CN208707673U - A kind of fan-free heat dissipation industrial ethernet switch - Google Patents
A kind of fan-free heat dissipation industrial ethernet switch Download PDFInfo
- Publication number
- CN208707673U CN208707673U CN201821281787.3U CN201821281787U CN208707673U CN 208707673 U CN208707673 U CN 208707673U CN 201821281787 U CN201821281787 U CN 201821281787U CN 208707673 U CN208707673 U CN 208707673U
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- ethernet switch
- cover board
- back shroud
- fan
- heat dissipation
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Abstract
The utility model discloses a kind of fan-free heat dissipation industrial ethernet switchs, including Ethernet switch panel, first cover board, back shroud, second cover board, Ethernet switch inner panel and heat transfer gasket, the heat transfer gasket is set to Ethernet switch inner panel two sides, the Ethernet switch inner panel is set in back shroud, first cover board is installed on the right side of back shroud, the second cover board installation and back shroud left side, the Ethernet switch panel is set on front side of back shroud, the utility model is radiated using enclosed radiation plate, heat transfer gasket endlessly conducts the temperature generated inside interchanger to external heat sink, heat is constantly imported into air by the cooling fin of heat sink, continuous circulation realizes the cooling to interchanger in this way, closed cabinet, there is no heat release hole and then prevents Dust enters the damage that interchanger causes interchanger.
Description
Technical field
The utility model belongs to the communications field；It is related to Ethernet Exchanger Technology；Specifically a kind of fan-free heat dissipation industry
Ethernet switch.
Background technique
Industrial ethernet switch is applied to the Ethernet exchanging machine equipment of industrial control field, due to the net of use
Its opening of network standard is good, is widely used；Low temperature high temperature is adapted to, electromagnetism interference is strong, salt spray proof, and shock resistance is strong.It uses
It is transparent and unified ICP/IP protocol, Ethernet has become the Primary communication standard of industrial control field.
It is mainly used in industrial control automation, road traffic control automates, automatic building control system, and mine is automatic
Control system, oil field auto-control, power station auto-control, electric power system control automation, machine room monitoring system.
In the prior art, the working environment of usual industrial ethernet switch is more severe, such as in workshop, is easy dampness
With into dust, industrial ethernet switch is caused not to be available, and industrial ethernet switch work often output high temperature, such as
Fire is easily caused if it cannot effectively radiate, safety is poor, therefore is the most important thing for Ethernet switch heat dissipation, and
In the prior art in order to allow industrial ethernet switch to radiate, it is usually equipped with heat release hole, and dust is easy for from heat release hole
Into in industrial ethernet switch, cause the damage of industrial ethernet switch.
Utility model content
The purpose of this utility model is to provide a kind of fan-free heat dissipation industrial ethernet switchs.
The purpose of this utility model can be achieved through the following technical solutions:
A kind of fan-free heat dissipation industrial ethernet switch, including Ethernet switch panel, the first cover board, back shroud,
Second cover board, Ethernet switch inner panel and heat transfer gasket, the heat transfer gasket are set to Ethernet switch
Inner panel two sides, the Ethernet switch inner panel are set in back shroud, and first cover board is installed on the right side of back shroud, institute
The installation of the second cover board is stated on the left of back shroud, the Ethernet switch panel is set on front side of back shroud.
The back shroud is each side there are four threaded hole, and front side is set there are four threaded hole, and display hole is contained in upper end,
Display hole lower end is equipped with several button holes, and the back shroud two sides are all equipped with guide groove.
It is set on first cover board there are four threaded hole, sets that there are four threaded hole, the Ethernets on second cover board
Threaded hole there are four being set on switchboard panel.
First cover board and the second cover board are mounted on back shroud by back shroud guide groove, and after being fixed on by nut
On cover board, the Ethernet switch panel is fixed on back shroud by nut.
First cover board and the second cover board are the cooling plate structure that surface is equipped with multiple cooling fins.
Heat transfer gasket one end connects the Ethernet switch inner panel heating part other end and connects the first cover board
With the second cover board.
The interchanger inner panel include RS-232 control cable interface, RJ45 type output terminal mouth, RJ45 type input port,
Control button, display, power connector end mouth and circuit board, the RJ45 type input port are set to position on the upside of circuit front edge of board
It sets, the RS-232 control cable interface is set on the downside of circuit front edge of board RJ45 type input port, the RJ45 type output terminal mouth
On the downside of RS-232 control cable interface, the display is set to circuit board upper surface, and the control button is set to circuit board
Upper end is located at display side, and the power connector end mouth is set to circuit board upper end and is located at the display other side.
The utility model has the beneficial effects that industrial ethernet switch is sealed formula processing using shell, and it is traditional
The industrial ethernet switch for being exposed to outside is entirely different, because heat dissipation is particularly important for industrial ethernet switch, because
This, traditional industrial ethernet switch usually it is whole it is exposed is convenient for radiating outside, and it is exposed be then easy outside by
Damp and impaired and traditional industrial ethernet switch is radiated by heat release hole, and dust be easy for from heat release hole into
Enter inside industrial ethernet switch, industrial ethernet switch is caused to damage；And the industrial ethernet switch in the application
Formula processing is sealed using shell, it is not easy to make moist and into dust, in terms of heat dissipation, the utility model uses enclosed radiation
Plate heat dissipation, heat transfer gasket endlessly conducts the temperature generated inside interchanger to external heat sink, by dissipating
Heat is constantly imported air by the cooling fin of hot plate, and continuous circulation, the heat of interchanger are conducted always in this way
To realize the cooling to interchanger, the utility model is closed cabinet, and no heat release hole is so prevent dust to enter exchange
Power traction plays the damage of interchanger.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is a kind of structural scheme of mechanism of fan-free heat dissipation industrial ethernet switch of the utility model；
Fig. 2 is a kind of interchanger inner panel mechanism signal of fan-free heat dissipation industrial ethernet switch of the utility model
Figure.
Specific embodiment
As shown in Figs. 1-2, a kind of fan-free heat dissipation industrial ethernet switch, including Ethernet switch panel 1, first
Cover board 2, back shroud 4, the second cover board 5, Ethernet switch inner panel 3 and heat transfer gasket 6, heat transfer gasket 6 are set
In 3 two sides of Ethernet switch inner panel, Ethernet switch inner panel 3 is set in back shroud 4, after the first cover board 2 is installed on
4 right side of cover board, on the left of back shroud, Ethernet switch panel 1 is set on front side of back shroud the installation of the second cover board 5.
Back shroud 4 is each side there are four threaded hole, and front side is set there are four threaded hole, and display hole is contained in upper end, shows
Show that device hole lower end is equipped with several button holes, back shroud two sides are all equipped with guide groove.
It is set on first cover board 2 there are four threaded hole, sets that there are four threaded hole, Ethernet switch panels 1 on the second cover board 5
On set there are four threaded hole.
First cover board 2 and the second cover board 5 are mounted on back shroud 4 by 4 guide groove of back shroud, and after being fixed on by nut
On cover board 4, Ethernet switch panel 1 is fixed on back shroud 4 by nut.
First cover board 2 and the second cover board 5 are the cooling plate structure that surface is equipped with multiple cooling fins.
6 one end of heat transfer gasket connects the 3 heating part other end of Ethernet switch inner panel and connects 2 He of the first cover board
Second cover board 5.
Interchanger inner panel 3 includes that RS-232 controls cable interface 32, RJ45 type output terminal mouth 31, RJ45 type input port
33, control button 34, display 35, power connector end mouth 36 and circuit board 37, before RJ45 type input port is set to circuit board
Upper side position is held, RS-232 controls cable interface and is set on the downside of circuit front edge of board RJ45 type input port, RJ45 type output terminal mouth
Set on 32 downside of RS-232 control cable interface, display 35 is set to circuit board upper surface, and control button 34 is set on circuit board
End is located at 35 side of display, and power connector end mouth 36 is set to circuit board upper end and is located at 35 other side of display.
When Ethernet switch works, 3 part of Ethernet switch inner panel fever, the temperature of heating part is passed by heat
It passs the export of gasket 6 and passes to the first cover board 2 and the second cover board 5 as cooling fin, on the first cover board 2 and the second cover board 5
Cooling fin is contacted with air, and the heat on cover board is conducted into air, is conducted by continuous such heat, by Ethernet
The heat generated inside interchanger, which is constantly conducted, makes Ethernet switch be allowed by cooling always in the air to interchanger
Part temperature reaches the temperature of normal interchanger work, completes the heat dissipation to Ethernet switch in this way, realizes
Fan-free cooling.
Industrial ethernet switch is sealed formula processing using shell, with traditional Industrial Ethernet for being exposed to outside
Interchanger is entirely different, because heat dissipation is particularly important for industrial ethernet switch, traditional Industrial Ethernet exchange
Machine usually it is whole it is exposed is convenient for radiating outside, and it is exposed be then easy outside dampness and impaired and traditional industry with
Too network switch is radiated by heat release hole, and dust is easy for entering from heat release hole inside industrial ethernet switch,
Industrial ethernet switch is caused to damage；And the industrial ethernet switch in the application is sealed formula processing using shell,
It is not easy dampness and into dust, in terms of heat dissipation, the utility model is radiated using enclosed radiation plate, heat transfer gasket will be handed over
The internal temperature generated of changing planes endlessly is conducted to external heat sink, is constantly led heat by the cooling fin of heat sink
Enter air, in this way continuous circulation, the heat of interchanger is conducted always to realize the cooling to interchanger, this reality
With it is novel be closed cabinet, no heat release hole is so prevent dust to enter the damage that interchanger causes interchanger.
Above content is only to the utility model structure example and explanation, the technology people of affiliated the art
Member makes various modifications or additions to the described embodiments or is substituted in a similar manner, without departing from this
The structure of utility model or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (7)
1. a kind of fan-free heat dissipation industrial ethernet switch, including Ethernet switch panel (1), the first cover board (2), rear cover
Plate (4), the second cover board (5), Ethernet switch inner panel (3) and heat transfer gasket (6), which is characterized in that the heat
Amount transmitting gasket (6) is set to Ethernet switch inner panel (3) two sides, and the Ethernet switch inner panel (3) is set to rear cover
In plate (4), first cover board (2) is installed on the right side of back shroud (4), the second cover board (5) installation and back shroud left side, institute
Ethernet switch panel (1) is stated on front side of back shroud.
2. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that the back shroud
(4) each side there are four threaded hole, front side is set there are four threaded hole, and display hole is contained in upper end, and display hole lower end is set
There are several button holes, the back shroud two sides are all equipped with guide groove.
3. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that first lid
It is set on plate (2) there are four threaded hole, sets that there are four threaded hole, the Ethernet switch panels (1) on second cover board (5)
On set there are four threaded hole.
4. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that first lid
Plate (2) and the second cover board (5) are mounted on back shroud (4) by back shroud (4) guide groove, and are fixed on back shroud by nut
(4) on, the Ethernet switch panel (1) is fixed on back shroud (4) by nut.
5. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that first lid
Plate (2) and the second cover board (5) are the cooling plate structure that surface is equipped with multiple cooling fins.
6. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that the heat passes
Pass gasket (6) one end connection Ethernet switch inner panel (3) heating part other end connection the first cover board (2) and the second cover board
(5)。
7. a kind of fan-free heat dissipation industrial ethernet switch according to claim 1, which is characterized in that the interchanger
Inner panel (3) includes RS-232 control cable interface (32), RJ45 type output terminal mouth (31), RJ45 type input port (33), control
Button (34), display (35), power connector end mouth (36) and circuit board (37) processed, the RJ45 type input port are set to electricity
Road front edge of board upper side position, the RS-232 control cable interface is set on the downside of circuit front edge of board RJ45 type input port, described
RJ45 type output terminal mouth is set on the downside of RS-232 control cable interface (32), and the display (35) is set to circuit board upper surface,
The control button (34) is set to circuit board upper end and is located at display (35) side, and the power connector end mouth (36) is set to circuit
Plate upper end is located at display (35) other side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821281787.3U CN208707673U (en) | 2018-08-09 | 2018-08-09 | A kind of fan-free heat dissipation industrial ethernet switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821281787.3U CN208707673U (en) | 2018-08-09 | 2018-08-09 | A kind of fan-free heat dissipation industrial ethernet switch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208707673U true CN208707673U (en) | 2019-04-05 |
Family
ID=65941902
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821281787.3U Active CN208707673U (en) | 2018-08-09 | 2018-08-09 | A kind of fan-free heat dissipation industrial ethernet switch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208707673U (en) |
-
2018
- 2018-08-09 CN CN201821281787.3U patent/CN208707673U/en active Active
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