Hydraulic Motors Summary of Features

A 5-minute video that covers the details on four types of hydraulic motors. An industry expert will highlight the features of Gerotor/Geroler, Gear, Vane, and Piston small hydraulic motors that are used across the globe.

[@tanveersalam3338]

Nice video thanks!

[@jamesriley5057]

Excellent!!

[@MrAmoslemi]

Thanks for putting this video. Can you explain how the eccentric motion in Gerotor as a motor is converted to a centric motion for the output shaft?

[@clintpross]

Good day. Per Bill:
There is a splined shaft that
connects the two components - concentric shaft to eccentric orbiting
star. It is designed and hobbed to a specific shape to provide a relief
and transmit the high torque. This custom shaft is sometimes referred as
the “dog bone”.Sorry for the late reply on this.

[@lordbryson]

awesome

[@machinerytraders6484]

Good video

[@upward_onward]

can we use gear motor to function like hydraulic gear pumps ?

[@christopherbrathwaite440]

Thanks

[@nadirkhan4645]

How are you my dear friend by nature where are you from

[@nadirkhan4645]

Hi

[@TheGreyGhost_of43rd]

I have features too ya know

[@soggybottomboys2792]

You said to convert pressure and flow into mechanical energy but pressure is just resistance to flow...

[@lavatramp]

No it isn't.

[@soggybottomboys2792]

lavatramp yes it is. Educate yourself

[@lavatramp]

@@soggybottomboys2792 pressure drop / flow rate = resistance

[@soggybottomboys2792]

lavatramp you don’t need a pressure drop to create flow😂

[@lavatramp]

@@soggybottomboys2792 Yes you do. Flow is the result of differential pressures within a system and the movement of fluid to reach an equilibrium. Differential pressures are induced through pumps. Resistance to flow is a separate quantity as shown in the formula above - resistance is not equal to pressure as you stated initially. Pressure is a measure of the mechanical force exerted outwards by the fluid.
In regards to how that works in a hydraulic motor, the mechanical power output of a motor is proportional to (Pressure x Flow Rate) / 500.