KR200183804Y1 - All competent composition electric panel - Google Patents

Abstract

The present invention relates to a multifunctional composite water switchgear that diversifies the functions of water and switchgear and minimizes the system installation space when the electric power is installed in a place such as a building or a factory. Is divided into the front low pressure part, the middle special high pressure part and the rear special high pressure part, and these are divided into the upper side and the lower side, respectively, and the front low pressure part forms a double door with an inner door and an outer door, and the middle special high pressure part has an inner observation window and an opening / closing door. The rear special high pressure part is composed of the inner door and the outer door for preventing human contact with the internal observation window, and the front low pressure part has a low voltage distribution circuit breaker, emergency switch, low voltage branch circuit breaker, ground fault detection current transformer, construction Repeater terminal block and various instruments (controller, digital integrated meter, energization display lamp, indicator) are installed, and the special high voltage circuit breaker The transformer is installed, and the special high pressure part on the rear side is equipped with a power fuse connected to the parking short circuit, lightning protection system, and a KEPCO transformer which is equipped with a meter. In order to install the electric equipment by minimizing the area occupied by the substation room, such as diversifying the functions of the switchboards and minimizing the system installation space, which are installed when the electric equipment is used in high power such as buildings and factories. It is possible to reduce the cost of securing the installation space, which is the biggest problem of customers, to be easy to install and troubleshoot, and to allow the safety manager to monitor and control conveniently. It is provided in the place to reduce construction costs and provide convenience of management.

Description

Multifunctional composite switchboard {all competent composition electric panel}

The present invention relates to a multifunctional composite water switchgear, which minimizes the system installation space and diversifies the function of the water switchgear installed when the electric power is installed in a place such as a building or a factory.

In particular, what is to be implemented in the present invention is to reduce the area occupied by the customer to install their own electrical equipment by minimizing the area occupied by the substation by developing a multi-functional complex of closed switchgear of 22,900 volts In addition, it is easy to install and troubleshoot, and the safety manager can conveniently monitor and control the system for safe operation.

If there is a large amount of power used, such as buildings and factories, establish complementary liability thresholds with the utility company, and elect electric security officers by providing electric equipment after the responsibility thresholds with the customer's own electrical equipment with the number of switchboards. As a substitute, the company is responsible for supplementary responsibilities, and the electric and electrical equipment such as switchboards and power distribution panels not only change the power distribution method and the configuration of the main circuit depending on the purpose, type of business, size, location, importance of buildings, factories, etc. Capacities range from hundreds of kilowatts to tens of thousands of kilowatts, which made it difficult to think of standard equipment suitable for all occasions.

Therefore, the switchgear, which is a private electric installation, has to be satisfied. Suitable for building or factory facilities; It should be made of simple equipment that does not reduce the reliability of the equipment and does not cause inconvenience in operation or maintenance; There is no risk of fire due to electrical installations and there should be safe installations without electric shocks; The instrument's performance must be excellent, reliable, and have a long service life; Minimize the installation cost by using small and light equipment, and sixth; The arrangement of the equipment should be reasonable, and the operation, maintenance and breakdown measures should be free from erroneous operation. Finally, the appearance should be good.

However, the conventional electric equipments for water and switchboards, as shown in Fig. 1, have a special high-pressure water board (1), a KEPCO (2), a transformer board (3), and a low-voltage board (4), Low pressure blocking base (5) to the left and right to extend the arrangement.

This configuration is first; The space that accommodates each device is too big; Since each device is accommodated separately, the line connecting the facilities is long, so the power loss and risk due to leakage current is large, third; Fourth, the logistics and installation costs of manufacturing and moving are high; When remote monitoring operation is required, the complexity of the transmission equipment and the cost of the remote monitoring equipment are high; In order to install water and switchboards, there is a problem such as a relatively high cost required for the facility, which requires a large facility space.

The present invention is to solve the problems caused by the conventional number, the switchboard occupy too much of the equipment space, the switchgear main body is composed of two layers, the upper and lower, and the inner door and the outer door to form a double door, It consists of the front low pressure part that forms the wiring duct along both side walls, the middle special high pressure part which consists of upper and lower two layers, and forms the inner observation window and the opening / closing door, and the upper and lower two layers. The rear side special high pressure part consisting of the inner door and the outer door formed with a separate, coupled type, the front low pressure part is a low pressure circuit breaker, emergency transfer switch, low voltage breaker circuit breaker, ground fault detection current transformer and construction relay terminal, Install various instruments, and install the special high-pressure parking circuit breaker and transformer in the middle special high pressure section, and the power fuse, lightning protection arrester, It is a configuration that installs KEPCO transformers that are formed in one unit, and collects switchboards using minimal space to reduce supply costs and to provide facilities in narrow spaces. The purpose is to.

Figure 1 is an exemplary view of the installation configuration of a conventional male, switchboard.

Figure 2 is a partially cutaway side view showing the complete external state and the main interior of the present invention.

Figure 3 is an open state of the outer door showing the configuration of the front low pressure portion of the present invention.

Figure 4 is an open state of the outer door showing the configuration of the rear special pressure portion of the present invention.

Figure 5 is an exemplary view of a state to separate the body as another embodiment of the present invention.

Figure 6 is an exemplary view for outdoor installation with a roof as another embodiment of the present invention.

Figure 7 is a side cross-sectional view showing the entire internal configuration of the present invention.

Figure 8 is a state fully open the door showing the configuration of the front low pressure portion of the present invention.

Figure 9 is an excerpt of the main part showing the internal structure of the front low pressure portion of the present invention.

Figure 10 is an internal configuration of the rear high pressure portion of the present invention.

Figure 11 is an exemplary view of the take-out or receiving state of the transformer and the KEPCO transformer of the present invention.

※ Explanation of Major Codes in Drawings ※

10; Front low pressure part. 11; Inner door. 12,32; Outer door.

13; Protective cover. 14; Low voltage bus. 15; Low pressure circuit breaker.

16; Emergency switch. 17; Low breaker breaker. 18; Ground fault current transformer.

19; Construction terminal block. 20; Medium special high pressure part. 21,12a, 31a; Internal observation window.

22; Opening and closing door. 23; Pulleys. 25; Special high voltage circuit breaker.

26; Transformers. 27; Secondary low voltage bus. 28; Owner winning.

30; Rear high pressure part. 31; Inner door to prevent human contact.

36; Power Fuse. 36a; Fuse Holder. 37; Lightning protection arrester.

38; KEPCO transformer. 39; meter. 39a; induction current shield.

10a, 20a, 30a; Upper side. 10b, 20b, 30b; Bottom side. 26a, 38a; roller.

40; Wiring duct. 50; Wall panels. 60; Vents.

65; Ventilator. 70; Withdrawal equipment. 100; Can switchboard body.

110; roof. 111; Jack for remote control. 113; Alarm device.

114; Digital total meter. 116; Control unit. 117; Power indicator lamp.

118; Indicator. 125; Controller.

210; wire. 211; rail.

Multifunctional composite water, the switchboard body 100 of the present invention for achieving the above object, the front low pressure unit 10 and the middle special high pressure unit 20 and the rear special high pressure unit 30, as shown in Figs. And the front low pressure part (10) is composed of an upper side (10a) and a lower side (10b) to form a double door with an outer door (12) having an inner door (11) and an inner observation window (12a). The middle special high pressure part 20 is formed of an upper side 20a and a lower side 20b to form an inner observation window 21 and an opening / closing door 22, and the rear side high pressure part 30 has an upper side ( 30a) and the lower side (30b) was composed of the inner door 31 and the outer door (32) for preventing the human body contact to form the inner observation window (31a). Here, the front low pressure part 10, the middle special high pressure part 20, and the rear special high pressure part 30 are configured as separate and coupled types as shown in FIG. 5 or the middle special high pressure part 20 and the rear special high pressure part 30, respectively. ) Is integrally formed, and only the front low pressure part 10 is formed in a separated and coupled type, and the wiring duct 40 is formed along both side walls thereof.

At this time, the multifunctional composite male, the switchboard 100 of the present invention is the outer door 12 of the front low pressure unit 10 and the opening and closing door 22 of the middle special high pressure unit 20 and the outer door 32 of the rear special high pressure unit 30. ) Waterproofing to prevent the rain water from penetrating the outside, or if the roof 110 is integrally formed on the top surface as shown in Figure 6 may be configured for external installation to be installed outdoors.

Referring to the configuration provided in the interior of the multifunctional composite water, the switchboard main body 100 of the present invention configured as described above in more detail based on Figure 7 to 11.

The front low pressure unit 10 is divided into the upper side (10a) and the lower side (10b), as shown in Figures 3 and 8 and the low side pressure circuit breaker (15) and emergency switch 16 in the upper side (10a) Built-in, the lower side (10b) is equipped with a plurality of low-voltage branch circuit breakers (17) in the center in the longitudinal direction, on both sides is equipped with a ground fault current transformer (18) and the construction relay terminal 19 for the low pressure Branch breaker 17 is finished with a protective cover 13 and constitutes an inner door 11 on both sides.

Here, the low voltage bus for transmitting electricity through the low pressure circuit breaker 15 and the emergency transfer switch 16 to the low voltage circuit breaker 17 is transmitted from the transformer 26 to the rear side of the low voltage circuit breaker 17. (14) is installed as shown in Figure 9, the low voltage bus 14 is a neutral wire at both ends of the left and right, so that the branch is easy to branch without interference with each other when branching to each of the low voltage circuit breaker (17) R, S and T lines are installed between them and main power flows between them.

In addition, the inner door 11 includes a controller 125 capable of observing and controlling the energization state of the special high-pressure circuit breaker 25 installed in the intermediate high-pressure unit 20 as shown in FIG. 3, and the low-voltage bus 14. The grounding state of the digital integrated circuit 114, the energization display lamp 117, which displays the energization state of the low voltage circuit breaker 17, and all the equipments connected and connected from the construction terminal block 19 are grounded. An indicator 118 for displaying the state detected by the ground fault detection current transformer 18, a control unit 116 for operating the low voltage circuit breaker 15, an emergency switch 16, and the like; When an abnormal signal such as current generation or temperature rise of a transformer occurs, an alarm sound 113 is displayed to generate the alarm sound and the monitor state is directly monitored.

The front low pressure part 10 configured as described above has an internal observation window 12a for preventing anyone from easily operating various instruments (controller, digital total meter, energization display lamp, indicator) installed in the inner door 11. The outer door 12 is constructed and completed.

Next, the intermediate special high pressure unit 20 and the rear special high pressure unit 30 will be described with reference to FIGS. 2, 7 and 10, and the intermediate special high pressure unit 20 having the internal viewing window 21 and the opening / closing door 22 and The rear special high pressure part 30, which forms the inner door 31 and the outer door 32 for preventing human hair contact, is divided into an upper side 20a, 30a and a lower side 20b, 30b, respectively, and an intermediate special high pressure part ( An extra high pressure circuit breaker 25 is installed on the upper side 20a of the power supply side to receive electricity from the KEPCO side, and to energize or cut off, and the special high pressure on the upper side 30a of the rear side high pressure part 30. The fuse holder 36a and the lightning protection device 37 installed with the power fuse 36 for preventing the electric power transmitted from the parking short circuit 25 to become an overcurrent state were installed.

In addition, the lower side 30b of the rear side high-pressure unit 30 has an electrostatic meter transformer 38 integrally provided with a meter 39 for measuring the amount of power flowing into the transformer 26 through the power fuse 36. Built-in and installed to enable storage and withdrawal, and the lower side (20b) of the intermediate special high-pressure unit 20 is built in a transformer 26 for stepping down the electricity passed through the electrostatic metering transformer 38.

At this time, the meter 39 integrally provided in the KEPT 38 constitutes a shielding film 39a for preventing induction current to prevent a malfunction due to an induced current generated in the KEPT 38.

Here, the KEPT transformer 38 and the transformer 26 are provided with rollers 26a and 38a on their bottoms for easy storage and withdrawal, as shown in FIG. 11 as a method for improving workability at this time. The pulley 23 is installed on the inner wall surface of the transformer 26 of the intermediate high pressure part 20 so as to hang the chain or wire 210 on the pulley 23 and to the transformer 26 on the chain or wire 210. ), And when drawing out or inserting the transformer 26 and the KEPT 38, a drawing device 70 for separate drawing is installed, and the chain or wire 210 is installed. In the work of winding the transformer 26 and the electrostatic meter transformer 38 to be transported by the rail 211.

Here, as another method for accommodating the transformer 26 and the KEPCO 38, a separate wheeled tray may be configured to seat the transformer 26 and the KEPCO 38 on it. It can also be configured and used to transfer the tray to equipment or configurations.

In addition, when the wall surface 50 that divides the front low pressure part 10 and the middle special high pressure part 20 is formed of a non-magnetic non-ferrous metal, a secondary low voltage bus connecting the transformer 26 and the low pressure circuit breaker 15 By blocking the flow of the magnetic field generated in the vicinity of the BAR) (27) to reduce the vibration or noise caused by this.

In addition, the front low pressure part 10, the middle special high pressure part 20, and the rear special high pressure part 30 constituting the multifunctional composite water switchboard body 100, respectively, a fan 65 on the upper side and a vent 60 on the lower side. It is configured to forcibly discharge the internal air to prevent the internal temperature rise of the multifunctional composite water, switchboard body 100, and various instruments (controller, installed in the inner door 11 of the front low pressure unit 10) When the user wants to control the remote control by forming a remote control jack (111) connected to a digital total meter, electricity display lamp, indicator) cable connected to the remote control jack 111 from a remote controller installed in an office or the like ( If not combined only, it can be configured to be connected to a remote control system (not shown) provided in the office, so that the monitor can control the remote monitoring.

In particular, the internal observation windows (12a) (21) (31a) constituting the present invention is made of tempered glass to minimize the impact on the outside during the explosion of the internal equipment.

The present invention configured as described above has electric power transmitted from KEPCO to the main line 28 to be metered in the KEPCO transformer 38 through the special high-pressure circuit breaker 25 and the power fuse 36, and then the transformer 26 After being stepped down to the commercial voltage), it is distributed to a plurality of low voltage breaker circuit breakers 17 through the low voltage circuit breaker 15 through the low voltage circuit breaker 15 and the emergency transfer switch 16, and through the construction intermediate terminal block 19. It is distributed to each facility.

According to the present invention, the water and switchgear main body is divided into a front low pressure part, a middle special high pressure part and a back special high pressure part, and these are divided into an upper side and a lower side, respectively, to form a double door on the inner and outer doors in the front low pressure part, The middle special high pressure part forms an inner observation window and an opening / closing door, and the rear special high pressure part consists of an inner door and an outer door for preventing human body contact with an inner observation window, and the front low pressure part includes a low voltage distribution circuit breaker, an emergency switch, and a low pressure. Branch breakers, ground fault current transformers, construction terminal blocks, and various instruments (controllers, digital integrated meters, energization indicator lamps, indicators) are installed. In the high voltage part, the power fuse connected to the parking short circuit, lightning protection system, and a KEPCO transformer equipped with a meter are installed. By constructing a multifunctional composite water and distribution panel, the substation room can be diversified by minimizing the system installation space and diversifying the functions of the water and distribution panel that are installed when the electric equipment is used in a place where there is a lot of power. Safe system by minimizing the occupied area, reducing the cost of securing the installation space, which is the biggest problem of customers installing their own electric equipment, easy installation and troubleshooting, and easy monitoring and control by the safety manager It is a novel design that reduces the cost of operation and provides the convenience of management and reduction of construction cost by installing in a narrow place.

Claims (12)

The main body of the switchgear is composed of the front low pressure part, the middle special high pressure part, and the rear special high pressure part, and the front low pressure part has a low voltage distribution circuit breaker, an emergency transfer switch, a low voltage branch circuit breaker, a ground fault detection current transformer and construction terminal block, Install various instruments (controller, digital integrated meter, energization display lamp, indicator), and install the special high-pressure parking circuit breaker and transformer in the middle special high pressure part, and the power fuse connected to the parking short circuit in the rear special high pressure part, lightning arrester, Multifunctional composite water switchgear, characterized by the installation of a KEPCO transformer with an integrated meter. The method of claim 1, The male and the switchboard main body, the front low pressure part is composed of the upper side and the lower side to form a double door with the inner door and the inner observation window formed, the middle special high pressure part is composed of the upper side and the lower side to form the inner observation window and the opening and closing door Multi-functional composite water switchgear, characterized in that the rear side of the high-pressure section is composed of the upper side and the lower side composed of the inner door and the outer door for preventing human body contact formed an inner observation window. The method of claim 1, Multi-functional composite water switchgear, characterized in that the water, the switchgear main body, the front low pressure part, the middle special high pressure part, the rear side special high pressure part is configured to be partially separated and combined. The method of claim 1, Multi-functional complex water, switchgear, characterized in that the front low-pressure unit constituting the water, the switchgear main body and the wiring duct integrally formed on the inner wall surface of the middle special high-pressure unit. The method of claim 1, A controller capable of observing and controlling the energization state of the high-voltage high-pressure circuit breaker on the inner door of the front low-voltage unit, a digital comprehensive meter indicating the energization state of the low-voltage busbar, an energization display lamp displaying the energization state of the low-voltage branch circuit breaker, An indicator indicating the state of the ground fault detection current transformer for all equipment connected and disconnected from the construction relay terminal, a controller for operating the low voltage circuit breaker, an emergency switch, and the like, overcurrent generation and ground fault Multi-functional complex switchgear, characterized in that it is configured to monitor the operation status by installing an alarm display device that displays the alarm sound when an abnormal signal such as current generation or transformer temperature rise occurs. The method of claim 1, Multi-functional composite water switchgear, characterized in that the non-metallic non-ferrous metal wall surface for partitioning the front low-voltage transformer and the middle special high-pressure section of the switchboard. The method of claim 1, A transformer having a rail connected integrally to the middle high pressure part and a rear special high pressure part, and having a pulley installed on an inner wall surface on which the transformer of the middle special high pressure part is accommodated, the wire being hooked on the pulley, and the end having a roller on the bottom thereof; Multi-functional complex water switchgear, which is connected to the KEPCO transformer and draws wires as a drawer for separate drawing. The method of claim 1, Multi-functional composite water switchgear, characterized in that the front, low and middle special high pressure portion constituting the switchgear main body and the rear special high-pressure section equipped with a vent and a fan to prevent the temperature rise inside the switchgear main body. The method of claim 1, Multi-functional complex number switchgear, characterized in that the meter is provided integrally to the KEPCO transformer to form a shielding film for preventing the induced current between them in order to prevent malfunction due to the induced current generated in the KEPCO transformer. The method of claim 1, Multifunctional composite water switchgear, characterized in that the internal observation window installed in the front low and middle special high pressure part and the rear special high pressure part of the water, switchgear body made of tempered glass to minimize the influence on the outside in case of explosion of the internal equipment . The method of claim 2, Install a number of low voltage breaker circuit breakers installed in the front low voltage section of the switchgear in two rows, and install low voltage busbars on both sides of the N phase, which are neutral wires, so that no interference occurs during primary wiring, and main power flows between them. Multifunctional composite water switchgear characterized by installing R, S and T lines. The method of claim 5, When the user wants to remote control by forming a remote control jack connected to various instruments (controller, digital integrated meter, electricity display lamp, indicator) on the inner door of the front low pressure part, the remote control jack is equipped with a remote controller installed in an office or the like. Multi-function complex water switchboard, characterized in that the monitor is connected to a remote control system (not shown) provided in the office, such as by connecting only the cable (not shown) connected from the wiring.