side in one end of shaft Surface sets flabellum, and eddy flow heat dissipation chamber fixes exhaust fan on the inner wall far from eddy flow shell side, realizes the rapid evacuation of heat, To improve the rate of heat dispation of radiator, equalizer flow tube road is set by the both ends in inside working chamber, equalizer flow tube road surface Side sets sliding groove, and the equalizer flow tube road surface of sliding groove two sides sets threaded hole, and by the corner location on defeated plume surface If clamping screw, any locomotive function for realizing defeated plume passes through simultaneously to improve the uniformity coefficient in radiation processes The fixed exhaust blower of center position in exhaust chamber bottom end, the fixed air-cooler of the center position on eddy flow heat dissipation chamber top, and lead to Single-chip microcontroller is fixed on the side wall crossed inside eddy flow heat dissipation chamber, is fixed intelligent temperature measurement instrument on the side wall of inside working chamber, is realized The real-time detection of heat sink interior temperature, to extend the service life of interior of the cabinet element, the utility model is not only mentioned The high rate of heat dispation of radiator, improves the uniformity coefficient in radiation processes, and extend making for interior of the cabinet element Use the service life.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the outside schematic diagram of the utility model；

Fig. 3 is the equalizer flow tube road side view of the utility model.

In figure：1- cabinet body；2- hinged door；The operating room 3-；4- eddy flow heat dissipation chamber；5- exhaust fan；6- single-chip microcontroller；7- is dust-proof Cover；8- air-cooler；9- flabellum；10- eddy flow shell；11- shaft；12- motor；13- spinning disk；14- equalizer flow tube road；15- intelligence Temperature measurer；16- partition；The defeated plume of 17-；18- exhaust chamber；19- exhaust blower；20- evacuates disk；21- sliding groove；22- clamping screw； 23- threaded hole.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1-3, a kind of embodiment provided by the utility model：A kind of high-low pressure complete cabinet spiral-flow type heat dissipation dress It sets, including cabinet body 1, hinged door 2, operating room 3, exhaust chamber 18 and evacuation disk 20, the bottom end inside cabinet body 1 is equipped with exhaust chamber 18, The center position of 18 bottom end of exhaust chamber is fixed with exhaust blower 19, and 1 side wall of cabinet body at 19 position of exhaust blower, which is equipped with, dissipates heat extraction Cover, convenient for heat dissipation work, the top inside exhaust chamber 18 is fixed with evacuation disk 20, and evacuates disk 20 and pass through conduit and exhaust blower 19 Input terminal connection, top inside cabinet body 1 is fixed with monolithic on the side wall inside eddy flow heat dissipation chamber 4 equipped with eddy flow heat dissipation chamber 4 Machine 6, the model of the single-chip microcontroller 6 can be SH69P25, and the input terminal of the output end of single-chip microcontroller 6 and exhaust blower 19 is electrically connected, rotation Side inside wandering hot cell 4 is fixed with eddy flow shell 10, is pacified on 1 outer wall of cabinet body at 10 position of eddy flow shell by support plate Equipped with motor 12, the output end of motor 12 is equipped with shaft 11 by shaft coupling, and one end of shaft 11 through cabinet body 1 and extends To the inside of motor 12, one end that shaft 11 is located inside eddy flow shell 10 is equipped with spinning disk 13, and spinning disk 13 is far from eddy flow 11 surface of shaft of 4 inner sidewall side of heat dissipation chamber is equipped with flabellum 9, on inner wall of the eddy flow heat dissipation chamber 4 far from 10 side of eddy flow shell It is fixed with exhaust fan 5, and the central axes of exhaust fan 5 are overlapped with the axis of eddy flow shell 10, the centre bit on 4 top of eddy flow heat dissipation chamber The place of setting is fixed with air-cooler 8, and the output end of the input terminal of air-cooler 8 and single-chip microcontroller 6 is electrically connected, at 8 position of air-cooler 1 top of cabinet body is equipped with dust cover 7, is used for dust-proof working, is all equipped with and dissipates on 1 side wall of cabinet body at exhaust fan 5 and 8 position of air-cooler Hot window, for work of radiating, the center position inside cabinet body 1 is equipped with operating room 3, and the inside of operating room 3 is equipped with equidistant Partition 16 is fixed with intelligent temperature measurement instrument 15, and the output end of intelligent temperature measurement instrument 15 and single-chip microcontroller 6 on the side wall inside operating room 3 Input terminal be electrically connected, the both ends inside operating room 3 are all equipped with equalizer flow tube road 14, and the both ends in equalizer flow tube road 14 each extend over To the inside of eddy flow heat dissipation chamber 4 and exhaust chamber 18, the side on 14 surface of equalizer flow tube road is equipped with sliding groove 21,21 two sides of sliding groove 14 surface of equalizer flow tube road is all equipped with equidistant threaded hole 23, and the surface of sliding groove 21 is equipped with equidistant defeated plume 17, and defeated Clamping screw 22 is all equipped at the corner location on 17 surface of plume, and clamping screw 22 and threaded hole 23 cooperate, operating room 3 Side wall on be hinged with hinged door 2, the center position at 2 top of hinged door is equipped with transparent windows, inside operating room 3 Observe work.

Working principle：When radiator needs eddy flow to radiate, pass through the rotation of motor 12 on 1 outer wall of cabinet body, band first The rotation of dynamic 12 output end shaft 11 of motor, so that shaft 11 be made to be located at the spinning disk 13 and eddy flow of 10 inside one end of eddy flow shell Piece 13 is rotated far from the flabellum 9 of 4 inner sidewall side of eddy flow heat dissipation chamber, in cooperation eddy flow heat dissipation chamber 4 far from 10 side of eddy flow shell The work of exhaust fan 5 on inner wall, the eddy flow heat dissipation work for completing radiator pass through when radiator needs Homogeneouslly-radiating Mobile defeated plume 17, makes defeated plume 17 slide into heat along 21 surface of sliding groove of 14 surface side of equalizer flow tube road and gathers place, Pass through the clamping screw 22 at the threaded hole 23 and defeated 17 surface corner location of plume on 21 two sides equalizer flow tube road of sliding groove, 14 surface Mutual cooperation is fixed, and completes the Homogeneouslly-radiating work of radiator, when radiator needs real-time detection, passes through work Intelligent temperature measurement instrument 15 in 3 internal side wall of room detects temperature, and when the temperature is excessively high, intelligent temperature measurement instrument 15 transmits signal to rotation Inside single-chip microcontroller 6 on wandering 4 side wall of hot cell, and by the exhaust blower 19 of control 18 bottom dead center position of exhaust chamber of single-chip microcontroller 6 It radiates with the air-cooler 8 at 4 top dead center position of eddy flow heat dissipation chamber, completes the real-time detection work of radiator.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting Related claim.

Claims (5)

1. a kind of high-low pressure complete cabinet spiral-flow type radiator, including cabinet body（1）, hinged door（2）, operating room（3）, exhaust chamber （18）With evacuation disk（20）, it is characterised in that：The cabinet body（1）Internal bottom end is equipped with exhaust chamber（18）, exhaust chamber（18）Bottom The center position at end is fixed with exhaust blower（19）, the exhaust chamber（18）Internal top is fixed with evacuation disk（20）, and dredge Dissipate disk（20）Pass through conduit and exhaust blower（19）Input terminal connection, the cabinet body（1）Internal top is equipped with eddy flow heat dissipation chamber （4）, eddy flow heat dissipation chamber（4）Single-chip microcontroller is fixed on internal side wall（6）, and single-chip microcontroller（6）Output end and exhaust blower（19） Input terminal be electrically connected, the eddy flow heat dissipation chamber（4）Internal side is fixed with eddy flow shell（10）, eddy flow shell（10）Position Set the cabinet body at place（1）Motor is equipped with by support plate on outer wall（12）, the motor（12）Output end pass through shaft coupling pacify Equipped with shaft（11）, and shaft（11）One end run through cabinet body（1）And extend to motor（12）Inside, the shaft（11）Position In eddy flow shell（10）Internal one end is equipped with spinning disk（13）, spinning disk（13）Far from eddy flow heat dissipation chamber（4）Inner sidewall one The shaft of side（11）Surface is equipped with flabellum（9）, the eddy flow heat dissipation chamber（4）Far from eddy flow shell（10）It is fixed on the inner wall of side There is exhaust fan（5）, and exhaust fan（5）Central axes and eddy flow shell（10）Axis be overlapped, the eddy flow heat dissipation chamber（4）Top Center position be fixed with air-cooler（8）, and air-cooler（8）Input terminal and single-chip microcontroller（6）Output end be electrically connected, institute State cabinet body（1）Internal center position is equipped with operating room（3）, operating room（3）Inside be equipped with equidistant partition（16）, institute State operating room（3）Intelligent temperature measurement instrument is fixed on internal side wall（15）, and intelligent temperature measurement instrument（15）Output end and single-chip microcontroller （6）Input terminal be electrically connected, the operating room（3）Internal both ends are all equipped with equalizer flow tube road（14）, and equalizer flow tube road（14） Both ends extend respectively to eddy flow heat dissipation chamber（4）With exhaust chamber（18）Inside, the equalizer flow tube road（14）The side on surface is set There is sliding groove（21）, sliding groove（21）The equalizer flow tube road of two sides（14）Surface is all equipped with equidistant threaded hole（23）, the cunning Dynamic slot（21）Surface be equipped with equidistant defeated plume（17）, and defeated plume（17）Locking screw is all equipped at the corner location on surface Bolt（22）, and clamping screw（22）With threaded hole（23）It cooperates, the operating room（3）Side wall on be hinged with hinged door （2）.

2. a kind of high-low pressure complete cabinet spiral-flow type radiator according to claim 1, it is characterised in that：The hinged door （2）The center position at top is equipped with transparent windows.

3. a kind of high-low pressure complete cabinet spiral-flow type radiator according to claim 1, it is characterised in that：The exhaust blower （19）Cabinet body at position（1）Side wall, which is equipped with, dissipates heat exhaust cover.

4. a kind of high-low pressure complete cabinet spiral-flow type radiator according to claim 1, it is characterised in that：The exhaust fan （5）With air-cooler（8）Cabinet body at position（1）Radiator window is all equipped on side wall.

5. a kind of high-low pressure complete cabinet spiral-flow type radiator according to claim 1, it is characterised in that：The air-cooler （8）Cabinet body at position（1）Top is equipped with dust cover（7）.