power in 3 phase circuit

Single- phase loads are connected to one leg of the wye between line and neutral. i.e. The phase voltage and line voltage in the star connection is represented as shown below: The power measurement in three-phase, three-wire load circuits usually carried out using this method. Power measurement in 3-phase 4-wire circuit If the load is balanced, then P 1 = P 2 = P 3. Substituting the values for phase current and phase voltage for both Delta and Wye connected system into the above formula gives power in watts in a 3-phase A.C circuit connected in either Delta or Wye connection as: Go back to Three phase power measurements ↑ Wye and Delta comparison. a. > Three-phase voltage phasors used in the two-wattmeter method. Hence, P T = 3P 1 If the load is unbalanced, P 1≠P 2≠P 3, Hence, P T = P 1 +P 2 +P 3 12 . Three Phase Power and Current. Using One Single Phase Wattmeter to Measure Power in a Three Phase Three Wire Circuit _____ 40 6E. A 415V, 3-phase a.c. motor has a power output of 12.75kW and operates at a power factor of 0.77 lagging and with an efficiency of 85 per cent. compute the power per phase. In a three phase AC circuit, the total True or Active power is the sum of the three phase power. AC Power in a Purely Resistive Circuit. The wattmeter measures the power consumed for one phase only, and the reading is active power - real electrical resistance power consumption in circuit; reactive power - imaginary inductive and capacitive power consumption in circuit; The required power supply is called the apparent power and is a complex value that can be expressed in a Pythagorean triangle relationship as indicated in the figure below. 3-22b, however, the impedances contain the line currents Iline (= phase current, Iphase) and the phase voltages ). Calculating Power in Balanced Three Phase Wye Circuits – Inductive or … AC Power is an alternating current electrical energy consumed by the load connected in an electrical circuit, generally measured in horsepower, watts, kilo-watts or kilo-watts-hour. As an example, consider a loa… Three-phase power circuits vs 1-phase system. … Cosϕ is the power factor of the circuit. Buy 2+ books or eBooks, save 55% through December 2. The complex combination of true or active power and reactive power is called apparent power. Observe the phasor Consequently, ideal inductors and capacitors do not, on average, take power from the circuit. This means that the total power in any balanced three-phase load (Δ- or Y-connected) is given by equation 3.52. This can be proven in a star-connected This would necessitate 3/0 gage copper wire (verylarge! Due to the phase difference, the voltage on any conductor reaches its peak at one third of a cycle after one of the other conductors and one third of a cycle before the remaining conductor. For balanced star load, if unbalanced line current are I R, I Y, I B equal to – j10, -j10 & - j20 respectively, the … Calculate the phase and line currents, the power factor, the total active power, and total apparent power. This type of power distribution is the most widely used in the world for transferring power from generating systems to electrical supply grids. Why? which is times the total three-phase reactive power. An industrial plant draws 600 kVA from a 2.4 kV line at a power factor of 0.8 lagging. ), at about 510 pounds per thousand feet, and with a considerable price tag attached. The amplitude of the voltage difference between two phases is $${\displaystyle {\sqrt {3}}}$$ (1.732...) times the amplitude of the voltage of the individual phases. Three-phase sources 2. • ALL electric power system in the world used 3-phase system to GENERATE, TRANSMIT and DISTRIBUTE One phase, two phase, or three phase ican be taken from three phase system rather than generated independently. Figure 3-24. Now we will explain the measurement three-phase power measurement using three wattmeter method. Three phase AC. Reading should be taken after reversing the pressure coil c. Reading should be taken after reversing … Figure 3-22. Calculate the line current, the active The line voltage is 400 V. The in the world is in the form of three-phase AC circuits. The power delivered by a three-phase circuit pulsates also, but it never falls to zero, Figure 12-2. The single- phase voltages are phase to neutral voltages. The load impedances across phases a-b, b-c, and c-a are purely resistive as follows: Rab = 60Ω, Rbc = 90 Ω, Rca = ∞ (i.e, open circuit). Alternating current (AC) has a sinusoidal shape and changes its direction and amplitude alternately. The circuit may be taken as unbalanced one, balanced type being only a special case. Use code BOOKSGIVING. Use three power measurement methods and confirm your findings manually. This method can be used in a three-phase three-wire balanced or unbalanced load system that may be connected Δ or Y. The power taken by a circuit (single or three phase) is measured in watts W (or kW). To perform Using Line Parameters _____20 3B3. power in the three-phase loads and also the power factor (see Fig. more power per kilogram of metal form a … Why the total instantaneous power of a balanced three-phase circuit is a constant? Hardware. Save my name, email, and website in this browser for the next time I comment. In a balanced three-phase system, the conductors need be only about 75% the size of conductors for a single-phase two-wire system of the same KVA … 3.8 Power in Three-Phase AC Circuits Since the phase impedances of a balanced star- or delta-connected load contain equal currents, the phase power is one-third of the total power. 3-25. • The voltage generated are equal in magnitude but, out of phase by 120 . Initially, we explored the idea of three-phase power systems by connecting three voltage sources together in what is commonly known as the “Y” (or “star”) configuration. The total power is equal to three times the reading of only one wattmeter that is connected between one phase and the neutral That is, three-phase power is literally just three one-phase power sources mutually offset by a third of a cycle (or in trigonometric terms, by 120 degrees). To measure active power of the circuit with a neutral wire it should be used with three wattmeters; to measure active power without a neutral wire it should be used with two wattmeters. The connection of the wattmeter is similar to the drawing Let's assume that the angle between the phase voltage and the phase current is θ, which is equal to the angle of the impedance. An electric motor having a power factor 0.82 draws a current of 25 A from a 600 V three-phase ac supply. Power in Balanced 3-Phase Circuits The real power, reactive power, apparent power, complex power and power factor are the same in each phase. Figure 7 – Delta connection – three phase, three wires. Current (I): Enter the the current in Amperes (A). The front panel and brief user guide of Three phase power measurements.vi. Circuit Diagram R V RY I R(line) Y Z 1 Z 2 B I B(lline) I Y(line) V BY M L C V M L C V Z 3 B Figure 5.10 Circuit Diagram of Power Measurement by Two-Watt Meter in Three Phase Star Connection • The load … The Wye configuration is used to distribute power to everyday single-phase appliances found in the home and office. These voltages can be produced by a three-phase AC generator having three identical windings displaced apart from each other by 120 degrees electrical. The basic formula to calculate apparent power in … Or the sum of the all three phase powers is the Total Active or True Power. 3-23. Three phase power measurement circuit under balance condition Connect the circuit as shown in Fig. As mentioned earlier, there are two types of circuit configurations in a three phase power supply. Resistors are electrical devices that consume energy and the power in a resistor is given by p = VI = I 2 R = V 2 /R. DC Generator: Different types, Principle … It can be proved that the sum of the power measured by two wattmeter W 1 and W 2 is equal to the total instantaneous power absorbed by the … This is irrespective of the circuit connection – star or delta. Now we will explain the measurement three-phase power measurement using three wattmeter method. Code to add this calci to your website Just copy and paste the below code to your webpage where you want to display this calculator. Per-phase powers in (a) a delta-connected load and (b) a star-connected load. The only assumption made is that, either the neutral point on the load or source side is available. Each phase of a delta-connected load comprises a resistor of 50 Ω and a capacitor of 50 μF in series. This produces superior operating characteristics for three-phase motors. The circuit diagram for measuring power for a balanced three-phase load is shown in Fig. Please note the connection of the two wattmeters. The objective of this section is to understand the powers and the power measurement techniques associated with the three-phase Power in star connections in a 3 phase circuits is given as. They are the Delta and the Star (or Wye). Now power consumed = 2 × V 2 / R = 2V 2 / R In case of delta connected circuit, power consumed = 3 × V 2 / R So, power will be reduced Power will be reduced. Simple electrical calculator to calculate the three (3) phase electric power in a circuit based on voltage and current. Figure 1 – Connection diagram for two-wattmeter method of power measurement in a … 3. they are connected as star. In Delta configuration, there is no neutral wire and all the high voltage systems use this configuration. Power in three phase circuit is given by √3×line voltage×line current In star connected load, line voltage is sqrt(3) of phase voltage and line current is same as phase current. The current through the neutral line is usually low (lower than the line’s current value), … Different … 6 One-phase voltage sources One-phase ac generator: static magnets, one rotating coil, single output voltage v(t)=V m cos t. (www.ac-motors.us) 7 Three-phase voltage sources Three static coils, rotating magnets, three output voltages … Its basic parts are a stator and a rotor. The power in three phase circuit can be calculated from the equation below, Since, there is three phases, so the multiple of 3 is made in the normal power equation and the PF is power factor. Hint: First, transform the delta-connected load to a star-connected equivalent (see Section 2.5). of the total power. (Figure below) For comparison, three 10 Kw loads on a 120 Vac system draw 250 A. This arrangement produces a smoother power flow and permits lower line voltages. Generation of 3 Phase Power in 3 Phase Circuits. Calculating Power in Balanced Three Phase Circuits_____ 14 3A. Single phase electric power or circuit refers to the distribution of alternating current electric power using a system in which all the voltages of the supply vary in corresponding exactly. Three phase AC. Basic Formula to Calculate Apparent Power in Single and Three Phase Circuits EE. 3 - Phase AC Circuits - Electrical Engineering (MCQ) questions and answers. Three wattmeter method is used to measure power in 3 phase, 4-wire circuits. If you connect a phototransistor circuit to an oscilloscope, you will see that fluorescent lights turn off 100 times per second (or 120, if you are on … In a single-phase power supply, each time the single voltage briefly becomes zero, so does the power output. Given the kW and power factor the kVA can be easily worked out. Similarly, the currents of these three powers are also ideally 120 o apart from each other. Its disadvantage is seen in the graph at the top of this page: twice every cycle V goes to zero. An effective and practical means of measuring power in unbalanced three-phase three-wire circuits involves the use of only two wattmeters in what is commonly called the “two-wattmeter method.” Total power is determined at any selected instant by the sum of the readings indicated on the two watt- meters. Show that power in a three-phase three-wire system can be measured using two wattmeters. Basic Formula to Calculate Apparent Power in Single and Three Phase Circuits EE. > In this configuration, the total active power supplied to the load is equal to the sum of the three wattmeter readings. The current is simply the kVA divided by the voltage. load mathematically using the power reading of each meter as. 3-25. Instantaneous power measured by the Wattmeter, W 1 is. We have seen thus far, that in a dc circuit, power is equal to the product of voltage and current and this relationship is also true for a purely resistive AC circuit. Coming to a star or wye configuration, there is a neutral wire (the common terminal of the star circuit) and a ground wire (sometimes). The power in three phase circuit can be calculated from the equation below, Since, there is three phases, so the multiple of 3 is made in the normal power equation and the PF is power factor. Instantaneous power measured by the Wattmeter, W 2 is:. Connection Types There are two types of connections in three-phase circuits: Y (Wye) and Δ(Delta) Each generator and each load can be either Y-or Δ-connected.Any number of Y- and Δ-connected elements may be mixed in a power system. P 3V p I (T) 3V L I (T) Q 3V p I (T) 3V L I (T) 11 . load comprises an impedance of 100 + j100 Ω per phase. Power in star connections in a 3 phase circuits is given as. So each line current in this three-phase power system is equal to 144.34 amps, which is substantially more than the line currents in the Y-connected system we looked at earlier. considered to be a voltmeter and an ammeter combined in the same box, which has a deflection proportional to VrmsIrms cos θ, where θ is the angle between the voltage and current. Without reference to any phase angle, the product of voltage and current gives the apparent power. Since the phase impedances of a balanced star- or delta-connected load contain equal currents, the phase power is one-third Answers: 5.46 A (rms), 9.46 A (rms), 0.62, 4480 W, 7240 VA, Star-Delta and Delta-Star Conversion in Three-Phase AC Circuits, Voltage and Currents in Star- and Delta-Connected Loads, Voltage and Current Phasors in Three-Phase Systems, Three-Phase Power Measurement and Data Logging, LabVIEW for Electric Circuits, Machines, Drives, and Laboratories, Motors for Makers: A Guide to Steppers, Servos, and Other Electrical Machines, Introductory Chemical Engineering Thermodynamics, 2nd Edition, Mobile Application Development & Programming. It is a type of polyphase system, and is the most common method used by electric grids worldwide to transfer power. Calculating Power in Balanced Three Phase Wye Circuits _____ 18 3B1. Shop now. General_____ 14 3B. Using Phase Parameters _____20 3B2b. Power factor (cosΦ). Three 10 μF capacitors are connected in star (Y) across a 2300 V (rms, line voltage), 60 Hz line. One might wonder if we’ve lost all the advantages of three-phase power here, given the fact that we have such greater conductor currents, necessitating thicker, more costly wire. Derive equation for the power consumed by a three-phase balanced load. If the distance from so… Find the power factor of a balanced three-phase load using two wattmeter readings. The three phase system induces in the generator which gives the three phase voltage of equal magnitude and frequency. Electric Power Formulas & Equations in DC and AC 1-Φ & 3-Φ Circuits. A three-phase circuit is also commonly used on large motors, pumps, and other pieces of mechanical equipment. Generation of 3 Phase E.M.Fs in a 3 Phase Circuit, Measurement of Three Phase Power: Three Wattmeter Method, Phasor Method for Solving Parallel Circuits, Hexadecimal to Decimal & Decimal to Hexadecimal Conversion Methods, Difference Between p Type and n Type Semiconductor, Intrinsic Semiconductor and Extrinsic Semiconductor, Two Wattmeter Method of Power Measurement, Difference Between Static and Kinetic Friction, Difference Between Ductility and Malleability, Difference Between Physical and Chemical Change, Difference Between Alpha, Beta and Gamma Particles, Difference Between Electrolytes and Nonelectrolytes, Difference Between Electromagnetic Wave and Matter Wave, Difference Between Kinetics and Kinematics, Difference Between Synchronous and Asynchronous Counter, Difference Between Analog and Digital Signals. May 28, 2018 Basic Formulas, Apparent power is defined as the product of current time voltage passing through an AC circuit. It can also be expressed as the square of the current multiplied by the circuit’s impedance. The required power supply to an electric circuit depends on the. or − polarity signs. 3-24). Generation of 3 Phase E.M.Fs in a 3 Phase Circuit; Phasor Diagram; In 3 phase circuits (balanced load), the power is defined as the sum of various powers in a three-phase system. The power delivered by a three-phase circuit pulsates also, but it never falls to zero, Figure 12-2. The three-phase load is connected to a 440 V (rms, line voltage) and 50 Hz three-phase star (Y)-connected supply. i.e. Home >> Category >> Electrical Engineering (MCQ) questions and answers >> 3 - Phase AC Circuits; 1) In a balanced 3-phase system, if one of the two wattmeter’s reading is negative then the . The power taken by a circuit (single or three phase) is measured in watts W (or kW). Three Phase Current. Solutions of 3-phase circuits with balanced load. the measurement, two wattmeters are connected as shown in Fig. In the case of Fig. The three phase power calculator calculates the active and reactive power current from the following parameters: Voltage (V): Enter the phase-to-phase (\(V_{LL}\)) voltage for a 3-phase AC supply in volts. Single phase AC has the advantage that it only requires 2 wires. The current in each conductor is 1/3 cycle out of phase with the other two. Since the line current in the balanced delta-connected loads, if this equation is substituted into equation 3.51, the total active load becomes, In Fig. Power in a single-phase system or circuit is given by the relation shown below: V is the voltage of single-phase, i.e. Figure 3-23. P = 3 VPh IPh CosФ P = √3 VL IL CosФ Both 1 & 2. A three-phase circuit is an electrical distribution method that uses three alternating currents to supply power. three phase power distribution within a building. Consider three identical coils a1a2, b1b2 and c1c2 as shown in the above figure. Knowledge of 3-phase power systems is, therefore, essential for understanding of power technology. The lifts motors and air conditioning pumps need three phase power but the computers and office equipment will need single phase power. Its disadvantage is seen in the graph at the top of this page: twice every cycle V goes to zero. Three wattmeter method is used to measure power in 3 phase, 4-wire circuits. A balanced three-phase, three-wire star-connected load is connected to a three-phase supply. Then perform the power calculations. The relationship between kVA and kW is the power factor (pf):Single phase system - this is the easiest to deal with. A three-phase AC system consists of three-phase generators, transmission lines, and loads. Hence, the electrical generator converts mechanical energy to electrical energy. line as shown in Fig. Three Phase AC Circuits MCQs With Explanatory Answers) 1. My new appliance keeps tripping the fuses in the circuit board. P = U I (3c) Reactive Power - Q. Reactive power is the imaginary or complex power in a capacitive or inductive load. General_____ 38 6B. impedance of the plant? Power in 3-phase balanced circuits. The latter represents the magnetic field source while the former contains the conductor where the … Reactive power represents an energy exchange between the power … power, the reactive power, and the apparent power by using the VI. Similarly, the total reactive and the total apparent power in the three-phase balanced ac circuits can be given by. Considering the figure C, the analysis of their magnitudes and directions are given as follows: The emf induced in the coil a1a2 is zero and is increasing in the positive direction as shown by the waveform in the above figure C represented as ea1a2. given in Fig. The voltage between two … Given the kW and power factor the kVA can be … Consequently, ideal inductors and capacitors do not, on average, take power from the circuit. Almost all electric power generation and most of the power transmission in the world is in the form of three-phase AC circuits. 1. Close switch S 1. Consider the three-phase 3-wire load that is supplied by a balanced positive-sequence source where the rms values of phase voltages are equal to 120 V, with phase “a” voltage is taken as a reference. The emf induced in this coil is negative and is becoming maximum negative as shown by the wave eb1b2. What is the equivalent line-to-neutral If the motor is delta-connected, determine (a) the power input, (b) the line current and (c) the phase current. The total power can be seen as S = P 2 + Q 2. Open and run the custom-written VI named Three phase power measurements.vi in the Chapter 3 folder, and investigate the following questions. Similarly, the coil c1c2 is 120 degrees electrically behind the coil b1b2, or we can also say that the coil c1c2 is 240 degrees behind the coil a1a2. If one resistor is removed from a 3-Φ delta connected circuit, then the circuit will be converted into single phase circuit having two resistor. The three-phase power is mainly used for generation, transmission and distribution of electrical power because of their superiority. Three-Phase Power Explained. The emf induced in the coil is positive and is decreasing as shown in figure C represented by the waveform ec1c2. The wattmeter connections in the three-phase four-wire loads. Three-phase power can be defined as the common method of alternating current power generation, transmission, and distribution. R S Ananda Murthy Three-phase Circuits 3. three-phase ac load. Your email address will not be published. Hence, a wattmeter has two voltage and two current terminals, which have + This video will take a close look at three-phase power and explain how it works. Three-Phase Power Explained. A 3-phase power circuit consists of three conductors of alternating current combined into a single power line. Therefore, the total power measured by the two wattmeters W 1 and W 2 will be obtained by adding … If the relationship between the phase voltage and the line voltage () is used, the total active power becomes identical to the equation developed in equation 3.52. In addition, if the three-phase three- wire circuit is derived from a three-phase four-wire circuit, and the negative leads of the three wattmeters are connected to ground potential, the measurements of each wattmeter will indicate the respective power delivered by that phase, that is, phase A, phase B, and phase … Find the active power Chapter Objectives ; Be familiar with different three-phase configurations and how to analyze them. supplied to the motor. Let’s survey the advantages of a three-phase power system over a single-phase system of equivalent load voltage and power capacity. When these windings are kept stationary, and the magnetic field is rotated as shown in the figure A below or when the windings are kept stationary, and the magnetic field is rotated as shown below in figure B, an emf is induced in each winding. This is generally how large tower blocks and sky scrapers distribute electricity through the building. Substituting the values for phase current and phase voltage for both Delta and Wye connected system into the above formula gives power in watts in a 3-phase A.C circuit connected in … AC Power in a Purely Resistive Circuit. The phase difference of 120 degrees has to be maintained between the start terminals a1, b1 and c1. The connection diagram for the measurement of power in a three-phase circuit using two wattmeters, is given in Figure 1. In 3 phase circuits (balanced load), the power is defined as the sum of various powers in a three-phase system. Calculating Power in Balanced Three Phase Wye Circuits - Resistive Loads _____20 3B2a. terminal. Single-phase to three-phase converters are available. Before studying this VI, make sure that you study and understand the power concept presented in Section 3.2.2. There are two major advantages of three phase power systems over a single-phase system i.e. A higher phase to phase voltage is also available as shown by the black vector in Figure 8. However, this method can also be used in 3 phase, 3 wire delta connected load, where power consumed by each load is required to be determined separately. power by using the VI provided. Example: 1 The phase voltage of … Two-wattmeter method in star- or delta-connected load. You can perhaps understand now why small appliances, which are not affected much by very brief lapses in power, can run on single-phase power, … The neutral line carries the current, which is a result of the unbalanced three-phase system, i.e., the current value’s difference between phases. A wattmeter may be If the difference of the readings is computed. The product of the voltage and current is the apparent power and measured in VA (or kVA) . MODULE-II (10 HOURS) Magnetic Circuits: B-H Curve, Hysteresis, Permeability and reluctance, solution of simple magnetic circuits, Hysteresis and Eddy current losses. 5.6 Measurement of power in balanced 3-phase circuit by two-watt meter method • This is the method for 3-phase power measurement in which sum of reading of two wattmeter gives total power of system. Your email address will not be published. Figure 3-26. Resistors are electrical devices that consume energy and the power in a resistor is given by p = VI = I 2 R = V 2 /R. • Instantaneous power is constant (not pulsating).–thus smoother rotation of electrical machines Three Phase AC Circuit: Three phase EMF generation, delta and star connection, Line and Phase quantities. Read the meters to obtain V L, I 1, I 2 and I 3. This method is used in a three-phase four-wire balanced or unbalanced load. As a definition, the voltage across the load impedance and the current in the impedance can be used to Line quantities – voltages between the lines and currents in the lines connected Vph Single phase AC has the advantage that it only requires 2 wires. In three-phase power, the power output is constant. Know the difference between balanced and unbalanced circuits ; Learn about power in a balanced three-phase system ; Know how to analyze unbalanced three-phase systems ; Be able to use PSpice to analyze three-phase circuits ; … The instantaneous current through the current coil of Wattmeter, W 2 is given by the equation:. Enter your email below to receive … Three-phase power can be defined as the common method of alternating current power generation, transmission, and distribution. In the balanced loads, the sum of the two wattmeter readings gives the total power. 3-26 illustrates the front panel of the VI named Three phase power measurements.vi. Two Wattmeters (3-Wire System) A method for measuring the power consumed in a three-phase, 3-wire circuit is shown in Figure 3.The two meters have their current windings in any two lines and both voltage windings are connected to the third line. Three Phase System: • A generator consists of three coils placed 120 apart. In this figure a1, b1 and c1 are the starting terminals, whereas a2, b2 and c2 are the finish terminals of the three coils. It also makes it possible to produce a rotating magnetic field in an electric motor and generate other phase arrangements using transformers (for instance, a two phase system using a Scott-T transformer). As a definition, the voltage across the load impedance and the current in the impedance can be used to compute the power per phase. 3-22a, the total active power is equal to three times the power of one phase. This video will take a close look at three-phase power and explain how it works. In a 3 phase system, there are three equal voltages or EMFs of the same frequency having a phase difference of 120 degrees. Single Phase power circuits. Three EMFs are induced in the three coils respectively. Switch on the supply. S = apparent power supply to the circuit (volt ampere, VA) Q = reactive power consumption in load (volt ampere reactive, VAR) ... = Power Factor. The current coils of two wattmeters are inserted in any two lines, and the potential coil is connected from its own current coil to the line without the current coil.. 5 Section 11.1, 11.2 Three-Phase Systems 1. Single-phase distribution is used when loads are mostly used for the purpose of lighting and heating which can also be for few large electric motors as well. This configuration of voltage sources is characterized by a common connection point joining one side of each source. The power measurement in three-phase, three-wire load circuits usually carried out using this method. The EMFs induced in the three coils in 3 phase circuits are of the same magnitude and frequency and are displaced by an angle of 120 degrees from each other as shown below in the phasor diagram: These EMFs of 3 phase circuits can be expressed in the form of the various equations given below: This is all about Generation of 3 Phase Power in 3 Phase Circuits. The current coils of two wattmeters are inserted in any two lines, and the potential coil is connected from its own current coil to the line without the current coil.. Measurement of power in a 3-phase circuit. The phase voltage and line voltage in the star connection is represented as shown below: Therefore, equation (1) can be written as: Power in delta connections in 3 phase circuits is given by the equation shown below: In delta connections, the relation between phase and line voltage and phase and line current is given as: Thus, the total power in a 3 phase balanced load system, irrespective of their connections, whether the system is star connected or delta connected, the power is given by the relation: The unit of apparent power is kilovolt-ampere (kVA) or volt-ampere (VA).

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