CN209183998U - Energy-saving power cabinet - Google Patents
Energy-saving power cabinet Download PDFInfo
- Publication number
- CN209183998U CN209183998U CN201822048342.7U CN201822048342U CN209183998U CN 209183998 U CN209183998 U CN 209183998U CN 201822048342 U CN201822048342 U CN 201822048342U CN 209183998 U CN209183998 U CN 209183998U
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- busbar
- mounting bar
- bar
- part mounting
- energy
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Abstract
A kind of energy-saving power cabinet of the utility model, it is vertically equipped with respectively on the inner wall of cabinet body (1) two sides and adjusts mounting bar (2), top mounting bar (101) are provided between two adjusting mounting bars (2), middle part mounting bar (102) and lower part mounting bar (103), it is equipped on the top mounting bar (101) and introduces copper bar (3) and total air switch (4), branch's busbar assembly (5) is provided between the top mounting bar (101) and middle part mounting bar (102), multiple high current air switches (6) are installed on the middle part mounting bar (102), multiple low current air switches (7) are installed on the lower part mounting bar (103).A kind of energy-saving power cabinet of the utility model shunts it output after leading-in box time-dependent current to each different loads, so that the centralized management at the scene of conveniently easily facilitating more is concentrated in wiring.
Description
Technical field
The utility model relates to a kind of energy-saving power cabinets.
Background technique
Currently, construction site outdoors, the case where frequently encountering multi-load electricity consumption, conventional way is directly from three phase transformations
Electricity is taken in depressor, then carries out shunting use using power board；Not only security performance is poor for operation in this way, and load imbalance holds
Easily cause power failure, while cable at random makes construction site disorderly and unsystematic；Therefore, need one kind be able to solve it is above-mentioned
The device of problem.
Summary of the invention
Purpose of the utility model is to overcome the above-mentioned shortcomings and provide a kind of energy-saving power cabinet, after leading-in box time-dependent current
Output is shunted it to each different loads, so that the centralized management at the scene of conveniently easily facilitating more is concentrated in wiring.
Purpose of the utility model is realized as follows:
A kind of energy-saving power cabinet, the energy-saving power cabinet includes cabinet body, vertical respectively on the inner wall of the cabinet body two sides to pacify
Equipped with mounting bar is adjusted, multiple adjusting mounting grooves, two adjusting installations are provided on the adjusting mounting bar along its length
Top mounting bar, middle part mounting bar and lower part mounting bar, and top mounting bar, middle part mounting bar and lower part peace are provided between item
The both ends of dress item are fastened by bolts respectively to be adjusted in mounting groove, top mounting bar, middle part mounting bar and lower part mounting bar
It is located at the upper, middle and lower in space in the cabinet of cabinet body；
It is equipped on the top mounting bar and introduces copper bar and total air switch, imported after copper bar is penetrated from bottom of cabinet bulk and connect
It is connected to the bottom for introducing copper bar, the top for introducing copper bar is connected to the end of incoming cables of total air switch through arc copper bar；
Branch's busbar assembly is provided between the top mounting bar and middle part mounting bar, branch's busbar assembly includes
There are the both ends of busbar one, busbar two and busbar three described in busbar one disposed in parallel, busbar two and busbar three to wear respectively to be connected to absolutely
Edge fastening screw, and insulating washer, and insulating washer are provided between busbar one and busbar two, between busbar two and busbar three
It is set on insulation fastening screw, two pieces of insulation transition pieces is provided between the busbar two and busbar three, and two pieces exhausted
Edge transition piece is symmetrically disposed on the both ends of busbar two, and the insulation connection bolt for passing through insulation transition piece is spun on tune
In the adjusting mounting groove for saving mounting bar；The three-phase leading-out terminal of above-mentioned total air switch respectively through connecting copper bar be connected to busbar one,
On busbar two and busbar three；
Multiple high current air switches are installed on the middle part mounting bar, and the three-phase of each high current air switch into
Line end passes through three branch's copper bars respectively and is connected on busbar one, busbar two and busbar three；
Multiple low current air switches, and low current air switch three-phase end of incoming cables point are installed on the lower part mounting bar
It is not connected on busbar one, busbar two and busbar three by three conductive cables.
A kind of energy-saving power cabinet of the utility model, the low current air switch and busbar one, busbar two, between busbar three
Conductive cable by across adjust mounting groove band be banded in adjust mounting bar on.
A kind of energy-saving power cabinet of the utility model, one end of conductive cable are plugged on low current air switch, the other end
It is interposed on busbar one, busbar two or busbar three by crocodile clip.
Compared with prior art, the utility model has the beneficial effects that
When the utility model is used, by the way that from cabinet internal wiring, the air switch according to payload size access different size is defeated
In outlet, so that the wiring of whole scene is more aesthetically pleasing and clean and tidy；Meanwhile entire cabinet body design is convenient for extending, with
The more load applications of reply；Finally, will can directly prevent stealing accident on Lock for switch cabinet when night etc. does not construct the period
Occur, so that whole electricity consumption is safer reliable.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of energy-saving power cabinet of the utility model.
Fig. 2 is a kind of structural schematic diagram of branch's busbar assembly of energy-saving power cabinet of the utility model.
Wherein:
Cabinet body 1 adjusts mounting bar 2, introduces copper bar 3, total air switch 4, branch's busbar assembly 5, high current air switch
6, low current air switch 7, branch's copper bar 8；
Adjust mounting groove 2.1；
Busbar 1, busbar 2 5.2, busbar 3 5.3, insulation fastening screw 5.4, insulating washer 5.5, insulation transition connect
Fitting 5.6, insulation connection bolt 5.7；
Top mounting bar 101, middle part mounting bar 102, lower part mounting bar 103.
Specific embodiment
Referring to Fig. 1 and Fig. 2, the utility model relates to a kind of energy-saving power cabinet, the energy-saving power cabinet includes cabinet body
1, it is vertically equipped on the 1 two sides inner wall of cabinet body respectively and adjusts mounting bar 2, on the adjusting mounting bar 2 along its length
Multiple adjusting mounting grooves 2.1 are provided with, are provided with top mounting bar 101, middle part mounting bar 102 between two adjusting mounting bars 2
With lower part mounting bar 103, and the both ends of top mounting bar 101, middle part mounting bar 102 and lower part mounting bar 103 pass through respectively
Bolt fastening is being adjusted in mounting groove 2.1, and top mounting bar 101, middle part mounting bar 102 and lower part mounting bar 103 are located at
The upper, middle and lower in space in the cabinet of cabinet body 1；
It is equipped on the top mounting bar 101 and introduces copper bar 3 and total air switch 4, imported copper bar and worn from 1 bottom of cabinet body
Be connected to after entering introduce copper bar 3 bottom, it is described introduce copper bar 3 top through arc copper bar be connected to total air switch 4 into
Line end；
Branch's busbar assembly 5, branch's busbar are provided between the top mounting bar 101 and middle part mounting bar 102
Assembly 5 includes busbar 1, busbar 2 5.2 and busbar 3 5.3 disposed in parallel, the busbar 1,2 5.2 and of busbar
The both ends of busbar 3 5.3 wear respectively is connected to insulation fastening screw 5.4, and between busbar 1 and busbar 2 5.2, busbar 2 5.2
Insulating washer 5.5 is provided between busbar 3 5.3, and insulating washer 5.5 is set on insulation fastening screw 5.4, it is described
Two pieces of insulation transition pieces 5.6 are provided between busbar 2 5.2 and busbar 3 5.3, and two pieces of insulation transition pieces 5.6 are right
Claim the both ends for being set to busbar 2 5.2, and the insulation connection bolt 5.7 for passing through insulation transition piece 5.6 is spun on adjusting peace
In the adjusting mounting groove 2.1 for filling item 2；The three-phase leading-out terminal of above-mentioned total air switch 4 is connected to busbar one through connecting copper bar respectively
5.1, on busbar 2 5.2 and busbar 3 5.3；
Multiple high current air switches 6 are installed on the middle part mounting bar 102, and each high current air switch 6
Three-phase end of incoming cables passes through three branch's copper bars 8 respectively and is connected on busbar 1, busbar 2 5.2 and busbar 3 5.3；
Multiple low current air switches 7, and the three-phase of low current air switch 7 are installed on the lower part mounting bar 103
End of incoming cables passes through three conductive cables respectively and is connected on busbar 1, busbar 2 5.2 and busbar 3 5.3；
Further, the low current air switch 7 and busbar 1, busbar 2 5.2, the conduction between busbar 3 5.3
Cable is adjusted on mounting bar 2 by being banded in across the band for adjusting mounting groove 2.1；
Further, one end of conductive cable is plugged on low current air switch 7, and the other end is interposed in by crocodile clip
On busbar 1, busbar 2 5.2 or busbar 3 5.3；
In addition: it should be noted that above-mentioned specific embodiment is only a prioritization scheme of this patent, the skill of this field
Any change or improvement that art personnel are done according to above-mentioned design, within the protection domain of this patent..
Claims (3)
1. a kind of energy-saving power cabinet, it is characterised in that: the energy-saving power cabinet includes cabinet body (1), in cabinet body (1) two sides
It is vertically equipped with respectively on wall and adjusts mounting bar (2), be provided with multiple adjustings along its length on the adjusting mounting bar (2)
Mounting groove (2.1) is provided with top mounting bar (101), middle part mounting bar (102) and lower part between two adjusting mounting bars (2)
Mounting bar (103), and the both ends of top mounting bar (101), middle part mounting bar (102) and lower part mounting bar (103) lead to respectively
It crosses bolt fastening adjusting in mounting groove (2.1), top mounting bar (101), middle part mounting bar (102) and lower part mounting bar
(103) it is located at the upper, middle and lower in space in the cabinet of cabinet body (1)；
It is equipped on the top mounting bar (101) and introduces copper bar (3) and total air switch (4), import copper bar from cabinet body (1) bottom
Portion is connected to the bottom for introducing copper bar (3) after penetrating, the top for introducing copper bar (3) is connected to total air through arc copper bar and opens
Close the end of incoming cables of (4)；
Branch's busbar assembly (5) is provided between the top mounting bar (101) and middle part mounting bar (102), the branch is female
Arranging assembly (5) includes busbar one (5.1), busbar two (5.2) and busbar three (5.3) disposed in parallel, the busbar one
(5.1), the both ends of busbar two (5.2) and busbar three (5.3) are worn respectively is connected to insulation fastening screw (5.4), and busbar one (5.1)
Between busbar two (5.2), insulating washer (5.5) are provided between busbar two (5.2) and busbar three (5.3), and felt pad
Circle (5.5) is set in insulation fastening screw (5.4), and two pieces are provided between the busbar two (5.2) and busbar three (5.3) absolutely
Edge transition piece (5.6), and two pieces of insulation transition pieces (5.6) are symmetrically disposed on the both ends of busbar two (5.2), and pass through
Insulation connection bolt (5.7) of insulation transition piece (5.6) is spun in the adjusting mounting groove (2.1) for adjusting mounting bar (2)；
The three-phase leading-out terminal of above-mentioned total air switch (4) is connected to busbar one (5.1), busbar two (5.2) and mother through connecting copper bar respectively
It arranges on three (5.3)；
Multiple high current air switches (6), and each high current air switch (6) are installed on the middle part mounting bar (102)
Three-phase end of incoming cables pass through three branch's copper bars (8) respectively and be connected to busbar one (5.1), busbar two (5.2) and busbar three (5.3)
On；
Multiple low current air switches (7), and low current air switch (7) three-phase are installed on the lower part mounting bar (103)
End of incoming cables passes through three conductive cables respectively and is connected on busbar one (5.1), busbar two (5.2) and busbar three (5.3).
2. a kind of energy-saving power cabinet as described in claim 1, it is characterised in that: the low current air switch (7) and busbar one
(5.1), the conductive cable between busbar two (5.2), busbar three (5.3) across the band for adjusting mounting groove (2.1) by tying up
On adjusting mounting bar (2).
3. a kind of energy-saving power cabinet as claimed in claim 2, it is characterised in that: one end of conductive cable is plugged on low current air
It switchs on (7), the other end is interposed on busbar one (5.1), busbar two (5.2) or busbar three (5.3) by crocodile clip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822048342.7U CN209183998U (en) | 2018-12-06 | 2018-12-06 | Energy-saving power cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822048342.7U CN209183998U (en) | 2018-12-06 | 2018-12-06 | Energy-saving power cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209183998U true CN209183998U (en) | 2019-07-30 |
Family
ID=67375971
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822048342.7U Active CN209183998U (en) | 2018-12-06 | 2018-12-06 | Energy-saving power cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209183998U (en) |
-
2018
- 2018-12-06 CN CN201822048342.7U patent/CN209183998U/en active Active
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