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Methods (schemes) for winding induction and electronic meters for free

ATTENTION !!!

Practical use of sops for the purpose of theft of electricity, water, gas, etc. as the fact itself is against the law!

Responsibility for this is borne only by the information received for the intended purpose!

Counter winding - extreme measure!

It is also highly desirable to use some tricks that save energy and use energy-saving technologies at home and in production.

It will also significantly reduce the waste of electricity or gas.

Download the archive with the schemes for free

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Download the archive with the schemes for unwinding counters

INFORMATION: Below are the latest, unconventional ways of unaccounted use of electricity. Schemes unwinding devices, fully developed by the authors. All of them have been tested and tested in practice. Collected valid samples. They are based on the elementary laws of electrical engineering, known to students of junior courses of technical universities, but this knowledge has not been applied in such matters before. KNOW-HOW is the original use of these patterns in the construction of diagrams of devices. Ways legally clear - if the controller does not catch your counter during the countdown in the opposite direction, then no verification will not prove the fault of the subscriber.

PURCHASED METHODS AT OTHER PROJECTS (spkn.ru)

Free powerful consumers

Free powerful consumers
Powerful consumers, such as electric boilers, fireplaces, stoves, refrigerators, irons, kettles and others, can be switched on in such a way that the meter does not take them into account. To do this, they are included in bypassing the meter, but without connecting additional wires to the panel. Only grounding is required. No additional items or parts required. Sealing the counter is not broken.
Characteristics. Grounding or three-wire wiring (euro sockets) is required. The circuit is not suitable if a protective shutdown device (RCD) is used and if there is no access to the wires supplying the meter.
Reverse power generator

Reverse power generator
The device is plugged into any outlet, no interferences with wiring and grounding are necessary. Consumers eat as usual, the generator does not bother them. But the induction counter (with a disk) at the same time counts in the opposite direction, and the electronic and electronic-mechanical stops, which is also not bad. The device leads to the circulation of power in two directions through the counter. In the forward direction, due to high-frequency modulation of the current, partial metering is carried out, and in the opposite direction, full metering is carried out. Therefore, the meter perceives the operation of the device as a source of energy that feeds the entire electrical network from your apartment. The counter at the same time counts in the opposite direction with a speed equal to the difference between the full and partial accounting. The electronic meter will be completely stopped and will allow energy to be consumed without accounting. If the power of the consumers is greater than the inverse power of the device, the meter will deduct the last of the power of the consumers. The device makes the counter count in the opposite direction at a speed of 5 kW * hour and is built on only two transistors, two logical chips of the K155 series, and also contains a dozen other common parts. An amateur without sufficient experience will be able to assemble and customize it. If the meter is equipped with external current transformers and it is possible to connect to their secondary windings, then the power of unwinding is multiplied by the transformation ratio. For example, if the CT current transformer is 0.38 1000/5, one generator will provide a winding speed of 1000 kW * hour. Three generators can be used, one for each phase. There will be a triple effect.
Characteristics. No need to intervene in electrical wiring. All electrical wiring remains intact. Grounding is not necessary. The device can be used for both single-phase meters at a voltage of 220V and for three-phase 380V simply by plugging it into any outlet after the meter. Consumers are not connected to the generator. The protective shutdown device (RCD) does not interfere with the operation of the device.
Reactive power inverter

Reactive power inverter
Try turning on any non-polar capacitor after the counter. You will see that the counter does not react to it in any way. And, regardless of capacity. Anyone even a novice electrician knows that the current in the capacitor is ahead of the phase voltage by 90 degrees. Therefore, the power function (the product of current and voltage) is symmetric about the zero value and the meter does not count anything. In the language of electricians, this is called capacitive reactive power, which is useless for consumers, but increases the cos (f) network, and is therefore welcomed by the power supply organizations. The inverter is a simple electronic device that converts reactive power into active (useful) power. The device is plugged into any outlet, and it is powered by a powerful consumer (or a group of consumers). It is made in such a way that the current consumed by it in phase is ahead of the voltage (almost as in an ideal capacitor). Therefore, the meter perceives the device as a capacitive load and does not take into account most of the energy actually consumed. The device, in turn, inverting the received unaccounted energy, feeds consumers with alternating current. With the elements indicated on the diagram, the inverter is designed for a rated voltage of 220 V and a power of consumers up to 5 kW. If desired, power can be increased. The main advantage of the device is that it works equally well with any meters, including electronic, electromechanical, and even the newest ones, which have a shunt or air transformer as a current sensor. All electrical wiring remains intact. Grounding is not necessary. The meter takes into account a very small part of the consumed electricity. The basis of the device is an inverter bridge assembled on four thyristors and the simplest control circuit on two low-power transistors. There is not a single chip. The setup is very simple. Even an amateur without sufficient experience will be able to assemble and configure the device.
Characteristics. Fundamentally new method of limiting accounting. It works with all counters, including those with a shunt or air transformer as a current sensor. No need to intervene in electrical wiring. All electrical wiring remains intact. Grounding is not necessary. The output stage is assembled on thyristors. The device does not contain a single chip. Three identical devices can be used in a three-phase network, one for each phase. The residual current device (RCD) does not affect the operation of the inverter.
Artificial zero

Artificial zero
Any counter, including an electronic one, can be stopped without re-phasing the supply conductors. The scheme of inclusion of the counter remains standard. Meals of a group of drinkers or the whole apartment are provided with the help of a zero, organized additionally. Interference with wiring is minimal and inconspicuous. It can be issued in the form of damage to electrical wiring, for which they are not punished, or by installing a switch between the meter and the apartment, which is also not a crime. In the event of a check, an additional zero can be instantly connected to the main one, restoring accounting. All changes are made without violating the counter seal. Three variants of the scheme are attached.
Characteristics. Grounding and metering access is required. None of the items are needed. The circuit is not suitable if a residual current device (RCD) is used.
High frequency counting limiter

High frequency counting limiter
The device is designed to supply household consumers with alternating current. Rated voltage 220 V, power consumption up to 5 kW. The device simply plugs into a power outlet and the load is powered from it. All electrical wiring remains intact. Grounding is not necessary. The counter at the same time takes into account only a quarter of the electricity consumed. The operation of the device is based on the old proven principle of high-frequency switching. The load is powered by a capacitor that is charged with high-frequency pulses from an AC network. The charge of the capacitor, and therefore the supply voltage of the consumer corresponds to the sinusoid of the mains voltage. The current consumed by the device from the electrical network, is a high-frequency pulses. Electricity meters, including electronic ones, contain an input induction converter, which has a low sensitivity to high frequency currents. Therefore, the power consumption in the form of pulses is taken into account by a counter with a large negative error. The meter takes into account only a quarter of the actual electricity consumed. The device layout is maximally simplified. The main elements: one K155LA8 logic chip and one high-power transistor. The low-voltage part of the circuit is powered without a transformer. Even there are no galvanic isolation nodes! Assemble and configure the device without work can a beginner for amateur.
Characteristics. The simplest scheme. Transformerless power. No need to intervene in electrical wiring. All electrical wiring remains intact. Grounding is not necessary. The circuit is assembled on a single powerful transistor. The protective shutdown device (RCD) does not interfere with the operation of the device.
Winding meters without grounding

Winding meters without grounding
If it is not possible to use grounding, connect to the meter or change its phasing, then the meters can still be wound using a transformer. For this, a neighbor with whom you are on good terms should live nearby. You need to agree with him to temporarily stretch a single wire between your sockets and his apartments, and with the help of any primitive transformer, wind your meters. Minimal intervention in the wiring is to install only two jumpers in the switchboard. These jumpers are not in themselves a violation and are not punished for them. Such jumpers are often put even electricians energy sales in the repair of electrical wiring (maybe you already have them). The phasing of counters also remains correct. All connections are made without breaking the counter seal. Most importantly, in this case, do not need grounding.
Characteristics. It is necessary only for a while to stretch the wire to the neighbor. Grounding is not necessary. The circuit is not suitable if a residual current device (RCD) is used.

SENT METHODS

Free powerful consumers Powerful consumers, such as electric boilers, fireplaces, stoves, refrigerators, irons, kettles and others, can be switched on in such a way that the meter does not take them into account. To do this, they are included in bypassing the meter, but without connecting additional wires to the panel. Only grounding is required. No additional elements and parts are required. Sealing the counter is not broken.
Characteristics. Grounding or three-wire wiring (euro sockets) is required. The circuit is not suitable if a protective shutdown device (RCD) is used and if there is no access to the wires supplying the meter.
Inserts into the outlet - the counter spin back Sent by proven method. Characteristically, this is the easiest way to make the counter turn in your favor.
Homemade method number 1 Sent by proven method
Homemade method number 2 Sent by proven method
Homemade method number 3 Sent by proven method
Homemade method number 4 Sent by proven method
Homemade method number 5 Sent by proven method
Nikola Tesla: Free Energy Generator Mysterious inventions referred to by those who talk about the free energy of the ether, about obtaining knowledge from the Cosmic Mind.

METHODS FROM TOTAL INTERNET

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220V Complete zborki scheme
Free powerful consumers Powerful consumers, such as electric boilers, fireplaces, stoves, refrigerators, irons, kettles and others, can be switched on in such a way that the meter does not take them into account.
Screw The easiest way. If for some reason the meter does not have a terminal block lid or a seal on it
Opening counter type "WITH" Screws, filling and wire are intact. Access to the full counter!
Generator reactive power 1 kW The implementation of this scheme will allow you to unwind their readings for induction meters, and for complete electronic metering for electronic ones. All this is done without changing the schemes of their inclusion. The main element of the device is a capacitor, which is charged for a quarter of the period of the mains voltage with high frequency pulses (the meter does not respond to them), and then it is discharged directly into the network. The discharge energy directly affects the amount of current unwinding or the amount of under-counting of electricity. Advantages: 1. The device assembled according to the proposed scheme is simply inserted into the outlet, and the counter begins to count in the opposite direction. 2. All electrical wiring remains intact. 3. Grounding is not necessary. Disadvantages: You need some knowledge of electronics and the ability to hold a soldering iron in your hand! The result of the work: With the elements indicated on the diagram, the device is designed for a rated voltage of 220 V and a power of unwinding about 2 kW. The use of other elements allows you to increase power accordingly.
Reactive power generator 2 kW The device is designed to unwind indications of induction meters without changing their switching schemes. With regard to electronic and electronic-mechanical meters, the design of which is incapable of counting down the readings, the device allows you to completely stop accounting before the power consumption of several kW
Reed switch It is practically impossible to detect (with the magnet retracted), and even if it comes to light, the real seals of the state verification and meter verification protocol will be removed from the subscriber. The three-phase network is also suitable
Garland The meter switching circuit is changed in such a way that it is connected not to the supply line, but to the fuse pads.
Garland stopping To stop any meter, including electronic
Reeling garland The greater the load, the faster the counter counts in the opposite direction.
Friends the method is applied, as a rule, in cases when one consumer has on his balance sheet 1-f. counter and 3 f. counter (power), or when the neighbors are on friendly terms
Remote stop and reverse power meter Remote stop and reverse motion of the meter (Remote stop and reverse stroke of the meter)
Needle The induction meter can be stopped with a long needle reaching the disc.
Measuring chains can stop semi-indirect (through TT) accounting.
Artificial zero Any counter, including an electronic one, can be stopped without re-phasing the supply conductors. The meter switching circuit remains standard, but with the help of grounding, an artificial zero is created, which is used instead of the natural neutral wire, and slight damage is introduced in the wiring
Capacitor In this way, we can “save” up to 5% of electricity without accounting. With no need to access the meter. The essence of the method is to create a capacitive load, which reduces the angle between the current and voltage vectors from 90 to 0 degrees. That allows you to reduce the amount of reactive energy! and save on this. The main element of the device is a capacitor, which is charged for a quarter of the period of the mains voltage with high frequency pulses (the meter does not respond to them), and then it is discharged directly into the network. In the first quarter of the mains voltage period, the energy is consumed from the network, the capacitor C1 is charged, but it is charged through transistor switches A and D which are controlled by high-frequency pulses, that is, the energy for charging is consumed by high-frequency pulses. It is known that the counters incl. electronic, contain an inductive current sensor with a magnetic core having a limited frequency conductivity, and induction sensors, which contain, in addition to the magnetic part, also the mechanical part of the measuring system, have a very large negative error when the RF current flows. It remains in the second quarter of the period, to discharge the capacitor into the network without any pulses, through the same keys. Similarly, the second half-cycle through the other arm of the keys C and B ... So, for example: They consumed 2 kW, the meter counted for 0.5 W, gave ideally 2 kW, the meter counted for -2 kW. The result of the period is that the induction counter spins back at a speed of -1.5 kW, and the electronic one costs up to 1.5 kW. The discharge energy directly affects the amount of current unwinding or the amount of under-counting of electricity. Advantages: 1. The entire wiring system remains intact. 2. The device assembled according to this scheme is simply inserted into the socket and the mechanical counter begins to rotate in the opposite direction, and the electronic one simply stops. 3. Grounding is not required. Disadvantages: Need some knowledge of electronics using microcontrollers. The result of the work: Induction meters reduce their readings by 1-1.5 kW / h, and the electronic ones stop or underestimate about the same amount of electricity.
Cremation Coil Voltage With the help of the simplest circuit, which is plugged into an ordinary socket, in induction three-phase meters, the voltage coil of the phase from which the aforementioned socket is powered fails. The process of failure of one element of the counter takes a maximum of 2 minutes
Magnet The simplest way that everyone can use
magnet 2 This method is verified for a single-phase electromechanical meter.
Mechanism Violation of accounting, without violating the authentic seals of state calibration
Incline Violation of accounting, without violating the authentic seals of state calibration
DC magnetization A significant increase in the negative error of induction meters is achieved by passing a direct current through their current coils.
Zero + A 100% guaranteed complete stopping of an electric meter of any type (1-ph. And 3-phase, induction and electronic, domestic and imported). This method is based on the main principle of metering of electric energy in mechanical induction and electronic electricity meters, both in single-phase and in three-phase. To implement this scheme, you will not need to interfere with the internal mechanisms of the counters. All fillings remain untouched! It is only necessary to have access to the meter itself. This scheme is ideal for residents of multi-storey buildings, as well as of course it can be installed in any residential building. In this scheme, a brilliant solution was implemented, which was always in sight that almost no one even suspected how easy it is to execute. Here you will be served not one, but as many as five decisions of this idea. Added a method that is virtually completely unknown to employees of energy-saving organizations. Some people think that this method is connected with the use of grounding and phase dragging through the common wire of the meter. I want to say that this method has nothing to do with it and grounding is not required! Advantages: 1. In order to implement this method, you do not need to have any special knowledge and do not require any additional electronic components. 2. There is an unlimited opportunity to consume electrical energy. 3. This method is the most effective and safe! Therefore, we offer it first on the list. 4. Seals on the counter remain intact. 5. The possibility of detection is almost zero. 6. The method is practically unknown to the employees of energy sales. Disadvantages: NO!
Icing In the case of installing an electronic mechanical meter outside the premises, some subscribers have adapted to turn it off for the whole winter.
Heating The device is designed to connect household consumers and the main electric heaters to the AC network. The rated voltage of the mains supply is 220 V, the power consumption is about 1 kW. The use of other elements allows the device to be used to power more powerful consumers. This scheme is implemented on the same principle as the winding generator circuit, i.e. these schemes are equivalent, but performed differently. The operation of the device is based on the fact that the load is powered not directly from the AC network, but from a capacitor, the charge of which corresponds to the sinusoid of the mains voltage, but the charging process itself occurs with high frequency pulses. The current consumed by the device from the electrical network is a high frequency pulse. Electricity meters, including electronic ones, contain an input induction converter, which has a low sensitivity to high frequency currents. Therefore, the power consumption in the form of pulses is taken into account by a counter with a large negative error. The discharge energy directly affects the amount of current unwinding or the amount of under-counting of electricity. Advantages: 1. The device assembled according to the proposed scheme is simply inserted into the outlet and the load is powered from it. 2. All electrical wiring remains intact. Grounding is not necessary. The counter at the same time takes into account about a quarter of the electricity consumed. 3. Grounding in this implementation of the scheme is not necessary. Disadvantages: Need some knowledge of electronics, electrical engineering and the ability to hold a soldering iron in your hand! The result of the work: With the elements indicated on the diagram, the device is designed for a rated voltage of 220 V and the power at which the meter does not count the energy of 2 kW. The use of other elements allows you to change the power accordingly. Our advice to buy two schemes at once: this! and generator unwinding since They are implemented according to different schemes and the principle of operation is the same! Therefore, you can then choose the most suitable scheme for you.
Bypass two counters When the load is on, electricity meters will not record consumption.
Hole Up to 100% of consumed electricity is not taken into account (not suitable for electronic electricity meters)
Rewinding counters without grounding If it is not possible to use grounding, then the meters can still be wound. For this, there must be a neighbor with whom you are on good terms.
Winding transformer If the meter has counted a large amount, then its readings can be reduced by plugging a conventional step-down transformer with an additional circuit into the socket.
Voltage jumpers 3-phase meters (up to 100% of electricity is not counted)
State verification seal twisting the coils of the counting mechanism - up to 100% of the consumed electricity without taking into account, shunt of the current coil - 100% of the unaccounted electricity can be achieved, the reed switch and resistance - from 30 to 100% of the electricity is not taken into account
Positron 1 The entire wiring system remains intact. The device, assembled according to the following scheme, is simply inserted into the outlet and the counter begins to rotate in the opposite direction. Grounding is also not required.
Positron 2 The basis of this method is the ability to use electricity without accounting when the meter connection is incorrect.
Positron 3 Voltage windings in a three-phase active energy meter
D.C A significant increase in the negative error of induction meters can be achieved by passing a direct current through their current coils, which will make a magnet out of the core of the current coil
Actuator the ability to use almost an unlimited number of times, the difficulty of detection, all seals and the meter itself remain without damage. Suitable for three-phase metering.
Digit In the case of high-quality inscriptions on the panel is very difficult to detect
Burning three phase winding meter This method allows you to use unaccounted and infinitely one phase after a three-phase meter without disassembling the meter, with all the seals intact, including on the input switching device, and without cutting the input cable.
Phase shift It is possible to wind the indications of an induction counter, which counted too much, by switching on a capacitor in series with a voltage coil
Resistance in the winding voltage In this method, the magnitude of the voltage U on the winding of the voltage of the induction meter or the voltage sensor of the electronic meter is changed.
Plate current transformer Detect can a controller who memorized by heart all the features of known current transformers or goes to check with directories
Current coil 20% undercount for all types of meters
Brake The induction meter can be stopped using a thin flat object that acts as a brake pad for the disc.
Transformer Allows you to rewind the induction meter and stop the electronic.
Transformer 2 The most common method of unwinding
Phase Zero ”It’s the same way as the extension cord Allows you to stop 1-f. electric meter of any type
Physics, 9th grade As it is known, an electric meter is in essence a wattmeter, of which it is necessary to apply the knowledge of 9th grade in physics
Tricky rectifier The rectifier is designed to power household consumers who can operate on both alternating and direct current.
Worm As a result, the disk turns as it should, the mechanism remains unchanged - even an autopsy will not work, but the meter counts 2 times less
Shock therapy This method is used for both single-phase and three-phase metering, but only to meters that do not have mechanical memory, that is, to meters with digital indication
Counter shunt This method is verified for a single phase meter. Shunt the current coil of the meter, thick wire
Current winding shunting This method is used for single-phase meter
Electronic The entire wiring system remains intact. The device, assembled according to the following scheme, is simply inserted into the outlet and the counter begins to rotate in the opposite direction. Grounding is also not required.
“Electronic 2 (electronic plus) The device is designed to unwind indications of induction meters without changing their switching schemes. In relation to electronic and electronic-mechanical meters, the design of which is based on the inability to countdown readings
Electronic stop The device is designed to supply household consumers with alternating current. Rated voltage 220 V, power consumption 1 kW. The use of other elements allows the device to be used to power more powerful consumers.
New method "Hidden Zero" my method and scheme Self-made method
Method 1 The most oaky way. Only suitable for Czech project houses
Method 2 Sent by proven method
Method 3 Sent by proven method
Method 4 Sent by proven method
Method 5 Sent by proven method
Method 6 Sent by proven method
Method 7 Sent by proven method
Method 8 Sent by proven method
Method 9 Sent by proven method
Method 10 Sent by proven method
Method 11 Sent by proven method
Method 12 Sent by proven method
Way battery PARALLEL RESONANCE OF STRESSES, in which the power taken from the outlet, will tend to infinity, and the meter reading at the same time to zero
What to do if the counter began to count slowly When, after opening, the counter began to count incorrectly, using a stopwatch, any controller can detect this
Principle of operation To calculate the electrical energy consumed over a certain period of time, it is necessary to integrate the instantaneous values ​​of active power over time.
How to wind off (theory) Electricity is now a road - it is not a secret. But the fee for all this economy can be significantly reduced. Here the main sense of proportion. If it turns out that in half a year you haven’t consumed a single kilowatt - wait for the power control inspection with all the consequences
Other schemes (3 pieces) Ways of unwinding and stopping counters

Dear site visitors!
In your attempts to unwind or cheat the counters, you will most likely succeed if you have already set yourself such a task! But do not forget to achieve success about caution and the rational use of natural resources.
After all, after us, this should also be enjoyed by our children and grandchildren !!!

Schedule of increase in tariffs for electricity 2016-2017

Consumption rate

New tariff, in kopecks for 1 kW / h

From 1 SEPTEMBER 2015 (current tariff)

Up to 100 kW / h

45.6

100-600 kW / h

78.9

Over 600 kWh

147.9

ON MARCH 1, 2016

Up to 100 kW / h

57.0

100-600 kW / h

99.0

Over 600 kWh

156.0

FROM 1 SEPTEMBER 2016

Up to 100 kW / h

71.4

100-600 kW / h

129.0

Over 600 kWh

163,8

ON MARCH 1, 2017

Up to 100 kW / h

90.0

100-600 kW / h

168.0

Over 600 kWh

168.0