What Is The Purpose Of The Oil Filter Bypass

Reduce Engine Habiliment with AMSOIL Bypass Filtration Systems

AMSOIL Offers Products To Eliminate Microscopic Engine Dirt

Compared to microscopic dirt particles, your engine is a Goliath, roaring with heat and free energy as information technology converts fuel into raw horsepower. Despite all this power, your engine is extremely vulnerable to the threat of microscopic engine dirt. In fact, if unchecked, this tiny menace volition dramatically erode your engine'south functioning and can eventually cripple it across repair.

Why Bypass Filtration?

The majority of engine vesture comes from particles from 5µ to 25µ in size. (A "µ" micron is an abbreviated term for "micrometer", or a millionth of a meter. For size comparison, a human hair is nigh 75 microns). The trouble that arises is that the average total flow filter is only efficient for particles 20µ in size and larger. This means that all those particles nether 20µ can pass though the filter and cause clothing to your engine. This is where an AMSOIL BYPASS SYSTEM comes into play. Installing a Bypass System on your vehicle volition efficiently filter particles down to 2µ in size, finer reducing the wear on your engine.

Overall here are some of the benefits to using an AMSOIL Bypass System.

How Featherbed Filtration Works

AMSOIL spin-on bypass filter diagram Featherbed motor oil filtration features a secondary oil filter with the purpose of eliminating nearly all contaminants from motor oil. Bypass filters have loftier capacities and eliminate much smaller particles than full-flow filters, including soot. Featherbed filters reduce engine wear and increase oil volume, only their loftier efficiencies mean they too have higher restriction and must exist used in conjunction with a full-flow filter.

Bypass filters operate by filtering oil on a "fractional-menstruation" ground. They draw approximately 10 percent of the oil pump's capacity at any one time and trap the extremely small, wear-causing contaminants that full-catamenia filters tin can't remove. Bypass filters accept a loftier pressure differential, causing the oil to catamenia through them very slowly and allowing for the removal of smaller contaminants. It is chosen bypass filtration considering the oil flows from the bypass filter back to the sump, bypassing the engine. This continual procedure somewhen makes all the oil analytically clean, reduces long-term vesture and tin can dramatically extend oil drain intervals.

Click here for sit-in video of AMSOIL Bypass Filter performance for diesel engines.

Full-flow filters are more than open up and free-flowing than bypass filters and so they are able to support the menses of oil that lubricates the engine. Because they are freer-flowing, they are less efficient at removing modest particles. AMSOIL Ea® Full-Catamenia Filters can efficiently remove particles down to 20 microns.

Bypass filters just filter a small percent of the system'southward oil at any given time. Denser, more than efficient filtration media provides improved minor-particle removal. Ea Bypass Filters efficiently remove contaminants (98.vii percent efficiency) downwards to 2 microns.

Used together, full-flow and bypass filters provide comprehensive wear protection confronting both large and small particles, likewise as both brusk-term and long-term wear. In addition, filter capacity is increased, and the life of the filters is extended.

Single Remote vs. Dual Remote Featherbed Filter Configurations
AMSOIL Spin-On Adapter Table
AMSOIL Bypass Oil Filter Installation Examples

AMSOIL EaBP Absolute Efficiency Bypass Oil Filters Have the Highest Efficiency of Any Bypass Oil Filter Available for Machine, Light Truck and Heavy Duty Applications. Period.