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The Ingersoll Rand 47690462001 95028502 O-Ring is a sealing component used in compatible Ingersoll Rand compressor equipment. It belongs to the mechanical sealing section of the compressor assembly and helps maintain a sealed connection between mating components.
For compressor service work, an O-ring is a relatively small component but has a direct effect on the integrity of the associated pressure or fluid circuit. A seal that has hardened, flattened, cut, or otherwise deteriorated can result in leakage at the joint even when the surrounding mechanical components remain functional.
The 95028502 is therefore relevant to compressor repair, preventive maintenance, and component overhaul where the original sealing element needs to be replaced.
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Part Number | 47690462001 |
| Component Number | 95028502 |
| Product Type | O-Ring |
| Application | Compressor Sealing / Maintenance |
| Dimensions | 69.45 × 3.18 mm |
| Weight | 0.01 kg |
The 95028502 O-ring is intended for sealing applications within compatible Ingersoll Rand equipment.
Key characteristics include:
Because O-rings depend on proper groove geometry and compression, dimensional matching alone should not be used to determine compatibility.
The 95028502 operates through controlled elastic deformation at a mechanical joint.
A simplified sealing arrangement is:
Component A → O-Ring → Component B
The O-ring is seated in a designated groove between two mating surfaces. When the components are assembled, the ring is compressed within the sealing interface. This deformation closes the clearance between the surfaces and restricts the movement of pressurized air, oil, or other applicable media.
During operation, pressure can assist the sealing action by pressing the O-ring against the surrounding surfaces. Maintaining the correct seal depends on the condition of the O-ring, groove, mating surfaces, and assembly.
A damaged or incorrectly installed O-ring can therefore compromise the entire joint even when the primary compressor component is operating normally.
The 95028502 serves at the mechanical sealing interface of the compressor assembly in which it is installed.
A typical relationship can be represented as:
Pressurized Component → Sealing Interface → O-Ring → Mating Component
Its purpose is not to regulate pressure, filter air, or control compressor operation. Instead, it helps contain the medium within the intended flow path.
Depending on its installation location, the sealing interface may be associated with:
This is why an O-ring replacement should include an inspection of the surrounding components rather than simply installing a new seal.
The 47690462001 95028502 O-Ring is relevant to maintenance activities involving compatible Ingersoll Rand compressor equipment.
| Application | Typical Use |
|---|---|
| Screw Compressor Maintenance | Replacement of deteriorated seals |
| Compressor Overhaul | Renewal of mechanical sealing interfaces |
| Preventive Maintenance | Scheduled seal inspection and replacement |
| Air Compressor Service | Restoring pressure containment |
| Valve Maintenance | Sealing compatible valve interfaces |
| Oil Circuit Service | Maintaining fluid containment |
| Manufacturing Plants | Compressor equipment maintenance |
| Plant Utility Systems | Compressed-air equipment servicing |
| Field Service | Replacement of worn O-rings |
The actual installation location should be confirmed from the applicable compressor assembly documentation before replacement.
Proper installation is important because an O-ring can be damaged during assembly even when the replacement part itself is in good condition.
Recommended service practices include:
If a new O-ring continues to leak after installation, the sealing surface, groove condition, assembly alignment, and operating conditions should be investigated rather than repeatedly replacing the seal.
The 95028502 O-ring can form part of a broader compressor mechanical assembly.
| Component | Function |
|---|---|
| Minimum Pressure Valve | Controls pressure within the compressor discharge circuit |
| Valve Body | Provides the mechanical structure for valve operation |
| Valve Cover | Forms a mating interface with associated components |
| Oil Separator | Separates oil from compressed air |
| Separator Vessel | Supports air/oil separation and pressure management |
| Oil Return Circuit | Returns separated oil to the compressor system |
| Discharge Piping | Transfers compressed air from the compressor |
| Sealing Groove | Positions and compresses the O-ring |
| Fasteners | Maintain mechanical clamping between components |
| Compressor Air End | Performs the primary compression process |
The O-ring should be evaluated together with the mechanical interface where it is installed.
| Model / Part | Product Type | Typical Application |
|---|---|---|
| Ingersoll Rand 47690462001 95028502 | O-Ring | Compressor sealing |
| Ingersoll Rand 47690462001 95987988 | O-Ring | Compressor sealing |
| Ingersoll Rand 47690462001 23392368 | Minimum Pressure Valve Service Kit | Valve maintenance |
| Ingersoll Rand 54601513 | Oil Separator | Air/oil separation |
| Ingersoll Rand 99289886 | Pressure Valve Maintenance Kit | Pressure-valve service |
| Ingersoll Rand Compressor Service Components | Maintenance Components | Compressor repair and overhaul |
The 95028502 and 95987988 are both O-ring components, but their dimensions differ. They should not be substituted for one another without confirming the applicable sealing position and equipment configuration.
These dimensions define the physical size of the sealing component and are important when determining whether the O-ring can properly seat within the corresponding groove. Correct application compatibility must still be verified against the compressor assembly.
Typical conditions requiring inspection include cuts, surface cracking, flattening, hardening, deformation, swelling, and permanent compression set. Any of these conditions can reduce the seal’s ability to maintain contact with the mating surfaces.
A correct dimensional match does not compensate for a damaged groove, rough mating surface, contamination, incorrect seating, twisting, or assembly damage. The entire sealing interface must be in suitable condition for the O-ring to perform correctly.
Replacement is generally appropriate when the sealing interface has been opened during maintenance and the existing O-ring shows aging, deformation, surface damage, or loss of elasticity. Reusing a previously compressed seal can introduce leakage risk after reassembly.