KR100621870B1 - Apparatus for cleaning parts of generating facilities - Google Patents

Abstract

The present invention relates to a component washing apparatus for power generation equipment that can quickly wash various components by spraying various kinds of cleaning solvents including water, and a frame having both upper sides open and supported by a plurality of legs, and the frame. It is mounted on the upper part of the main body including a washing space having a lower and the other side open and a viewing window is provided in the front and rear, and the upper part of the frame is provided in the open cleaning space to transport the parts to the parts into the cleaning space A means, an elevating cover provided to be elevated on the other side of the main body, an inclined discharge hopper provided on the lower sides of the open portions of the frame and including the other discharge portion, and storing the cleaning solvent tank in both the front and rear sides of the lower portion of the frame. One tank of the two tanks and an interconnecting tank connector, which are provided for movement by means of A power generation facility including two washing solvent tanks having a connecting pipe and an upper filter network having an upper filter network at one side thereof, and spraying means for injecting water into the washing space from the front and the front and rear of the main body. It features a component cleaning device.

In addition, the upper center is open and the frame is supported by a plurality of legs, and the inclined discharge hopper is mounted on top of the frame, the upper part is open, the lower part is open, and the upper part of the inclined discharge hopper is provided The main body includes a washing space provided with a vertical rod grid consisting of a plurality of vertical rods, and a swivel cover provided with a perspective window in front of the main body to enable rotation opening and closing about a rear hinge axis. And a washing solvent tank provided at a lower portion of the frame to be moved forward and rearward through a washing solvent tank receiving means and including an upper filter net and provided with a pump connection pipe, and an inside of the washing space. Characterized in that the component cleaning device for power generation equipment including a spray means for spraying the cleaning solvent in the upper and left and right front The.

Power plant, parts and cleaning

Description

Apparatus for cleaning parts of generating facilities}

1 is a perspective view showing a washing apparatus of a first embodiment according to the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a cross-sectional view taken along the line B-B in FIG.

Figure 4 is a perspective view showing a washing device of a second embodiment according to the present invention.

5 is a cross-sectional view taken along the line C-C of FIG.

6 is a cross-sectional view taken along the line D-D of FIG. 4.

<Explanation of symbols for the main parts of the drawings>

1: frame

    11: leg

    12: cleaning solvent tank

         121: tank connector

         122: upper filter net

         123: pump connector

    13: cleaning solvent tank storage means

         131: rail, 132: bogie, 133: bogie wheel, 134: guide roller

2: body

    21: washing space

    22: see-through window

    23: lift cover

         231: drive unit, 232: rack, 233: drive motor, 234: pinion

    24: open washing space

    25: Cleaning solvent gradient discharge hopper

3: Cleaning part transfer means

    31: guide rail

    32: feed cart

         321: vertical rod grid

    33: drive means

         331: balance bracket, 332: horizontal tapped hole, 333: spiral shaft,

         334 motor

4: injection means

    41: upper injection means

    42: angle change side injection means

    43 pumping means

        431: pump, 432: supply pipe, 433: injection gun, 434: line filter

    44: manual means

5: frame

    51: legs

    52: solvent cleaning tank

         521: pump connection hose, 522: upper filter network

    53: cleaning solvent tank storage means

         531: rail, 532: bogie, 533: bogie wheel, 534: guide roller

6: washing space

    61: inclined discharge hopper

    62: vertical rod grid

7: swivel cover

    71: viewing window

    72: hinge axis

8: injection means

    81: upper injection means

    82: angle change side injection means

    83: pumping means

         831: pump, 832: supply pipe, 833: injection gun, 834: line filter

    84: manual means

9: manual opening and closing operation

    91: gear

    92: reducer

         921: Gear

    93: handle

The present invention relates to a component washing apparatus for a power plant, and more particularly, to a component washing apparatus for a power plant that can quickly wash various components by spraying various kinds of cleaning solvents including water.

In general, overhaul maintenance (hereinafter referred to as "overhaul") of the power generation facilities, many parts are dismantled, these parts are cleaned and removed to remove the foreign matter and reassembled after the inspection process.

Previously, when washing the parts that make up the power generation facilities, the parts were manually cleaned by hand spraying the water through the hand gun, or the foreign substances were removed by manual brushing while the parts were soaked in a container containing the cleaning agent.

However, as described above, the manual water spraying operation has a problem in that it is impossible to use a cleaning solvent having a good cleaning performance because the work place is constrained and the recovery solvent cannot be recovered. In addition, since the cleaning solvent can not be utilized to increase the work efficiency by spraying at a high pressure, the cleaning efficiency is lowered, and accordingly, a lot of manpower must be put into it, thereby causing an excessive cost of washing.

In particular, when washing large parts such as stud bolts or blocks of hydraulic equipment, which are large parts of the generator, it is difficult to wash them one by one, and heavy parts are not easy to handle. Besides the problem, there was a risk of safety accidents.

Accordingly, the present invention has been invented to solve the above problems, a component washing apparatus for power generation equipment to automatically clean the various components constituting the generator by automatically spraying the washing solvent with excellent cleaning power at high pressure and circulating itself. For the purpose of providing it.

It is also an object of the present invention to provide a component cleaning apparatus for power generation equipment that can simultaneously clean large components such as stud bolts and blocks of hydraulic equipment, as well as several small components.

The present invention for achieving the above object, the upper both sides are open and the frame is supported by a plurality of legs, and the upper and lower sides are opened on the upper portion of the frame is provided with a viewing window in the front, rear A main body including a washing space, a component conveying means provided at an upper portion of the frame to inject a component into the washing space in an open washing space, a lifting cover provided to be elevated on the other side of the main body, and both sides of the frame being opened; Among the two tanks, the inclined discharge hopper provided at the lower part of the part and including the other side discharge part, the tank connecting pipe and the two tanks, which are provided to be movable through the washing solvent tank receiving means in the front and rear on both sides of the lower part of the frame. Two washing solvent tanks with one open top with one pump connection pipe on one side and an upper filter net on the other. And will be at the top and the front and rear of the main body characterized by a part washing device for power generation equipment comprising a spraying means for spraying water into said washing space.

In addition, the upper center is open and the frame is supported by a plurality of legs, and the inclined discharge hopper is mounted on top of the frame, the upper part is open, the lower part is open, and the upper part of the inclined discharge hopper is provided The main body includes a washing space provided with a vertical rod grid made of a plurality of vertical rods, and a swivel cover provided with a viewing window in front of the main body to enable rotation opening and closing about a rear hinge axis. And a washing solvent tank provided at a lower portion of the frame to be moved forward and rearward through a washing solvent tank receiving means and including an upper filter net and provided with a pump connection pipe, and an inside of the washing space. Characterized in that the component cleaning device for power generation equipment including a spray means for spraying the cleaning solvent in the upper and left and right front The.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The washing apparatus of the first embodiment according to the present invention includes a frame 1 having both upper sides open and supported by a plurality of legs 11, and an upper open washing space 24 of the frame 1. A main body 2 including a washing space 21 having a lower side and the other side open and a viewing window 22 at the front side thereof, and an upper portion of the frame 1 provided with a component to the washing space 21. Parts conveying means (3) for reciprocating between the open washing space (24) to accommodate the parts, the lifting cover (23) provided on the other side of the main body (2) to block the washing space 21, and the frame ( 1) the inclined discharge hopper 25 provided at the lower part of the two washing spaces provided at the upper part and including the other discharge part, and the washing solvent tank receiving means 13 at the front and rear sides of the lower part of the frame 1; Is provided so as to be movable through and there is a connection pipe 121 to connect with the hose and the mutual One side of the two is provided with a pump connection pipe 123 and the other side is provided with an upper filter net 122, the two upper open washing water tank 12, the top and front of the main body 2, It consists of a spray means (4) for injecting water into the washing space 21 through the rear.

In particular, the injection means 4, the upper injection means 41 provided on the upper portion of the main body 2 so as to spray the cleaning solvent in the washing space 21 in the washing space without gap, and the A plurality of angle changing side injection means 42 provided on both sides of the main body 2 and designed to prevent external leakage while changing the spraying direction to adjust the spray angle of the side nozzles to concentrate the washing water on the workpiece. And a pump 431 and a plurality of supply pipes 432 for forcibly circulating the cleaning solvent of the cleaning solvent tank 12 and forcibly conveying the cleaning solvent to the spray head 41 and the angle change injection means 42. It comprises a pumping means 43 composed of a cartridge type line filter 434.

In addition, the pumping means 43 further includes a spray gun 433 which is drawn out into the washing space 21 to be manually washed. In addition, the front of the main body 2 in order to block the cleaning agent sprayed inside even if the operator puts his hand so that the operator can receive the injection gun 433 drawn into the interior of the washing space 21 from the outside. The configured manual means 44 is further provided.

In addition, the cleaning part transfer means 3 is provided with a guide rail 31 provided in front and rear of the upper part of the frame 1 and the guide rail 31 so as to be movable left and right. A vertical rod grid 321 is provided on the upper part so that the parts to be cleaned are lifted, and the upper and lower moving trolleys 32 are penetrated, and the upper and lower sides of the frame 1 and the lower trolley 32. It is provided with a drive means 33 for moving the moving cart 32 to the left and right.

In particular, the vertical rod constituting the vertical rod grid 321 uses a stainless round rod, thereby reinforcing the rigidity that can accommodate heavy components, as well as minimizing contact with the components to prevent recontamination of the components and damage to the components. It can be prevented.

In addition, the driving means 33 is a bracket 331 protruding to the lower portion of the moving cart 32 and including a horizontal tab hole 332, and both ends are rotatably fixed to the upper side of the frame (1). And a spiral shaft 333 fastened to the horizontal tab hole 332 and rotated through the motor 334.

In addition, the other side of the upper frame (1) is provided with an open washing space 24 in which the front and rear, the side plate further protrudes to the top so that the operator can manually brush or wash the wash. .

In addition, the lifting cover 23 includes a driving unit 231 to be lifted and lifted by a motor.

The driving unit 231 includes a vertical rack 232 provided at one side of the elevating cover 23 and a pinion 234 provided at an upper portion of the main body 2 to rotate in engagement with the vertical rack 232. It is composed of a motor (233).

On the other hand, the cleaning solvent tank receiving means 13, the rail 131 is fixed to the lower portion between the front and rear legs 11 of the frame 1, and the cleaning solvent tank 12 It is composed of a trolley wheel 133 mounted on the front and moved in close contact with the ground, and a rear guide roller 134 moved on the rail 131 at the rear.

Hereinafter, the operation relationship of the first embodiment according to the present invention configured as described above is as follows.

As shown in Figures 1 to 3, when performing the cleaning of the parts, first lift the lifting cover 23 provided on the other side of the main body 2 through the operation of the drive unit 231.

Next, the motor 334 of the driving means 33 in a state where the component is placed on the vertical rod grid 321 of the moving cart 32 constituting the component conveying means 3 stationary in the open washing space 24. Operate the moving cart 32 into the washing space 21 formed in the main body (2).

Next, the preparation of the washing operation is completed in the state in which the lifting cover 23 is closed again.

Next, by operating the pumping means 43 in a state in which the parts are put into the main body 2 as described above by spraying a cleaning solvent on the parts put into the washing space 21 to wash the parts. That is, when the pumping means 43 is operated as described above, the washing solvent filled in the tank through the pump 431 is introduced into each of the supply pipes 432 and the upper injection means 41 connected to each of the supply pipes 432. The cleaning solvent is injected from the angle change injection means 42 to wash the parts. And when the cleaning solvent is injected from the upper injection means 41 and the angle change injection means 42 of the side as described above, spraying the cleaning solvent in the whole orientation of the cleaning space 21, the operation of the spray nozzle angle, or work The concentration can be adjusted to the water to maximize the cleaning ability.

And after washing the parts through the above process, again by opening the lifting cover 23, the cleaning process through the process of discharging the moving cart 32 from the washing space 21 to the open washing space 24 To complete. In addition, since the upper washing space 24 is open at the top, it is possible to safely store heavy workpieces or the like by using an external crane or other transportation means.

Therefore, when using the cleaning device as described above it is possible to facilitate the washing of large parts by using the cleaning part transfer means (3).

In addition, the washing solvent tank 12 may be provided on both sides, and the washing solvent dropped after being sprayed may be completely recovered through the inclined discharge hopper 25 to continuously circulate the washing solvent to be supplied to the washing apparatus. The connecting pipe 121 interconnecting each of the cleaning solvent tanks 12 and the connecting pipe 123 connecting the cleaning solvent tank 12 and the pumping means are constructed of flexible materials and easy coupling to clean. The connection and separation with the solvent tank is simple, and each tank can be easily stored, thereby facilitating the management of the cleaning solvent.

In addition, by operating the valve installed in the supply pipe 432 initially spray directly without passing through the line filter 434, and after the initial cleaning, the valve is operated again by spraying the cleaning solvent through the line filter 434 to rinse operation By extending the life of the filter and ensuring the cleaning quality, it is possible to circulate the cleaning solvent.

Figure 4 is a perspective view showing a washing apparatus of a second embodiment according to the present invention, Figure 5 is a cross-sectional view taken along the line C-C of Figure 4, Figure 6 is a cross-sectional view taken along the line D-D of FIG.

Accordingly, the washing apparatus of the second embodiment according to the present invention includes a frame 5 which is open to the top and is supported by a plurality of legs 51, and is mounted on the upper part of the frame 5, and the upper part is opened and the center of the lower part. A main body including a washing space (6) having an open inclined discharge hopper (61) and having a vertical bar grid (62) consisting of a plurality of vertical rods on which parts are placed, and an upper portion of the main body. The swivel cover 7 is provided to enable the rotation opening and closing around the rear hinge shaft 72, and the viewing window 71 is provided in the front, and the cleaning solvent tank in the lower part of the frame 5 forward and backward. The cleaning solvent tank which is provided to be movable through the receiving means 53 and includes an upper filter net 522 and is provided with a pump connection pipe 521 and which is open at the top to put the upper filter net 522 ( 52) and the upper part and the main body of the swivel cover 7 Before, after and including the injection means (8) for injecting the cleaning agent inside the cleaning space 6 from the side.

In particular, the injection means (8), the upper injection means 81 provided on the upper portion of the swivel cover (7) so as to be able to spray the cleaning solvent in the cleaning space (6) without gap, and the washing space A plurality of angle changing side injection means 82 and cleaning solvent tank 52 which are provided before and after (6) to change the spraying angle of the cleaning solvent to block the external leakage of the cleaning solvent while concentrating the spray on the workpiece. It consists of a pumping means (83) for forcibly circulating the cleaning solvent of the upper injection means 81 and each of the angle-changing side injection means 82 supply pressure supply of the cleaning solvent.

In addition, the pumping means 83 further includes a spray gun 833 which is drawn out into the washing space to be manually washed. Further, in front of the washing space 6, the manual hand means 84 is designed to block external leakage of the washing solvent sprayed even when the operator's hand is put in such that the spray gun 833 can be received from the outside by the operator. It is provided.

In addition, the vertical rods constituting the vertical rod grid 62 uses stainless round rods to reinforce rigidity to accommodate heavy workpieces, and to minimize contact points with components, thereby preventing recontamination of components and Damage can be prevented.

And, one side of the hinge shaft 72 is further provided with a manual opening and closing operation unit 9 for opening and closing the swivel cover 7 through the operator's operation.

That is, the manual opening and closing operation unit 9 includes a gear 91 provided at one side of the hinge shaft 72 and a gear 921 provided at one side of the washing space 6 to mesh with the gear 91. It comprises a reducer 92 and a handle 93 for transmitting a rotational force to the reducer 92.

On the other hand, the cleaning solvent tank accommodating means 53 is equipped with a rail 531 which is provided in the longitudinal direction at the bottom of both legs of the front and rear of the frame and the cleaning solvent tank 52 and closely adheres to the ground in front. It is composed of a cart 532 having a guide wheel 534 on both sides of the trolley wheel 533 and the rear to move by the rail 531.

Hereinafter, the operation relationship of the second embodiment according to the present invention configured as described above is as follows.

As shown in Figures 4 to 6, when performing the cleaning of the parts, first operating the manual opening and closing operation unit 9 provided on the other side of the main body 6 by rotating the swivel cover (7) to open do.

Next, the parts to be cleaned from the outside are placed on the vertical rod grid 62 provided in the washing space 6, and then the manual opening / closing operation part 9 is operated again to close the swivel cover 7 to prepare for the washing operation. do.

Next, by operating the pumping means 83 in a state in which the parts are put into the washing space 6 as described above by spraying the cleaning solvent on the parts put into the washing space 6 to wash the parts. That is, when the pumping means 83 is operated as described above, the cleaning solvent sucked from the cleaning solvent tank 52 through the pump 831 is introduced into each supply pipe 832, and thus the upper part connected to each supply pipe 832. The cleaning solvent is sprayed from the injection means 81 and the side injection means 82 capable of changing the angle to wash the parts. When the cleaning solvent is injected from the upper injection means 81 and the angle change side injection means 82 of the side as described above, the spray solvent is sprayed to the full orientation of the cleaning space 61 at the angle of the injection nozzle, or By focusing on the workpiece, you can maximize cleaning performance. The connection pipe 521 connecting between the cleaning solvent tank 52 and the pump 831 uses a flexible material and is connected by a coupling to easily connect and disconnect the cleaning solvent tank 52. It is to facilitate the management of the cleaning solvent.

In addition, by directly operating the valve installed in the supply pipe 532 to bypass the line filter 834 to perform the initial washing and then to operate the valve again to spray the cleaning solvent via the line filter 834 to rinse. This improves the cleaning quality and extends the life of the line filter.

At this time, the sprayed cleaning solvent is completely recovered to the cleaning solvent tank 52 through the lower inclined discharge hopper 61 and continuously circulated.

And after washing the parts through the above process, again to open the swivel cover (7) and then to complete the cleaning process through the process of discharging the parts.

Therefore, when using the cleaning device as described above it is possible to easily and quickly perform the cleaning of various parts.

As described above, the present invention has an effect of maximizing the cleaning efficiency by allowing the components of the power generation facility to be easily washed through the injection of the cleaning solvent.

In addition, by allowing large parts such as stud bolts and hydraulic equipment blocks to be cleaned at the same time, it is also possible to maximize the cleaning efficiency of large parts.

In addition, by using a cleaning solvent having excellent washing power, it can be spray-washed at a high pressure, thereby improving the cleaning quality of various parts.

In addition, since it is easy to separate and store the cleaning solvent tank, it is easy to manage the cleaning solvent, thereby reducing the cost by extending the life of the cleaning solvent.

While the present invention has been described with reference to the accompanying drawings, it will be apparent to those skilled in the art that many various obvious modifications are possible without departing from the scope of the invention from this description. Therefore, the scope of the invention should be construed by the claims described to include many such variations.

Claims (12)

A frame 1 having both upper sides open and supported by a plurality of legs 11, A main body 2 including a washing space 21 mounted on an upper portion of the frame 1 and having a lower side and another side open and having a viewing window 22 at the front and the rear; It is provided on the upper portion of the frame (1) and the component conveying means (3) for injecting the component into the washing space 21 in the open washing space 24, An elevating cover 23 provided to be elevated on the other side of the main body 2, An inclined discharge hopper 62 which is provided under both open portions of the frame 1 and includes the other discharge portion; The tank connecting pipe 121 and one of the two tanks, which are provided to be movable through the washing solvent tank receiving means 13 on both sides of the lower part of the frame 1 and are connected to each other, are connected to the pump connection pipe. (123) is provided with two cleaning solvent tanks (12), the top of which is provided with an upper filter net (122) is opened on one side, And a spray means (4) for injecting water into the washing space (21) from the top, front, and rear of the main body (2). The method of claim 1, wherein the cleaning part transfer means 3, Guide rails 31 provided in front and rear of the upper part of the frame 1, The guide rail 31 is provided so as to be movable left and right, and a vertical rod grid 321 consisting of a plurality of vertical rods is provided at the upper and lower portions thereof, and a transfer cart 32 through which parts are raised. Wow, The upper part of the frame (1) and the lower portion of the transport cart (32) is provided, the component washing apparatus for a power plant characterized in that it comprises a drive means (33) for moving the transport cart (32) from side to side. The method of claim 2, wherein the drive means 33, A bogie bracket 331 protruding to the lower portion of the mobile trolley 32 and including a horizontal tab hole 332; Both ends are rotatably fixed to the upper portion of the frame (1) is fastened to the horizontal tap hole 332 and includes a spiral shaft 333 is rotated through the motor 334, characterized in that for washing the power plant components Device. The method of claim 2, wherein the lifting cover 23, It consists of a motor 233 including a vertical rack 232 provided on one side of the lifting cover 23 and a pinion 234 provided on an upper portion of the main body 2 to rotate in engagement with the vertical rack 232. Component cleaning apparatus for power generation equipment comprising a drive unit (231). The method of claim 1, wherein the injection means 4, An upper injection means 41 provided at an upper portion of the main body 2 so as to spray the washing solvent in the washing space 21 in all directions; A plurality of angle change side injection means 42 provided on both front and rear sides of the main body 2 to block external leakage while changing the spraying direction of the cleaning solvent by adjusting the angle, A pump 431, a cartridge type line filter 434, and a plurality of supply pipes 432 for forcibly feeding the cleaning solvent of the tank to supply the cleaning solvent to the upper injection means 41 and the respective angle change injection means 42. Component cleaning apparatus for a power plant comprising a pumping means (43) consisting of. The method of claim 5, wherein the pumping means 43 further includes a spray gun 433 which is drawn into the interior of the washing space 21 to be washed manually, In front of the main body 2, even when the operator's hand is put into the washing space 21 so that the worker can receive the spray gun 433 drawn out into the washing space 21 from the outside of the washing solvent. Component cleaning apparatus for a power plant characterized in that it is further provided with a manual means (44) configured to block external leakage. According to claim 1, The cleaning solvent tank receiving means 13, Rail 131 is provided in the lower direction between the front and rear legs 11 of the frame 1 in the longitudinal direction, The trolley wheel 133 having the washing solvent tank 12 mounted thereon and being moved in close contact with the ground at the front lower portion and the lower wheel 133 having a guide roller 134 moving back and forth on the rail 131. Component cleaning apparatus for power generation equipment, characterized in that consisting of a cleaning solvent tank containing means (13) comprising. A frame 5 having an upper center open and supported by a plurality of legs 51, The inclined discharge hopper 62 is mounted on the upper part of the frame 5, the upper part is opened, and the center is opened, and the upper part of the inclined discharge hopper 61 consists of a plurality of vertical rods on which parts are placed. A main body including a washing space (6) provided with a rod grid (62), A swivel cover 7 provided on the upper portion of the main body so as to be rotatable open and close about a rear hinge shaft 72 and provided with a viewing window 71 at the front; The upper part of the lower part of the frame 5 is provided so as to be movable through the cleaning solvent tank receiving means 53 in front and rear and includes an upper filter net 522 and the pump connection pipe 521 is opened. The cleaning solvent tank 52, Component cleaning apparatus for a power plant characterized in that it comprises a spray means (8) for spraying the cleaning solvent in the upper and left and right front in the cleaning space (6). The method of claim 8, wherein the injection means (8) An upper dispensing means 81 provided at an inner upper portion of the swivel cover 7 so as to spray the washing solvent in all directions in the washing space 6; A plurality of angle change side injection means 82 provided on the front of the washing space 6 to block the external leakage of the cleaning solvent while spraying while changing the spraying direction of the cleaning solvent by adjusting the angle, A pump 831 and a cartridge type line filter 834 for forcibly feeding the cleaning solvent of the cleaning solvent tank 52 and supplying the cleaning solvent to the upper injection means 81 and the angle change injection means 82; Component cleaning apparatus for power generation equipment comprising a pumping means (83) consisting of a plurality of supply pipe (832). 10. The method of claim 9, wherein the pumping means (83) further includes a spray gun (833) is drawn into the interior of the washing space to be washed manually, In front of the main body 6, a manual means 84 for blocking external leakage of the cleaning solvent in a state where the operator's hand is placed inside the main body 6 so that the operator can receive the spray gun 833 from the outside is provided. Component cleaning apparatus for power generation equipment, characterized in that further provided. The manual opening and closing operation unit (9) of claim 8, further comprising a manual opening / closing operation unit (9) rotatably opening and closing the swivel cover (7) by manipulating the handle (63) on one side of the hinge shaft (72); The manual opening / closing operation unit 9 includes a gear 91 provided at one side of the hinge shaft 72 and a gear 921 provided at one side of the main body 6 to mesh with the gear 91. And a handle (63) for transmitting a rotational force of the reducer (92) to the reducer (92) and the reducer (92). The method of claim 8, wherein the cleaning solvent tank receiving means 53, Rails 531 which are provided in the longitudinal direction at the lower part of the front and rear legs of the frame, The trolley wheel 533 which loads the washing solvent tank 52 and moves to be in close contact with the ground at the front lower portion and the lower roller lower portion and a guide roller 534 having a guide roller 534 moving back and forth on the rail 531 is provided. Component cleaning apparatus for power generation equipment, characterized in that consisting of the cleaning solvent tank containing means (53) comprising.

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