CN114200384B - An electric energy meter detection device with multiple detection methods - Google Patents

Abstract

The invention discloses a detection device for an electric energy meter with multiple detection modes, relates to the technical field of electric energy meter detection, and comprises a first electric energy meter, a main switch and a detection assembly, the outer surface of the first electric energy meter is connected with a reading plate, And the bottom outer side of the reading plate is provided with a lap dial. The detection component of the present invention can read the current between the first electric energy meter and the main switch. If there is no electric current, it means that the first electric energy meter is operating normally. If there is electric current between the first electric energy meter and the main switch, the clamp If the clamp ammeter senses the electricity, it means that there are other interfaces on the surface of the outgoing wire and the neutral line leading to other places. At this time, the announcer will send out a stealing signal to remind the staff that the power has been stolen. If the clamp ammeter If the amount of current is not detected, it means that there is a problem with the first electric energy meter. Through this method, it is possible to effectively determine whether the electric energy meter is faulty, and at the same time determine whether someone is stealing electricity, which can improve the detection range and functionality of the equipment.

Description

An electric energy meter detection device with multiple detection methods

technical field

The invention relates to the technical field of electric energy meter detection, in particular to an electric energy meter detection device with multiple detection modes.

Background technique

An electric energy meter is an instrument used to measure electric energy, also known as an electric meter, a fire meter, and a kilowatt-hour meter. It refers to an instrument for measuring various electrical quantities. When using an electric energy meter, pay attention to it. In the case of current (tens of amperes), the electric energy meter can be directly connected to the circuit for measurement. In the case of high voltage or high current, the electric energy meter cannot be directly connected to the line, and it needs to be used with a voltage transformer or a current transformer. The electric energy meter detection device is a device that can detect the operation accuracy of the electric energy meter.

Electric energy meter detection devices on the market can only use a single method to detect electric energy meters, which leads to errors in the results of electric energy meters, and the single function of electric energy meter detection devices can only detect the operation accuracy of electric energy meters.

Contents of the invention

The object of the present invention is to provide a detection device for an electric energy meter with multiple detection methods, so as to solve the problems raised in the above-mentioned background technology.

In order to achieve the above object, the present invention provides the following technical solutions: a detection device for electric energy meters with multiple detection methods, including a first electric energy meter, a main switch and a detection assembly, the outer surface of the first electric energy meter is connected with a reading plate , and the outside of the bottom of the reading plate is provided with a dial for the number of turns, the outside of the bottom of the first electric energy meter is provided with a live wire outlet, and the outside of the live wire outlet is connected with a live wire outlet, and the right end of the live wire outlet is arranged with a neutral wire Outlet, and the outside of the zero line outlet is connected with the zero line outlet, the main switch is arranged at the end of the live line outlet and the neutral line outlet, the detection component is connected to the top outside of the first electric energy meter, and the detection component includes The connection shell, the first suction cup seat, the second suction cup seat, the live wire output detector, the pairing wire, the neutral line output detector, the clamp ammeter, the announcer, the second electric energy meter, the comparison module and the load assembly, the connection shell The two sides of the front part of the body are provided with a first sucker seat, and the outer sides of the connecting shell are connected with a second sucker seat. A neutral line output detector is installed, and the outer ends of the live line output detector and the neutral line output detector are provided with paired wires, and a clamp ammeter is connected to the outside of the rear part of the connecting housing. The zero line output detector is electrically connected to the announcer, and the live line output detector and the neutral line output detector are electrically connected to the comparison module, and the neutral line output detector is electrically connected to the load assembly.

Further, the first suction cup seats are distributed symmetrically along the vertical centerline of the connection housing, and the first suction cup seats are connected to the first electric energy meter by adsorption.

Further, there are two second suction cup seats in total, and the second suction cup seats are connected to the first electric energy meter by adsorption.

Further, the live wire outlet is electrically connected to the paired wire, and the paired wire is electrically connected to the live wire outlet detector.

Further, the neutral line outlet is electrically connected to the paired wire, and the paired wire is electrically connected to the neutral line outlet detector.

Further, there are two clamp-on ammeters in total, and the clamp-on ammeters are engaged with the outgoing line of the live line and the outgoing line of the neutral line.

Further, the second electric energy meter is electrically connected in series with the first electric energy meter through the live line out detector and the neutral line out detector, and the second electric energy meter is electrically connected in series with the comparison module.

Further, the announcer is electrically connected to the second electric energy meter, and the announcer is electrically connected to the first electric energy meter through a live line out detector and a neutral line out detector.

Further, the load component is electrically connected to the zero line out detector, and the power consumption of the load component is 100w/h.

The invention provides an electric energy meter detection device with multiple detection methods, which has the following beneficial effects: by setting three different detection schemes, the test scheme can be changed according to the actual use conditions to detect whether the electric energy meter is damaged, which can improve Equipment flexibility.

1. After the connection of the detection components of the present invention is completed, the second sucker seats on both sides of the outer sides can be adsorbed on the outer two ends of the first electric energy meter, and the first sucker seats can be adsorbed on the front surface of the first electric energy meter. The electric energy meter is usually mounted vertically on the wall surface. The double adsorption of the first suction cup seat and the second suction cup seat can effectively prevent the detection component from falling during the detection process. In addition, the first suction cup seat and the second suction cup seat are both The installation position can be changed by releasing the outer fixing bolts, which enables the detection assembly to adapt to different electric energy meters.

2. The live wire output detector and the zero line output detector of the present invention can read the current between the first electric energy meter and the main switch. If there is no current, it means that the first electric energy meter is operating normally. If the first electric energy There is a current between the meter and the main switch, and the clamp ammeter can work. If the clamp ammeter senses the power, it means that the power flows out through the outgoing line of the live line and the outgoing line of the neutral line. The interface leads to other places. At this time, the announcer will send out a stealing signal to remind the staff that the electricity has been stolen. If the current is not detected by the clamp ammeter, it means that there is a problem with the first electric energy meter. At this time, the announcer will issue an electric energy meter fault. Signal to remind the staff to replace the faulty energy meter. Through this method, it can effectively determine whether the energy meter is faulty, and at the same time determine whether someone is stealing electricity, which can improve the detection range and functionality of the equipment.

3. The live wire output detector and the neutral line output detector of the present invention work and can communicate with the second electric energy meter. At this time, the electric quantity passing through the first electric energy meter can enter the live wire output detector and the neutral line output detector through the paired wiring. Inner side, while the electric energy passing through the live line out detector and the neutral line out detector can first enter the inside of the second electric energy meter, and then flow out from the live line outgoing line and the neutral line outgoing line, which makes the first electric energy meter and the second electric energy meter flow simultaneously After the current flows for a certain period of time, the comparison module can read the calculated values of the two electric energy meters. If the calculated values of the two are similar or correct, it means that there is no fault in the electric energy meter. By using two electric energy By comparing the data of the energy meter, it is possible to intuitively judge whether there is a fault in the electric energy meter. In addition, the test can be carried out in the power-on state, which makes the solution convenient for use in scenarios where it is difficult to cut off the power. In addition, the staff can observe the two electric energy The reading dial of the watch can visually judge the calculated power of the two.

4. The comparison module of the present invention can collect and read the number of running laps of the lap dial. Assuming that the power of the first electric energy meter is 3000r/kWh, the lap dial rotates 30r in five minutes, calculated by the comparison module , the load component consumes 0.01 kilowatts after working for five minutes. At this time, the comparison module can substitute the calculated data into the formula P=w/t to obtain that the power consumption of the load component is 120w/h. After calculating the power consumption, the comparison module can The calculated power consumption value is compared with the power consumption value of the load component. The power consumption of the load component is 100w/h. Through comparison, it can be judged that the statistical value of the first electric energy meter is wrong. Through this scheme, it can be accurately judged Whether there is an error in the first electric energy meter, and the error value of the first electric energy meter, which can improve the detection accuracy of the equipment.

5. By setting three different detection schemes, the present invention can change the test scheme according to the actual use situation to detect whether the electric energy meter is damaged, which can improve the flexibility of use of the equipment.

Description of drawings

Fig. 1 is a front view overall structural schematic diagram of an electric energy meter detection device with multiple detection modes in the present invention;

2 is a schematic diagram of the overall structure of a first electric energy meter of an electric energy meter detection device having multiple detection modes in the present invention;

Fig. 3 is a schematic diagram of the front view structure of a detection component of a detection device of an electric energy meter having multiple detection modes according to the present invention;

Fig. 4 is a structural schematic diagram of a fire wire out detector of an electric energy meter detection device having multiple detection modes in the present invention;

Fig. 5 is a schematic structural diagram of a detection component of an electric energy meter detection device with multiple detection modes according to the present invention;

6 is a schematic diagram of a current state detection flow chart of an electric energy meter detection device having multiple detection modes according to the present invention;

Fig. 7 is a schematic diagram of the electric energy consumption comparison detection flow chart of an electric energy meter detection device with multiple detection modes in the present invention;

Fig. 8 is a schematic diagram of a power detection flow chart of an electric energy meter detection device with multiple detection methods according to the present invention.

In the figure: 1. The first watt-hour meter; 2. The reading panel; 3. The lap number dial; 4. The live wire outlet; 5. The live wire outlet; 6. The neutral wire outlet; 7. The neutral wire outlet; 8. The main switch ;9, detection component; 901, connection housing; 902, the first suction cup seat; 903, the second suction cup seat; 904, live wire out detector; Ammeter; 908, announcer; 909, second electric energy meter; 910, comparison module; 911, load component.

Implementation

Please refer to Fig. 1-8, the present invention provides a kind of technical solution: a kind of electric energy meter detection device with multiple detection methods, including the first electric energy meter 1, the main switch 8 and the detection assembly 9, the outside of the first electric energy meter 1 The surface is connected with a reading disk 2, and the outer bottom of the reading disk 2 is provided with a lap dial 3, and the outer bottom of the first electric energy meter 1 is provided with a live wire outlet 4, and the outer side of the live wire outlet 4 is connected with a live wire outlet 5, The right end of the live wire outlet 4 is equipped with a neutral wire outlet 6, and the outside of the neutral wire outlet 6 is connected with a neutral wire outlet 7, the main switch 8 is arranged at the ends of the live wire outlet 5 and the neutral wire outlet 7, and the detection component 9 is connected to the first On the outside of the top of an electric energy meter 1, the detection assembly 9 includes a connection housing 901, a first suction cup seat 902, a second suction cup seat 903, a live wire output detector 904, a pairing wire 905, a neutral line output detector 906, and a clamp ammeter 907 , broadcaster 908, second watt-hour meter 909, comparison module 910 and load assembly 911, first suction cup holders 902 are arranged on both sides of the front part of the connection housing 901, and second suction cups are connected to the outer sides of the connection housing 901 seat 903, a live wire output detector 904 is arranged on the outside of the bottom of the connecting housing 901, and a neutral line output detector 906 is arranged on the right end of the live wire output detector 904, and the outer ends of the live wire output detector 904 and the neutral line output detector 906 are Butt wires 905 are provided, and a clamp ammeter 907 is connected to the outside of the rear part of the connection housing 901. The live wire output detector 904 and the neutral line output detector 906 are electrically connected to the announcer 908, and the live wire output detector 904 and the neutral wire output The output detector 906 is electrically connected to the comparison module 910, and the neutral line output detector 906 is electrically connected to the load assembly 911;

The specific operation is as follows: turn off the main switch 8, so that the outgoing line 5 of the live line and the outgoing line 7 of the neutral line can be powered off. The outgoing line 5 of the live line and the outgoing line 7 of the neutral line are respectively connected to the outgoing line detector 904 of the live line and the outgoing line detector 906 of the neutral line, so that the outgoing line 5 of the live line and the outgoing line 7 of the neutral line can be connected with the detection component 9, and the outgoing line 5 of the live line and the outgoing line of the neutral line 7 After the fixing is completed, connect the connecting wire 905 on the outside of the live wire outlet detector 904 and the neutral wire outlet detector 906 with the live wire outlet 4 and the neutral wire outlet 6 respectively, so that the detection component 9 can be connected to the first electric energy meter 1 Conduct electrical connection. After the detection assembly 9 is connected, the second sucker seats 903 on both sides of the outer sides can be adsorbed on the outer two ends of the first electric energy meter 1, and the first sucker seats 902 can be adsorbed on the first electric energy meter 1. Since the first electric energy meter 1 is usually mounted vertically on the wall surface, the double adsorption of the first suction cup seat 902 and the second suction cup seat 903 can effectively prevent the detection component 9 from falling during the detection process. In addition, both the first suction cup seat 902 and the second suction cup seat 903 can change the installation positions by releasing the outer fixing bolts, which can make the detection assembly 9 adapt to different electric energy meters.

Please refer to Figure 1-6. The first suction cup base 902 is distributed symmetrically along the vertical center line of the connection housing 901, and the first suction cup base 902 is connected to the first electric energy meter 1 by adsorption. There are two second suction cup bases 903 in total. And the second suction cup seat 903 is connected to the first electric energy meter 1 by adsorption, the live wire outlet 4 is electrically connected to the paired wire 905, and the paired wire 905 is electrically connected to the live wire output detector 904, and the neutral wire outlet 6 is connected to the paired wire 905 Electrically connected, and the connecting wire 905 is electrically connected with the zero line outlet detector 906, and there are two clamp ammeters 907, and the clamp ammeter 907 is engaged with the outgoing line 5 of the live line and the outgoing line 7 of the neutral line;

Concrete operation is as follows, embodiment one:

Rotating the clamp ammeter 907 can make the clamp ammeter 907 rotate through the rotating shaft connected with the connection housing 901, which makes the clamp ammeter 907 close to the outgoing line 5 of the live line and the outgoing line 7 of the neutral line, and clamps both, At this time, the main switch 8 is disconnected, because the detector 904 of the live wire and the detector 906 of the neutral wire are connected to the first electric energy meter 1 and the main switch 8 by connecting the wiring 905, the outgoing wire 5 of the live wire and the outgoing wire 7 of the neutral wire, which makes the live wire Out detector 904 and neutral line out detector 906 can read the amount of current between the first electric energy meter 1 and the main switch 8. If there is no current amount, it means that the first electric energy meter 1 is operating normally. If the first electric energy meter There is a current between meter 1 and the main switch 8, and the clamp ammeter 907 can work. If the clamp ammeter 907 senses the electricity, it means that the electricity flows out through the outgoing line 5 of the live line and the outgoing line 7 of the neutral line. At this time, the main switch 8 is in the closed state, which means that there are other interfaces on the surface of the outgoing line 5 of the live line and the outgoing line 7 of the neutral line leading to other places. At this time, the announcer 908 will send out a power stealing signal to remind the staff that the power is stolen. At this time, the staff only need to follow the live line The problem of power theft can be ruled out by looking for additional interfaces for outgoing line 5 and neutral line outgoing line 7. If the clamp ammeter 907 does not detect the amount of current, it means that there is a problem with the first electric energy meter 1. At this time, the broadcaster 908 will send out a fault signal of the electric energy meter. Remind the staff to replace the faulty energy meter. In this way, it can effectively determine whether the energy meter is faulty, and at the same time determine whether someone has stolen electricity, which can improve the detection range and functionality of the equipment.

Please refer to FIG. 1 and FIG. 7 , the second electric energy meter 909 is electrically connected in series with the first electric energy meter 1 through the live line out detector 904 and the neutral line out detector 906 , and the second electric energy meter 909 is electrically connected in series with the comparison module 910 , the announcer 908 is electrically connected to the second electric energy meter 909, and the announcer 908 is electrically connected to the first electric energy meter 1 through the live line out detector 904 and the neutral line out detector 906;

Concrete operation is as follows, embodiment two:

The live wire output detector 904 and the neutral line output detector 906 work, and can communicate with the second electric energy meter 909. At this time, the electric quantity passing through the first electric energy meter 1 can enter the live wire output detector 904 and the neutral line output detector 904 through the connecting wire 905. Detector 906 inside, and the electricity that passes live wire out detector 904, zero line out detector 906 can first enter the inside of the second electric energy meter 909, and then flow out from live wire outgoing line 5, neutral line outgoing line 7, which makes the first electric energy meter 1 and the second electric energy meter 909 can simultaneously calculate the amount of current flowing. After the current flows for a certain period of time, the comparison module 910 can read the calculated values of the two electric energy meters. If the calculated values of the two electric energy meters are similar or correct, it means There is no fault in the electric energy meter. By comparing the data of two electric energy meters, it can be judged intuitively whether there is a fault in the electric energy meter. In addition, the test can be carried out in the power-on state, which makes the solution convenient for scenes that are difficult to power off. In addition, the staff can intuitively judge the calculated electric quantities of the two electric energy meters by observing the reading plates 2 of the two electric energy meters.

Please refer to FIG. 1 and FIG. 8, the load component 911 is electrically connected to the neutral line out detector 906, and the power consumption of the load component 911 is 100w/h;

Concrete operation is as follows, embodiment three:

Turn off the main switch 8, and at this time, the zero line out detector 906 supplies power to the load component 911. After the load component 911 works for five minutes, the zero line out detector 906 stops supplying power to the load component 911, and at this time the comparison module 910 can Collect and read the number of running circles of the circle number dial 3, assuming that the power of the first electric energy meter 1 is 3000r/kWh, the circle number dial 3 rotates 30r in five minutes, calculated by the comparison module 910, the load assembly The 911 consumes 0.01 kilowatts for five minutes of operation. At this time, the comparison module 910 can substitute the calculated data into the formula P=w/t to obtain that the power consumption of the load component 11 is 120w/h. After calculating the power consumption, the comparison module 910 can Compare the calculated power consumption value with the power consumption value of the load component 911. The power consumption of the load component 911 is 100w/h. By comparison, it can be judged that the statistical value of the first electric energy meter 1 is wrong. Through this scheme, it can be accurately It can be judged whether there is an error in the first electric energy meter 1 and the error value of the first electric energy meter 1, which can improve the detection accuracy of the equipment.

To sum up, when using the electric energy meter detection device with multiple detection methods, the main switch 8 is first turned off, so that the outgoing line 5 of the live line and the outgoing line 7 of the neutral line are powered off, and at this time, the outgoing line 5 of the live line and the outgoing line 7 of the neutral line The wire outlet 4 and the zero wire outlet 6 are internally separated, and then the live wire outlet 5 and the neutral wire outlet 7 are respectively connected to the live wire outlet detector 904 and the neutral wire outlet detector 906, so that the live wire outlet 5 and the neutral wire outlet 7 are connected to the detection Components 9 are connected, and after the live wire outlet 5 and the neutral wire outlet 7 are fixed, connect the connecting wire 905 on the outside of the live wire outlet detector 904 and the neutral wire outlet detector 906 with the live wire outlet 4 and the neutral wire outlet 6 respectively. , the detection component 9 can be electrically connected with the first electric energy meter 1;

Then, after the connection of the detection assembly 9 is completed, the second suction cup holders 903 on both sides of the outer sides can be adsorbed on the outer two ends of the first electric energy meter 1, and the first suction cup holders 902 can be adsorbed on the front surface of the first electric energy meter 1, Because the first electric energy meter 1 is usually vertically mounted on the wall surface, the double adsorption of the first suction cup seat 902 and the second suction cup seat 903 can effectively prevent the detection component 9 from falling during the detection process. In addition, the first suction cup Both the seat 902 and the second suction cup seat 903 can change the placement position by releasing the outer fixing bolts, which can make the detection assembly 9 adapt to different electric energy meters;

Then rotate the ammeter clamp 907 to make the ammeter clamp 907 rotate through the rotating shaft connected with the housing 901, which makes the ammeter clamp 907 close to the outgoing line 5 of the live line and the outgoing line 7 of the neutral line, and clamp the two At this time, the main switch 8 is disconnected, because the live wire output detector 904 and the neutral line output detector 906 are connected to the first electric energy meter 1 and the main switch 8 through the connecting line 905, the live wire outgoing line 5 and the neutral line outgoing line 7, which makes The live line out detector 904 and the neutral line out detector 906 can read the amount of current between the first watt-hour meter 1 and the main switch 8. If there is no amount of current, it means that the first watt-hour meter 1 is operating normally. There is a current between the electric energy meter 1 and the main switch 8, and the clamp ammeter 907 can work. If the clamp ammeter 907 senses the electricity, it means that the electricity flows out through the outgoing line 5 of the live line and the outgoing line 7 of the neutral line. The switch 8 is in the closed state, which means that there are other interfaces on the surface of the outgoing line 5 of the live line and the outgoing line 7 of the neutral line leading to other places. At this time, the announcer 908 will send out a stealing signal to remind the staff that the power is stolen. At this time, the staff only need to follow the The problem of power theft can be ruled out by looking for additional interfaces on the outgoing line 5 of the live line and the outgoing line 7 of the neutral line. If the current is not detected by the clamp ammeter 907, it means that there is a problem with the first electric energy meter 1. At this time, the announcer 908 will send out a fault signal of the electric energy meter , to remind the staff to replace the faulty electric energy meter. Through this method, it can effectively judge whether the electric energy meter is faulty, and at the same time, it can be judged whether someone is stealing electricity, which can improve the detection range and functionality of the equipment;

Then the live wire output detector 904 and the neutral line output detector 906 work, and can be communicated with the second electric energy meter 909. At this time, the electric quantity passed through the first electric energy meter 1 can enter the live wire output detector 904 and the neutral line through the connecting line 905. out of the detector 906, and the electricity through the live wire out detector 904 and the neutral wire out detector 906 can first enter the inside of the second electric energy meter 909, and then flow out from the live wire outgoing line 5 and the neutral line outgoing line 7, which makes the first electric energy meter 1 and the second electric energy meter 909 can simultaneously calculate the amount of current flowing. After the current flows for a certain period of time, the comparison module 910 can read the calculated values of the two electric energy meters. If the calculated values of the two electric energy meters are similar or correct, then It shows that there is no fault in the electric energy meter. By comparing the data of two electric energy meters, it can be intuitively judged whether there is a fault in the electric energy meter. In addition, the test can be carried out in the power-on state, which makes this solution convenient for scenes that are difficult to power off. In addition, the staff can visually judge the calculated power of the two electric energy meters by observing the reading plates 2 of the two electric energy meters;

Finally, the main switch 8 is turned off. At this time, the zero line output detector 906 supplies power to the load assembly 911. After the load assembly 911 has been working for five minutes, the zero line output detector 906 stops supplying power to the load assembly 911. At this time, the comparison module 910 It can collect and read the number of running circles of the circle number dial 3. The power of the first electric energy meter 1 currently detected is 3000r/kWh, and the circle number dial 3 rotates 30r in total within five minutes, which is calculated by the comparison module 910 , the load component 911 consumes 0.01 kilowatts for five minutes of work. At this time, the comparison module 910 can substitute the calculated data into the formula P=w/t to obtain that the power consumption of the load component 11 is 120w/h. After calculating the power consumption, compare The module 910 can compare the calculated power consumption value with the power consumption value of the load component 911. The power consumption of the load component 911 is 100w/h. Through the comparison, it can be judged that the statistical value of the first electric energy meter 1 is wrong. Through this scheme , can accurately determine whether there is an error in the first electric energy meter 1, and the error value of the first electric energy meter 1, which can improve the detection accuracy of the equipment.

Claims (4)

1. An electric energy meter detection device with multiple detection methods, characterized in that it includes a first electric energy meter (1), a main switch (8) and a detection component (9), and the first electric energy meter (1) The outer surface is connected with a reading disk (2), and the outer bottom of the reading disk (2) is provided with a lap dial (3), and the outer bottom of the first electric energy meter (1) is provided with a fire wire outlet (4), And the outer side of the live wire outlet (4) is connected with a live wire outlet (5), the right end of the live wire outlet (4) is arranged with a neutral wire outlet (6), and the outer side of the neutral wire outlet (6) is connected with a neutral wire outgoing line (7), the main switch (8) is placed at the end of the live line outgoing line (5) and the neutral line outgoing line (7), the detection component (9) is connected to the top outside of the first electric energy meter (1), so The detection assembly (9) includes a connection housing (901), a first suction cup seat (902), a second suction cup seat (903), a live wire output detector (904), a paired wire (905), and a neutral line output detector ( 906), clamp ammeter (907), announcer (908), second electric energy meter (909), comparison module (910) and load assembly (911), the two sides of the front part of the connection housing (901) are arranged There is a first suction cup seat (902), and a second suction cup seat (903) is connected to the outer sides of the connection housing (901), and a fire wire out detector (904) is provided on the outside of the bottom of the connection housing (901) , and the right end of the live wire out detector (904) is equipped with a neutral wire out detector (906), and the outer ends of the live wire out detector (904) and the neutral wire out detector (906) are both provided with butt wires (905) , a clamp ammeter (907) is connected to the outside of the rear part of the connecting housing (901), and an announcer (908) is electrically connected to the live line out detector (904) and the neutral line out detector (906), In addition, the live line out detector (904) and the neutral line out detector (906) are electrically connected to a comparison module (910), the neutral line out detector (906) is electrically connected to a load assembly (911), and the live line The wire outlet (4) is electrically connected to the butt wire (905), and the butt wire (905) is electrically connected to the live wire detector (904), and the neutral wire outlet (6) is electrically connected to the butt wire (905). connected, and the connecting wire (905) is electrically connected with the zero line out detector (906), the clamp ammeter (907) is provided with a total of two, and the clamp ammeter (907) is connected with the live line out line (5), zero line The outgoing line (7) is engaged and connected, and the second electric energy meter (909) is electrically connected in series with the first electric energy meter (1) through the live line outgoing detector (904) and the neutral line outgoing detector (906). The second watt-hour meter (909) is electrically connected in series with the comparison module (910), the announcer (908) is electrically connected to the second watt-hour meter (909), and the announcer (908) exits the detector (904) through the live wire , The zero line out detector (906) is electrically connected to the first electric energy meter (1), the first suction cup seat (902) is connected to the first electric energy meter (1) by adsorption, and the second suction cup seat (903) is connected to the first electric energy meter (1). Table (1) Adsorption connection. 2. The electric energy meter detection device with multiple detection methods according to claim 1, characterized in that, the first suction cup seats (902) are symmetrically distributed along the vertical centerline of the connection housing (901). 3. The electric energy meter detection device with multiple detection methods according to claim 1, characterized in that there are two second suction cup seats (903) in total. 4. The electric energy meter detection device with multiple detection methods according to claim 1, characterized in that, the load assembly (911) is electrically connected to the neutral line out detector (906), and the load assembly ( 911) power consumption is 100w/h.