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Released in December 1998, GM's DEXRON-III (G) specification (GM6417M) was a synthetic blend automatic transmission fluid, specially developed to address the VCCC shuddering issue. It is also suitable for power steering systems, some hydraulic systems, and rotary air compressors where excellent low-temperature fluidity is required.
A hydraulic fluid or hydraulic liquid is the medium by which power is transferred in hydraulic machinery. Common hydraulic fluids are based on mineral oil or water. [ 1 ] Examples of equipment that might use hydraulic fluids are excavators and backhoes , hydraulic brakes , power steering systems, automatic transmissions , garbage trucks ...
This fluid provided smoother shifting and less gear noise by with higher dynamic friction characteristics. The Ford Type-CJ fluid specification also met the GM Dexron-II(D) and earlier fluid specifications. Ford was a licensed GM Dexron-II(D) vendor. The Ford Type-CJ fluid was compatible with GM Dexron II(D) specifications.
Retrieved from "https://en.wikipedia.org/w/index.php?title=Power_steering_fluid&oldid=52771676"
Power steering is a system for reducing a driver's effort to turn a steering wheel of a motor vehicle, by using a power source to assist steering. [1]Hydraulic or electric actuators add controlled energy to the steering mechanism, so the driver can provide less effort to turn the steered wheels when driving at typical speeds, and considerably reduce the physical effort necessary to turn the ...
Automatic transmission fluid (ATF) is a hydraulic fluid that is essential for the proper functioning of vehicles equipped with automatic transmissions. Usually, it is coloured red or green to differentiate it from motor oil and other fluids in the vehicle. This fluid is designed to meet the unique demands of an automatic transmission.
Hydraulic systems are deceptively simple: the phenomenon of pump cavitation is a known, complex problem that few people outside of the fluid power or irrigation industries would understand. For those who do, the hydraulic analogy is amusing, as no "cavitation" equivalent exists in electrical engineering.
Examples of equivalent systems are first- and second-order (in the independent variable) translational, electrical, torsional, fluidic, and caloric systems.Equivalent systems can be used to change large and expensive mechanical, thermal, and fluid systems into a simple, cheaper electrical system.
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