ACTUATORS:Gear-Type Motors

Gear-Type Motors

The spur, helical, and herringbone design gears are used in gear-type hydraulic motors. The motors use external-type gears, as discussed in the chapter on Pumps.

The operation of a gear-type motor is shown in Figure 6-10. Both gears are driven by gears. However, only one is connected to the output shaft. As pressurized fluid enters chamber A, it takes the path of least resistance and flows around the inside surface of the housing, forcing the gears to rotate as indicated. The flow continues through the outlet port to the return line. This rotary motion of the gears is transmitted through the attached shaft to the work unit.

The motor shown in Figure 6-10 is operating in one direction, but can be operated in either direction. To reverse the direction of rotation, the ports may be alternated as inlet and outlet. When fluid is directed through the outlet port into chamber B, the gears rotate in the opposite direction.

FLUID POWER DYNAMICS-0316

Incoming search terms:

Related posts:

Selection process retrofitting to existing equipment:Motor suitability and de-rating
Air only relationships:Stepped pipelines and Air only pressure drop.
Pipelines and valves:Wall thickness
Erosive wear:Hard materials and Particle concentration
Control components in a hydraulic system:Flovvrneters.
Design procedures:Typical pipeline and material influences
Material property influences:Dense phase plug flow
Conveying characteristics:Energy considerations and The influence of conveying air velocity.
BASIC HYDRAULICS:USE OF HYDRAULICS
Hydraulic motors:Continuous rotation hydraulic motors
Control components in a hydraulic system:Servo valves
PROPERTIES OF PURE SUBSTANCES:SPECIFIC HEATS
POWER AND REFRIGER A TION CYCLES:THE CARNOT VAPOR CYCLE
GAS MIXTURES AND PSYCHROMETRICS:SPECIFIC AND RELATIVE HUMIDITY OF AIR
SUMMARY OF GAS MIXTURES AND PSYCHROMETRICS

Leave a comment

Your email address will not be published. Required fields are marked *