CN205141486U - Auxiliary device of electric power secondary equipment debugging usefulness - Google Patents

Abstract

The utility model relates to an auxiliary device of electric power secondary equipment debugging usefulness belongs to electric power system debugging technical field. Technical scheme is: being equipped with roof (6) on crane boom (5), setting up a round row (7), baffle (8), button switch (9), terminal row (10) and pilot lamp (15) on the roof, two parts are cut apart into with the roof to the baffle, and some sets up a round row, and another part sets up button switch, terminal row and pilot lamp, curb plate (2) are gone up and are connected door plant (11) through pivot (14), and the door plant center is equipped with the square hole, waits to debug device (16) and places in the square hole, wait to debug to be equipped with clamp plate (12) between device and the door plant, and it has the bar hole to open on the clamp plate, and bolt (13) are passed the bar hole and are in the same place the door plant with clamp plate fixed connection. The utility model discloses actively the effect is: adopt auxiliary device to accomplish the debugging of electric power secondary equipment, reduce staff's working strength, improve staff's work efficiency, shorten the power off time, guarantee the good service.

Description

Auxiliary device for power secondary equipment debugging

technical field

The utility model relates to an auxiliary device for debugging electric secondary equipment, which belongs to the technical field of electric power system debugging.

Background technique

At present, with the increase in the number of substations and the increase in the number of operating years, the comprehensive self-renovation of substations has become a routine work for the technical transformation projects of electric power companies every year. In order to ensure the power supply to the maximum extent, the time of power outage transformation needs to be announced to the public in advance, with a strict time limit performance, and the power outage time is short. The 10kV voltage level power failure is directly related to the user. The sequence of 10kV comprehensive self-retrofit is: power failure first; then the protection measurement and control device is installed and connected; Transmission work, the above work sequence is carried out, and the main workload of the transformation is reflected in the wiring of the protection measurement and control device and debugging work, which usually takes about 12 hours. During the comprehensive self-renovation period, many problems were encountered and it took a long time to deal with difficult problems. The fatigue work of the secondary maintenance personnel was poor in debugging quality, and potential safety hazards were likely to occur. The long power outage time easily exceeded the power outage limit, resulting in more complaints from users and affecting quality services.

Utility model content

The purpose of this utility model is to provide an auxiliary device for the debugging of electric power secondary equipment, to provide a convenient debugging platform for the auxiliary debugging of the protection automation device when the comprehensive self-reformation equipment is not powered off, to disassemble and install the debugging instrument and the device to be debugged, Reduce the work intensity of the staff, improve the work efficiency of the staff, shorten the power outage time, ensure high-quality service, and solve the above-mentioned problems existing in the background technology.

The technical scheme of the utility model is:

An auxiliary device for debugging electric secondary equipment, including handles, side plates, bottom plates, wheels, lifting frames, top plates, wheel rows, baffles, button switches, terminal blocks, door panels, pressure plates, bolts, rotating shafts and indications Light; the side plate is vertically arranged on one side of the bottom plate, the bottom plate is provided with a lifting frame, the lifting frame is provided with a top plate, and the top plate is provided with a wheel row, a baffle plate, a button switch, a terminal block and an indicator light, and the baffle plate divides the top plate It is divided into two parts, one part is set with wheel row, and the other part is set with button switch, terminal block and indicator light; the side plate is connected to the door panel through the rotating shaft, and there is a square hole in the center of the door panel, and the device to be debugged is placed in the square hole, and the device to be debugged is connected to the door panel. There is a pressure plate between them, and there is a strip hole on the pressure plate, and the bolt passes through the strip hole to fix the door plate and the pressure plate; The debugging device is placed under the square hole of the door panel. The position of the three pressure plates can be disassembled and adjusted according to the device to be debugged, and the device to be debugged is clamped from the left, right and upper directions.

The side board, the bottom board and the top board are provided with a metal frame; the rotating shaft is a rotating shaft of a detachable structure.

The lifting frame is a folding telescopic structure lifting frame.

Wheels are arranged under the bottom plate, and handles are arranged on the side plates; the handles are used to control the lifting of the lifting frame and the advancing, retreating and turning of the auxiliary device. The wheels include several, and each wheel can rotate 360 degrees, which is beneficial to The device moves, and the lifting frame provides power for lifting the roof.

The wheel row is installed on the top plate, which is convenient for the debugging instrument to slide in and out; the terminal block is used to connect the device 16 to be debugged and the debugging instrument, the button switch is used for analog signals and provides a power switch, and the indicator light is used to indicate the state of the AC and DC power supply. The board is convenient for debugging the instrument limit.

The rotating shaft can turn the door panel to an appropriate angle and then fix it, which is convenient for observing the display results on the panel of the device to be debugged. There is a square hole in the middle of the door panel, and the size of the square hole is adjusted by the pressure plate. There are strip holes on each pressure plate, which are used to adjust the bolts, and the pressure plate clamps and fixes the devices to be debugged of different sizes. The door panel is detachable, which is convenient for installing and removing the device to be debugged.

The main frame of the auxiliary debugging device is composed of metal materials, including side panels, bottom panels, lifting frames, rotating shafts, door panels, handles, wheels, wheel rows and top panels are made of polyethylene.

The positive effects of the utility model are: the auxiliary device is used to complete the debugging of the electric secondary equipment, the work intensity of the staff is reduced, the work efficiency of the staff is improved, the power outage time is shortened, and the high-quality service is guaranteed.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the utility model embodiment;

Fig. 2 is the schematic diagram of the side plate of the utility model embodiment;

Fig. 3 is the upper schematic diagram of the top plate of the utility model embodiment;

Fig. 4 is a schematic diagram of the front structure of the door panel and the side panel of the utility model;

Fig. 5 is a schematic diagram of the structure behind the door panel and the side panel of the present invention;

Fig. 6 is a schematic diagram of the structure of the utility model's rotating shaft;

Fig. 7 is a three-dimensional schematic diagram of a door panel and a side panel of the present invention;

In the figure: handle 1, side plate 2, bottom plate 3, wheel 4, lifting frame 5, top plate 6, wheel row 7, baffle plate 8, button switch 9, terminal block 10, door plate 11, pressure plate 12, bolt 13, Rotating shaft 14, indicator light 15, device 16 to be debugged.

detailed description

Below in conjunction with accompanying drawing, the utility model is further described through embodiment.

An auxiliary device for debugging electric secondary equipment, comprising a handle 1, a side plate 2, a bottom plate 3, a wheel 4, a lifting frame 5, a top plate 6, a wheel row 7, a baffle plate 8, a button switch 9, and a terminal block 10 , door plate 11, pressure plate 12, bolt 13, rotating shaft 14 and indicator light 15; Wheel row 7, baffle plate 8, button switch 9, terminal row 10 and indicator light 15 are arranged on the top, and the baffle plate 8 divides the top plate 6 into two parts, one part is provided with wheel row 7, and the other part is provided with button switch 9, terminal row 10 and Indicator lights 15; the side plate 2 is connected to the door panel 11 through a rotating shaft 14, and the center of the door panel 11 is provided with a square hole. There are strip holes, and the bolts 13 pass through the strip holes to fix the door panel 11 and the pressure plate 12 together; the pressure plate has three pieces, which are respectively arranged on the left, right and top of the square hole of the door panel 11, and the device 16 to be debugged is placed Below the square hole of the door panel 11, the positions of three pressing plates 12 can be disassembled and adjusted according to the device 16 to be debugged, and the device 16 to be debugged is fastened from the left, right and upper three directions.

The side plate 2, the bottom plate and the top plate 6 are provided with a metal frame; the rotating shaft is a rotating shaft of a detachable structure.

The lifting frame 5 is a folding telescopic structure lifting frame.

The bottom plate 3 is provided with wheels 4 below, and the side plate 2 is provided with a handle 1; the handle is used to control the lifting of the lifting frame and the advancing, retreating and turning of the auxiliary device. The wheels include several, and each wheel can perform 360° Rotation to 100 degrees is beneficial to the positioning of the device, and the lifting frame provides power for lifting the top plate.

The wheel row is installed on the top plate, which is convenient for the debugging instrument to slide in and out; the terminal block is used to connect the device 16 to be debugged and the debugging instrument, the button switch is used for analog signals and provides a power switch, and the indicator light is used to indicate the state of the AC and DC power supply. The board is convenient for debugging the instrument limit.

The rotating shaft can turn the door panel to an appropriate angle and then fix it, which is convenient for observing the display results on the panel of the device to be debugged. There is a square hole in the middle of the door panel, and the size of the square hole is adjusted by the pressure plate. There are strip holes on each pressure plate, which are used to adjust the bolts, and the pressure plate clamps and fixes the devices to be debugged of different sizes. The door panel is detachable, which is convenient for installing and removing the device to be debugged.

The main frame of the auxiliary debugging device is composed of metal materials, including side panels, bottom panels, lifting frames, rotating shafts, door panels, handles, wheels, wheel rows and top panels are made of polyethylene.

The device 16 to be debugged is a protection automation device. When debugging, the lifting frame 5 is in a tightened state. First, the debugging instrument is put on the wheel row 7, and the debugging instrument is crimped with the terminal block 10. Then move to the debugging place and place the metal frame Grounding; remove the door panel 11 through the rotating shaft of the detachable structure, put the device 16 to be debugged into the square hole of the door panel, adjust the bolts 13 on the three pressure plates 12, and the positions of the three pressure plates 12 can be disassembled and adjusted according to the device 16 to be debugged, Clamp the device 16 to be debugged from the left, right, and upper directions; install the door panel 11 on the side plate through the rotating shaft, adjust the angle through the rotating shaft 14, and fix it; Get close to the wiring of the device 16 to be debugged, stop the lifting frame from rising, connect the wiring of the device 16 to be debugged and the terminal pressure wiring; connect the AC and DC power supply of the debugging instrument and the device to be debugged, and observe whether there is electricity through the indicator light 15, After the network cable is connected, it can be debugged. The circuit breaker can be simulated by the button switch 9, and the remote signaling position can be simulated once; after the debugging of the device 16 to be door panel, loosen the bolts and take out the device 16 to be debugged.

Claims (4)

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).