The motor grader must also provide the hydraulic pump and move the car.
Bill works on the machine when power is low.
To determine the size of the hydraulic motor needed to be equal to a 3 hp electric motor, you would need to calculate the hydraulic motor's power output in horsepower. Hydraulic motors are generally less efficient than electric motors, so you may need a larger hydraulic motor to match the power output of a 3 hp electric motor. Consult the manufacturer's specifications and consider factors such as efficiency and operating conditions.
A solid mount has no play where as a hydraulic is flexible so you do not feel the torque of the motor(what you would want for daily driver in my opinion).
It means how much oil is needed to make the motor turn one full revolution. If you have a 32 Cubic Inch Hydraulic Motor, you would need to push 32 cubic inches of oil through that motor to turn it once. Using the same hydraulic pump, a smaller cubic inch motor would cause higher speed, but less torque.
there is no such thing as a hydraulic motor........there is, however, a hydraulic pump. there is such thing as a hydraulic motor. the hydraulic pump will pump oil to the motor and a pressure differential across the motor causes the fluid power to be converted to mechanical power. the power output of the motor is determined by the motor's pressure, flow, displacement, and torque. ________________________________________________________________ I believe the above post is wrong in part and right in part. Choosing a hydraulic motor to replace you 16hp gas engine requires more information than just the horsepower. It would be helpful to know many other factors, such as required torque needed in the application and the rpm. When these play a part in overall horsepower, knowing these pieces of information will help find a motor. When I've purchased motors in the past, I've used this website. They are very thorough and well-priced. www.surpluscenter.com What I took away from the response above, is the person was trying to tell you how to replace a whole hydraulic system. However, its needed in your case, so long as you have a new power source for the hydraulic motor. (IE: a gas engine to power a hydraulic pump, then lines from the hydraulic pump to the hydraulic motor (insert a valve if you wish to control motor speed and/or direction), and then the hydraulic motor. Its important to have a hydraulic tank with enough capacity to hold all the fluid which will be in motion. The more devices in the system, the bigger the tank. Hope this helps!!
The tallest 1st grader would be about 5'1. ( The tallest 6th grader would be about 5'10 tho)
excess pressure would be dumped to tank via the relief valve and nothing would go nowhere hopefully. Otherwise you would bend your hydraulic cylinder rod , or sheer the shaft on your motor .
By removing the air cylinders and replacing them with hydraulic ones which are usually much smaller. Of course all the control valves and pipework would need to be also changed and a hydraulic power pack (tank, pump and motor) would be needed to replace the compressor that was providing the air. A air-to-hydaulic actuator could also provide the power.
Depending rather on the application, required speed etc, you would use either a fluid-flywheel drive powered by an electric or internal-combustion motor; or a hydraulic motor driven from a separate prime-move and pump. The cylinder does not roate! You may well find it more efficient to go all-electric, witha three-phase motor and electronic controller.
YES
yes , that's rape.
Depends on the fifth grader.
yes because he would date a 4 grader if you nine years old or ten years old