CN215773865U - Engineering system control cabinet - Google Patents
Engineering system control cabinet Download PDFInfo
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- CN215773865U CN215773865U CN202122170379.9U CN202122170379U CN215773865U CN 215773865 U CN215773865 U CN 215773865U CN 202122170379 U CN202122170379 U CN 202122170379U CN 215773865 U CN215773865 U CN 215773865U
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Abstract
The utility model relates to an engineering system control cabinet, which comprises an inclined-angle box cover (1), a cabinet front door (2), a cabinet rear door (3), a heat dissipation window (4), an engineering system control cabinet body (5) and a cabinet base (6), the front cabinet door (2) and the rear cabinet door (3) are respectively connected with the front and the back of the engineering system control cabinet body (5) through steel hinges and three-point lock catches and are sealed, an oblique-angle box cover (1) is fixedly installed at the upper part of the engineering system control cabinet body (5), heat dissipation windows (4) are respectively arranged at two sides of the engineering system control cabinet body (5), a cabinet base (6) is installed at the lower part of the engineering system control cabinet body (5), inside temperature humidity, prevent that water and sand and dust from getting into inside when can be convenient for the wiring to can deal with multiple work demand, can improve the adaptability and the job stabilization nature of control rack effectively.
Description
Technical Field
The utility model relates to a control cabinet, in particular to an engineering system control cabinet.
Background
There are a number of problems with existing control cabinets: the wiring board is directly exposed outside the outer assembly and is inconvenient to thread and wire during field installation, so that time and labor are wasted; when the engineering control system cabinet operates normally, humid gas of the pipeline well is negatively pressed into the control cabinet due to day and night temperature difference change, so that the aging and the corrosion of internal devices and electrical equipment are accelerated; in a rainstorm or engineering site with serious splashing, water easily splashes to the cabinet, so that the system cannot work normally or parts are damaged; in places with serious wind sand or dust, the wind sand and the dust are easy to enter a cabinet of the control system, so that the dust of the system is accumulated, static electricity is generated to cause discharge or cause that components and parts cannot work normally, and the service life of the system is prolonged; for areas with higher temperature and stronger sunlight, areas with lower temperature and areas with higher humidity, the common control system cabinet cannot work normally; the control cabinet mechanism cannot use various configurations, and one configuration designs one cabinet, which causes design repetition and resource waste; communication and control signals often experience transmission interruptions.
Disclosure of Invention
Aiming at the problems in the prior art, the utility model provides the engineering system control cabinet, which can be used for conveniently wiring, controlling the internal temperature and humidity, preventing water and sand from entering the interior, meeting various working requirements and effectively improving the adaptability and the working stability of the control cabinet.
In order to achieve the purpose, the utility model is realized by the following technical scheme: the engineering system control cabinet comprises an oblique-angle box cover, a cabinet front door, a cabinet rear door, a heat dissipation window, an engineering system control cabinet body and a cabinet base, wherein the cabinet front door and the cabinet rear door are respectively connected with the front and the back of the engineering system control cabinet body through a steel hinge and a three-point lock catch and are sealed, the front door regions of the cabinet front door and the cabinet rear door body can be opened simultaneously for mounting visible and operable components, and the cabinet rear door region is used for assembling non-visible and non-operable components; function and auxiliary separation, be convenient for install and detect, both improved assembly efficiency, provide the clear interface for field operation again, engineering system control cabinet body upper portion fixed mounting oblique angle case lid, isolated invasion and attack of heat and rainwater, engineering system control cabinet body both sides all are equipped with the heat dissipation window, and engineering system control cabinet body lower part installation rack base.
The oblique angle case lid include stainless steel filter screen, thermal-insulated foaming area offset plate, exhaust hole and oblique angle case lid casing, oblique angle case lid casing both sides are equipped with the exhaust hole, the exhaust hole all is equipped with the stainless steel filter screen, oblique angle case lid casing inside surface fixed mounting thermal-insulated foaming area offset plate guarantees to chat the inside cleanness of box, reduces the emergence of trouble.
The heat dissipation window comprises an inclined plane waterproof baffle, an air filter screen and an air inlet hole, wherein the inclined plane waterproof baffle is fixedly arranged on the inner side surface of the air inlet hole, the air filter screen is fixedly arranged between the inclined plane waterproof baffle and the air inlet hole through a bracket and a sealing rubber ring, and in order to solve the problem of water inlet of equipment, the layout of heat dissipation holes on two sides of a cabinet body of the cabinet is controlled through an engineering system, so that the problem of water splashing into the equipment is reduced; inboard inclined plane water baffle adopts the inclined plane overall arrangement, and the inlet port staggers with the inclined plane water baffle overall arrangement, and baffle inside increases a foraminiferous flat board, greatly reduced water splash into the rack possibility, also can make water flow out automatically under the dead weight effect through the inclined plane, be unlikely to get into in the cabinet, further lifting means waterproof performance with the help of the effective seal of oblique angle case lid and cabinet door simultaneously.
The engineering system control cabinet body comprises a humidity exhaust fan, a temperature control exhaust fan, a control panel, a data processing unit, a variable space bracket, a temperature sensing controller, a humidity sensing controller, a back plate and a heater, wherein the variable space bracket is fixedly installed on two sides inside the engineering system control cabinet body, the humidity sensing controller, the back plate and the heater are installed inside the engineering system control cabinet body through the variable space bracket, the control panel and the data processing unit are installed on the front part of the back plate through screws and brackets by the variable space bracket, the humidity exhaust fan and the temperature control exhaust fan are respectively installed on two through holes formed in the upper part of the engineering system control cabinet body, in order to solve the problems of humidity and temperature in equipment, an oblique angle box cover with the functions of sunscreen and heat insulation is additionally arranged above the cabinet, a heat insulation foaming rubber plate is installed on the inner side of the oblique angle box cover, and the oblique angle box cover adopts the gradient of percent, rainwater and dew are prevented from being retained on the surface of the box body, condensed water formed inside the box body due to the temperature difference between the inside and the outside of the box body is prevented from causing system failure, and meanwhile, heat conduction from external high temperature to the inside of the box body is reduced; aiming at the heat generated in the cabinet body of the cabinet controlled by an engineering system, a temperature induction controller is adopted, the temperature in the cabinet exceeds 40 ℃, high-temperature air rises, a temperature controller is started, a temperature control exhaust fan in a box cover area exhausts air to the outside through a heat dissipation hole to form air inlet of a heat dissipation window, and annular air convection of heat dissipation of an exhaust hole at the upper part is formed, so that the temperature in the cabinet is reduced, and the normal work of the control system is ensured; when the humidity in the cabinet is too high and exceeds a threshold value, the humidity induction controller is started, the heater is started, the humidity exhaust fan in the box cover area exhausts moisture to the outside through the exhaust holes to form annular air convection for air inlet of the heat dissipation window and heat dissipation of the exhaust holes at the upper part, so that the humidity in the cabinet is reduced, and the normal work of a control system is ensured; when the temperature is low excessively, the cabinet air heating device starts, when being higher than 20 ℃, heating device stop work, ensure control system's normal operating, in order to solve the problem of configuration singleness, the internal portion of engineering system control cabinet adopts front and back, upper and lower movable variable space support, adopt buckle formula nut, bolt fastening, can carry out adaptability adjustment to the space at any time and any place as required, the demand that satisfies the customer that can very big limit, and can increase part and equipment temporarily according to operating mode needs.
The cabinet base comprises a wiring base shell, a base buffer space for incoming wires, a base cover plate and a rubber sealing bolt, wherein the base buffer space for incoming wires is arranged in the wiring base shell, the base buffer space for incoming wires is connected with the base cover plate through the rubber sealing bolt, a semicircular hole with the diameter phi of 60mm is formed in the connecting part of the cabinet base and the cabinet body of the engineering system control cabinet, which is close to the rear door side of the cabinet, a semicircular hole with the diameter phi of 60mm is formed in the corresponding position of the assembling side of the rear door of the cabinet, and the rubber plug with the diameter phi of 60mm is used for wire passing and sealing, the method reduces the complexity of on-site threading and wiring, does not need to pass through a threading hole and perform various operations on a limited base, so that the operation and wiring can be conveniently performed, the installation of the base cover plate and the installation of the rubber sealing bolt are performed after the wires are connected, and the on-site working efficiency is greatly improved, the control panel passes through electric connection data processing unit, data processing unit is respectively through electric connection temperature-sensing controller, humidity induction controller, heater and rack base, temperature induction controller passes through electric connection control by temperature change air discharge fan, humidity induction controller passes through electric connection humidity air discharge fan, through adopting at door and box and sealing up W15mmx8.5mm at door plant shaping silicone sealant, adopt upper and lower pinch roller and middle jam plate three-point type to compress tightly the locking, through the stainless steel filter screen of the both sides exhaust hole position welding at the oblique angle case lid, effectively reduced the entering of sand blown by the wind and dust, through the position increase an air filter screen at engineering system control rack cabinet body both sides heat dissipation window and reduced the entering of sand blown by the wind and dust, guarantee to chat the box inside clean, reduce the emergence of trouble.
The upper parts of the humidity exhaust fan and the temperature control exhaust fan are provided with cylinders higher than the upper surface of the cabinet body of the engineering system control cabinet, so that rainwater is further prevented from entering the equipment from the cylinders.
The edges of the upper parts of the cylinders of the humidity exhaust fan and the temperature control exhaust fan are expanded outwards, so that the exhaust effect is improved.
The variable space bracket is provided with a plurality of connecting interfaces, so that the equipment can be conveniently connected with a plurality of external equipment.
The incoming line buffer space of the base is provided with a wire arranging device, so that the construction personnel can conveniently arrange the wire in a wiring way.
In order to solve the problem that communication and control signals are frequently interrupted in transmission, more than two circuit fixing buckles are arranged inside a cabinet body of the engineering system control cabinet, internal electrical equipment and circuits are optimized and rearranged, a separated layout is adopted, weak current electrical layout in a control and communication area is arranged at the middle part and the upper part, strong current layout in a power supply and distribution part is arranged at the lower part, auxiliary electrical facilities are arranged in a back side area, weak current is distributed in a wire groove on the left side, and strong current is distributed in a wire groove on the right side (in the direction of a front door).
By the scheme, the utility model at least has the following advantages: compare with conventional control cabinet, can effectual solution wiring problem the inside temperature humidity of simultaneous control, prevent that water and sand and dust from getting into inside to can deal with multiple work demand, can improve the adaptability and the job stabilization nature of control cabinet effectively.
Drawings
FIG. 1 is a side view of an engineering system control cabinet;
FIG. 2 is a front view of an engineering system control cabinet;
FIG. 3 is a bottom view of a cover of an engineering system control cabinet;
FIG. 4 is a partial cross-sectional view of a heat sink window of an engineering system control cabinet;
FIG. 5 is an expanded partial perspective view of an engineering system control cabinet;
FIG. 6 is a rear expanded view of an engineering system control cabinet;
FIG. 7 is a top view of a base of an engineering system control cabinet;
in the figure: 1. the heat-insulation and heat-preservation box comprises, by weight, 1-1 part of an oblique-angle box cover, 1-2 parts of a stainless steel filter screen, 1-3 parts of an exhaust hole, 1-4 parts of an oblique-angle box cover shell, 2 parts of a cabinet front door, 3 parts of a cabinet rear door, 4 parts of a heat-dissipation window, 4-1 parts of an oblique-plane waterproof baffle, 4-2 parts of an air filter screen, 4-3 parts of an air inlet hole, 5 parts of an engineering system control cabinet body, 5-1 parts of a humidity exhaust fan, 5-2 parts of a temperature control exhaust fan, 5-3 parts of a control panel, 5-4 parts of a data processing unit, 5-5 parts of a variable space bracket, 5-6 parts of a temperature sensing controller, 5-7 parts of a humidity sensing controller, 5-8 parts of a back plate, 5-9 parts of a heater, 6 parts of a cabinet base, 6-1 parts of a wiring base shell, 6-2 parts of a wiring base shell, and 5-6 parts of a heat-2, And (3) leading in the wire to form a base buffer space, 6-3 parts of a base cover plate, 6-4 parts of a rubber sealing bolt.
Detailed Description
The utility model will be further explained with reference to the drawings.
As shown in fig. 1 to 2, the engineering system control cabinet comprises an oblique-angle box cover 1, a cabinet front door 2, a cabinet rear door 3, a heat dissipation window 4, an engineering system control cabinet body 5 and a cabinet base 6, wherein the cabinet front door 2 and the cabinet rear door 3 are respectively connected with the front and the back of the engineering system control cabinet body 5 through a steel hinge and a three-point lock catch and are sealed, the front door regions of the cabinet front door 2 and the cabinet rear door 3 can be opened simultaneously for installing visible and operable components, and the rear door region of the cabinet is used for assembling non-visible and non-operable components; function and auxiliary separation, be convenient for installation and detection, both improved assembly efficiency, provide the clear interface for field operation again, engineering system control cabinet 5 upper portion fixed mounting oblique angle case lid 1, isolated invasion and attack of heat and rainwater, engineering system control cabinet 5 both sides all are equipped with heat dissipation window 4, and engineering system control cabinet 5 lower part installation rack base 6 of the cabinet body.
As shown in figure 3, the oblique-angle box cover 1 comprises a stainless steel filter screen 1-1, heat-insulating foaming tape rubber plates 1-2, vent holes 1-3 and an oblique-angle box cover shell 1-4, the vent holes 1-3 are formed in two sides of the oblique-angle box cover shell 1-4, the vent holes 1-3 are all provided with the stainless steel filter screen 1-1, and the heat-insulating foaming tape rubber plates 1-2 are fixedly installed on the inner side surface of the oblique-angle box cover shell 1-4, so that the interior of the box body is guaranteed to be clean, and faults are reduced.
As shown in fig. 4, the heat dissipation window 4 comprises an inclined plane waterproof baffle 4-1, an air filter screen 4-2 and an air inlet 4-3, the inclined plane waterproof baffle 4-1 is fixedly installed on the inner side surface of the air inlet 4-3, the air filter screen 4-2 is fixedly installed between the inclined plane waterproof baffle 4-1 and the air inlet 4-3 through a bracket and a sealing rubber ring, and in order to solve the problem of water inlet of equipment, the layout of heat dissipation holes on two sides of the cabinet body 5 of the cabinet is controlled through an engineering system, so that the problem that water splashes into the equipment is reduced; the inner side inclined plane waterproof baffle 4-1 is in an inclined plane layout, the air inlet holes 4-3 are staggered with the inclined plane waterproof baffle 4-1, a perforated flat plate is additionally arranged inside the baffle, the possibility that water splashes into the cabinet is greatly reduced, the water can automatically flow out under the action of self weight through the inclined plane and cannot enter the cabinet, and meanwhile, the waterproof performance of the equipment is further improved by means of effective sealing of the inclined plane box cover 1 and the cabinet door.
As shown in fig. 5 and 6, the engineering system control cabinet body 5 comprises a humidity exhaust fan 5-1, a temperature control exhaust fan 5-2, a control panel 5-3, a data processing unit 5-4, a variable space bracket 5-5, a temperature sensing controller 5-6, a humidity sensing controller 5-7, a back panel 5-8 and a heater 5-9, wherein the variable space bracket 5-5 is fixedly installed at two sides inside the engineering system control cabinet body 5, the humidity sensing controller 5-7, the back panel 5-8 and the heater 5-9 are installed inside the engineering system control cabinet body 5 through the variable space bracket 5-5, the control panel 5-3 and the data processing unit 5-4 are installed at the front part of the back panel 5-8 through screws and brackets by the variable space bracket 5-5, in order to solve the problems of humidity and temperature in equipment, a humidity exhaust fan 5-1 and a temperature control exhaust fan 5-2 are respectively installed on two through holes formed in the upper portion of a cabinet body 5 of an engineering system control cabinet, an oblique angle cabinet cover 1 with sunscreen and heat insulation functions is additionally arranged above the cabinet, a heat insulation foaming belt rubber plate 1-2 is installed on the inner side of the oblique angle cabinet cover 1, the oblique angle cabinet cover 1 adopts a 1% gradient, rainwater and dew are prevented from being retained on the surface of a cabinet body, the phenomenon that condensed water is formed inside the cabinet body due to the difference of temperature inside and outside the cabinet body, system faults are caused, and meanwhile, heat conduction from outside high temperature to the inside of the cabinet body is reduced; aiming at the heat generated inside a cabinet body 5 of an engineering system control cabinet, a temperature induction controller 5-6 is adopted, the temperature inside the cabinet exceeds 40 ℃, high-temperature air rises, a temperature controller is started, a temperature control exhaust fan 5-2 in a box cover area exhausts the air to the outside through a heat dissipation hole to form air inlet of a heat dissipation window 4, and annular air convection of heat dissipation of an upper exhaust hole 1-3 is formed, so that the temperature inside the cabinet is reduced, and the normal work of a control system is ensured; when the humidity in the cabinet is too high and exceeds a threshold value, the humidity induction controller 5-7 is started, the heater 5-9 is started, the humidity exhaust fan 5-1 in the box cover area exhausts moisture to the outside through the exhaust hole 1-3, and annular air convection of air inlet of the heat dissipation window 4 and heat dissipation of the upper exhaust hole 1-3 is formed, so that the humidity in the cabinet is reduced, and the normal work of a control system is ensured; when the temperature is low excessively, the cabinet air heating device starts, when being higher than twenty degrees centigrade, the heating device stops working, the normal operation of the control system is ensured, in order to solve the problem of single configuration, the variable space bracket 5-5 which can move up and down and front and back is adopted inside the cabinet body 5 of the engineering system control cabinet, the buckle type nut and the bolt are adopted for fixing, the space can be adjusted in adaptability at any time and any place according to the requirement, the requirement of customers can be greatly met, and the components and the equipment can be temporarily added according to the requirement of working conditions.
As shown in figure 7, the cabinet base 6 comprises a wiring base shell 6-1, an incoming line appearing base buffer space 6-2, a base cover plate 6-3 and rubber sealing bolts 6-4, the incoming line appearing base buffer space 6-2 is arranged inside the wiring base shell 6-1, the incoming line appearing base buffer space 6-2 is connected with the base cover plate 6-3 through the rubber sealing bolts 6-4, a semicircular hole with the diameter phi of 60mm is formed at the connecting part of the cabinet base 6 and an engineering system control cabinet body 5, close to the side of a cabinet rear door 3, a semicircular hole with the diameter phi of 60mm is formed at the corresponding position of the base cover plate 6-3, close to the assembling side of the cabinet rear door 3, and the opened rubber plug with the diameter phi of 60mm is used for wire passing sealing, so that the complexity of field threading and wiring is reduced without threading from a wire hole, the operation and wiring are not required to be carried out on a limited base, the installation of a base cover plate 6-3 and the installation of a rubber sealing bolt 6-4 are carried out after the wiring is finished, the working efficiency on site is greatly improved, the control panel 5-3 is electrically connected with the data processing unit 5-4, the data processing unit 5-4 is respectively electrically connected with the temperature induction controller 5-6, the humidity induction controller 5-7, the heater 5-9 and the cabinet base 6, the temperature induction controller 5-6 is electrically connected with the temperature control exhaust fan 5-2, the humidity induction controller 5-7 is electrically connected with the humidity exhaust fan 5-1, the door and the box body are sealed by adopting a door plate molding silicone sealant W15mmX8.5mm, and the upper and lower pinch rollers and the middle lock plate are adopted to carry out three-point type compression locking, the stainless steel filter screen 1-1 is welded at the exhaust holes 1-3 at the two sides of the oblique-angle box cover 1, so that the entering of wind sand and dust is effectively reduced, the air filter screen 4-2 is additionally arranged at the heat dissipation windows 4 at the two sides of the cabinet body 5 of the engineering system control cabinet, the entering of wind sand and dust is reduced, the cleanness of the interior of the box body is guaranteed, and the occurrence of faults is reduced.
As shown in fig. 5 and 6, the humidity exhaust fan 5-1 and the temperature control exhaust fan 5-2 are provided with cylinders at the upper part thereof, which are higher than the upper surface of the engineering system control cabinet body 5, so as to further prevent rainwater from entering the equipment from the cylinders.
As shown in FIGS. 5 and 6, the upper edges of the cylinders of the humidity exhaust fan 5-1 and the temperature control exhaust fan 5-2 are expanded outward to improve the exhaust effect.
As shown in fig. 6, the variable space bracket 5-5 is provided with a plurality of connection interfaces, which is convenient for the device to access a plurality of external devices.
As shown in fig. 7, the incoming line appearing base buffer space 6-2 is provided with a wire arranging device, which is convenient for constructors to wire and arrange wires.
In order to solve the problem that communication and control signals are frequently interrupted in transmission, more than two circuit fixing buckles are arranged inside a cabinet body 5 of the engineering system control cabinet, internal electrical equipment and circuits are optimized and rearranged, a separated layout is adopted, weak current electrical layout in a control and communication area is arranged at the middle and upper parts, strong current layout in a power supply and distribution part is arranged at the lower part, auxiliary electrical facilities are arranged in a back side area, weak current is arranged in a wire groove on the left side, and strong current is arranged in a wire groove on the right side (in the direction of a front door).
The installation of engineering system control rack during the use compares with conventional control rack, control inside temperature humidity when can effectual solution wiring problem, prevent that water and sand and dust from getting into inside to can deal with multiple work demand, can improve the adaptability and the job stabilization nature of control rack effectively.
Claims (9)
1. Engineering system control rack, including rack qianmen (2), rack back door (3) and heat dissipation window (4), its characterized in that, rack qianmen (2) and rack back door (3) fold paper and three point lock catch connection engineering system control rack cabinet body (5) front and back and seal through the steel respectively, engineering system control rack cabinet body (5) upper portion fixed mounting oblique angle case lid (1), engineering system control rack cabinet body (5) both sides all are equipped with heat dissipation window (4), engineering system control rack cabinet body (5) lower part installation rack base (6).
2. The engineering system control cabinet according to claim 1, wherein the oblique-angle box cover (1) comprises a stainless steel filter screen (1-1), a heat-insulating foaming tape rubber plate (1-2), exhaust holes (1-3) and an oblique-angle box cover shell (1-4), the exhaust holes (1-3) are formed in two sides of the oblique-angle box cover shell (1-4), the exhaust holes (1-3) are all provided with the stainless steel filter screen (1-1), and the heat-insulating foaming tape rubber plate (1-2) is fixedly installed on the inner side surface of the oblique-angle box cover shell (1-4); the heat dissipation window (4) comprises an inclined plane waterproof baffle (4-1), an air filter screen (4-2) and an air inlet hole (4-3), the inclined plane waterproof baffle (4-1) is fixedly installed on the inner side surface of the air inlet hole (4-3), and the air filter screen (4-2) is fixedly installed between the inclined plane waterproof baffle (4-1) and the air inlet hole (4-3) through a support and a sealing rubber ring.
3. The cabinet for controlling engineering systems according to claim 1, wherein the cabinet body (5) comprises a humidity exhaust fan (5-1), a temperature control exhaust fan (5-2), a control panel (5-3), a data processing unit (5-4), a variable space bracket (5-5), a temperature sensing controller (5-6), a humidity sensing controller (5-7), a back plate (5-8) and a heater (5-9), the humidity sensing controller (5-7), the back plate (5-8) and the heater (5-9) are installed in the cabinet body (5) through the variable space bracket (5-5), and the variable space bracket (5-5) is installed with the control panel (5-3) and the data processing unit (5-4) at the front of the back plate (5-8) through screws and brackets Two through holes are formed in the upper portion of the engineering system control cabinet body (5) and are respectively provided with a humidity exhaust fan (5-1) and a temperature control exhaust fan (5-2).
4. The engineering system control cabinet as claimed in claim 1, wherein the cabinet base (6) comprises a wiring base housing (6-1), an incoming line appearing base buffer space (6-2), a base cover plate (6-3) and rubber sealing bolts (6-4), the incoming line appearing base buffer space (6-2) is arranged inside the wiring base housing (6-1), the incoming line appearing base buffer space (6-2) is connected with the base cover plate (6-3) through the rubber sealing bolts (6-4), the control panel (5-3) is electrically connected with the data processing unit (5-4), and the data processing unit (5-4) is respectively electrically connected with the temperature sensing controller (5-6), the humidity sensing controller (5-7), The temperature sensing controller (5-6) is electrically connected with the temperature control exhaust fan (5-2), and the humidity sensing controller (5-7) is electrically connected with the humidity exhaust fan (5-1).
5. The cabinet according to claim 3, wherein the humidity exhaust fan (5-1) and the temperature control exhaust fan (5-2) are provided with a cylinder at the upper part thereof, which is higher than the upper surface of the cabinet body (5) of the engineering system control cabinet.
6. The rack of claim 5, wherein the upper edges of the cylinders of the humidity exhaust fan (5-1) and the temperature control exhaust fan (5-2) are outwardly expanded.
7. The cabinet according to claim 3, wherein the variable space bracket (5-5) is provided with a plurality of connection interfaces.
8. The cabinet according to claim 4, wherein the incoming line pedestal buffer space (6-2) is equipped with a wire management device.
9. The cabinet according to claim 3, wherein more than two line fixing buckles are arranged inside the cabinet body (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122170379.9U CN215773865U (en) | 2021-09-08 | 2021-09-08 | Engineering system control cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122170379.9U CN215773865U (en) | 2021-09-08 | 2021-09-08 | Engineering system control cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215773865U true CN215773865U (en) | 2022-02-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122170379.9U Active CN215773865U (en) | 2021-09-08 | 2021-09-08 | Engineering system control cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215773865U (en) |
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2021
- 2021-09-08 CN CN202122170379.9U patent/CN215773865U/en active Active
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