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Household 16 square copper wire can drive 21 kilowatts.
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The current that 16 square copper core wire can withstand is about 85 amperes, if the voltage of 220 volts is used, the load power is about 18 kilowatts, if the power supply voltage is 380 volts, the load power that can be driven is about 54 kilowatts, but in actual use, it is also affected by the wiring situation such as wire spacing, insulation, joint treatment, wiring length, etc., as well as the external environment such as temperature, humidity, air pressure, etc., so it is necessary to reserve a part of the power in advance to ensure the safety of use.
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、About the aboveHow many kilowatts can this 16 square copper wire carry? The problem is this, for example, in single-phase electricity(220v),
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It depends on what load and what voltage you have, take 220V single-phase electricity as an example, check the "Electrician's Manual", the interception current of 16 square copper wire is 83A, and the resistive load can be 220V 83A 18260W, which is about kilowatts.
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According to your description, generally one square copper wire has a current carrying capacity of about 6 amps, and a 16 square copper wire has a current carrying capacity of about 96 amps, and if the voltage is 220 volts, the current used in one kilowatt is about 4 amps, so 16 square copper wires can drive 24 kilowatts of power.
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A 16 square copper wire can carry 56 kilowatts because its current is the same as that of a 25 square aluminum wire.
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It depends on whether the open line is laid or the dark line is laid, whether it is single-phase electricity or three-phase electricity?
If it is laid on the open line, you can refer to the chart below, if it is laid on the dark line, the maximum power should be lowered by a specification.
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It doesn't matter if you use 220V AC or 380V AC. Because of the 16 square copper wire, if it is within 50m, it can generally carry 100A. If you use 220V AC, it is 22kW.
If it is a three-phase 380V alternating current, the circuit with a motor can reach 50kw.
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If the load voltage is 380V, 16 square millimeters of copper wire can carry a load of 25kW.
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The on-load power is related to the voltage, the higher the voltage, the greater the power. Of course, it is necessary to pay attention to the allowable insulation voltage of the copper wire. Taking 220V voltage as an example, if the estimated current of 5 ampere per square copper wire is estimated, the on-load power is 220*16*5=17600, that is, kilowatts.
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16 square copper wire, 220 volts of household appliances, 220 * 6 * 16 = 21120 watts, about 21 kilowatts.
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16 square meters of copper wire, how many kilowatts of power this belt, basically should be able to bring more than 10,000 watts of Yariwan!
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<> make the key Jinqin use the line, and within 400 meters of the empty line, 380 volt three-phase alternating current can drive 50 kilowatts of electrical appliances.
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The chain resistant body depends on whether it is a single-phase group or a three-phase electricity?
You can refer to the following diagram to call the wisdom table:
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Hello, glad to answer for you. 16 square copper wire energy sold with 28kw 16. First of all, the current carrying capacity of the 16 square copper hail Zheng compass core wire is about 94a, according to the three-phase power calculation formula Power = voltage * voltage phase * current * power factor, that is, the safe current carrying capacity of the 380 * square millimeter copper core wire open-wire device is 91**, which can be installed with electric heating, incandescent lamp, halogen tungsten lamp (iodine-tungsten lamp, tungsten bromine) single-phase 220V electrical appliances; If it is two wires through the steel pipe, the safe current carrying capacity is 71**.
Hope mine is helpful to you.
Questions. You just say how many kilowatts it can carry.
28 kilowatts.
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per square kilowatt (maximum), do your own calculations.
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Large electrical equipment such as motors are usually connected by 16 square wires, so how many kilowatts can a 16 square copper wire carry?
1. How many kilowatts does a 16 square copper wire take?
1. Three-phase circuit.
The 16 square copper core wire can carry about 51 kilowatts in a three-phase circuit. You can calculate according to the formula p=. The safe carrying current of 16 square copper core wire is 91A, the voltage is 380V, and the COS is generally taken, and the kilowatt is taken.
2. Single-phase circuit.
If a 16 square copper core wire is used in a single-phase circuit, it can carry about 20 kilowatts. You can calculate according to the formula P=UI, the safe carrying current of 16 square wires is 91A, the voltage is 220V, and 91 220=20020W 20 kW. Different laying methods of wires and different installation environments will lead to different bearing power of wires.
Second, what are the precautions for wire purchase?
1. We should pay attention to the specifications and models of wires when choosing wires, generally square wires are mostly used as lamp wires, sockets, low-power electrical appliances are mostly used with square wires, 4 square wires are mostly used for high-power electrical appliances, and 6 square or 10 square wires are mostly used as household wires. When choosing wire specifications and models, we should understand the power of household appliances.
2. When we choose wires, the colors of fire, zero and ground wires should be different, for example, the fire wire guard can be red, and the neutral wire guard can be blue. Different types of wires have different colors, and we distinguish wires when wiring in the later stage, reducing the probability of low line connection error. When purchasing wires, we also need to check whether the wires have a certificate of conformity and whether they have passed the 3C certification, and the wires that have not passed the 3C certification are usually counterfeit and shoddy products.
Summary: About how many kilowatts of 16 square copper wire is belted, I will briefly introduce it to you here. I hope that after reading this article, you will be able to understand how many kilowatts can be driven by 16 square wires.
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Hello, I am happy to answer for you. The 16 square copper wire can carry about 30 kilowatts under the condition of 220 volt two-phase mains. The current carrying capacity of 16 square copper wire is 94A, so according to the power formula, there are: p = calculated according to the two-phase mains, and the power factor is taken.
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Copper wire can withstand 6 to 8 amps per square and 112 amps per 16 square. The electric thermal load and the motor have the same power current, the voltage is different, the current is not the same, and the single-phase three-phase current is not the same.
Single-phase electric 220 volts per kilowatt electric thermal load amperes, electric motor because of the efficiency and power factor, the current is about amperes. 380 volt three-phase electric electric heat load current ampere per kilowatt, electric motor current ampere.
This results in the calculation: 16 square copper wire can bear a single-phase electric heat load of 24 kW, a single-phase electric load of 15 kW, a three-phase electric heat load of 75 kW, and a three-phase electric load of 45 kW.
The electric and thermal load can be simply calculated by P=UI. But electric motors can't be calculated so simply. The motor power nameplate is marked with the output mechanical power, which is the product of torque and speed, not the actual electric power consumed, and the actual electrical power and current are about twice larger than the simple calculation or nameplate marking.
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<> If it is a three-phase 380 volt alternating current, the overhead line within 400 meters can be equipped with a 50 kilowatt motor circuit.
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Summary. Hello dear and happy to answer your <>
Sixteen square copper wire can carry 56 kilowatts, can load 56 kilowatts, because the safety current of this specification of copper wire is the same as that of 25 square aluminum core wire, the safety current of aluminum core wire is 4 times of its cross-sectional area, so the current value of 16 square copper core wire is 100 amperes, and 56 kilowatts can be obtained by multiplying by multiplying by 100.
How many kilowatts can a sixteen square copper wire carry?
Hello dear and happy to answer your <>
Sixteen square hand copper wire can carry 56 kilowatts, can load 56 kilowatts, because the safety current of this specification of copper wire is the same as that of 25 square aluminum core wire, the safety current of aluminum core wire Xiaobu is 4 times that of its cross-sectional area Sun Shenzhi, so the current value of 16 square copper core wire is 100 amperes, and 56 kilowatts can be obtained by multiplying by multiplying by 100.
Hello dear, the following <> for your expansion
With 16 square copper wires, he can carry 63,000 watts or 21,000 watts of the first single phase. 16 square millimeters of copper core wire, then its safety current is 91 amperes, then it can be specially connected to electric heating or incandescent lamps. 16 square copper wire can be driven by the ridge Qin Qi within 30kw of clicks, generally like our home is not used Sakura, 16 square copper wire is very large.
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Hello, according to your problem description, the solution provided to you here is as follows: 16 square copper wire 220V can carry a load of about 10 kilowatts. Judging from the relevant data, the calculation method of staring power is voltage multiplied by current, and the current carrying capacity of 16 square copper wire is about 80A, and the clear voltage is 220V, so the power is 80 times 220 is equal to 17600 watts, that is, kilowatts.
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16 square copper wire can band 28kw
1.First of all, the current carrying capacity of the core wire of the 16 square Yu Chang Tong Tong Hall is about 94A2According to the three-phase power calculation formula, power = voltage * voltage phase * current * power factor.
i.e. 380*, approximately.
The 35 square aluminum core cable can carry kilowatts. From the formula of the three-phase motor: p = square aluminum wire safety current approximate 105A. >>>More
by three-phase motor.
The formula is: p= >>>More
If it is a 220V single-phase motor.
A current of 10A can drive 2 kilowatts. >>>More
These are mainly related to the environment you use, the conditions and the length of the wire, not absolute, for example, if you use 1 meter and 100 meters, their carrying capacity is different, and for example, whether you are surface-mounted or steel pipe or plastic pipe This has to be considered.
1 catty of wire is about 350 grams, from the formula: density = mass volume, mass = density x volume;The weight of the insulating sleeve = the weight of the copper wire The weight of the pure copper wire per meter (unit: g) = (the weight of the insulating sleeve, about 54g The first time I calculated the pure weight of 1 meter, it is simple in meters 10 meters of copper wire is about 1 catty (500g) of weight. >>>More