CN105337202A - Electrical secondary device debugging method and auxiliary device - Google Patents
Electrical secondary device debugging method and auxiliary device Download PDFInfo
- Publication number
- CN105337202A CN105337202A CN201510873695.9A CN201510873695A CN105337202A CN 105337202 A CN105337202 A CN 105337202A CN 201510873695 A CN201510873695 A CN 201510873695A CN 105337202 A CN105337202 A CN 105337202A
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- plate
- debugged
- door
- crane boom
- rotating shaft
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B3/00—Apparatus specially adapted for the manufacture, assembly, or maintenance of boards or switchgear
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- Manufacturing & Machinery (AREA)
- Power Engineering (AREA)
- Tests Of Circuit Breakers, Generators, And Electric Motors (AREA)
- Epoxy Compounds (AREA)
Abstract
The invention relates to an electrical secondary device debugging method and an auxiliary device and belongs to the technical field of power system debugging. According to technical scheme, a top plate (6) is arranged on a hoisting frame (5), wheel rows (7), a baffle (8), button switches (9), terminal rows (10) and indication lamps (15) are arranged on the top plate, the baffle divides the top plate into two parts, the wheel rows are arranged at one part, and the button switches, the terminal rows and the indication lamps (15) are arranged at the other part. A door sheet (11) is connected to a side plate (2) through rotary shafts (14), a square hole is formed in the center of the door sheet, a to-be-debugged device (16) is placed in the square hole, a pressing plate (12) is arranged between the to-be-debugged device and the door sheet, strip-shaped holes are formed in the pressing plate, bolts (13) penetrate through the strip-shaped holes to enable the door sheet and the pressing plate to be fixedly connected together. The auxiliary device has the advantages that electrical secondary device debugging is completed by adopting the auxiliary device, the labor intensity of workers is reduced, the working efficiency of the workers is improved, the power outage time is shortened, and high-quality service is guaranteed.
Description
Technical field
The present invention relates to a kind of second power equipment adjustment method and servicing unit, belong to electric power system debugging technique field.
Background technology
At present, along with transformer station's increasing number and run the time limit increase, the Comprehensive Automation Retrofit of transformer station has become the regular works of annual electric power enterprise technological transformation project, for ensureing power supply to greatest extent, the power failure transformation time need be issued to society in advance, have strict time-bounded, and interruption duration is shorter.10kV electric pressure has a power failure direct and user is closely bound up, and 10kV Comprehensive Automation Retrofit order is: first have a power failure; Then the added and wiring of protection supervisory equipment is carried out; Device power on, parameter configuration, definite value typing; Finally carry out protective calibration, " three is distant " transmission work, above job order performs, and transformation groundwork amount is embodied in protection supervisory equipment wiring and debugging efforts, often needs 12 hours.Encounter problems many during Comprehensive Automation Retrofit and the knotty problem processing time is long, the debugging of secondary maintainer weariness working is of poor quality, easily potential safety hazard occurs, and interruption duration long easily exceed to have a power failure prescribe a time limit, cause customer complaint more, affect good service.
Summary of the invention
The object of this invention is to provide a kind of second power equipment adjustment method and servicing unit; debug platform is easily provided for protecting the assistant adjustment of automation equipment when Comprehensive Automation Retrofit equipment does not have a power failure; the dismounting of adjusting instrument and device to be debugged and installation; reduce the working strength of staff; improve the operating efficiency of staff; shorten interruption duration, ensure good service, solve the problems referred to above that background technology exists.
Technical scheme of the present invention is:
A servicing unit for second power equipment debugging, comprises hand handle, side plate, base plate, wheel, crane boom, top board, schedule, baffle plate, push-button switch, terminal board, door-plate, pressing plate, bolt, rotating shaft and indicator light; Side plate is arranged vertically on base plate side, base plate is provided with crane boom, crane boom is provided with top board, top board is arranged schedule, baffle plate, push-button switch, terminal board and indicator light, top board is divided into two parts by baffle plate, a part arranges schedule, and another part arranges push-button switch, terminal board and indicator light; Side plate connects door-plate by rotating shaft, and door-plate center is provided with square hole, and device to be debugged is placed in square hole, is provided with pressing plate, pressing plate has bar hole between device to be debugged and door-plate, and door-plate and pressing plate are fixed together through bar hole by bolt; Described pressing plate has three pieces, be separately positioned on the left side of door-plate square hole, the right and top, device to be debugged is placed on the following of door-plate square hole, and dismounting adjustment can be carried out according to device to be debugged in three block pressur plate positions, clamps device to be debugged from left and right, upper three directions.
Described side plate, base plate and top board are provided with metal framework; Described rotating shaft is the rotating shaft of demountable structure.
Described crane boom is folding telescopic structure crane boom.
Be provided with wheel below described base plate, side plate is provided with hand handle; Hand is being used for controlling the lifting of crane boom and advancing, retreat and turning to of servicing unit, and wheel comprises some, and each wheel can carry out 360 degree of rotations, is beneficial to device and walks, and crane boom provides power for being elevated top board.
Schedule installed by top board, is convenient to adjusting instrument and slips into and skid off; Terminal board is for connecting device to be debugged and adjusting instrument, and push-button switch is used for analog signal and provides mains switch, and indicator light is used to indicate power of alterating and direct current state, and it is spacing that baffle plate is convenient to adjusting instrument.
Rotating shaft is fixing after door-plate can being forwarded to proper angle, is convenient to observe device Display panel result to be debugged.Opening square hole in the middle of door-plate, regulates square hole size size by pressing plate, each pressing plate has strip hole, for adjusting bolt, and the device to be debugged of pressing plate clamping, fixing different size.Door-plate is detachable, is convenient to install and pull down device to be debugged.
The main frame of auxiliary debugging device is made up of metal material, comprises side plate, base plate, crane boom, rotating shaft, door-plate, and hand handle, wheel, schedule and top board are made by polyethylene.
A kind of second power equipment adjustment method, comprises following processing step:
1. adopt servicing unit to carry out, this servicing unit comprises hand handle, side plate, base plate, wheel, crane boom, top board, schedule, baffle plate, push-button switch, terminal board, door-plate, pressing plate, bolt, rotating shaft, indicator light;
Side plate is arranged vertically on base plate side, base plate is provided with crane boom, crane boom is provided with top board, top board is arranged schedule, baffle plate, push-button switch, terminal board and indicator light, top board is divided into two parts by baffle plate, a part arranges schedule, and another part arranges push-button switch, terminal board and indicator light; Side plate connects door-plate by rotating shaft, and door-plate center is provided with square hole, and device to be debugged is placed in square hole, is provided with pressing plate, pressing plate has bar hole between device to be debugged and door-plate, and door-plate and pressing plate are fixed together through bar hole by bolt; Described pressing plate has three pieces, is separately positioned on the left side of door-plate square hole, the right and top, and device to be debugged is placed on the following of door-plate square hole; Described side plate, base plate and top board are provided with metal framework; Described crane boom is folding telescopic structure crane boom, and described rotating shaft is the rotating shaft of demountable structure;
2. device to be debugged is protection automation equipment, and when debugging, crane boom is in the state of tightening up, and first puts on schedule by adjusting instrument, adjusting instrument and terminal board compression bonded line, moves to and debugs place by metal framework ground connection;
3. pulled down by door-plate by the rotating shaft of demountable structure, device to be debugged is put into door-plate square hole place, regulate bolt on three block pressur plates, dismounting adjustment can be carried out according to device to be debugged in three block pressur plate positions, clamps device to be debugged from left and right, upper three directions; Door-plate is installed on side plate by rotating shaft, by rotation shaft regulated angle, and fixing;
4. start crane boom upwards to rise, make with terminal board and device distribution to be debugged close, stop crane boom rising, by device distribution to be debugged and terminal board compression bonded line;
5. connect the power of alterating and direct current of adjusting instrument and device to be debugged, observe whether have electricity by indicator light, be adjustable after connecting netting twine, by push-button switch mimic-disconnecting switch, simulate a remote signalling position; After completing the debugging of device to be debugged, shutoff device power supply, pulls down the compression bonded line of device to be debugged and terminal board, unloads door-plate, unclamps bolt and takes out device to be debugged.
Good effect of the present invention is: adopt servicing unit to complete second power equipment debugging, reduce the working strength of staff, improve the operating efficiency of staff, shorten interruption duration, ensure good service.
Accompanying drawing explanation
Fig. 1 is embodiment of the present invention overall structure schematic diagram;
Fig. 2 is embodiment of the present invention side plate schematic diagram;
Fig. 3 is schematic diagram above embodiment of the present invention top board;
Fig. 4 is door-plate of the present invention and side plate Facad structure schematic diagram;
Fig. 5 is structural representation after door-plate of the present invention and side plate;
Fig. 6 is pivot structure schematic diagram of the present invention;
Fig. 7 is door-plate of the present invention and side plate schematic perspective view;
In figure: hand 1, side plate 2, base plate 3, wheel 4, crane boom 5, top board 6, schedule 7, baffle plate 8, push-button switch 9, terminal board 10, door-plate 11, pressing plate 12, bolt 13, rotating shaft 14, indicator light 15, device to be debugged 16.
Embodiment
Below in conjunction with accompanying drawing, by embodiment, the present invention will be further described.
A servicing unit for second power equipment debugging, comprise hand 1, side plate 2, base plate 3, wheel 4, crane boom 5, top board 6, schedule 7, baffle plate 8, push-button switch 9, terminal board 10, door-plate 11, pressing plate 12, bolt 13, rotating shaft 14 and indicator light 15; Side plate 2 is arranged vertically on base plate 3 side, base plate 3 is provided with crane boom 5, crane boom 5 is provided with top board 6, top board 6 is arranged schedule 7, baffle plate 8, push-button switch 9, terminal board 10 and indicator light 15, top board 6 is divided into two parts by baffle plate 8, a part arranges schedule 7, and another part arranges push-button switch 9, terminal board 10 and indicator light 15; Side plate 2 connects door-plate 11 by rotating shaft 14, door-plate 11 center is provided with square hole, and device 16 to be debugged is placed in square hole, is provided with pressing plate 12 between device 16 to be debugged and door-plate 11, pressing plate 12 has bar hole, and door-plate 11 and pressing plate 12 are fixed together through bar hole by bolt 13; Described pressing plate has three pieces, be separately positioned on the left side of door-plate 11 square hole, the right and top, device 16 to be debugged is placed on the following of door-plate 11 square hole, and dismounting adjustment can be carried out according to device 16 to be debugged in three block pressur plate 12 positions, clamps device 16 to be debugged from left and right, upper three directions.
Described side plate 2, base plate 3 and top board 6 are provided with metal framework; Described rotating shaft is the rotating shaft of demountable structure.
Described crane boom 5 is folding telescopic structure crane boom.
Described base plate 3 is provided with wheel 4 below, and side plate 2 is provided with hand 1; Hand is being used for controlling the lifting of crane boom and advancing, retreat and turning to of servicing unit, and wheel comprises some, and each wheel can carry out 360 degree of rotations, is beneficial to device and walks, and crane boom provides power for being elevated top board.
Schedule installed by top board, is convenient to adjusting instrument and slips into and skid off; Terminal board is for connecting device 16 to be debugged and adjusting instrument, and push-button switch is used for analog signal and provides mains switch, and indicator light is used to indicate power of alterating and direct current state, and it is spacing that baffle plate is convenient to adjusting instrument.
Rotating shaft is fixing after door-plate can being forwarded to proper angle, is convenient to observe device Display panel result to be debugged.Opening square hole in the middle of door-plate, regulates square hole size size by pressing plate, each pressing plate has strip hole, for adjusting bolt, and the device to be debugged of pressing plate clamping, fixing different size.Door-plate is detachable, is convenient to install and pull down device to be debugged.
The main frame of auxiliary debugging device is made up of metal material, comprises side plate, base plate, crane boom, rotating shaft, door-plate, and hand handle, wheel, schedule and top board are made by polyethylene.
A kind of second power equipment adjustment method, comprises following processing step:
1. adopt servicing unit to carry out, this servicing unit comprise hand 1, side plate 2, base plate 3, wheel 4, crane boom 5, top board 6, schedule 7, baffle plate 8, push-button switch 9, terminal board 10, door-plate 11, pressing plate 12, bolt 13, rotating shaft 14, indicator light 15;
Side plate 2 is arranged vertically on base plate 3 side, base plate 3 is provided with crane boom 5, crane boom 5 is provided with top board 6, top board 6 is arranged schedule 7, baffle plate 8, push-button switch 9, terminal board 10 and indicator light 15, top board 6 is divided into two parts by baffle plate 8, a part arranges schedule 7, and another part arranges push-button switch 9, terminal board 10 and indicator light 15; Side plate 2 connects door-plate 11 by rotating shaft 14, door-plate 11 center is provided with square hole, and device 16 to be debugged is placed in square hole, is provided with pressing plate 12 between device 16 to be debugged and door-plate 11, pressing plate 12 has bar hole, and door-plate 11 and pressing plate 12 are fixed together through bar hole by bolt 13; Described pressing plate has three pieces, is separately positioned on the left side of door-plate 11 square hole, the right and top, and device 16 to be debugged is placed on the following of door-plate 11 square hole; Described side plate 2, base plate and top board 6 are provided with metal framework; Described crane boom 5 is folding telescopic structure crane boom, and described rotating shaft is the rotating shaft of demountable structure;
2. device to be debugged 16 is protection automation equipment, and when debugging, crane boom 5 is in the state of tightening up, and is first put into by adjusting instrument on schedule 7, adjusting instrument and terminal board 10 compression bonded line, moves to debug place and by metal framework ground connection;
3. by the rotating shaft of demountable structure, door-plate 11 is pulled down, device 16 to be debugged is put into door-plate square hole place, regulate bolt 13, three block pressur plate 12 position on three block pressur plates 12 can carry out dismounting adjustment according to device 16 to be debugged, clamp device 16 to be debugged from left and right, upper three directions; Door-plate 11 is installed on side plate by rotating shaft, by rotating shaft 14 adjusting angle, and fixing;
4. start crane boom 5 upwards to rise, make with terminal board 10 and device 16 distribution to be debugged close, stop crane boom rising, by device 16 distribution to be debugged and terminal board compression bonded line;
5. connect the power of alterating and direct current of adjusting instrument and device to be debugged, observe whether have electricity by indicator light 15, be adjustable after connecting netting twine, by push-button switch 9 mimic-disconnecting switch, simulate a remote signalling position; After completing the debugging of device 16 to be debugged, shutoff device power supply, pulls down device 16 to be debugged and the compression bonded line of terminal board, unloads door-plate, unclamp bolt and take out device 16 to be debugged.
Claims (5)
1. a servicing unit for second power equipment debugging, is characterized in that: comprise hand (1), side plate (2), base plate (3), wheel (4), crane boom (5), top board (6), schedule (7), baffle plate (8), push-button switch (9), terminal board (10), door-plate (11), pressing plate (12), bolt (13), rotating shaft (14) and indicator light (15); Side plate (2) is arranged vertically on base plate (3) side, base plate (3) is provided with crane boom (5), crane boom (5) is provided with top board (6), top board (6) is arranged schedule (7), baffle plate (8), push-button switch (9), terminal board (10) and indicator light (15), top board (6) is divided into two parts by baffle plate (8), a part arranges schedule (7), and another part arranges push-button switch (9), terminal board (10) and indicator light (15); Side plate (2) connects door-plate (11) by rotating shaft (14), door-plate (11) center is provided with square hole, device to be debugged (16) is placed in square hole, pressing plate (12) is provided with between device to be debugged (16) and door-plate (11), (12) have bar hole with pressing plate, and door-plate (11) and pressing plate (12) are fixed together through bar hole by bolt (13); Described pressing plate has three pieces, be separately positioned on the left side of door-plate (11) square hole, the right and top, device to be debugged (16) is placed on the following of door-plate (11) square hole, dismounting adjustment can be carried out according to device to be debugged (16) in three block pressur plates (12) position, clamps device to be debugged (16) from left and right, upper three directions.
2. the servicing unit of a kind of second power equipment debugging according to claim 1, is characterized in that: described side plate (2), base plate and top board (6) are provided with metal framework; Described rotating shaft is the rotating shaft of demountable structure.
3. the servicing unit of a kind of second power equipment debugging according to claim 1 and 2, is characterized in that: described crane boom (5) is folding telescopic structure crane boom.
4. the servicing unit of a kind of second power equipment debugging according to claim 1 and 2, it is characterized in that: described base plate (3) is provided with wheel (4) below, side plate (2) is provided with hand (1).
5. a second power equipment adjustment method, is characterized in that comprising following processing step:
1. adopt servicing unit to carry out, this servicing unit comprises hand (1), side plate (2), base plate (3), wheel (4), crane boom (5), top board (6), schedule (7), baffle plate (8), push-button switch (9), terminal board (10), door-plate (11), pressing plate (12), bolt (13), rotating shaft (14), indicator light (15);
Side plate (2) is arranged vertically on base plate (3) side, base plate (3) is provided with crane boom (5), crane boom (5) is provided with top board (6), top board (6) is arranged schedule (7), baffle plate (8), push-button switch (9), terminal board (10) and indicator light (15), top board (6) is divided into two parts by baffle plate (8), a part arranges schedule (7), and another part arranges push-button switch (9), terminal board (10) and indicator light (15); Side plate (2) connects door-plate (11) by rotating shaft (14), door-plate (11) center is provided with square hole, device to be debugged (16) is placed in square hole, pressing plate (12) is provided with between device to be debugged (16) and door-plate (11), (12) have bar hole with pressing plate, and door-plate (11) and pressing plate (12) are fixed together through bar hole by bolt (13); Described pressing plate has three pieces, is separately positioned on the left side of door-plate (11) square hole, the right and top, and device to be debugged (16) is placed on the following of door-plate (11) square hole; Described side plate (2), base plate and top board (6) are provided with metal framework; Described crane boom (5) is folding telescopic structure crane boom, and described rotating shaft is the rotating shaft of demountable structure;
2. device to be debugged (16) is protection automation equipment, when debugging, crane boom (5) is in the state of tightening up, first adjusting instrument is put on schedule (7), adjusting instrument and terminal board (10) compression bonded line, move to debugging place by metal framework ground connection;
3. by the rotating shaft of demountable structure, door-plate (11) is pulled down, device to be debugged (16) is put into door-plate square hole place, regulate the upper bolt (13) of three block pressur plates (12), dismounting adjustment can be carried out according to device to be debugged (16) in three block pressur plates (12) position, clamps device to be debugged (16) from left and right, upper three directions; Door-plate (11) is installed on side plate by rotating shaft, by rotating shaft (14) adjusting angle, and fixing;
4. start crane boom (5) upwards to rise, make with terminal board (10) and device to be debugged (16) distribution close, stop crane boom rising, by device to be debugged (16) distribution and terminal board compression bonded line;
5. connect the power of alterating and direct current of adjusting instrument and device to be debugged, observe whether have electricity by indicator light (15), be adjustable after connecting netting twine, by push-button switch (9) mimic-disconnecting switch, simulate a remote signalling position; After completing the debugging of device to be debugged (16), shutoff device power supply, pulls down device to be debugged (16) and the compression bonded line of terminal board, unloads door-plate, unclamp bolt and take out device to be debugged (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510873695.9A CN105337202B (en) | 2015-12-03 | 2015-12-03 | Electrical secondary device debugging method and auxiliary device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510873695.9A CN105337202B (en) | 2015-12-03 | 2015-12-03 | Electrical secondary device debugging method and auxiliary device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105337202A true CN105337202A (en) | 2016-02-17 |
| CN105337202B CN105337202B (en) | 2017-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510873695.9A Active CN105337202B (en) | 2015-12-03 | 2015-12-03 | Electrical secondary device debugging method and auxiliary device |
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| Country | Link |
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| CN (1) | CN105337202B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08168121A (en) * | 1994-12-12 | 1996-06-25 | Meidensha Corp | Transportable switching device |
| CN201742008U (en) * | 2010-07-07 | 2011-02-09 | 武汉钢铁(集团)公司 | Simple overhauling and debugging platform of intermediate type handcart circuit breaker |
| CN104716596A (en) * | 2015-04-01 | 2015-06-17 | 杭州中电天恒电力科技有限公司 | Movement debugging trolley for electrical equipment |
| CN205141486U (en) * | 2015-12-03 | 2016-04-06 | 国网冀北电力有限公司唐山供电公司 | Auxiliary device of electric power secondary equipment debugging usefulness |
-
2015
- 2015-12-03 CN CN201510873695.9A patent/CN105337202B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08168121A (en) * | 1994-12-12 | 1996-06-25 | Meidensha Corp | Transportable switching device |
| CN201742008U (en) * | 2010-07-07 | 2011-02-09 | 武汉钢铁(集团)公司 | Simple overhauling and debugging platform of intermediate type handcart circuit breaker |
| CN104716596A (en) * | 2015-04-01 | 2015-06-17 | 杭州中电天恒电力科技有限公司 | Movement debugging trolley for electrical equipment |
| CN205141486U (en) * | 2015-12-03 | 2016-04-06 | 国网冀北电力有限公司唐山供电公司 | Auxiliary device of electric power secondary equipment debugging usefulness |
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| Publication number | Publication date |
|---|---|
| CN105337202B (en) | 2017-05-10 |
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