fluid coupling
functions
eleven dimensions
Designs offered using couplings (Para-Flex and DGF Equipment) or V-Belt drives
Accommodates up to 4.75 inch shafts and 1400 horsepower applications
Sleek, controlled acceleration with customizable startup torques
Motor starts underneath 
no load, permitting the use of regular NEMA design B motors and potentially lower
ing motor horsepower prerequisite
No physical link is existing, allowing for defense underneath overload situations
Widespread Industries
Air Handling
Mining
Paper & Forest
common applications
Conveyors (Bulk Substance Handling)
Any application necessitating overload protection
Any software with a large-inertia startup
Overview
Fluid coupling on Transfluid’s industrial transmission model KPTO.
A fluid coupling is made up of a few parts, in addition the hydraulic fluid:
The housing, also known as the shell[5] (which must have an oil-tight seal all around the push shafts), contains the fluid and turbines.
Two turbines (fanlike elements):
A single connected to the enter shaft acknowledged as the pump or impeller,[five] principal wheel[5] input turbine
The other connected to the output shaft, acknowledged as the turbine, output turbine, secondary wheel[5] or runner
The driving turbine, known as the ‘pump’, (or driving torus[a]) is rotated by the primary mover, which is typically an inside combustion motor or electrical motor. The impeller’s movement imparts equally outwards linear and rotational motion to the fluid.