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- Ingersoll Rand
- 47690459001 95998076
- O-Ring
- USA
- 192 mm
- 3 kg
- Xiamen, China
- New & In Stock
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Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
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Product Overview
The Ingersoll Rand 47690459001 95998076 O-Ring is a sealing component intended for use within compatible industrial compressor and equipment assemblies. O-rings are commonly used to create a reliable sealing interface between mating components, helping prevent unwanted leakage and maintaining the intended separation between internal and external areas of an equipment assembly.
The supplied inside diameter of the Ingersoll Rand 95998076 O-Ring is 192 mm. Its shipping weight is 3 kg. The shipping weight should be understood as a logistics value and should not automatically be interpreted as the actual net weight of the O-ring itself.
The component is identified by the reference 47690459001 and part number 95998076. These identifiers should be retained when purchasing, stocking, inspecting, or replacing the sealing component.
Because an O-ring is a relatively simple component but performs an important sealing function, correct dimensional matching and installation are essential. A seal that is incorrectly sized, damaged, contaminated, improperly lubricated, or installed into an unsuitable sealing location can result in leakage or premature equipment problems.
The exact material, cross-section, hardness, temperature range, pressure rating, chemical compatibility, and groove dimensions should be confirmed from the applicable equipment documentation before installation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Assembly / Reference | 47690459001 |
| Part Number | 95998076 |
| Product Type | O-Ring |
| Sealing Function | Static or equipment sealing application, depending on installation |
| Inside Diameter | 192 mm |
| Shipping Weight | 3 kg |
| Application | Compatible Ingersoll Rand industrial equipment |
| Installation | Equipment-specific sealing location |
| Material | Verify according to the applicable equipment documentation |
| Cross-Section | Verify according to the original seal specification |
Important: The supplied 3 kg value is the shipping weight, not necessarily the net weight of the O-ring.
What Is the Ingersoll Rand 47690459001 95998076 O-Ring?
The Ingersoll Rand 47690459001 95998076 O-Ring is a circular sealing element used to create a seal between compatible mating surfaces.
O-rings are widely used throughout industrial machinery because their simple geometry allows them to seal joints without requiring complicated mechanical structures.
When correctly installed, an O-ring is compressed between suitable surfaces. This compression allows the seal to close small surface irregularities and maintain contact around the sealing interface.
A simplified sealing arrangement can be represented as:
Mating Component → O-Ring → Mating Component
The exact location and function of the 95998076 O-ring depend on the equipment assembly in which it is installed.
O-Ring Sealing Principle
An O-ring works primarily through controlled deformation.
When installed into a correctly designed groove and compressed by the mating component, the elastomeric sealing element forms contact around the sealing surface.
This contact helps restrict the movement of fluid or gas through the joint.
The effectiveness of the seal depends on several factors, including:
- Correct inside diameter
- Correct cross-section
- Correct groove dimensions
- Appropriate material
- Proper compression
- Surface condition
- Installation technique
- Temperature
- Pressure
- Chemical compatibility
For this reason, the inside diameter alone should not be used as the only compatibility criterion.
Importance of the 192 mm Inside Diameter
The supplied inside diameter of 192 mm is an important identification parameter for the 95998076 O-Ring.
Inside diameter affects how the O-ring fits around the mating component.
If the inside diameter is significantly different from the original specification, the seal may become excessively stretched or insufficiently positioned during installation.
Potential consequences of incorrect sizing include:
- Leakage
- Seal displacement
- Installation difficulty
- Excessive deformation
- Premature wear
- Reduced sealing reliability
For replacement work, the complete part number and original equipment application should therefore be checked in addition to the measured inside diameter.
Function in Industrial Compressor Equipment
In industrial compressor systems, sealing components are used at numerous interfaces where fluids, lubricants, air, or other process media must remain within the intended flow path.
An O-ring may be used to seal a connection between two components or within a mechanical assembly.
A properly functioning seal can help:
- Reduce unwanted leakage
- Maintain system separation
- Protect internal components
- Support equipment reliability
- Reduce contamination risks
- Maintain proper equipment operation
The exact function of the 47690459001 95998076 should be confirmed according to the equipment configuration in which the O-ring is installed.
Installation Guidelines
Correct O-ring installation is important because sealing damage can occur even when the replacement part itself is correct.
1. Confirm the Replacement Part
Before installation, verify:
Ingersoll Rand 47690459001
Part Number: 95998076
Also confirm the specified 192 mm inside diameter.
2. Inspect the Sealing Groove
Before installing the new O-ring, inspect the groove and mating surfaces.
Look for:
- Dirt
- Metal particles
- Old seal material
- Scratches
- Burrs
- Corrosion
- Mechanical damage
Any significant surface problem should be addressed before installing the replacement seal.
3. Remove the Old O-Ring Carefully
Avoid damaging the groove while removing the old seal.
Sharp tools can scratch sealing surfaces and create leakage paths.
4. Clean the Installation Area
The sealing area should be clean and free from contamination.
The appropriate cleaning method depends on the equipment and process requirements.
5. Inspect the New O-Ring
Check the new O-ring for:
- Cuts
- Cracks
- Scratches
- Deformation
- Contamination
- Surface defects
Do not install a damaged sealing component.
6. Apply Approved Lubrication When Required
If lubrication is specified for the application, use only a lubricant compatible with the seal material and process conditions.
An unsuitable lubricant can damage the sealing element.
7. Install Without Twisting
The O-ring should be positioned carefully without unnecessary twisting or rolling.
A twisted O-ring may not seat correctly and can create an unreliable sealing interface.
8. Reassemble Carefully
The mating components should be assembled without cutting, pinching, or displacing the O-ring.
Replacement Procedure
Replacing the 95998076 O-Ring should be treated as part of the complete equipment maintenance procedure.
A typical workflow includes:
- Shut down the relevant equipment.
- Isolate the system according to applicable safety procedures.
- Release stored pressure where required.
- Remove the relevant equipment component.
- Remove the existing O-ring.
- Inspect the sealing surfaces.
- Clean the groove and mating components.
- Confirm the replacement part number.
- Inspect the new O-ring.
- Install the new seal correctly.
- Reassemble the equipment.
- Perform appropriate leak and functional checks.
The exact procedure depends on the equipment assembly and service location.
Common O-Ring Failure Modes
Leakage
Leakage after installation can result from:
- Incorrect O-ring size
- Damaged sealing surface
- Improper installation
- Twisted seal
- Contamination
- Incorrect compression
- Unsuitable material
- Equipment damage
Cut or Damaged Seal
A cut O-ring may result from sharp edges, improper installation, damaged grooves, or excessive mechanical interference.
Flattened O-Ring
Long-term compression can change the shape of an O-ring. Excessive deformation may reduce sealing effectiveness.
Cracked O-Ring
Cracking may indicate aging, unsuitable environmental conditions, chemical incompatibility, or other equipment-specific causes.
Extrusion
Under certain pressure and clearance conditions, a sealing element can deform into a gap. The actual suitability depends on the seal design, material, pressure, temperature, and groove configuration.
Troubleshooting Guide
Leakage After Replacement
If leakage occurs after installing the new 95998076 O-ring, check:
- Part number
- Inside diameter
- Cross-section
- Groove condition
- Mating surface condition
- Installation orientation
- Seal damage
- Lubrication requirements
- Equipment assembly
Do not immediately assume that the replacement O-ring is defective.
Seal Difficult to Install
Installation difficulty may result from:
- Incorrect size
- Damaged groove
- Burrs
- Incorrect installation technique
- Excessive interference
- Incorrect replacement part
O-Ring Becomes Damaged During Assembly
Inspect the mating components for sharp edges, damaged surfaces, or installation interference.
Repeated Seal Failure
Repeated failure should be investigated at the system level.
Possible factors include:
- Excessive temperature
- Pressure conditions
- Vibration
- Surface damage
- Chemical exposure
- Incorrect material
- Incorrect groove geometry
- Incorrect installation procedure
Exact operating limits should be confirmed from the equipment documentation.
Maintenance Recommendations
O-rings are wear-sensitive sealing components and should be inspected whenever the associated equipment is opened for maintenance.
Inspect During Scheduled Maintenance
Whenever the associated assembly is serviced, inspect the existing seal for visible damage or deformation.
Replace Damaged Seals
A seal showing cuts, cracks, severe deformation, or other visible damage should not be reused where replacement is required by the equipment maintenance procedure.
Keep Sealing Surfaces Clean
Contamination can affect sealing performance and may damage the O-ring during assembly.
Check Mating Components
Inspect the groove and sealing surfaces for scratches, corrosion, burrs, or mechanical damage.
Use Correct Replacement Parts
The complete 95998076 part number should be verified rather than selecting an O-ring based only on approximate dimensions.
Storage and Handling
Correct storage helps preserve the condition of replacement O-rings before installation.
The sealing component should be protected from:
- Excessive heat
- Direct sunlight
- Contamination
- Mechanical deformation
- Sharp objects
- Uncontrolled chemical exposure
O-rings should not be unnecessarily stretched, compressed, folded, or damaged during handling.
The original packaging should be retained when practical until the component is ready for installation.
Replacement Considerations
When sourcing the Ingersoll Rand 47690459001 95998076 O-Ring, several identification parameters should be checked.
Part Number
95998076
Reference Number
47690459001
Inside Diameter
192 mm
Shipping Weight
3 kg
The shipping weight is a logistics value and should not be treated as the net weight of the individual O-ring.
Equipment Compatibility
The replacement should be matched to the specific Ingersoll Rand equipment and sealing location.
Material Verification
The seal material should be confirmed before installation because chemical and temperature compatibility depend on the actual material specification.
Cross-Section Verification
An O-ring with the correct inside diameter but an incorrect cross-section may not provide the intended seal.
Physical Dimensions and Logistics Information
The supplied dimensional information for the 95998076 O-Ring is:
Inside Diameter: 192 mm
The supplied logistics information is:
Shipping Weight: 3 kg
These values are useful for purchasing, warehouse management, transportation planning, and replacement identification.
The shipping weight should not be interpreted as the actual product weight because packaging and logistics handling can contribute to the stated value.
Compatible Equipment Considerations
The 47690459001 95998076 O-Ring should be evaluated according to the specific Ingersoll Rand equipment assembly where it is installed.
Related equipment categories may include:
- Industrial air compressors
- Compressor assemblies
- Compressor service components
- Sealing interfaces
- Valve assemblies
- Mechanical housings
- Fluid-handling assemblies
- Lubrication-related assemblies
The exact application should always be confirmed using the equipment model and maintenance documentation.
Engineering Best Practices
Use Complete Part Identification
Record both 47690459001 and 95998076 in maintenance documentation.
Verify More Than Inside Diameter
The 192 mm inside diameter is important, but cross-section, material, groove dimensions, and application compatibility must also be considered.
Replace During Appropriate Service Operations
Replacing a seal while the associated assembly is already disassembled can help avoid unnecessary repeated maintenance work when permitted by the equipment maintenance procedure.
Avoid Reusing Damaged Seals
A previously installed O-ring that shows damage or significant deformation should not be reused when the service procedure calls for replacement.
Inspect the Groove
A new seal cannot compensate for a damaged sealing groove or mating surface.
Document Replacement
Record the replacement date, part number, equipment location, and relevant maintenance observations.
Key Advantages
Defined 192 mm Inside Diameter
The supplied 192 mm inside diameter provides an important dimensional reference for identifying the correct replacement seal.
Ingersoll Rand Part Identification
The component is identified by 47690459001 and 95998076, supporting inventory and maintenance tracking.
Compact Sealing Component
As an O-ring, the component provides a simple sealing solution for compatible equipment interfaces.
Useful for Preventive Maintenance
Replacement O-rings can be incorporated into planned equipment maintenance where the applicable service procedure requires seal replacement.
Clear Logistics Information
The specified 3 kg shipping weight provides a useful reference for shipping and inventory planning.
Technical FAQs
What is the Ingersoll Rand 95998076?
The Ingersoll Rand 95998076 is an O-Ring associated with reference 47690459001.
What is the inside diameter of the 95998076 O-Ring?
The supplied inside diameter is 192 mm.
What is the shipping weight?
The supplied shipping weight is 3 kg.
Is 3 kg the net weight of the O-ring?
Not necessarily. 3 kg is the supplied shipping weight, which should be treated as a logistics value rather than the confirmed net weight of the O-ring itself.
What does an O-ring do?
An O-ring creates a sealing interface between compatible mating components, helping prevent unwanted leakage through the joint.
Can an O-ring be selected using only the inside diameter?
No. Inside diameter is an important dimension, but the cross-section, material, groove dimensions, compression, operating conditions, and equipment application also need to be compatible.
What can cause a new O-ring to leak?
Possible causes include incorrect sizing, damaged sealing surfaces, improper installation, twisting, contamination, incorrect compression, unsuitable material, or equipment-related problems.
Should the O-ring be lubricated before installation?
Only when the applicable equipment procedure specifies lubrication. The lubricant must also be compatible with the seal and operating environment.
How should the 95998076 be identified when ordering?
Use the complete identifiers 47690459001 and 95998076, together with the equipment application and supplied 192 mm inside diameter.
Conclusion
The Ingersoll Rand 47690459001 95998076 O-Ring is a sealing component intended for use in compatible industrial equipment assemblies. Its supplied 192 mm inside diameter provides an important dimensional reference for identification and replacement, while the stated 3 kg shipping weight is useful for logistics and inventory planning.
Reliable O-ring performance depends on more than dimensional matching. The sealing groove, mating surfaces, cross-section, material, installation method, compression, and operating environment all influence sealing reliability.
For maintenance and replacement work, technicians should verify the complete 47690459001 / 95998076 identification and confirm compatibility with the specific Ingersoll Rand equipment. Proper inspection, careful installation, clean sealing surfaces, and appropriate maintenance practices can help reduce leakage and support reliable operation of the associated industrial equipment.