Power (W) = Current (I) X Voltage (V)
Therefore a system drawing 150 Amps at 10 Volts
P=150X10
P=1500 watts
or 1.5 kW
Answer
Without wishing to be pedantic, power is not 'consumed' by a load such as a starter motor. Power is simply a 'rate', the rate at which the load is consuming energy. You cannot 'consume' a rate, therefore, you cannot 'consume' watts! So your question should be rephrased to ask 'What is the power of a starter motor?', or words to that effect.
15
15.000
The 1998 Ford Escort starter motor is located on the rear of the engine. The starter motor will be on the right hand side, near the bottom of the motor.
Yes, a starter motor can be placed in a Vectra CDTI 55.
Yes, the clicking is the starter, but there's probably nothing wrong with it. Your battery doesn't have enough juice to turn the starter motor (draws lots of current), but still has enough to turn on the lights and accessories. Try jump starting it or trickle charge the battery.
Its a starter that has a set of gears between the motor and the starter pinion which allows higher-speed, lower-current, lighter and more compact motor assembly while increasing cranking torque.
The single click, that you hear when the starter switch is operated, is the solenoid making the high tension connection to the starter motor. If the starter motor doesn't turn over, you will need to check both the battery feed to the solenoid and the feed from the solenoid to the starter motor (this is typically a short length of braided cable). I have known this cable to corrode through. If it has, the easiest remedy, is to replace the entire starter motor.
6000 watts.
To determine this you will have to measure the amperage the starter draws when you crank the engine. This amperage times the voltage (12 volts) will give you the wattage. There are 746 watts to 1 HP.
Depends on how big the motor is. A stronger motor will draw more amps then a weaker or less efficient motor. For example a wiper motor draws far less then a starter motor.
question is incomplete, I think you ask how much current consumed by this motor. for starting this motor we need a star/delta starter and a three phase supply.
4.896 amperes.
The largest 120V motor generally available is 3hp. A 3hp, 120V motor draws about 30 amperes. All true 5hp motors I have seen are 230V or higher. Note that some motors, such as compressors and vacuum cleaners, use artificially high hp numbers to entice you to buy their unit (they will use terms like peak-developed hp, etc.). These ratings are not true hp, and you just have to go by the nameplate rating on the unit. For instance, I have a Sanborn Air Compressor that claims 4 PEAK horsepower, yet only draws 17 amperes at 120V. Its really closer to a 2hp motor.
The starter motor is at the rear of the engine.
The starter motor is at the rear of the engine.
You can find the starter on the right hand side of the motor. The starter will be near the back of the motor. You can follow the positive battery cable to the starter.
a Bad starter will 1. Cause your battery to run faster to dieing. 2. yes, it will wear your alternator out faster and could result to ruining it.
It is a type of starter that allows a motor to be started across the line by starting the motor with a reduced inrush current. The motor is started in a wye configuration until it gets up to speed and then a timer drops the wye contactor out a draws the delta configured contactor in. The motor then operates in a delta wired configuration.
P = I x V Power = volts x amps 240 x 4 = 560 watts. This is how much power will be consumed by the motor. The actual power produced at the shaft, will vary on type and efficiency of the motor.