11 kilowatt motor, how many currents, how did you get it?

The formula for calculating the electrical power in three-phase electricity is: p= 3 line voltage u (380v) line current i power factor cos

The total power of a three-phase electrical appliance is equal to: 11= (find the number set i).

i=p/(u*

p=ui，i=p/u；i. Rated current = rated power Rated voltage = 11000w 380v =; iStarting current = i rated current 5 7 = 109 , hope mine is helpful to you.

Brand model: Huawei MateBook D15

System: Windows 11

The rated current of the 11kw motor is, and the starting current is 5 7 times the rated current, that is, 109. From the formula, we can see that p=ui, i=p u; i. Rated electric Xiang shouting pin current = rated power Rated voltage = 11000w 380v =; iStarting current = i rated current 5 7 = 109.

Rated current refers to the current when the electrical equipment operates at the rated voltage and according to the rated power. It can also be defined as the current at which electrical equipment can work continuously for a long time under rated environmental conditions (ambient temperature, sunlight, altitude, installation conditions, etc.). The current of the appliance should not exceed its rated current when it is working normally.

The rated current is calculated by dividing the rated capacity of the winding by the rated voltage of the winding and the corresponding coefficient (1 for single phase and 3 for three phases). Therefore, the rated current of the transformer is the rapid current of the forehead permeation of each winding, which is the wire current. However, if the single-phase transformer that forms a three-phase group, if the winding is triangular connection, the rated current of the winding is expressed by the line current as the numerator and 3 as the denominator, for example, the line current is 500A, then the rated current of the winding is (500 3) A.

Single-phase p=uicos

Three-source tremor phase p=

where P is the active power, U is the voltage, I is the current, and COS is the power factor (the requirements of the power supply company are generally not less than.

380V 11KW According to the formula, the current is about 20A, and a circuit breaker of 25A can be used, but this is only for lighting load; In the case of a dynamic load (motor), the starting current of the motor should be considered.

Such a large motor should be a three-phase power supply, then the rated working voltage is 380V, and so on, the rated current is.

For 220V voltage single-phase system, 1kW is the current;

For 380V voltage three-phase system, 1KW is the current;

For 6000V voltage three-phase system, 1kW is the current;

For 10000V voltage three-phase system, 1kW is the current;

For 35000V voltage three-phase system, 1kW is the current;

For 66000V voltage three-phase system, 1KW is the current;

For 110000V voltage three-phase system, 1KW is the current;

Amps are units of current intensity, and watts are units of power rulers, and the two are not comparable and cannot be converted. Watts (W) = Amps (a) Volts (V) Without voltage, current and power cannot be converted. p (power) = u (voltage) * i (current), and the unit of power is watts (w).

The unit of voltage is volts (V) and the unit of current is ampere (A).

It is a three-phase heterogeneous step-up motor with a power of 1,000 watts and a current of about 2.5 amperes.

It is a 220 volt, 1,000-watt single-phase hail key asynchronous motor, and the current is about ampere.

The current of a 1kW motor is approximately, and the specific current value depends on the power and rated voltage of the motor.

Hello, honored with your question <>

For a motor with a rated current of 11A, the power rate can only be calculated if the rated voltage of the motor is known. If the rated voltage of the motor is 220V, then the rated power of the motor is: Rated Power = Rated Current x Rated Voltage x Power Factor) Rated Power = 11A x 220V x Rated Power is about 1936 watts, i.e. kilowatts. Limb slippage.

kW + 12 volts + motor + how much current is required.

If it is about 27A, if it is a kilowatt, use 380V electricity, and the current is amperes, and use 220V electricity, and the pre-current is amperes. If it is 6 kilowatts, with 380V electricity, the current is amperes, and with 220V electricity, the current is amperes. p= 3uicosa (cosa is the power factor, generally take the value if it is a 220v power source, p=ui, i=1500 220=if it is a 220v power supply, p=ui, i=6000 220=