The operating principals of hydrostatic transmissions are simple. If the displacement of the pump and motor is fixed to it, gear box transmits power from prime move to the load. They drive a load from full speed in one direction. When they are much faster, then the direction of flow passes in opposite directions. There are two maximum infinite variation of speed.
Benefits of using hydrostatics motor:
- They transmit high range of power in a specific size. They exhibit low inertia of speed flow of machine. They effectively operate over speed ratio which helps in maintaining and controlling speed with regardless of loads you a design limits. Motors should have stalled and undamaged under full load at low power loss.
- When they provide faster response on hydrostatics motor, the electro mechanical transmission with comparable rating. They provide dynamic braking process which does not creep at zero speed. When you have non integral constructions, because power can be transmitted to more loads. It is difficult to access. The pumps that are attached with pump are connected through tube assemblies.
- Ultimately the power system should be designed for a balanced between productivity and productivity. A machine that is designed to increase the flow of machine has much productivity. The high degree of energy must be available at all times to perform work, when there is no immediate need for work. When full speed is not required, fluid from the pump outlet passes over the relief valve. This wastes energy in the form of heat.
