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Ingersoll-Rand 47699149001 Filter Core for Screw Air Compressor

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Ingersoll-Rand 47699149001 Filter Core for Screw Air Compressor

MOQ:	1
Price:	USD36/pcs
Delivery Period:	15-20work days
Payment Method:	T/T
Supply Capacity:	100-1000

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

Ingersoll-Rand

Model Number

47699149001

Highlight:

Ingersoll-Rand air compressor filter core

47699149001 screw compressor filter

high-quality Ingersoll-Rand compressor parts

Product Description

Ingersoll-Rand Filter Core 47699149001 High Quality Screw Air Compressor Parts

Product Introduction: Filter Core

What is a Filter Core?

A Filter Core is the essential, replaceable inner component of a filtration system that performs the critical task of physically separating contaminants from a fluid (liquid or gas). It is the consumable element that traps and retains unwanted particles while allowing the clean media to pass through. Think of it as the "heart" of the filter housing—while the housing is permanent, the core is replaced to maintain system performance and fluid cleanliness.

Key Functions & Purposes

The primary function of a filter core is to protect downstream components and ensure fluid integrity. Its specific purposes include:

Contaminant Removal: Capturing and holding particulate matter (dirt, metal shavings, rust, soot) from fluids.
Component Protection: Safeguarding sensitive and expensive components like pumps, valves, actuators, and nozzles from wear, clogging, and damage caused by abrasion.
Fluid Quality Maintenance: Preserving the chemical properties and cleanliness of hydraulic oil, fuel, coolant, air, or process gases.
System Efficiency: Maintaining optimal system performance by preventing pressure drops and flow restrictions caused by built-up contamination.
Water Separation: Certain filter cores (coalescing or absorbent types) are designed to remove water from fuel or oil.

How It Works (Filtration Mechanism)

Filter cores work through a combination of physical mechanisms:

Surface Filtration: A membrane or wire mesh on the surface of the core captures particles larger than its pore size. This is common in sieve-type filters.
Depth Filtration: The fluid passes through a thick porous media (e.g., resin-impregnated cellulose, fiberglass, or sintered metal). Contaminants are trapped throughout the entire depth of the media via adsorption (sticking to the media), impingement (directly hitting fibers), or inertial forces. This allows for higher dirt holding capacity.
Adsorption: Some media (like activated carbon) chemically attract and hold certain dissolved contaminants.

The filter core is housed in a pressure-rated vessel. As contaminated fluid enters, it flows from the outside of the core inward. Contaminants are trapped on the outer surface or within the media matrix, and clean fluid exits through the inner core.

Key Features & Benefits

Feature	Benefit
High Dirt Holding Capacity	Long service life, reducing change-out frequency and maintenance costs.
Optimized Filtration Media	Materials (cellulose, glass, synthetic) are selected for efficiency, compatibility, and durability with specific fluids.
Precise Filtration Ratings	Available in a wide range of absolute and nominal micron ratings (e.g., 1, 5, 10, 25 micron) to meet exact system requirements.
Robust Construction	Strong center tubes and end caps prevent collapse under high pressure differentials and ensure structural integrity.
Bypass Valve Protection	Many cores include an integral bypass valve that allows flow to continue (unfiltered) if the media becomes completely plugged, preventing system starvation.
Standardized Sizes	Designed to fit industry-standard filter housings (e.g., ISO, SAE), ensuring easy replacement and compatibility.

Common Types of Filter Cores

Type	Media / Construction	Primary Application
Spin-On Hydraulic	Pleated cellulose/glass media with steel can	Lube oil, hydraulic fluid return lines. Easy to replace.
In-Line / Element	Pleated paper, cellulose, or synthetic media	High-pressure hydraulic suction and pressure lines, fuel filtration.
Air Intake	Pleated paper or synthetic media with safety element	Engine and compressor air intake systems.
Fuel Water Separator	Coalescing media and water repelling barrier	Removing water from diesel fuel.
Suction Filter	Wire mesh or coarse synthetic screen	Low-pressure pump inlet protection against large particles.
Magnetic Plug	Magnetic insert	Capturing ferrous metal particles in gearboxes and sumps.

Technical Specifications

Filtration Rating: Nominal (e.g., 10 micron) and Absolute (e.g., 3 micron) micron ratings.
Beta Ratio (βx): Measure of efficiency (e.g., β₅ = 1000 means 99.9% of particles 5µm and larger are captured).
Dirt Holding Capacity: Grams of standard test contaminant held at a specific pressure drop.
Collapse/Burst Pressure: The maximum pressure differential the core can withstand.
Media Material: Cellulose, Microglass, Synthetic (e.g., polyester, polypropylene), Sintered Metal, Wire Mesh.
End Cap Material: Steel, plastic, or composite; compatible with various fluids.
Seals: Buna-N, Viton, EPDM, or Silicone O-rings for leak-free operation.

Industries & Applications

Filter cores are used anywhere fluid power or processing exists:

Mobile Hydraulics: Construction, agricultural, and forestry machinery.
Industrial Hydraulics: Presses, injection molding machines, CNC equipment.
Lubrication Systems: Gearboxes, turbines, compressors.
Power Generation: Fuel filtration for turbines and diesel generators.
Transportation: Engine oil, fuel, and air filtration for trucks and buses.
Manufacturing: Coolant filtration for machining processes, paint spray lines.
Chemical Processing: Filtering process fluids and additives.

Why Choose Our Filter Cores?

Superior Filtration Efficiency: Our cores are engineered with advanced media to provide higher beta ratios and greater dirt holding capacity than standard offerings.
Guaranteed Compatibility: We rigorously test our materials for full compatibility with a wide range of fluids, temperatures, and operating conditions.
Reliable Performance: Every core is designed to meet or exceed OEM specifications, ensuring reliable protection for your equipment.
Complete Product Range: We offer a comprehensive portfolio of cores for every application, from standard hydraulic elements to specialty gas coalescers.
Technical Support: Our experts can help you select the correct filter core based on your system's requirements, fluid type, and target cleanliness level.

Ordering Information

To select the correct filter core, you will need:

OEM Part Number: The number from your current filter or housing.
Housing Make/Model: The manufacturer and model of the filter housing.
Application: (e.g., Hydraulic Pressure Line, Return Line, Suction, Fuel, Air)
Fluid Type: (e.g., Petroleum Oil, Phosphate Ester, Water Glycol, Diesel Fuel)
Required Micron Rating: (e.g., 10 Micron Absolute)
Operating Parameters: System pressure and temperature.

Don't risk equipment failure. Ensure optimal performance by using genuine quality filter cores. Contact our filtration specialists today for cross-reference and technical assistance.

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Ingersoll-Rand 47699149001 Filter Core for Screw Air Compressor

MOQ:	1
Price:	USD36/pcs
Delivery Period:	15-20work days
Payment Method:	T/T
Supply Capacity:	100-1000

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

Ingersoll-Rand

Model Number

47699149001

Minimum Order Quantity:

Price:

USD36/pcs

Delivery Time:

15-20work days

Payment Terms:

T/T

Supply Ability:

100-1000

Highlight

Ingersoll-Rand air compressor filter core

47699149001 screw compressor filter

high-quality Ingersoll-Rand compressor parts

Product Description

Ingersoll-Rand Filter Core 47699149001 High Quality Screw Air Compressor Parts

Product Introduction: Filter Core

What is a Filter Core?

Key Functions & Purposes

The primary function of a filter core is to protect downstream components and ensure fluid integrity. Its specific purposes include:

Contaminant Removal: Capturing and holding particulate matter (dirt, metal shavings, rust, soot) from fluids.
Component Protection: Safeguarding sensitive and expensive components like pumps, valves, actuators, and nozzles from wear, clogging, and damage caused by abrasion.
Fluid Quality Maintenance: Preserving the chemical properties and cleanliness of hydraulic oil, fuel, coolant, air, or process gases.
System Efficiency: Maintaining optimal system performance by preventing pressure drops and flow restrictions caused by built-up contamination.
Water Separation: Certain filter cores (coalescing or absorbent types) are designed to remove water from fuel or oil.

How It Works (Filtration Mechanism)

Filter cores work through a combination of physical mechanisms:

Surface Filtration: A membrane or wire mesh on the surface of the core captures particles larger than its pore size. This is common in sieve-type filters.
Depth Filtration: The fluid passes through a thick porous media (e.g., resin-impregnated cellulose, fiberglass, or sintered metal). Contaminants are trapped throughout the entire depth of the media via adsorption (sticking to the media), impingement (directly hitting fibers), or inertial forces. This allows for higher dirt holding capacity.
Adsorption: Some media (like activated carbon) chemically attract and hold certain dissolved contaminants.

Key Features & Benefits

Feature	Benefit
High Dirt Holding Capacity	Long service life, reducing change-out frequency and maintenance costs.
Optimized Filtration Media	Materials (cellulose, glass, synthetic) are selected for efficiency, compatibility, and durability with specific fluids.
Precise Filtration Ratings	Available in a wide range of absolute and nominal micron ratings (e.g., 1, 5, 10, 25 micron) to meet exact system requirements.
Robust Construction	Strong center tubes and end caps prevent collapse under high pressure differentials and ensure structural integrity.
Bypass Valve Protection	Many cores include an integral bypass valve that allows flow to continue (unfiltered) if the media becomes completely plugged, preventing system starvation.
Standardized Sizes	Designed to fit industry-standard filter housings (e.g., ISO, SAE), ensuring easy replacement and compatibility.

Common Types of Filter Cores

Type	Media / Construction	Primary Application
Spin-On Hydraulic	Pleated cellulose/glass media with steel can	Lube oil, hydraulic fluid return lines. Easy to replace.
In-Line / Element	Pleated paper, cellulose, or synthetic media	High-pressure hydraulic suction and pressure lines, fuel filtration.
Air Intake	Pleated paper or synthetic media with safety element	Engine and compressor air intake systems.
Fuel Water Separator	Coalescing media and water repelling barrier	Removing water from diesel fuel.
Suction Filter	Wire mesh or coarse synthetic screen	Low-pressure pump inlet protection against large particles.
Magnetic Plug	Magnetic insert	Capturing ferrous metal particles in gearboxes and sumps.

Technical Specifications

Filtration Rating: Nominal (e.g., 10 micron) and Absolute (e.g., 3 micron) micron ratings.
Beta Ratio (βx): Measure of efficiency (e.g., β₅ = 1000 means 99.9% of particles 5µm and larger are captured).
Dirt Holding Capacity: Grams of standard test contaminant held at a specific pressure drop.
Collapse/Burst Pressure: The maximum pressure differential the core can withstand.
Media Material: Cellulose, Microglass, Synthetic (e.g., polyester, polypropylene), Sintered Metal, Wire Mesh.
End Cap Material: Steel, plastic, or composite; compatible with various fluids.
Seals: Buna-N, Viton, EPDM, or Silicone O-rings for leak-free operation.

Industries & Applications

Filter cores are used anywhere fluid power or processing exists:

Mobile Hydraulics: Construction, agricultural, and forestry machinery.
Industrial Hydraulics: Presses, injection molding machines, CNC equipment.
Lubrication Systems: Gearboxes, turbines, compressors.
Power Generation: Fuel filtration for turbines and diesel generators.
Transportation: Engine oil, fuel, and air filtration for trucks and buses.
Manufacturing: Coolant filtration for machining processes, paint spray lines.
Chemical Processing: Filtering process fluids and additives.

Why Choose Our Filter Cores?

Superior Filtration Efficiency: Our cores are engineered with advanced media to provide higher beta ratios and greater dirt holding capacity than standard offerings.
Guaranteed Compatibility: We rigorously test our materials for full compatibility with a wide range of fluids, temperatures, and operating conditions.
Reliable Performance: Every core is designed to meet or exceed OEM specifications, ensuring reliable protection for your equipment.
Complete Product Range: We offer a comprehensive portfolio of cores for every application, from standard hydraulic elements to specialty gas coalescers.
Technical Support: Our experts can help you select the correct filter core based on your system's requirements, fluid type, and target cleanliness level.

Ordering Information

To select the correct filter core, you will need:

OEM Part Number: The number from your current filter or housing.
Housing Make/Model: The manufacturer and model of the filter housing.
Application: (e.g., Hydraulic Pressure Line, Return Line, Suction, Fuel, Air)
Fluid Type: (e.g., Petroleum Oil, Phosphate Ester, Water Glycol, Diesel Fuel)
Required Micron Rating: (e.g., 10 Micron Absolute)
Operating Parameters: System pressure and temperature.

Don't risk equipment failure. Ensure optimal performance by using genuine quality filter cores. Contact our filtration specialists today for cross-reference and technical assistance.

Tags: