The running current of a 55 kW motor can be 27 amps if it operates at a specific voltage and efficiency. For example, using the formula ( P = V \times I \times \sqrt{3} \times \text{PF} ) for a three-phase motor, if the motor operates at around 400 volts with a power factor (PF) of about 0.9, the current can be calculated to be approximately 27 amps. This indicates a well-designed motor operating efficiently under load conditions.
That would depend on the type of motor and the manufacturer.
50 sq.mm of aluminium and 25 to 35 sq.mm of copper
To determine the transformer rating in KVA for a 55 kW motor, you can use the formula: KVA = KW / Power Factor. Assuming a typical power factor of 0.8 for motors, the calculation would be KVA = 55 kW / 0.8 = 68.75 KVA. It's advisable to round up, so a transformer rated at 75 KVA would be appropriate to ensure adequate capacity.
Without knowing the nominal voltage rating, who can tell? <<>> The sizing of cables or conductors is based on the amperage that the conductor can safely carry. The formula for amperage is I = W/E. Amps = 12000/Volts. With out a voltage stated an answer to this question can not be answered. When you calculate the amperage, re-ask your question for a conductor size for a given amperage.
It is not intended for continuous working mode. So most crane works with a 40% duty cycle full-load factor. 1. lowing the hook, 2. lifting the load, 3. carrying the load, and 4. lowering the load. dixon_robert@yahoo.com I am presently researching on the most suitable motor for 35,000Kg/ 55KW full-load with vector control technology. Looking for help too....
That would depend on the type of motor and the manufacturer.
How to calculate current of star and delta moter with 55kw 380v 85%
The bearing number for a 55 kW motor can vary depending on the motor's design, manufacturer, and specific application. Commonly used bearings for such motors can include types like 6205 or 6305, but it's essential to refer to the motor's technical specifications or manufacturer's documentation for the exact bearing number. Always ensure that the chosen bearing meets the load and speed requirements of the motor.
To determine the KVA needed to run a 55 kW motor, you can use the formula: KVA = KW / Power Factor. Assuming a typical power factor of 0.8 for motors, the calculation would be KVA = 55 kW / 0.8 = 68.75 KVA. Therefore, approximately 68.75 KVA is needed to run the 55 kW motor. Adjust the power factor accordingly if you have a specific value for your motor.
50 sq.mm of aluminium and 25 to 35 sq.mm of copper
To determine the transformer rating in KVA for a 55 kW motor, you can use the formula: KVA = KW / Power Factor. Assuming a typical power factor of 0.8 for motors, the calculation would be KVA = 55 kW / 0.8 = 68.75 KVA. It's advisable to round up, so a transformer rated at 75 KVA would be appropriate to ensure adequate capacity.
YES, all daewoo racers are fuel injected, a 1.5L fuel injected east-west engine, putting out about 55kw of power, the "i" in "eti" stands for injection
To calculate the amperage, use the formula: Amperes = Watts / Volts. In this case, 55 kW is 55,000 watts. So, Amperes = 55,000 watts / 460 volts ≈ 119.57 amps.
Without knowing the nominal voltage rating, who can tell? <<>> The sizing of cables or conductors is based on the amperage that the conductor can safely carry. The formula for amperage is I = W/E. Amps = 12000/Volts. With out a voltage stated an answer to this question can not be answered. When you calculate the amperage, re-ask your question for a conductor size for a given amperage.
It is not intended for continuous working mode. So most crane works with a 40% duty cycle full-load factor. 1. lowing the hook, 2. lifting the load, 3. carrying the load, and 4. lowering the load. dixon_robert@yahoo.com I am presently researching on the most suitable motor for 35,000Kg/ 55KW full-load with vector control technology. Looking for help too....
why in life would you want to do that the 3.2 is a very slow motor 77kw the zd30 107kw on the fly and not even wan to talk about the 2.7 which is close to 55kw. yes it is possible and gonna be cheaper to buy an 1999 model hardbody. the 3.2 and 2.7 engine is mechanical engine with no ecu and with mechanical fuel pumps. i wont recommend it and its more heavy on fuel .
The best car to get the best miles per gallon would be the smart car confertible. Two doors, 55kw and it is also electric, so that can save you money and time that you have to put into the car. It would be cheaper also.