CN216357594U - Novel modularized comprehensive protection cabinet - Google Patents
Novel modularized comprehensive protection cabinet Download PDFInfo
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- CN216357594U CN216357594U CN202023342436.9U CN202023342436U CN216357594U CN 216357594 U CN216357594 U CN 216357594U CN 202023342436 U CN202023342436 U CN 202023342436U CN 216357594 U CN216357594 U CN 216357594U
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Abstract
The utility model provides a novel modular comprehensive protection cabinet, which comprises a cabinet body, a power distribution module and a monitoring module; the power distribution module and the monitoring module are detachably connected with the cabinet body; the power distribution module comprises a power distribution assembly and a power distribution shell, and the monitoring module comprises a monitoring assembly and a monitoring shell; the distribution subassembly is installed in the distribution casing, and an outer terminal surface of distribution casing is provided with connecting terminal, and the distribution subassembly is connected with connecting terminal. The monitoring assembly is installed in the monitoring shell, a connecting terminal is arranged on one outer end face of the monitoring shell, and the monitoring assembly is connected with the connecting terminal. The problem of inside walking the line when the integrated protection cabinet assembles, operate the confusion loaded down with trivial details is solved. Through being provided with connecting terminal on distribution casing and monitoring casing's an outer terminal surface, the line of walking that realizes distribution subassembly and monitoring subassembly can be connected at distribution casing and monitoring casing's an outer terminal surface, avoids walking the line at distribution casing and monitoring casing internal connection, reduces the chaotic loaded down with trivial details of internal wiring, improves product assembly efficiency.
Description
Technical Field
The utility model belongs to the technical field of electric power and electrical equipment, and particularly relates to a novel modular comprehensive protection cabinet.
Background
Currently, the safety of railway power systems is crucial for the high-speed development of railway systems; the method mainly comprises the step of meeting higher requirements on the safety of power systems of railway systems including base stations, repeaters (intervals), other intervals (signal relay stations, traction substations, subareas, AT stations and switching stations), nodes in stations (signal buildings, station rooms, public security dispatching stations, 10KV power distribution stations, workshop work areas) and the like. However, a comprehensive protection device capable of performing safety protection on a railway power low-voltage system is lacking at present, and specifically, as a chinese patent CN206712449U discloses a railway power low-voltage comprehensive protection box, a box body includes a surge protector, a fault arc detection device, etc., which can provide effective fault arc and surge protection for the railway power low-voltage system, and can effectively avoid possible damage to a low-voltage line and connected equipment due to fault arc and surge voltage.
The low-voltage comprehensive protection device for the railway electric power protects a railway low-voltage electric power system, and wiring of all protection modules of the low-voltage comprehensive protection device needs to be conducted in a cabinet body, so that wiring in the cabinet body is very disordered, and the problem of low assembly efficiency of the whole product is caused.
SUMMERY OF THE UTILITY MODEL
The utility model aims to overcome the defects in the prior art, provides a novel modularized comprehensive protection cabinet, and solves the problems that wiring is internally arranged and operation is disordered and complicated in the assembly of the conventional comprehensive protection cabinet.
In order to achieve the aim, the utility model provides a novel modularized comprehensive protection cabinet, which comprises a cabinet body, a power distribution module and a monitoring module;
the power distribution module and the monitoring module are detachably connected with the cabinet body;
the power distribution module comprises a power distribution assembly and a power distribution shell, and the monitoring module comprises a monitoring assembly and a monitoring shell;
the power distribution assembly is arranged in the power distribution shell, a connecting terminal is arranged on one outer end face of the power distribution shell, and the power distribution assembly is connected with the connecting terminal;
the monitoring assembly is installed in the monitoring shell, a connecting terminal is arranged on the outer end face of the monitoring shell, and the monitoring assembly is connected with the connecting terminal.
Optionally, an outer end face of the power distribution housing is flush with an outer end face of the monitoring housing.
Furthermore, a first outer shell plate and a second outer shell plate are arranged on one outer end face of the power distribution shell, and the first outer shell plate and the second outer shell plate are arranged at intervals to form wiring grooves.
Furthermore, the incoming line of the power distribution module is connected with the incoming line cable of the primary loop through a connecting terminal, and the outgoing line of the power distribution module is connected with the outgoing line cable of the primary loop through a connecting terminal;
the power distribution module is connected with the monitoring module through a connecting terminal.
Optionally, the power distribution assembly includes a power distribution input unit and a power distribution output unit, and the power distribution housing includes a power distribution input housing and a power distribution output housing;
the power distribution input unit is connected with the power distribution input terminal through a cable or a copper bar;
and one outer end face of the power distribution output shell is provided with a power distribution output terminal, and the power distribution output unit is connected with the power distribution output terminal through a cable.
Optionally, the power distribution input terminal includes a power distribution input incoming terminal and a power distribution input outgoing terminal;
the power distribution output terminal comprises a power distribution output inlet terminal and a power distribution output outlet terminal.
Further, the monitoring component comprises a lightning protection unit, and the monitoring shell comprises a lightning protection shell;
the lightning protection shell is provided with a wire outlet groove, a lightning protection terminal is arranged on one outer end face of the lightning protection shell, and the lightning protection unit penetrates through the wire outlet groove to be connected with the lightning protection terminal.
Optionally, the lightning protection terminal includes a lightning protection voltage input terminal, a lightning protection voltage output terminal, a lightning protection ground terminal, and a lightning protection communication terminal.
Optionally, the monitoring assembly further includes a dynamic environment measurement and control unit, and the monitoring housing further includes a dynamic environment measurement and control housing;
the power environment measurement and control device comprises a power environment measurement and control shell and is characterized in that a power measurement and control terminal is arranged on one outer end face of the power environment measurement and control shell, a hollow part is arranged on the adjacent end face of one outer side face of the power environment measurement and control shell, and a power environment measurement and control unit is connected with the power measurement and control terminal through the hollow part.
Optionally, sockets are arranged on the power distribution module and the monitoring module, plugs are arranged on the cabinet body, and the plugs are connected with the sockets.
According to the novel modular comprehensive protection cabinet, the power distribution module and the monitoring module are detachably connected with the cabinet body; the power distribution module comprises a power distribution assembly and a power distribution shell, and the monitoring module comprises a monitoring assembly and a monitoring shell; the power distribution assembly is arranged in the power distribution shell, a connecting terminal is arranged on one outer end face of the power distribution shell, and the power distribution assembly is connected with the connecting terminal; the monitoring assembly is installed in the monitoring shell, a connecting terminal is arranged on one outer end face of the monitoring shell, and the monitoring assembly is connected with the connecting terminal. Through all being connected with the cabinet body is dismantled to distribution module and monitoring module, realize distribution module and detection module can dismantle and assemble with the cabinet body respectively alone, and an outer terminal surface at distribution casing and an outer terminal surface of monitoring casing all are provided with connecting terminal, the line of walking of realization distribution subassembly and monitoring subassembly can be through the connecting terminal wiring that an outer terminal surface of distribution casing and an outer terminal surface of monitoring casing set up, avoid wiring distribution subassembly and the walking line of monitoring subassembly of distribution subassembly and monitoring subassembly in distribution casing and monitoring casing, cause the chaotic problem of wiring, efficiency when improving product assembly and maintenance.
Drawings
Fig. 1 is a front view of a novel modular comprehensive protection cabinet provided by an embodiment of the utility model;
fig. 2 is a back view of the novel modular comprehensive protection cabinet provided by the embodiment of the utility model;
fig. 3 is a front view of a power distribution input unit provided by an embodiment of the present invention;
FIG. 4 is a rear view of a power distribution input unit provided by an embodiment of the present invention;
fig. 5 is a front view of a power distribution output unit provided by an embodiment of the present invention;
fig. 6 is a back view of a power distribution output unit provided by an embodiment of the present invention;
FIG. 7 is a front view of a lightning protection unit provided by an embodiment of the utility model;
FIG. 8 is a rear view of a lightning protection unit according to an embodiment of the utility model;
FIG. 9 is a front view of a dynamic environment measurement and control unit provided in an embodiment of the present invention;
fig. 10 is a back view of a dynamic environment measurement and control unit provided in an embodiment of the present invention.
11. A cabinet body; 12. a power distribution module; 13. a monitoring module; 14. a connection terminal; 121. a power distribution assembly; 122. a power distribution housing; 123. a first shell plate; 124. a second housing panel; 125. a power distribution input unit; 126. a power distribution output unit; 127. a power distribution input housing; 128. a power distribution output housing; 131. a monitoring component; 132. monitoring the housing; 133. a lightning protection unit; 134. a lightning protection housing; 135. an outlet groove; 136. a dynamic environment measurement and control unit; 137. a dynamic environment measurement and control shell; 141. a power distribution input terminal; 142. a power distribution output terminal; 143. a power distribution input inlet terminal; 144. a power distribution input outlet terminal; 145. a power distribution output inlet terminal; 146. a power distribution output terminal; 147. a lightning protection terminal; 148. and a power measurement and control terminal.
Detailed Description
The novel modular comprehensive protection cabinet is described in detail below with reference to the accompanying drawings.
As shown in fig. 1 to 10, an embodiment of the present invention provides a novel modular comprehensive protection cabinet, which includes a cabinet body 11, a power distribution module 12, and a monitoring module 13; the power distribution module 12 and the monitoring module 13 are detachably connected with the cabinet body 11; the power distribution module 12 includes a power distribution assembly 121 and a power distribution housing 122, and the monitoring module 13 includes a monitoring assembly 131 and a monitoring housing 132; the power distribution module 121 is installed in the power distribution housing 122, and an outer end surface of the power distribution housing 122 is provided with a connection terminal 14, and the power distribution module 121 is connected with the connection terminal 14; the monitoring module 131 is installed in the monitoring housing 132, and an outer end surface of the monitoring housing 132 is provided with a connection terminal 14, and the monitoring module 131 is connected with the connection terminal 14.
Specifically, through all being connected with cabinet 11 with distribution module 12 and monitoring module 13 can dismantle, realize distribution module 12 and detection module can dismantle and assemble with cabinet 11 alone respectively, and an outer terminal surface at distribution casing 122 and an outer terminal surface of monitoring casing 132 all are provided with connecting terminal 14, realize that distribution subassembly 121 and monitoring subassembly 131's the line can be through the connecting terminal 14 wiring that an outer terminal surface of distribution casing 122 and an outer terminal surface of monitoring casing 132 set up, avoid wiring distribution subassembly 121 and monitoring subassembly 131's the line of walking distribution subassembly 121 and monitoring subassembly 131 in distribution casing 122 and monitoring casing 132, cause the chaotic problem of wiring, efficiency when improving product assembly and maintenance.
Wherein, distribution module 12 includes distribution input module and distribution output module, realizes that the input and the output of distribution measure respectively to gather respectively, realize managing respectively the input and the output of distribution, improve distribution system's intelligent management effect. The power distribution assembly 121 may include a variety of electrical parameter transformers for sensing electrical parameters of the power distribution system; it is worth mentioning that the electric parameter mutual inductor can include current transformer, voltage transformer, fault arc mutual inductor and residual current transformer etc. and be used for respectively adopting the detection to the electric parameter to distribution system, and then is connected distribution terminal with distribution module 12 and gathers, and distribution terminal is connected with the well collector of last level through communication connection mode again, realizes that well collector is long-range to be monitored distribution module 12.
The monitoring module 13 comprises a lightning protection module, a ground resistance module, a man-machine interaction module, a moving ring detection module and a video monitoring module, and comprehensive, safe and effective protection is realized on the power distribution system.
Wherein, distribution module 12 and monitoring module 13 can be dismantled with the cabinet body 11 and be connected, can be through being provided with pull formula installation position on the cabinet body 11, distribution module 12 and monitoring module 13 can be paired with the pull formula installation on the cabinet body 11 and correspond and be connected, realize that distribution module 12 and monitoring module 13 can be dismantled with the cabinet body 11 and be connected.
An outer end surface of the power distribution housing 122 may be a rear outer end surface of the power distribution housing 122, and an outer end surface of the monitoring housing 132 may be a rear outer end surface of the monitoring housing 132; set up connecting terminal 14 through the outer terminal surface in the back of distribution casing 122 and the outer terminal surface in the back of distribution casing 122, the realization is wired the outer terminal surface in the back of distribution casing 122 and the rear end face of monitoring casing 132 with the line of distribution module 12 and monitoring module 13, is favorable to whole cabinet body 11 pleasing to the eye to can carry out the installation and the dismantlement work of comprehensive protection cabinet fast.
It is worth mentioning that the monitoring module 13 further comprises a movable ring detection module, and the movable ring detection module is detachably connected with the cabinet body 11, so that the movable ring detection module can be selectively added when the actual site has a demand.
Optionally, an outer end face of the power distribution housing 122 is flush with an outer end face of the monitoring housing 132.
Specifically, through the outer rear end face with distribution housing 122 and the outer rear end face parallel and level of monitoring housing 132, the rear end face that realizes distribution module 12 and monitoring module 13 is more regular, is favorable to clean and tidy nature and the convenience of wiring, more convenient wiring.
Wherein, the rear end face parallel and level of distribution module 12 and monitoring module 13 still is favorable to the clean and tidy nature and the aesthetic property of whole cabinet body 11, is favorable to the installation convenience of whole cabinet body 11.
Further, an outer end surface of the power distribution housing 122 is provided with a first housing plate 123 and a second housing plate 124, and the first housing plate 123 and the second housing plate 124 are spaced apart to form a terminal groove.
Specifically, the first outer shell plate 123 and the second outer shell plate 124 are arranged on the rear outer end face of the power distribution shell 122, and the first outer shell plate 123 and the second outer shell plate 124 are arranged at intervals to form the wiring slots, so that the wiring of the power distribution component 121 in the power distribution shell 122 can be connected with the wiring terminals on the first outer shell plate 123 and the second outer shell plate 124 through the wiring slots formed in the middle, and the standardized wiring is realized.
Wherein, first shell plate 123 is connected on the upper portion of rear end face, and second shell plate 124 is connected in the lower part of rear end face, and the mid portion forms the wiring groove, forms the connecting terminal 14 of the wiring of the line of the inlet wire of distribution on first shell plate 123, forms the connecting terminal 14 of the wiring of the line of being qualified for the next round of competitions of distribution on the second shell plate 124, realizes that the inlet wire can carry out the standard according to respective position with the line of being qualified for the next round of competitions and walks the line, improves the clean and tidy nature and the convenience of whole line of walking.
Furthermore, the incoming line of the power distribution module 12 is connected with the incoming line cable of the primary loop through a connection terminal 14, and the outgoing line of the power distribution module 12 is connected with the outgoing line cable of the primary loop through the connection terminal 14; the power distribution module 12 and the monitoring module 13 are connected by a connection terminal 14.
Specifically, the incoming line and the outgoing line of the power distribution module 12 are connected with the wiring cable of the primary loop and the outgoing line cable connecting terminal 14, so that the external incoming and outgoing line of the primary loop of the power distribution module 12 is planned, and the standardization of the routing is guaranteed.
Optionally, the power distribution assembly 121 includes a power distribution input unit 125 and a power distribution output unit 126, and the power distribution housing 122 includes a power distribution input housing 127 and a power distribution output housing 128; an outer end face of the power distribution input shell 127 is provided with a power distribution input terminal 141, and the power distribution input unit 125 is connected with the power distribution input terminal 141 through a cable or a copper bar; an outer end surface of the distribution output housing 128 is provided with a distribution output terminal 142, and the distribution output unit 126 is connected to the distribution output terminal 142 by a cable.
Specifically, the rear outer end face of the power distribution input casing 127 is provided with a power distribution input terminal 141, the power distribution input unit 125 is connected with the power distribution input terminal 141 through a cable or a copper bar, the rear outer end face of the power distribution input casing 127 is provided with a power distribution output terminal 142, and the power distribution output unit 126 is connected with the power distribution output terminal 142 through a cable.
Wherein, the distribution input module is divided into two types according to the electric current size, and is the first kind: when inlet wire electric current was between 63A-125A, the inside cable junction that uses of input module, input module use binding post, the second to the external connection: when incoming line current is between 150 and 250A (the incoming line current of the comprehensive protection cabinet generally does not exceed 250A), because the bending radius of the cable is too large, the input module is connected by using a copper bar, the input module uses a connecting copper bar for external connection, and the current of the output module is generally smaller than 150A, so that the power distribution output unit 126 and the power distribution output terminal 142 are connected to meet the requirement through the cable.
Optionally, the power distribution input terminal 141 includes a power distribution input line terminal 143 and a power distribution input line terminal 144; distribution output terminals 142 include distribution output inlet terminal 145 and distribution output outlet terminal 146.
Through set up respectively to distribution input incoming line terminal 143 and distribution input terminal 144 that distributes at distribution input terminal 141, realize that distribution input terminal 141's inlet wire and outlet wire can connect respectively, be favorable to improving the standardization of the wiring that distribution input walked the line, distribution output terminal 142 sets up respectively to distribution output incoming line terminal 145 and distribution output terminal 146, realize distribution output terminal 142's inlet wire and outlet wire can connect respectively, be favorable to improving the standardization of the wiring that distribution output walked the line.
Further, the monitoring component 131 includes a lightning protection unit 133, and the monitoring housing 132 includes a lightning protection housing 134; an outlet groove 135 is formed on the lightning protection housing 134, a lightning protection terminal 147 is disposed on an outer end surface of the lightning protection housing 134, and the lightning protection unit 133 passes through the outlet groove 135 and is connected to the lightning protection terminal 147.
Specifically, the lightning protection unit 133 and the lightning protection terminal 147 are connected through the wire outlet groove 135 by providing the wire outlet groove 135 on the lightning protection housing 134, and the design of the wire outlet groove 135 can ensure the strength and the wiring space of the wiring.
Optionally, the lightning protection terminal 147 includes a lightning protection voltage input terminal, a lightning protection voltage output terminal, a lightning protection ground terminal, and a lightning protection communication terminal.
Specifically, lightning protection voltage input terminal and lightning protection voltage output terminal set up respectively in both sides, and the input and the output that realize lightning protection voltage can walk the line respectively and connect, guarantee the standardization of wiring to realize ground connection through lightning protection ground terminal, lightning protection communication terminal realizes lightning protection communication.
Optionally, the monitoring assembly 131 further includes a dynamic environment measurement and control unit 136, and the monitoring housing 132 further includes a dynamic environment measurement and control housing 137; an outer end face of the power environment measurement and control shell 137 is provided with a power measurement and control terminal 148, an adjacent end face of an outer side face of the power environment measurement and control shell 137 is a hollow-out portion, and the power environment measurement and control unit 136 and the power measurement and control terminal 148 penetrate through the hollow-out portion to be connected.
Specifically, the power environment measurement and control terminal 148 is arranged on the rear outer end face of the power environment measurement and control shell 137, the adjacent end face of the rear outer side face of the power environment measurement and control shell 137 is a hollow portion, namely the hollow portion is arranged on the upper end face of the power environment measurement and control shell 137, and the power environment measurement and control unit 136 and the power measurement and control terminal 148 are connected through the hollow portion.
Optionally, sockets are disposed on the power distribution module 12 and the monitoring module 13, and a plug is disposed on the cabinet body 11, and the plug is connected to the socket.
Specifically, through being provided with the socket on distribution module 12 and monitoring module 13, be provided with the plug on the cabinet body 11, when realizing that distribution module 12 and monitoring module 13 are connected with the cabinet body 11, the socket can cooperate with the plug to be connected, realizes the circular telegram between distribution module 12 and monitoring module 13 and the cabinet body 11.
For the secondary loop, the power distribution module 12 and the monitoring module 13 reserve sockets connected externally near the secondary wiring groove, the cabinet body 11 is provided with plugs near the module secondary wiring sockets in advance, and the plugs are inserted into the module sockets after the power distribution module 12 and the monitoring module 13 are installed in place.
In summary, in the novel modular comprehensive protection cabinet, the power distribution module 12 and the monitoring module 13 are detachably connected with the cabinet body 11; the power distribution module 12 includes a power distribution assembly 121 and a power distribution housing 122, and the monitoring module 13 includes a monitoring assembly 131 and a monitoring housing 132; the power distribution assembly 121 is installed in the power distribution housing 122, and an outer end surface of the power distribution housing 122 is provided with a connection terminal 14, and the power distribution assembly 121 is connected with the connection terminal 14; the monitoring module 131 is installed in the monitoring housing 132, and an outer end surface of the monitoring housing 132 is provided with a connection terminal 14, and the monitoring module 131 is connected with the connection terminal 14. Through all being connected with cabinet 11 with distribution module 12 and monitoring module 13 can dismantle, realize distribution module 12 and detection module can dismantle and assemble with cabinet 11 alone respectively, and an outer terminal surface at distribution casing 122 and an outer terminal surface of monitoring casing 132 all are provided with connecting terminal 14, realize that the wiring of distribution subassembly 121 and monitoring subassembly 131 can be through the connecting terminal 14 wiring of an outer terminal surface of distribution casing 122 and an outer terminal surface setting of monitoring casing 132, avoid wiring distribution subassembly 121 and the wiring of monitoring subassembly 131 of wiring distribution subassembly 121 and monitoring subassembly 131 in distribution casing 122 and monitoring casing 132 wiring, cause the chaotic problem of wiring, efficiency when improving product assembly and maintenance.
The above description is only an embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of changes or substitutions within the technical scope of the present invention, and all such changes or substitutions are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. A novel modularized comprehensive protection cabinet is characterized by comprising a cabinet body (11), a power distribution module (12) and a monitoring module (13);
the power distribution module (12) and the monitoring module (13) are detachably connected with the cabinet body (11);
the power distribution module (12) comprises a power distribution assembly (121) and a power distribution housing (122), and the monitoring module (13) comprises a monitoring assembly (131) and a monitoring housing (132);
the power distribution assembly (121) is installed in the power distribution shell (122), a connecting terminal (14) is arranged on one outer end face of the power distribution shell (122), and the power distribution assembly (121) is connected with the connecting terminal (14);
monitoring subassembly (131) are installed in monitoring casing (132), just an outer terminal surface of monitoring casing (132) is provided with connecting terminal (14), monitoring subassembly (131) with connecting terminal (14) are connected.
2. The modular cabinet of claim 1, wherein an outer end surface of the distribution housing (122) is flush with an outer end surface of the monitoring housing (132).
3. The novel modular comprehensive protection cabinet according to claim 1, characterized in that an outer end face of the power distribution housing (122) is provided with a first shell plate (123) and a second shell plate (124), and the first shell plate (123) and the second shell plate (124) are arranged at intervals to form a wiring slot.
4. The novel modular comprehensive protection cabinet as claimed in claim 1, wherein the incoming line of the power distribution module (12) is connected with the incoming line cable of the primary loop through a connecting terminal (14), and the outgoing line of the power distribution module (12) is connected with the outgoing line cable of the primary loop through the connecting terminal (14);
the power distribution module (12) is connected with the monitoring module (13) through a connecting terminal (14).
5. The new modular protective ensemble cabinet of claim 1, characterized in that said power distribution assembly (121) comprises a power distribution input unit (125) and a power distribution output unit (126), said power distribution enclosure (122) comprising a power distribution input enclosure (127) and a power distribution output enclosure (128);
an outer end face of the power distribution input shell (127) is provided with a power distribution input terminal (141), and the power distribution input unit (125) is connected with the power distribution input terminal (141) through a cable or a copper bar;
an outer end face of the power distribution output shell (128) is provided with a power distribution output terminal (142), and the power distribution output unit (126) is connected with the power distribution output terminal (142) through a cable.
6. The new modular protective gear box as claimed in claim 5, characterized in that the distribution input terminals (141) comprise a distribution input inlet terminal (143) and a distribution input outlet terminal (144);
the distribution output terminals (142) include a distribution output inlet terminal (145) and a distribution output outlet terminal (146).
7. The new modular protective ensemble cabinet according to claim 1, characterized in that said monitoring component (131) comprises a lightning protection unit (133), said monitoring case (132) comprising a lightning protection case (134);
an outlet groove (135) is formed in the lightning protection shell (134), a lightning protection terminal (147) is arranged on one outer end face of the lightning protection shell (134), and the lightning protection unit (133) penetrates through the outlet groove (135) to be connected with the lightning protection terminal (147).
8. The novel modular protective cabinet as claimed in claim 7, wherein the lightning protection terminal (147) comprises a lightning protection voltage input terminal, a lightning protection voltage output terminal, a lightning protection ground terminal and a lightning protection communication terminal.
9. The novel modular comprehensive protection cabinet according to claim 1, wherein the monitoring assembly (131) further comprises a dynamic environment measurement and control unit (136), and the monitoring housing (132) further comprises a dynamic environment measurement and control housing (137);
an outer terminal surface of power environment observes and controls casing (137) is provided with power and observes and controls terminal (148), the adjacent terminal surface of a lateral surface of power environment observes and controls casing (137) is fretwork portion, power environment observes and controls unit (136) with power observes and controls terminal (148) and passes the fretwork portion is connected.
10. The novel modular comprehensive protection cabinet as claimed in claim 2, wherein sockets are disposed on the power distribution module (12) and the monitoring module (13), and a plug is disposed on the cabinet body (11), and the plug is connected with the sockets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023342436.9U CN216357594U (en) | 2020-12-31 | 2020-12-31 | Novel modularized comprehensive protection cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023342436.9U CN216357594U (en) | 2020-12-31 | 2020-12-31 | Novel modularized comprehensive protection cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216357594U true CN216357594U (en) | 2022-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202023342436.9U Active CN216357594U (en) | 2020-12-31 | 2020-12-31 | Novel modularized comprehensive protection cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216357594U (en) |
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2020
- 2020-12-31 CN CN202023342436.9U patent/CN216357594U/en active Active
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