- What are xxxxxxx main advantages xxxxxxx gear motors?

**Downsizing**

This xxxxxxx not xxxxxxx xxxxxxx increasing the xxxxxxx by using xxxxxxx geared type xxxxxxx Rather, whereas

the xxxxxxx that the xxxxxxx itself can xxxxxxx xxxxxxx 10 xxxxxxx the rotor xxxxxxx the geared xxxxxxx can xxxxxxx xxxxxxx multiplied by xxxxxxx square of xxxxxxx speed reduction xxxxxxx Therefore, for xxxxxxx an

inertial body xxxxxxx as in xxxxxxx xxxxxxx selecting xxxxxxx geared type xxxxxxx it possible xxxxxxx reduce xxxxxxx xxxxxxx from 85 xxxxxxx ???? 60 xxxxxxx square and xxxxxxx total length xxxxxxx 128 mm xxxxxxx 93.5

mm. Comparison xxxxxxx xxxxxxx conditions

**Reduced xxxxxxx can be xxxxxxx for the xxxxxxx reasons.**

- The xxxxxxx xxxxxxx itself is xxxxxxx speed reduction, xxxxxxx low-speed region xxxxxxx which the xxxxxxx vibrates can xxxxxxx avoided.
- Because the xxxxxxx xxxxxxx smaller, xxxxxxx own vibration xxxxxxx reduced.

**Positioning time**

Because xxxxxxx comparison xxxxxxx xxxxxxx inertia structure xxxxxxx can be xxxxxxx by the xxxxxxx itself the

advantages xxxxxxx geared type xxxxxxx for acceleration xxxxxxx xxxxxxx manifest, xxxxxxx the larger xxxxxxx inertia

body, the xxxxxxx the xxxxxxx xxxxxxx motor reduces xxxxxxx acceleration time.

**Positioning xxxxxxx and RK xxxxxxx since the xxxxxxx step angle xxxxxxx 0.72°,30° and xxxxxxx xxxxxxx was xxxxxxx possible,but**

since 1/7.2, xxxxxxx and other xxxxxxx reduction xxxxxxx xxxxxxx available for xxxxxxx type motors, xxxxxxx and

60° positioning xxxxxxx possible. This xxxxxxx to compare xxxxxxx motor alone xxxxxxx xxxxxxx geared xxxxxxx motor

under xxxxxxx same conditions, xxxxxxx positioning xxxxxxx xxxxxxx because it xxxxxxx be used xxxxxxx both types xxxxxxx motors.

**Volumetric Efficiency: xxxxxxx theoretical flow xxxxxxx compared xxxxxxx xxxxxxx actual flow xxxxxxx Volumetric efficiency xxxxxxx the amount xxxxxxx leakage, or xxxxxxx in volume, xxxxxxx a hydraulic xxxxxxx xxxxxxx -**The xxxxxxx operating horsepower xxxxxxx to the xxxxxxx horsepower. xxxxxxx xxxxxxx describes the xxxxxxx of energy xxxxxxx in a xxxxxxx component.

**Overall Efficiency: xxxxxxx variable that xxxxxxx all energy xxxxxxx xxxxxxx a xxxxxxx system. Overall xxxxxxx is determined xxxxxxx multiplying xxxxxxx xxxxxxx by mechanical xxxxxxx and dividing xxxxxxx 100.**- What xxxxxxx a hydrostatic xxxxxxx Name four xxxxxxx it typically xxxxxxx xxxxxxx hydrostatic xxxxxxx advantages are xxxxxxx -
- Split transmission
- Vehicle xxxxxxx circuit xxxxxxx xxxxxxx value="4">Knowing the xxxxxxx and speed xxxxxxx a hydraulic xxxxxxx how do xxxxxxx calculate the xxxxxxx flowing through xxxxxxx xxxxxxx hydraulic xxxxxxx contains a xxxxxxx that discharges xxxxxxx at xxxxxxx xxxxxxx and 100 xxxxxxx to a xxxxxxx motor, as xxxxxxx in the xxxxxxx graphic. The xxxxxxx at the xxxxxxx xxxxxxx is xxxxxxx psi due xxxxxxx a pressure xxxxxxx in xxxxxxx xxxxxxx If oil xxxxxxx the motor xxxxxxx 200 psi xxxxxxx the output xxxxxxx delivered by xxxxxxx 100 % xxxxxxx xxxxxxx