KR100894881B1 - Uninterruptible replacement method of high-voltage water circuit breaker and its bypass connection device - Google Patents

Abstract

The present invention relates to a method for replacing a ground breaker using a switchgear of a high-pressure consumer of a building by an uninterruptible construction method and a bypass connection device thereof.

The present invention provides a convenient and quick replacement of an aging replacement target ground circuit breaker outside a building that supplies power to a switchboard installed inside a building of a high-voltage consumer in an uninterrupted state in a simple and quick time, such as inconvenience or economic loss to customers such as offices or homes in the building. The present invention provides an uninterruptible replacement method of a high-pressure water-soluble ground breaker that can prevent the occurrence of a by-pass and a bypass connection device used for the implementation thereof.

The object of the present invention is to separate the phase preliminary cable connected to the other ground breaker, and then connect the elbow tap plug (ETP) to the other ground breaker phase by phase, the elbow on one side of the separated spare cable Constructing a connecting member and connecting the connecting member to the elbow tap plug for each phase; Bypassing the other side of the preliminary cable temporarily fixed to a terminal switchgear of a building by a high voltage acceptor by connecting to a phase charging connection part of the switchgear connected to a transformer; Supplying power to the spare cable by turning on power of the other ground switch; Turning off the circuit breaker of the switchboard; Turning off the circuit breaker power of the switchgear and turning off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced; Separating only the ground switchgear to be replaced and putting a new ground switch in its position; Connecting the peripheral devices separated from the new ground breaker and turning on a power supply; Operating the circuit breaker of the switchboard; Shutting off the power supply of the spare cable by turning off the other ground switch connected to the spare cable; And separating the termination member of the spare cable from the phase charging connection part of the switchgear, and fixing the separated termination cable of the spare cable to the breaker of the switchgear. Through the uninterruptible replacement method of the high-pressure water-soluble ground switchgear, characterized in that to replace the high-voltage water-soluble ground breaker through an uninterruptible and by-pass connection device for performing the same.

Ground switchgear, switchgear, spare cable, working cable, bypass, connecting pneumatic cylinder, forward and backward pneumatic cylinder.

Description

A REPLACING METHOD OF TRANSFORMER FOR AN ELECTRIC CONSUMPTION FACILITY OF HIGH VOLTAGE WITHOUT INTERRUPTING POWER SUPPLY AND BYPASS CONNECTING DEVICE THEREOF}

The present invention relates to a method of replacing a ground breaker using a switchgear of a high voltage consumer of a building by an uninterruptible method and a bypass connection device, and more specifically, to an exterior of a building that supplies power to a switchgear installed inside a building of a high voltage consumer. Uninterruptible replacement method of high-voltage water-soluble ground breaker that can prevent the inconvenience or economic loss of customers such as offices or homes in buildings by replacing uninterrupted ground switchgear at A bypass junction used for the present invention.

In general, the switchgear meets the ratings of various facilities and equipment that use electricity of special high voltage (22.9KV) supplied from KEPCO to factories, buildings, hospitals, apartment complexes, and various industrial facilities (high pressure consumers) that require electric power. It is a device that operates, controls and monitors electrical facilities for safe use by converting them to low voltage (220 / 380V) and rated capacity.

Such a switchgear is composed of an extra high voltage side and a low voltage side, a power receiving facility receiving electricity from KEPCO, which is a power provider, and a transformer or power failure for supplying electricity received through the power receiving facility to a voltage or capacity required by a user. It has a distribution system equipped with a circuit breaker and the like that protects the entire facility from an accident such as an accident.

Referring to FIG. 1 for a schematic structure of such a switchgear 10,

A transformer (TR) 20 for converting the special high pressure to low pressure in a enclosure having a predetermined size, and a ground switch 1 installed outside the building and an external power cable 2 for each phase are connected to switch the high voltage incoming line. A circuit breaker 30, a meter (current transformer for metering) 40, a phase charging connection unit 50, and the like, which are connected to the power receiving facility inlet, are disposed. The transformer 20 is connected to receive power through the charging connection unit 50.

At this time, the circuit breaker 30 is temporarily fixed by mounting the termination member 4 of the phase-specific spare cable (3) connected to the other ground switch 5 in the housing of the switchgear (10).

Of course, the phase-specific reserve cable (3) connected to the other ground switch 5 is mounted in the state that the power supply is turned off, but if the ground switch (1) of the replacement object is aging or check occurs Although the termination member 4 of the cable 3 is connected to the breaker 30, it is used as a temporary means for supplying power by turning on the power supply of the other ground switch 5, but a long-term utilization means is not possible. Do.

Therefore, replacement of the ground switch 1 may be made in a state in which the breaker 30 of the switchgear 10 in the building is turned off, that is, in a state in which the power of the low pressure consumer in the building is turned off.

The scope of the present invention belongs to the method of replacing the uninterrupted by using the high-voltage consumer switchgear when the replacement of the ground switch 1 that supplies power to the high-voltage consumer switchgear 10 is necessary.

That is, the method of replacing the existing ground breaker with a new ground breaker that operates normally due to aging or overload of the conventional ground breaker,

As mentioned above, the circuit breaker 30 built in the switchgear 10 of the building must be turned off and the low voltage consumer (office, home) should be turned off and then replaced with a ground switchgear that operates normally. .

This replacement method inevitably cuts power outages of offices in apartments and apartment complexes, which causes considerable inconvenience and economic losses.

The present invention provides a high-pressure water supply that can easily and quickly replace the aging ground breaker for supplying power to the switchgear of the high-voltage consumer in an uninterrupted state to prevent the inconvenience or economic loss of low-pressure consumers such as offices or homes in the building Its purpose is to provide an uninterruptible replacement of available ground breakers.

In addition, an object of the present invention is to provide an uninterruptible replacement bypass connection device of a high-voltage water-soluble ground breaker that is easy to implement the uninterruptible replacement method and ensures mobility and safety.

In order to solve the above problems, the first method of uninterruptible replacement of the high-pressure water-soluble ground breaker of the present invention,

After separating the phase-specific spare cable connected to the other ground switch, the elbow tap plug (ETP) is connected to the other ground switch by phase, and the elbow connecting material is constructed on one side of the separated spare cable. Connecting to each elbow tap plug phase by phase;

Bypassing the other side of the preliminary cable temporarily fixed to a terminal switchgear of a building by a high voltage acceptor by connecting to a phase charging connection part of the switchgear connected to a transformer;

Supplying power to the spare cable by turning on power of the other ground switch;

Turning off the circuit breaker of the switchboard;

Turning off the circuit breaker power of the switchgear and turning off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced;

Separating only the ground switchgear to be replaced and putting a new ground switch in its position;

Connecting the peripheral devices separated from the new ground breaker and turning on a power supply;

Operating the circuit breaker of the switchboard;

Shutting off the power supply of the spare cable by turning off the other ground switch connected to the spare cable; And,

Separating the terminating material of the spare cable from the phase charging connection part of the distribution panel, and fixing the terminating material of the separated spare cable to the breaker of the distribution panel to its original position;

It is characterized by replacing the high-pressure consumer ground breaker with an uninterruptible power.

In addition, the second method of uninterruptible replacement of the high-pressure water-soluble ground breaker of the present invention,

If there is no other ground breaker connected to the spare cable, the overhead cable drawn from the nearby overhead line or the transformer lead wire drawn from the nearby ground transformer is connected to the ground breaker for construction, and the phase work cable constructed for the ground breaker for the construction. Bypassing the termination material of the high-pressure water immersed building by connecting to the phase-by-phase charging connection of the switchgear of the building;

Supplying power to a phase work cable by turning on power of the ground switch for construction;

Turning off the circuit breaker of the switchboard;

Turning off the circuit breaker power of the switchgear and turning off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced;

Separating only the ground switchgear to be replaced and putting a new ground switch in its position;

Connecting peripheral devices separated from the new ground breaker and turning on a power supply;

Operating the circuit breaker of the switchboard;

Turning off the ground switch for the construction to which the work cable is connected to cut off the power supply of the work cable; And,

Separating and dismantling the termination member of the working cable from the phase charging connection part of the distribution panel;

It is characterized by replacing the high-pressure consumer ground breaker with an uninterruptible power.

In addition, in order to implement the method of the present invention, the one end termination of the phase-specific extension cable having terminations on both sides is fixed, and the termination materials of the spare cable or the construction switch of the spare cable connected to the other ground switch are connected to each of the termination members. Support means for opposingly connecting and fixing the termination member of the drawn work cable phase by phase;

Before and after forward and backward operation in combination with the connection pneumatic cylinder for supporting the phase termination member connected to the other side of the extension cable for each phase, and connected to the respective termination member and the respective cable and clamping connection to the charging connection portion; Connecting means comprising an insulated pneumatic cylinder, the connecting pneumatic cylinder and the insulated insulator interposed between the pneumatic cylinder and the forward and backward pneumatic cylinder to secure an insulating distance;

It is characterized by providing an uninterruptible replacement bypass connection device of a high pressure consumer ground breaker composed of.

According to the present invention, it is easy and quick replacement of the ground breaker for supplying power to the high-voltage water supply of the conventional building can be replaced in an uninterruptible state, so that inconveniences and economic losses of customers such as offices or homes of the building There is an effect that can prevent.

In addition, according to the bypass connection device of the present invention, when the uninterrupted replacement of the aging ground breaker can be easily and quickly installed and set by the operator can be connected for a safe power supply, the convenience of use and safety are guaranteed. .

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

First, referring to Figures 1 and 2, the uninterruptible replacement method of the high-pressure water-soluble ground breaker of the present invention,

After separating the phase-specific spare cable connected to the other ground switch, the elbow tap plug (ETP) is connected to the other ground switch per phase and the elbow connecting member is constructed on one side of the separated spare cable, respectively. Connecting to the elbow tap plug phase by phase;

Bypassing the other side of the preliminary cable temporarily fixed to a terminal switchgear of a building by a high voltage acceptor by connecting to a phase charging connection part of the switchgear connected to a transformer;

Supplying power to the spare cable by turning on power of the other ground switch;

Turning off the circuit breaker of the switchboard;

Turning off the cut-off power of the switchgear to turn off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced;

Separating only the ground switchgear to be replaced and putting a new ground switch in its position;

Connecting the separated peripheral device to the new ground switch, and turning on a power supply;

Operating the circuit breaker of the switchboard;

Shutting off the power supply of the spare cable by turning off the other ground switch connected to the spare cable; And,

Separating the terminating material of the spare cable from the phase charging connection part of the distribution panel, and fixing the terminating material of the separated spare cable to the breaker of the distribution panel to its original position;

It is characterized by replacing the high-pressure water-soluble ground breaker with an uninterruptible power.

Further, in the present invention, when there is no other ground switchgear connected to the reserve cable, the overhead cable line drawn out from the nearby overhead line or the transformer lead wire drawn out from the nearby ground transformer is connected to the ground switchgear for construction, and the ground for construction Connecting the terminal connection material of the phase-specific work cable constructed in the switchgear to the phase-charge connection part of the switchgear of the high-voltage acceptor building and connecting the phase-by-phase;

Supplying power to a phase work cable by turning on power of the ground switch for construction;

Turning off the circuit breaker of the switchboard;

Turning off the circuit breaker power of the switchgear and turning off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced;

Separating only the ground switchgear to be replaced and putting a new ground switch in its position;

Connecting the separated peripheral device to the new ground switch, and turning on a power supply;

Operating the circuit breaker of the switchboard;

Turning off the ground switch for the construction to which the work cable is connected to cut off the power supply of the work cable; And,

Separating and dismantling the termination member of the working cable from the phase charging connection part of the distribution panel;

It is characterized by replacing the high-pressure consumer ground breaker with an uninterruptible power.

At this time, the step of connecting the high-voltage acceptor by temporarily connecting the preliminary cable temporarily fixed to the switchgear of the building or the work cable drawn from the ground switchgear for construction by connecting to the phase charging connection of the switchgear connected to the transformer of the building by phase. In order to first, the traffic control marker is installed on the ground on which the ground target switchgear 1 to be replaced is installed, and the work of preparing safety work equipment according to the installation and replacement of the safety signboard is preceded.

And the worker is to carry out the present invention after a safety meeting that is familiar with the work schedule and work content well, that is, after the preparation work and safety meeting.

First, the spare cable 3 connected to the other ground switch 5 is disconnected.
The elbow tap plug (ETP) is connected to the other ground switch 5 in the state where the spare cable 3 is separated and the elbow connecting member is installed on one side of the separated spare cable 3. Afterwards, each elbow connecting member is connected to the elbow tap plug of the other ground switch 5 by phase.
Then, the other end connecting member (4) of the spare cable (3), which is mounted on the circuit breaker (30) of the switchgear 10 of the building of the high pressure consumer, is separated and bypassed to the charging connection part 50 of the switchgear (10). To connect sequentially.

At this time, when the preliminary cable 3 connected to the other ground switch 5 is not provided, it is necessary to temporarily install the ground switch 5a for construction, and then lead the lead wire from a nearby overhead line or ground transformer. It can be connected to the construction switch 5a, and the terminal connecting member 4a of the work cable 3a already constructed in the construction switch can bypass the charging connection part 50 of the switchgear 10 to be sequentially connected by phase. .

The connection of the spare cable 3, the working cable 3a, and the charging connection unit 50 uses the bypass connection device of the present invention described later.

That is, the distance between the preliminary cable 3 and the working cable 3a is short and securely connected by using the bypass connection device shown in the device of the present invention for safely connecting to the charging connection part 50 of the extra high pressure.

In this process, the operator installs a sign during dangerous transmission to prevent safety accidents.

After the preliminary cable 3 or the work cable 3a is connected to the charging connection part 50 of the male switchgear 10, the worker switches to the other ground switchgear to which the spare cable 3 or the work cable 3a is connected. (5) or the ground switch 5a for construction is turned on to supply power.

After taking this step, the circuit breaker 30 of the switchboard 10 is turned off.

In this state, the transformer 20 is continuously supplied with power by another ground switch 5 or a construction switch 5a so that the low-voltage consumer (office, home) inside the building is in an uninterrupted state.

After taking this step, the circuit breaker 30 of the ground switch 1 to be replaced is also turned off, and the connection with the peripheral device connected to the ground switch 1 to be replaced is separated.

When the peripheral device to be separated is a transformer, it is separated using the 'elbow connection member live switchgear' of the patent applications 2006-56908 and 2007-29292 of the applicant.

The separation process of such a transformer is described in detail in the above-described prior application, and thus description thereof is omitted.

After taking these steps, the ground breaker (1) to be replaced is removed and the new ground breaker is put in place.

Then, the peripheral device is connected to the new ground transformer again, and the power supply is turned on.

In the case of connecting a transformer to such a new ground breaker, the above-described application device of the present applicant, 'elbow connection member live switchgear' is used.

After this step, the circuit breaker 30 of the switchboard 10 is turned on and the other ground switch 5 connected to the spare cable 3 or the work switch 5a connected to the work cable 3a is turned off. After separating from the charging connection unit 50 in the operating state, the spare cable (3) is returned to the original state back to the circuit breaker 30 of the switchgear 10 or in the case of the work cable (3a) to be replaced by the process of replacement The ground switch (1) of the uninterrupted state to complete the work to replace.

In the method of the present invention, the work cable (3a) of the preliminary cable (3) of the other ground switch 5 and the construction switch (5a) to the extra-high voltage charging connection portion 50 of the switchgear 10 for each phase Secure connection and disconnection will utilize the bypass connection device of the present invention.

The bypass connection device of the present invention will be described in detail with reference to FIGS. 3 to 11.

That is, the uninterruptible replacement bypass connection device of the high-pressure water-soluble ground breaker of the present invention,

Termination of the spare cable 3 connected phase by phase to the other ground breaker 5 to replace the ground breaker 1 of the replacement object connected to the breaker 30 of the switchgear 10 of the high-voltage consumer of the building uninterrupted. The terminal connecting member 4a of the work cable 3a connected to the connecting member 4 or the construction switch 5a by phase is bypassed and connected to the charging connection unit 50 of the switchboard 10.

Such a device of the present invention,

The one end termination member 310 of the phase extension cable 300 having the termination members 310 and 320 on both sides thereof is fixed, and the termination member 4 or the construction switchgear of the spare cable 3 connected to the other ground switch 5. Support means (100) for opposingly connecting and fixing the termination member (4a) of the work cable (3a) drawn out from (5a) for each phase;

Connection pneumatic support for the phase termination member 320 connected to the other side of the phase extension cable 300, connected to each of the termination member and each connection wire 260 and clamping connection to the charging connection portion 50 Connecting means (200) comprising a cylinder (210), a forward and backward pneumatic cylinder (220) coupled to the rear of the connecting pneumatic cylinder and insulated to operate forward and backward;

Is done.

The support means 100 has a rectangular base 110 composed of a plurality of frames, and is assembled to both upper frames of the base, and ends of the spare cable 3 or the work cable 3a and the extension cable 300. Each clamp 120 is clamped to wrap and clamp one end of the assembly.

At this time, the termination member 4 of the preliminary cable 3 or the termination member 4a of the working cable 3a are connected to the terminal member 310 of the extension cable 300 by the respective terminals. B) and the nut (N) is fastened to cover the insulating cap 150 around it is bound in an insulating state.

The connecting means 200 is coupled to the base 201 partitioned into the upper chamber 202 and the lower chamber 203 and the frame of the lower chamber 203 of the base by the construction of a plurality of frames and plates, Each of the clamps 250 assembled in a plurality of rows to be wrapped around the other end termination member 320 side and extended at right angles, and the cylinder block 204 fixed to the front of the plate of the upper chamber. And the connecting pneumatic cylinder 210 coupled to the front and rear pneumatic cylinders 220 coupled to the cylinder block and the rod 222 front and back of the pneumatic cylinders.

The connection pneumatic cylinder 210 is composed of a pair of rods 212 moving in the horizontal direction of the left and right in front of the cylinder body 211, and a clamp connecting piece 213 fixed to the outside of the rod, respectively, The connection terminal of the connection wire 260 is connected to the clamp connection piece 213 on one side, and the clamp connection piece 213 on both sides is moved inward and outward to clamp the charging connection part 50 of the switchboard 10. Or to release the clamping.

In addition, a connection terminal of the other end terminal connecting member 320 of the extension cable 300 and a clamp connection piece 213 of the connecting pneumatic cylinder 210 are connected to both ends of the connection wire 260 by bolts B and By being fixedly connected by the nut N, mutual mutually is connected.

On the other hand, the connecting pneumatic cylinder 210 and the forward and backward pneumatic cylinder 220 is coupled in an insulation treatment state

That is, the insulating insulator 270 is coupled between the rear of the cylinder body 211 of the connection pneumatic cylinder 210 and the rod 222 of the forward and backward pneumatic cylinder 220.

In this state, the cylinder body 221 of the forward and backward pneumatic cylinder 220 is assembled and fixed to the cylinder block 204 assembled to the upper chamber 202 plate of the base 200 by detachable material.

In addition, the rod 222 of the forward and backward pneumatic cylinder 220 advances the distance of 300 ~ 500mm so as to have a sufficient insulation distance between the connecting pneumatic cylinder 210 to be connected to the charging connection portion 50 of the switchgear 10. It is supposed to work.

The uninterruptible replacement bypass device of the high-pressure water-soluble ground breaker of the present invention has a worker positioned in accordance with the connection position of the charging connection unit 50, the termination member 310 of the extension cable 300 of the support means 100 Then, the terminal member 4 of the spare cable 3 or the terminal member 4a of the working cable 3a are bound to each phase using the bolts B and the nuts N.

In the state in which the preliminary cable 3 or the work cable 3a is bound by the clamp 120 so that there is no flow, the insulation cap 150 is covered around the connection between the terminals to perform insulation treatment.

In this state, the connection pneumatic cylinder 210 of the connecting means 200 is pneumatically operated to extend the clamp connecting pieces 213 on both sides to the outside, and the pneumatic forward and backward pneumatic cylinder 220 is pneumatically operated to connect the pneumatic cylinder ( 210 is advanced to position the charging connecting portion 50 of the switchgear 10 between the clamp connecting pieces 213 on both sides.

In such a state, the connecting pneumatic cylinder 210 is pneumatically operated to reduce the inner side of the clamp connecting pieces 213 coupled to the rods 212 on both sides to securely connect the charging connecting portion 50.

As a result, the extension cable 300 and the connecting wire 260 are connected to the charging connection part 50 by power-on operation of the ground switch 5 of the spare cable 3 or the work switch 5a of the work cable 3a. Power supply is provided via

The interruption and disconnection of the power supply is simply performed by the reverse of the above procedure.

That is, the device of the present invention safely and quickly supplies bypass power to the charging connection portion 50 of the high-voltage switchgear 10 so as not to interrupt the power supply of the low voltage consumer according to the replacement of the ground switch 1 to be replaced. It can be used as a medium that can be replaced without an interruption.

1 is a schematic diagram of the present invention for explaining an uninterruptible replacement method of a high-pressure water-soluble ground breaker.

Figure 2 is a flow chart of the uninterruptible replacement method of the high-pressure water-soluble ground breaker of the present invention.

Figure 3 is an overall perspective view of the uninterruptible replacement bypass connection device of the high-pressure water-soluble ground breaker of the present invention.

4 is a front view of FIG. 3.

5 is a plan view of FIG.

6 is an exploded perspective view of the support means of the present invention.

Figure 7 is an exploded perspective view showing the assembly process of the termination member of the preliminary cable or working cable and the extension cable of FIG.

Figure 8 is a front perspective view of the extracting means of the device of the present invention.

9 is a rear perspective view of the extracting means of the device of the present invention.

10 is an exploded perspective view showing the main components of the connecting means of the present invention separately.

Fig. 11 is an exploded perspective view illustrating the connection relationship between a connecting pneumatic cylinder, a forward and backward pneumatic cylinder, and an extension cable, which are main components of the device of the present invention.

** Explanation of symbols for main parts of drawings **

1: ground switchgear to be replaced 3: reserve cable for each phase
3a: phase work cable 4, 4a: termination member

5: other ground switch 5a: construction switch

10: Switchgear of high pressure consumer 20: Transformer

30: breaker 50: charging connection

100: support means 200: connection means

210: connection pneumatic cylinder 213: clamp connection piece

220: forward and backward pneumatic cylinder 260: connection wire
270: insulator 300: phase extension cable

delete

Claims (9)

After separating the phase-specific spare cable connected to the other ground switch, the elbow tap plug (ETP) is connected to the other ground switch by phase, and the elbow connecting material is constructed on one side of the separated spare cable. Connecting to each elbow tap plug phase by phase; Bypassing the other side of the preliminary cable temporarily fixed to a terminal switchgear of a building by a high voltage acceptor by connecting to a phase charging connection part of the switchgear connected to a transformer; Supplying power to the spare cable by turning on power of the other ground switch; Turning off the circuit breaker of the switchboard; Turning off the circuit breaker power of the switchgear to turn off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced; Separating only the ground switchgear to be replaced and putting a new ground switch in its position; Connecting the peripheral devices separated from the new ground breaker and turning on a power supply; Operating the circuit breaker of the switchboard; Shutting off the power supply of the spare cable by turning off the other ground switch connected to the spare cable; And, Separating the terminating material of the spare cable from the phase charging connection part of the distribution panel, and fixing the terminating material of the separated spare cable to the breaker of the distribution panel to its original position; An uninterruptible replacement method of the high-pressure water-soluble ground breaker, characterized in that for replacing the high-voltage water-soluble ground breaker through an uninterruptible. The process lead wire drawn out from the nearby overhead line or the transformer lead wire drawn out from the nearby ground transformer is connected to the ground switchgear for construction. Bypassing the connection unit and connecting each phase; Supplying power to a phase work cable by turning on power of the ground switch for construction; Turning off the circuit breaker of the switchboard; Turning off the circuit breaker power of the switchgear and turning off the power of the ground changer to be replaced, and disconnecting a connection with a peripheral device such as a transformer connected to the ground breaker to be replaced; Separating only the ground switchgear to be replaced and putting a new ground switch in its position; Connecting peripheral devices separated to the new ground switch and operating the power supply on; Operating the circuit breaker of the switchboard; Turning off the ground switch for the construction to which the work cable is connected to cut off the power supply of the work cable; And, Separating and dismantling the termination member of the working cable from the phase charging connection part of the distribution panel; The uninterruptible replacement method of the high-pressure water-soluble ground breaker, characterized in that for replacing the high-voltage water-soluble ground breaker through an uninterruptible. In order to replace the ground breaker (1) of the replacement object connected to the breaker of the switchboard of the high voltage consumer with an uninterruptible power supply, the terminating material (4) of the spare cable (3) connected to the other ground breaker (5), or the construction switch (5a). In constructing an uninterruptible replacement bypass connection device for a high-voltage water-based ground breaker for bypassing and connecting the terminating material 4a of the work cable 3a connected to each other) to the charging connection of the switchgear. The one end termination member 310 of the phase extension cable 300 having the termination members 310 and 320 on both sides thereof is fixed, and the termination member 4 of the spare cable 3 connected to the other ground switch 5. Support means (100) for opposingly connecting and fixing the terminal connecting member (4a) of the work cable (3a) drawn out from the construction machine (5a); A connection pneumatic cylinder 210 which supports the phase termination member 320 connected to the other side of the phase extension cable 300 and connects the termination member to each connection wire 260 and clamps the charging connection portion. And a connecting means (200) comprising a forward and backward pneumatic cylinder (220) coupled to the rear of the connecting pneumatic cylinder by an insulation treatment to move forward and backward. Uninterruptible replacement bypass connection device of a high-pressure water-soluble ground breaker comprising a. The method of claim 3, The support means 100 is a rectangular base 110 composed of a plurality of frames, and is assembled to the upper frame on both sides of the base, the end of the spare cable (3) or the end of the working cable (3a) and the extension cable ( Uninterruptible replacement bypass connection device for a high-voltage water-soluble ground breaker, characterized in that consisting of each clamp 120 for clamping around one end of the 300. The method according to claim 3 or 4, The termination member 4 of the preliminary cable 3 or the termination member 4a of the working cable 3a are connected to the terminal member 310 of the extension cable 300 by a bolt and a nut. An uninterruptible replacement bypass connection device for a high-voltage water-soluble ground breaker, which is fastened and covers an insulating cap 150 around the insulating cap. The method of claim 3, The connecting means 200 is coupled to the base 201 partitioned into the upper chamber 202 and the lower chamber 203 and the frame of the lower chamber 203 of the base by the construction of a plurality of frames and plates, Each clamp 250 is assembled in a plurality of rows to be wrapped around the connection connecting the other end termination member 320 of the extension cable 300 in a right angle direction and fixed to the front of the plate of the upper chamber 202 High pressure water, characterized in that consisting of a cylinder block 204, the connecting pneumatic cylinder 220 coupled to the cylinder block and the connecting pneumatic cylinder 210 coupled to the front of the rod 222 of the forward and backward pneumatic cylinder Uninterruptible replacement bypass connection for available ground breakers. The method according to claim 3 or 6, wherein The connection pneumatic cylinder 210 is composed of a pair of rods 212 moving in the left and right width direction in front of the cylinder body 211 and the clamp connection piece 213 fixed to the outside of the rod, respectively, one side The connecting terminal of the connecting wire 260 is coupled and connected to the clamp connecting piece by a bolt and a nut, and the clamp connecting pieces 213 on both sides move inward and outward to the charging connection part 50 of the switchgear 10. An uninterruptible replacement bypass connection device for a high-pressure water-based ground breaker, which is clamped or released. The method according to claim 3 or 6, wherein The insulation treatment of the connecting pneumatic cylinder 210 and the forward and backward pneumatic cylinder 220 is performed between the cylinder body 211 of the connecting pneumatic cylinder 210 and the rod 222 of the forward and backward pneumatic cylinder 220. Uninterruptible replacement bypass connection device of a high-voltage water-soluble ground breaker, characterized in that the combined insulator 270. The method of claim 8, The forward and backward distance of the rod 222 of the forward and backward pneumatic cylinder 220 is an uninterruptible replacement bypass connection device of a high-pressure water-soluble ground breaker, characterized in that it has an insulation distance of 300 ~ 500mm.

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