CN208608560U

CN208608560U - A kind of explosion-proof isolation power switch cabinet

Info

Publication number: CN208608560U
Application number: CN201821300480.3U
Authority: CN
Inventors: 史英豪
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-13
Filing date: 2018-08-13
Publication date: 2019-03-15
Anticipated expiration: 2028-08-13

Abstract

The utility model provides a kind of explosion-proof isolation power switch cabinet, including cabinet body, cabinet door, protective pad observes piece, presses attached plate, wire support fixed rod structure, buffers panel structure, and sliding subtracts gland structure, connecting box, equipment fixed plate install bolt, connecting shaft, handle, swingle and shank are rotated, the cabinet door difference hinge connection is in the left and right sides of cabinet body；The protective pad is glued to the front surface middle position of cabinet door respectively.The setting of the utility model buffer board, separator tube, buffer spring and welding bars is conducive to reduce the impact force that cabinet body explosion time generates, lowers loss；The setting of protective pad, felt pad and neonychium is beneficial to prevent generation electric leakage and causes staff's electric shock and influence work；The setting of conduit, attachment base, mounting plate, arc panel and bolt and nut, being beneficial to prevent cabinet body explosion time leads to conductive contact ground, facilitates repairing work.

Description

A kind of explosion-proof isolation power switch cabinet

Technical field

The utility model belongs to electrical equipment technical field more particularly to a kind of explosion-proof isolation power switch cabinet.

Background technique

The main function of power switch cabinet be generated electricity in electric system, transmitted electricity, the conversion of distribution and electric energy during, Electrical equipment is opened and closed, controlled and is protected, the component in switchgear mainly has breaker, disconnecting switch, on-load switch, operation The composition such as mechanism, mutual inductor and various protective devices.There are many classification method of switchgear, such as can by breaker mounting means To be divided into withdraw-type switch cabinet and fixed switching cabinet；Or the difference according to cabinet body structure, open type switchgear, metal can be divided into Closed switch cabinet and metal enclosed armoured switch cabinet；High-tension switch cabinet, Medium voltage switch or circuit breaker can be divided into again according to voltage class is different Cabinet and low-tension switch cabinet etc. are primarily adapted for use in power plant, substation, petrochemical industry, metallurgical steel rolling, industry light industry textile industry, industrial enterprise With the various different occasions such as residential quarters, skyscraper, switchgear currently on the market be all in cabinet humidity and temperature into Row control, if Chinese patent discloses " a kind of power switch cabinet " (patent No.: CN204179516U), the patent, including it is cabinet body, more Root long bar, control cabinet, humidity sensor, Intelligent heater, cabinet body are equipped with cabinet door, and control cabinet is arranged in cabinet door, in cabinet body The bottom and top of side be symmetrically arranged with it is multipair determine hole, the both ends of the stock are placed in the fixation hole, equidistantly set on stock There are multiple hooks, dry packet is hung on the hook；It is equipped with solar panel at the top of the cabinet body, is equipped with humidity in control cabinet Signal lamp, moisture signal lamp and humidity sensor are electrically connected, and the light sensing switch of Intelligent heater is additionally provided in control cabinet, described The shortcomings that battery, light sensing switch, Intelligent heater one closed circuit of formation, above-mentioned patent, is: only to interior of the cabinet Humidity and temperature are monitored, and cabinet is easy to generate a large amount of heat in use, it is easy to fire, Er Qie electricity occur Power cabinet is when in use, it is easy to generate dust accretions, have an impact to the electric appliance inside electric power cabinet.

China Patent Publication No. is CN105305251A, and invention and created name is a kind of power switch cabinet, including cabinet body, institute The two sides for stating cabinet body are provided with cabinet door, and the front surface of the cabinet door is provided with handle, is fixedly installed at the top of the cabinet body Rain shade, the rain shade are internally provided with air accumulator, and the bottom of the air accumulator is fixedly connected with appendix, the gas transmission Pipe runs through and extends to the inside of cabinet body, solenoid valve is provided on the appendix, the solenoid valve and setting are in cabinet body inner wall On temperature sensor be electrically connected.The power switch cabinet, by setting blast pipe and air compartment out, reached heat dissipation with it is dust-proof Effect has reached the automatic cleaning effect of dust-catching board by setting hydraulic cylinder and liquid dust washing chamber, by setting support shaft and Flabellum has achieved the effect that dispersion discharge gas, by setting air accumulator and appendix, has reached and has conveyed and store up to fire-suppressant gas The effect deposited makes cabinet body have the function of fire extinguishing.But there is also easy conductions for existing power switch cabinet, do not have slow The problem of impulse force and conducting wire are easy ground connection.

Therefore, a kind of explosion-proof isolation power switch cabinet is invented to be very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of explosion-proof isolation power switch cabinet, existing to solve Power switch cabinet there is also easy conductions, do not have the problem of cushion effect and conducting wire are easy ground connection.A kind of explosion-proof isolation electricity Power switchgear, including cabinet body, cabinet door, protective pad observe piece, press attached plate, wire support fixed rod structure, and buffering insulate hardened Structure, sliding subtract gland structure, connecting box, and equipment fixed plate installs bolt, and connecting shaft rotates handle, swingle and shank, institute The cabinet door difference hinge connection stated is in the left and right sides of cabinet body；The protective pad is glued to the front surface interposition of cabinet door respectively It sets；The observation piece is embedded in the bosom position for the cabinet door that left side is arranged；The pressure attached plate is welded on left side setting Cabinet door on the left of middle position；The wire support fixed rod structure is mounted on the lower end of cabinet body；The buffering insulation board Structure is separately mounted to the left and right sides inner wall of cabinet body；The sliding subtracts the upper end that gland structure is mounted on connecting box；It is described Connecting box be bolted to the upper end of cabinet body；The equipment bolt of fixing plate is connected to the front surface top interposition of cabinet body It sets；The installation bolt thread is connected to the left and right sides upper inside wall middle position of connecting box；The connecting shaft runs through Middle position on the right side of the cabinet door of right side setting；The rotation is the rear end for being bolted to connecting shaft；The swingle point It is not welded among the front surface upper end of connecting shaft and lower end middle position；Axis connects in upper end setting the shank respectively In the groove that the upper end of swingle opens up；The shank also axis connects the groove opened up in the lower end of the swingle of lower end setting It is interior；The wire support fixed rod structure includes mounting base, conduit, attachment base, mounting plate, arc panel and bolt and nut, The conduit is welded on the upper end middle position of mounting base；The attachment base is respectively welded at the left and right sides of conduit Top；The mounting plate is respectively welded at the lower end of attachment base；Axis connects in the upper end of attachment base the arc panel respectively；Institute The through hole whorl attaching nut that bolt-through arc panel front surface upper middle position in the bolt and nut stated opens up.

Preferably, the buffering panel structure includes buffer board, felt pad, mounting rod, installs nut, separator tube, Buffer spring and welding bars, the felt pad are glued to the leftward position of buffer board；The separator tube is from top to bottom successively It is welded on the right side of buffer board；The lower end of the buffer spring is plugged on the right side bosom position of separator tube；Described The other end of buffer spring is socketed in the outer wall of mounting rod；The welding bars extend through buffer board upper end middle position and Lower end middle position；The installation nut is threaded in the outer wall leftward position of welding bars respectively.

Preferably, it includes dustproof cover that the sliding, which subtracts gland structure, compression spring, sliding panel, connecting rod, pressure plare, Neonychium and fixture nut, the upper end of the compression spring are from left to right successively welded on the lower end of dustproof cover；The cunning Movable plate is respectively welded at the left and right sides lower end of dustproof cover；The connecting rod is respectively welded at lower end of dustproof cover or so two Side；The other end of the compression spring is from left to right successively welded on the upper end of pressure plare；The neonychium is glued to guarantor The lower end of protection pad；The connecting rod extends through the left and right sides bosom position of pressure plare；The fixture nut spiral shell Line is connected to the lower end of connecting rod.

Preferably, the mounting plate offers the stainless steel plate of through-hole using front surface lower middle position；Described The through hole whorl attaching nut that bolt-through mounting plate front surface lower middle position in bolt and nut opens up；The installation The front surface middle position of plate, which is glued, the rubber pad with a thickness of three millimeters to five millimeters；Among the front surface of the arc panel Position, which is glued, the rubber pad with a thickness of three millimeters to five millimeters.

Preferably, the cabinet body is bolted to the upper end of mounting base；The conduit is in the lower end of cabinet body Portion middle position.

Preferably, the rubber pad that the felt pad uses with a thickness of three millimeters to five millimeters；The welding bars difference Through the upper end bosom position and lower end bosom position of felt pad.

Preferably, the mounting rod is respectively welded at left and right sides upper inside wall position and the lower position of cabinet body；Institute The left and right sides inner wall for being successively welded on cabinet body from top to bottom for the welding bars stated.

Preferably, the sliding panel is using internal longitudinal stainless steel plate for offering slide opening；The neonychium uses With a thickness of three millimeters to five millimeters of rubber pad；The stainless steel plate that the dustproof cover uses with a thickness of one millimeter to three millimeters.

Preferably, the sliding panel is plugged on the upper end bosom position of connecting box；The installation bolt-through The slide opening longitudinally opened up inside sliding panel；The dustproof cover is bolted to the upper end of connecting box.

Preferably, the rubber pad that the protective pad uses with a thickness of five millimeters to ten millimeters；The observation piece uses With a thickness of three millimeters to five millimeters of transparent plastic sheet.

Compared with prior art, the utility model has the following beneficial effects:

1. in the utility model, the buffer board, separator tube, the setting of buffer spring and welding bars is conducive to reduce The impact force that cabinet body explosion time generates lowers loss.

2. in the utility model, the protective pad, the setting of felt pad and neonychium is beneficial to prevent generation electric leakage and makes At staff's electric shock and influence work.

3. in the utility model, the conduit, attachment base, mounting plate, the setting of arc panel and bolt and nut, favorably In preventing cabinet body explosion time from leading to conductive contact ground, facilitate repairing work.

4. in the utility model, the attachment base, mounting plate, the setting of arc panel and bolt and nut is conducive to fix The conducting wire of different-diameter, is conveniently installed and fixed work.

5. in the utility model, the dustproof cover, the setting of compression spring and pressure plare advantageously reduces cabinet body explosion When the impact force that generates prevent from hitting winged dustproof cover injury staff.

6. in the utility model, the cabinet body, the setting of cabinet door and observation piece facilitates look at the work of electrical equipment Situation, convenient to overhaul and maintenance.

7. in the utility model, the dustproof cover, sliding panel, the setting of connecting box and installation bolt is conducive to fix While dustproof cover, the impact force of cabinet body explosion time is reduced.

8. in the utility model, the buffer board, the setting of mounting rod and installation nut is conducive to fixed buffer board, Prevent buffer board from falling influence buffer function.

Detailed description of the invention

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

Fig. 2 is the structural schematic diagram of the wire support fixed rod structure of the utility model.

Fig. 3 is the structural schematic diagram of the buffering panel structure of the utility model.

Fig. 4 is that the sliding of the utility model subtracts the structural schematic diagram of gland structure.

In figure:

1, cabinet body；2, cabinet door；3, protective pad；4, piece is observed；5, attached plate is pressed；6, wire support fixed rod structure；61, it installs Seat；62, conduit；63, attachment base；64, mounting plate；65, arc panel；66, bolt and nut；7, panel structure is buffered；71, delay Punching；72, felt pad；73, mounting rod；74, nut is installed；75, separator tube；76, buffer spring；77, welding bars；8, sliding subtracts Gland structure；81, dustproof cover；82, compression spring；83, sliding panel；84, connecting rod；85, pressure plare；86, neonychium；87, solid Determine nut；9, connecting box；10, equipment fixed plate；11, bolt is installed；12, connecting shaft；13, handle is rotated；14, swingle；15, it inserts Extension bar.

Specific embodiment

The utility model is specifically described with reference to the accompanying drawing, as shown in Figure 1 and Figure 2, a kind of explosion-proof isolation Power switch cabinet, including cabinet body 1, cabinet door 2, protective pad 3 observe piece 4, press attached plate 5, wire support fixed rod structure 6, buffering is absolutely Listrium structure 7, sliding subtract gland structure 8, connecting box 9, equipment fixed plate 10, install bolt 11, connecting shaft 12, rotation 13, Swingle 14 and shank 15, the cabinet door 2 distinguish hinge connection in the left and right sides of cabinet body 1；The protective pad 3 is distinguished It is glued to the front surface middle position of cabinet door 2；The observation piece 4 is embedded in the bosom position for the cabinet door 2 that left side is arranged； The pressure attached plate 5 is welded on the 2 left side middle position of cabinet door that left side is arranged；The wire support fixed rod structure 6 is installed In the lower end of cabinet body 1；The buffering panel structure 7 is separately mounted to the left and right sides inner wall of cabinet body 1；The sliding subtracts Gland structure 8 is mounted on the upper end of connecting box 9；The connecting box 9 is bolted to the upper end of cabinet body 1；The equipment is solid Fixed board 10 is bolted to the front surface upper middle position of cabinet body 1；The installation bolt 11 is threaded in connecting box 9 Left and right sides upper inside wall middle position；The connecting shaft 12 runs through the 2 right side middle position of cabinet door of right side setting；Described Rotate the rear end for being bolted to connecting shaft 12 13；The swingle 14 is respectively welded at the front surface upper end of connecting shaft 12 Intermediate and lower end middle position；Axis connects the groove opened up in the upper end of the swingle 14 of upper end setting to the shank 15 respectively It is interior；The shank 15 is gone back axis and is connect in the groove that the lower end of the swingle 14 of lower end setting opens up；The wire support Fixed rod structure 6 includes mounting base 61, conduit 62, attachment base 63, mounting plate 64, arc panel 65 and bolt and nut 66, described Conduit 62 be welded on the upper end middle position of mounting base 61；The attachment base 63 is respectively welded at the left and right of conduit 62 Two upper lateral parts；The mounting plate 64 is respectively welded at the lower end of attachment base 63；Axis connects and is connecting the arc panel 65 respectively The upper end of seat 63；The through-hole spiral shell that 65 front surface upper middle position of bolt-through arc panel in the bolt and nut 66 opens up Line attaching nut；When installation, in place the installation of mounting base 61, makes conducting wire through mounting base 61 and conduit 62, lead to It crosses the through-hole opened up at left and right sides of 62 upper end of conduit to export conducting wire, conducting wire is made to connect equipment, unclamp in bolt and nut 66 Nut is socketed in the outer wall of conducting wire using arc panel 65, uses bolt-through arc panel 65 in bolt and nut 66 and mounting plate 64 Threaded coupling nut fixes conducting wire, and conductive contact ground influences work after preventing cabinet body 1 from exploding.

In the present embodiment, in conjunction with shown in attached drawing 3, the buffering panel structure 7 includes buffer board 71, felt pad 72, mounting rod 73 installs nut 74, and separator tube 75, buffer spring 76 and welding bars 77, the felt pad 72 are glued to buffering The leftward position of plate 71；The separator tube 75 is successively welded on the right side of buffer board 71 from top to bottom；The buffer spring 76 lower end is plugged on the right side bosom position of separator tube 75；The other end of the buffer spring 76 is socketed in mounting rod 73 outer wall；The welding bars 77 extend through the upper end middle position and lower end middle position of buffer board 71；The peace Loading nut 74 is threaded in the outer wall leftward position of welding bars 77 respectively；Explosion time occurs, is pushed and is buffered by buffer board 71 Spring 76 generates cushion effect, reduces damage and collision of the impact force of 1 explosion time of cabinet body to cabinet body 1, while passing through felt pad 72 Prevent conducting wire from leaking electricity, the accident for making work man-hour get an electric shock.

In the present embodiment, in conjunction with shown in attached drawing 4, it includes dustproof cover 81, compression spring that the sliding, which subtracts gland structure 8, 82, sliding panel 83, connecting rod 84, pressure plare 85, neonychium 86 and fixture nut 87, the upper end of the compression spring 82 is from a left side The lower end of dustproof cover 81 is successively welded on to the right side；The sliding panel 83 is respectively welded at the left and right sides lower end of dustproof cover 81； The connecting rod 84 is respectively welded at left and right sides of the lower end of dustproof cover 81；The other end of the compression spring 82 from a left side to The right side is successively welded on the upper end of pressure plare 85；The neonychium 86 is glued to the lower end of neonychium 86；The connecting rod 84 Extend through the left and right sides bosom position of pressure plare 85；The fixture nut 87 is threaded under connecting rod 84 End；While explosion, pushes compression spring 82 to form buffer strength by pressure plare 85, prevent rushing for 1 explosion time of cabinet body generation Power is hit, dustproof cover 81 causes the accident, while by the setting of sliding panel 83 and installation bolt 11, carrying out secondary buffer work, The dynamics that the impact force that 1 explosion time of cabinet body generates is minimized, plays the explosion-proof work of cabinet body 1.

In the present embodiment, specifically, the mounting plate 64 offers through-hole using front surface lower middle position Stainless steel plate；The through hole whorl that 64 front surface lower middle position of bolt-through mounting plate in the bolt and nut 66 opens up Attaching nut；The front surface middle position of the mounting plate 64, which is glued, the rubber pad with a thickness of three millimeters to five millimeters；Institute The front surface middle position for the arc panel 65 stated, which is glued, the rubber pad with a thickness of three millimeters to five millimeters.

In the present embodiment, specifically, the cabinet body 1 is bolted to the upper end of mounting base 61；The conduit 62 run through the lower end bosom position of cabinet body 1.

In the present embodiment, specifically, the felt pad 72 is using the rubber pad with a thickness of three millimeters to five millimeters；Institute The welding bars 77 stated extend through the upper end bosom position and lower end bosom position of felt pad 72.

In the present embodiment, specifically, the mounting rod 73 is respectively welded at the left and right sides upper inside wall position of cabinet body 1 It sets and lower position；The welding bars 77 are successively welded on the left and right sides inner wall of cabinet body 1 from top to bottom.

In the present embodiment, specifically, the sliding panel 83 is using internal longitudinal stainless steel plate for offering slide opening；Institute The neonychium 86 stated is using the rubber pad with a thickness of three millimeters to five millimeters；The dustproof cover 81 uses with a thickness of one millimeter extremely Three millimeters of stainless steel plate.

In the present embodiment, specifically, the sliding panel 83 is plugged on the upper end bosom position of connecting box 9；Institute The slide opening that the installation bolt 11 stated longitudinally is opened up through 83 inside of sliding panel；The dustproof cover 81 is bolted to connecting box 9 Upper end.

In the present embodiment, specifically, the protective pad 3 is using the rubber pad with a thickness of five millimeters to ten millimeters；Institute The observation piece 4 stated is using the transparent plastic sheet with a thickness of three millimeters to five millimeters.

Working principle

In the utility model, when installation, in place the installation of mounting base 61, makes conducting wire through mounting base 61 and lead Spool 62 is exported conducting wire by the through-hole opened up at left and right sides of 62 upper end of conduit, and conducting wire is made to connect equipment, unclamps bolt spiral shell Nut in mother 66, the outer wall of conducting wire is socketed in using arc panel 65, uses 65 He of bolt-through arc panel in bolt and nut 66 64 threaded coupling nut of mounting plate fixes conducting wire, and conductive contact ground influences work after preventing cabinet body 1 from exploding, and explodes When, buffer spring 76 is pushed by buffer board 71, generates cushion effect, reduces damage of the impact force of 1 explosion time of cabinet body to cabinet body 1 And collision, while preventing conducting wire from leaking electricity by felt pad 72, the accident for making work man-hour get an electric shock is logical while explosion Excess pressure plate 85 pushes compression spring 82 to form buffer strength, the impact force for preventing 1 explosion time of cabinet body from generating, by dustproof cover 81, It causes the accident, while by the setting of sliding panel 83 and installation bolt 11, carrying out secondary buffer work, 1 explosion time of cabinet body is produced The dynamics that raw impact force is minimized plays the explosion-proof work of cabinet body 1.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model It encloses.

Claims

1. a kind of explosion-proof isolation power switch cabinet, which is characterized in that the explosion-proof isolation power switch cabinet includes cabinet body (1), cabinet door (2), protective pad (3) are observed piece (4), are pressed attached plate (5), wire support fixed rod structure (6), are buffered panel structure (7), sliding Dynamic to subtract gland structure (8), connecting box (9), equipment fixed plate (10) is installed bolt (11), connecting shaft (12), is rotated (13), Swingle (14) and shank (15), the left and right sides of the cabinet door (2) the difference hinge connection in cabinet body (1)；Described is anti- Protection pad (3) is glued to the front surface middle position of cabinet door (2) respectively；The observation piece (4) is embedded in the cabinet door that left side is arranged (2) bosom position；The pressure attached plate (5) is welded on middle position on the left of the cabinet door (2) that left side is arranged；Described leads Line support fixed rod structure (6) is mounted on the lower end of cabinet body (1)；The buffering panel structure (7) is separately mounted to cabinet body (1) left and right sides inner wall；The sliding subtracts the upper end that gland structure (8) is mounted on connecting box (9)；The connecting box (9) it is bolted to the upper end of cabinet body (1)；The equipment fixed plate (10) is bolted to the front surface top of cabinet body (1) Middle position；The installation bolt (11) is threaded in the left and right sides upper inside wall middle position of connecting box (9)；It is described Connecting shaft (12) through right side setting cabinet door (2) on the right side of middle position；(13) are bolted to connection by the rotation The rear end of axis (12)；The swingle (14) is respectively welded among the front surface upper end of connecting shaft (12) and lower end interposition It sets；Axis connects in the groove that the upper end of the swingle (14) of upper end setting opens up the shank (15) respectively；Described inserts Extension bar (15) is gone back axis and is connect in the groove that the lower end of the swingle (14) of lower end setting opens up；The wire support fixed link knot Structure (6) includes mounting base (61), conduit (62), attachment base (63), mounting plate (64), arc panel (65) and bolt and nut (66), the conduit (62) is welded on the upper end middle position of mounting base (61)；The attachment base (63) is respectively welded On the left and right sides top of conduit (62)；The mounting plate (64) is respectively welded at the lower end of attachment base (63)；Described Axis connects in the upper end of attachment base (63) arc panel (65) respectively；Bolt-through arc panel (65) in the bolt and nut (66) The through hole whorl attaching nut that front surface upper middle position opens up.

2. explosion-proof isolation power switch cabinet as described in claim 1, which is characterized in that the buffering panel structure (7) Including buffer board (71), felt pad (72), mounting rod (73) is installed nut (74), separator tube (75), buffer spring (76) and weldering Extension bar (77), the felt pad (72) are glued to the leftward position of buffer board (71)；The separator tube (75) is from top to bottom Successively it is welded on the right side of buffer board (71)；The lower end of the buffer spring (76) is plugged on inside the right side of separator tube (75) Middle position；The other end of the buffer spring (76) is socketed in the outer wall of mounting rod (73)；The welding bars (77) point Not Guan Chuan buffer board (71) upper end middle position and lower end middle position；The installation nut (74) is threaded in respectively The outer wall leftward position of welding bars (77).

3. explosion-proof isolation power switch cabinet as claimed in claim 2, which is characterized in that the sliding subtracts gland structure (8) Including dustproof cover (81), compression spring (82), sliding panel (83), connecting rod (84), pressure plare (85), neonychium (86) and fixation Nut (87), the upper end of the compression spring (82) are from left to right successively welded on the lower end of dustproof cover (81)；The cunning Movable plate (83) is respectively welded at the left and right sides lower end of dustproof cover (81)；The connecting rod (84) is respectively welded at dustproof cover (81) at left and right sides of lower end；The other end of the compression spring (82) is from left to right successively welded on the upper of pressure plare (85) End；The neonychium (86) is glued to the lower end of neonychium (86)；The connecting rod (84) extends through pressure plare (85) Left and right sides bosom position；The fixture nut (87) is threaded in the lower end of connecting rod (84).

4. explosion-proof isolation power switch cabinet as described in claim 1, which is characterized in that the mounting plate (64) uses positive table Face lower middle position offers the stainless steel plate of through-hole；Bolt-through mounting plate (64) in the bolt and nut (66) is just The through hole whorl attaching nut that surface lower portions middle position opens up；The front surface middle position of the mounting plate (64), which is glued, to be had With a thickness of three millimeters to five millimeters of rubber pad；The front surface middle position of the arc panel (65), which is glued, to be had with a thickness of three millis Meter Zhi Wu millimeters of rubber pad.

5. explosion-proof isolation power switch cabinet as described in claim 1, which is characterized in that the cabinet body (1) is bolted to The upper end of mounting base (61)；The conduit (62) runs through the lower end bosom position of cabinet body (1).

6. explosion-proof isolation power switch cabinet as claimed in claim 2, which is characterized in that the felt pad (72) uses thickness For three millimeters to five millimeters of rubber pad；The welding bars (77) extend through the upper end bosom position of felt pad (72) With lower end bosom position.

7. explosion-proof isolation power switch cabinet as claimed in claim 2, which is characterized in that the mounting rod (73) is respectively welded In the left and right sides upper inside wall position of cabinet body (1) and lower position；The welding bars (77) successively weld from top to bottom In the left and right sides inner wall of cabinet body (1).

8. explosion-proof isolation power switch cabinet as claimed in claim 3, which is characterized in that the sliding panel (83) is using internal Longitudinal direction offers the stainless steel plate of slide opening；The neonychium (86) is using the rubber pad with a thickness of three millimeters to five millimeters；Institute The dustproof cover (81) stated is using the stainless steel plate with a thickness of one millimeter to three millimeters.

9. explosion-proof isolation power switch cabinet as claimed in claim 3, which is characterized in that described sliding panel (83) company of being plugged on Connect the upper end bosom position of case (9)；The slide opening that the installation bolt (11) longitudinally opens up inside sliding panel (83)； The dustproof cover (81) is bolted to the upper end of connecting box (9).