Product Overview

The Ingersoll Rand 47629378001 24242273 Filter Cartridge is an industrial filtration replacement component associated with compressed air treatment equipment. Filter cartridges play an important role in maintaining air quality by removing contaminants that may affect downstream pneumatic equipment, production processes, and the reliability of compressed air systems.

In industrial environments, compressed air can contain solid particles, oil aerosols, and other contaminants. These substances may originate from the intake air, compressor operation, piping, or the surrounding environment. Selecting the correct filtration element helps maintain the required air quality and supports the proper operation of downstream equipment.

Part number 24242273 is associated with the FA490IH high-efficiency coalescing filter element. This type of filter is designed to capture fine particles and coalesce liquid oil aerosols so that collected contaminants can be separated from the compressed air stream. It is intended for use in a compatible filter housing rather than as a standalone filtration assembly.

The associated part reference 47629378001 should be retained when identifying this item for purchasing and inventory purposes. Since industrial suppliers may list related references under different product descriptions, buyers should confirm the complete part number and equipment compatibility before ordering.

A filter cartridge is a consumable maintenance component. Its performance depends on the filter medium, the condition of the housing, operating pressure, air temperature, contamination level, and maintenance practices. Replacing the element at the appropriate interval helps maintain system performance and reduces the risk of excessive pressure drop caused by accumulated contaminants.

Technical Specifications

Technical note: The filtration performance figures refer to published information associated with the 24242273 / FA490IH filter element. Confirm the exact performance rating, operating conditions, and dimensional data against the applicable manufacturer documentation before using them as guaranteed specifications for a particular unit. The dimensions and weight shown above are the supplied listing values.

Function and Working Principle

The filter cartridge operates as part of a compressed air filtration assembly. As compressed air passes through the filter medium, contaminants are retained or separated according to the element’s filtration mechanism and grade.

1. Fine Particle Removal

Solid particles can enter a compressed air system from ambient air, compressor components, pipework, or maintenance activities. If these particles travel downstream, they may contribute to wear, blockage, contamination, or malfunction in pneumatic equipment.

A suitably rated filter element captures particles as air passes through the filtration medium. The actual removal efficiency depends on the filter design, particle characteristics, operating conditions, and the rated filtration grade.

2. Oil Aerosol Coalescence

Oil-injected compressors may introduce oil aerosols into the compressed air stream. In a coalescing filter, fine droplets encounter the filter medium and combine into larger droplets.

These droplets can then drain or collect according to the design of the filter assembly. The purpose is to reduce oil aerosol carryover in the treated compressed air.

A coalescing element is not the same as an activated-carbon adsorption filter. Where a process requires removal of oil vapors or other gaseous contaminants, an appropriate additional treatment stage may be necessary.

3. Contaminant Collection and Drainage

The filter medium collects contaminants while the housing provides the structure required for air passage and contaminant management. Correct installation is important because damaged seals or incorrect seating can allow air to bypass the filtration medium.

The housing, seals, and drainage arrangement should therefore be inspected whenever the cartridge is replaced. The replacement element alone cannot compensate for damaged housing components or an unsuitable drainage system.

4. Pressure Drop Management

Every filter creates some resistance to airflow. As contaminants accumulate, the pressure drop across the element may increase.

An excessively restricted element can reduce downstream pressure and increase the energy required to deliver compressed air. Monitoring differential pressure, where supported by the system, helps maintenance teams determine when servicing is required.

The replacement interval should be based on the manufacturer’s recommendations, operating conditions, and actual filter condition rather than on a fixed assumption that applies to every installation.

Role in Industrial Compressed Air Systems

Compressed air is used across manufacturing, assembly, packaging, instrumentation, and process industries. Filtration is an important part of maintaining the quality of this utility.

Protection of Downstream Equipment

Pneumatic valves, actuators, cylinders, and air-operated tools can be affected by particles and oil contamination. Proper filtration helps reduce the contaminants reaching these components.

The required filtration grade depends on the equipment manufacturer’s specifications and the sensitivity of the application.

Support for Production Reliability

Contamination-related faults may lead to sticking valves, blocked passages, inconsistent actuator movement, or additional maintenance. Maintaining a suitable filtration arrangement can reduce these risks.

The cartridge should be viewed as one component of a complete compressed air treatment system. Dryers, separators, drains, and other filtration stages may also be required depending on the application.

Air Quality Management

Different industrial processes require different compressed air quality levels. General-purpose plant air may have less stringent requirements than air used in precision manufacturing or sensitive production processes.

The correct element must be selected according to the required particle and oil contamination limits. A filter’s published grade should not be assumed to guarantee the quality of the entire system without considering upstream contamination, downstream piping, and other treatment stages.

Support for Preventive Maintenance

Filter replacement can be included in a planned maintenance program. Keeping records of installation dates, pressure-drop readings, and operating hours helps maintenance personnel identify trends and plan replacement work.

This approach can reduce unplanned shutdowns and make spare-parts planning more predictable.

Industrial Applications

The Ingersoll Rand filter cartridge may be used in compatible compressed air treatment installations where the specified element is required.

1. Industrial Air Compressor Systems

Compressed air filtration helps remove contaminants from air delivered by compressor systems. The correct filter element can support cleaner downstream air and help maintain the performance of associated equipment.

The exact compressor model and filter housing must be checked before ordering the replacement element.

2. Pneumatic Automation Equipment

Manufacturing lines commonly use compressed air to operate pneumatic cylinders, actuators, and valves. Suitable filtration helps reduce the risk of contamination-related operating problems.

Filtration requirements depend on the pneumatic components and the required level of air cleanliness.

3. Packaging and Assembly Lines

Packaging and assembly equipment may rely on compressed air for clamping, product movement, sorting, and other machine functions. Contamination control helps support consistent pneumatic operation.

Maintenance teams should ensure that the installed filter grade matches the machine manufacturer’s requirements.

4. Industrial Instrumentation

Some instruments and control devices use compressed air as an operating medium. Contaminants may affect small passages, regulators, and other sensitive components.

A correctly selected filtration stage helps maintain suitable air quality, but the complete treatment system must be designed for the instrumentation requirements.

5. General Manufacturing Facilities

Factories often distribute compressed air across multiple production areas. Filter cartridges installed at central treatment stations or designated points of use help manage contamination before air reaches the equipment.

Where different production areas have different air-quality requirements, additional filtration stages may be necessary.

Installation and System Integration

Correct installation is essential for maintaining filtration performance and preventing air leakage or bypass.

1. Confirm the Part Number

Before opening the filter housing, confirm that the replacement cartridge matches the existing element and the equipment parts documentation.

Check both references supplied for this product: 47629378001 and 24242273. If the equipment documentation lists only one of these numbers, confirm the relationship with the supplier before installation.

Do not rely solely on visual similarity, because filter elements may differ in length, sealing arrangement, filter grade, or internal construction.

2. Depressurize the Equipment

Before servicing a compressed air filter, isolate the relevant equipment and safely release pressure in accordance with the manufacturer’s instructions.

Never open a pressurized filter housing. Follow the facility’s lockout and safety procedures and verify that pressure has been removed before loosening the housing.

3. Inspect the Filter Housing

Remove the used cartridge according to the approved service procedure. Inspect the housing for accumulated contaminants, corrosion, damage, and worn sealing surfaces.

Clean the housing only with materials and methods compatible with the equipment. Avoid introducing cleaning residues or foreign particles into the compressed air system.

4. Inspect and Replace Seals

Check the cartridge seals and housing O-rings for cuts, deformation, hardening, or other damage. Replace worn seals with the correct compatible parts.

A damaged seal can allow compressed air to bypass the filter medium, reducing filtration effectiveness even when a new cartridge is installed.

5. Install the Replacement Element

Install the new cartridge in the specified orientation and ensure that it seats correctly. Follow the manufacturer’s instructions for housing assembly and tightening.

Do not force the element into position or modify the housing to accommodate a cartridge with different dimensions.

6. Restore Pressure and Check for Leakage

After reassembly, restore the system to service in accordance with the approved procedure. Check for leaks and confirm that the filter assembly operates normally.

Where differential-pressure monitoring is available, record the initial reading after installation. This provides a useful reference for future maintenance.

7. Record Maintenance Information

Document the replacement date, part number, operating hours where available, and any observations made during servicing.

These records help maintenance personnel identify recurring contamination problems, establish appropriate service intervals, and ensure that compatible spare cartridges are available.

Compatible System Components

The filter cartridge operates as part of a complete compressed air treatment installation. The following components may be present in a compatible system, depending on the application design.

The table describes typical components in compressed air systems. It does not indicate that these components are included with the filter cartridge.

Alternative Models and Replacement Considerations

A replacement filter must match the intended housing and filtration requirements. Similar-looking cartridges are not necessarily interchangeable.

Before approving an alternative, compare:

• Exact housing compatibility.
• Overall dimensions and sealing interfaces.
• Maximum working pressure and temperature.
• Required flow capacity.
• Particle filtration rating.
• Oil aerosol removal performance.
• Initial and terminal differential pressure.
• Material compatibility with the compressed air and any contaminants present.
• Manufacturer replacement recommendations.

Using an element with the wrong filtration grade can reduce air quality or cause excessive pressure drop. A replacement should be selected on documented performance and fit, not just approximate dimensions.

Key Advantages

Fine Contaminant Filtration

A correctly matched filter cartridge helps capture particles and other contaminants according to its specified filtration grade.

Oil Aerosol Reduction

The associated FA490IH coalescing element is designed to reduce oil aerosol carryover in compatible compressed air filtration systems.

Support for Downstream Equipment

Maintaining appropriate compressed air cleanliness helps protect pneumatic equipment and supports reliable industrial operation.

Replaceable Maintenance Design

A replaceable cartridge allows routine servicing without necessarily replacing the complete filter housing.

Support for Planned Maintenance

Scheduled inspection and replacement help maintenance teams manage filter condition and reduce the risk of unexpected restrictions.

Industrial Compressed Air Application

The element is intended for use in a compatible industrial filtration assembly, subject to verification of the housing and operating conditions.

Technical FAQs

1. What is the Ingersoll Rand 47629378001 24242273 Filter Cartridge?

It is a replacement filter cartridge listed under the references 47629378001 and 24242273. Part number 24242273 is associated with the FA490IH high-efficiency coalescing filter element.

2. What does this filter cartridge do?

It is designed to remove fine particles and coalesce oil aerosols from compressed air when installed in the correct filter housing.

3. What is the associated filter model?

The 24242273 element is associated with the FA490IH filter. Confirm the housing identification and parts documentation before ordering.

4. What filtration performance is associated with part 24242273?

Published supplier information for the FA490IH element lists a 0.01 μm filtration grade and a residual oil aerosol level of 0.01 mg/m³. Confirm the relevant test conditions and performance specification before treating these values as guaranteed requirements for a specific installation.

5. Can this cartridge remove oil vapor?

A coalescing filter is primarily intended to remove liquid oil aerosols and particles. Oil vapor may require a suitable adsorption stage or other treatment method.

6. How often should the cartridge be replaced?

The replacement interval depends on the manufacturer’s guidance, operating hours, contamination level, air quality, and pressure drop. Follow the specified maintenance schedule and replace the element when required by the applicable service criteria.

7. What happens if the filter becomes blocked?

A loaded filter can develop excessive pressure drop, reducing downstream pressure and increasing system operating costs. Monitoring pressure drop and maintaining the element helps reduce this risk.

8. Can I use a similar cartridge from another manufacturer?

Only after confirming compatibility. The replacement must meet the required dimensions, sealing arrangement, pressure rating, flow capacity, and filtration performance.

9. What should I check before ordering?

Verify both product references, the filter housing model, the compressor model and serial number, the required filtration grade, and the physical dimensions. If any information conflicts with the installed element, consult the equipment parts documentation or supplier.

10. Why is the filter housing important?

The housing provides the correct mounting, sealing, and flow path for the element. A compatible cartridge installed in a damaged or incorrect housing may leak or allow air to bypass the filter medium.

Procurement and Maintenance Recommendations

When purchasing the Ingersoll Rand 47629378001 24242273 filter cartridge, begin by identifying the existing filter housing and confirming the complete part reference. For this element, the FA490IH association should be checked against the equipment documentation before an order is placed.

Request confirmation of the filtration grade, operating pressure and temperature limits, flow capacity, sealing arrangement, and physical dimensions. If the supplier lists different measurements or a different product description, resolve the discrepancy before installation.

For stock management, record both part references in the inventory system and identify the equipment models that use the cartridge. This can help reduce the risk of ordering an element that looks similar but is not compatible.

During maintenance, inspect the housing and seals whenever the cartridge is changed. Record differential pressure where available and investigate unusually rapid filter loading, which may indicate excessive upstream contamination, a drainage problem, or an issue elsewhere in the compressed air treatment system.

Store replacement elements in clean, dry conditions and retain the packaging until the element is ready to be installed. Prevent dust, moisture, and handling damage from contaminating the filter medium before use.

Conclusion

The Ingersoll Rand 47629378001 24242273 Filter Cartridge is a replacement filtration component associated with industrial compressed air treatment. Part number 24242273 is linked to the FA490IH high-efficiency coalescing filter element, which is designed to remove fine particles and reduce oil aerosol carryover in compatible installations.

For dependable performance, verify the complete part number, filter housing, operating requirements, and filtration specification before ordering. Correct installation, seal inspection, pressure-drop monitoring, and timely replacement help maintain compressed air quality and support reliable operation of industrial equipment.