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- Ingersoll Rand
- 47690335001 95998076
- O-Ring
- USA
- 192 mm
- 3 kg
- Xiamen, China
- New & In Stock
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Product Overview
The Ingersoll Rand 47690335001 95998076 O-Ring is an industrial sealing component designed for use in compatible Ingersoll Rand equipment assemblies. As a precision sealing element, an O-ring helps establish a controlled interface between mating components and can prevent unwanted leakage of air, fluid, lubricant, or other media through the joint.
The supplied inside diameter of the 95998076 O-Ring is 192 mm, while the specified shipping weight is 3 kg. The shipping weight is a logistics specification and should not be interpreted as the confirmed net weight of the individual O-ring.
The component is identified by the reference number 47690335001 and part number 95998076. These identification numbers should be retained when ordering, stocking, inspecting, and replacing the seal.
Although O-rings have a simple circular design, their performance depends on accurate dimensional matching and correct installation. The inside diameter is an important identification parameter, but reliable sealing also depends on the cross-section, material, groove geometry, compression, mating-surface condition, and operating environment.
The exact material specification, cross-section, hardness, temperature capability, pressure capability, and chemical compatibility of the 95998076 O-Ring should therefore be confirmed against the applicable equipment documentation before installation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Reference Number | 47690335001 |
| Part Number | 95998076 |
| Product Type | O-Ring |
| Primary Function | Industrial sealing |
| Inside Diameter | 192 mm |
| Shipping Weight | 3 kg |
| Application | Compatible Ingersoll Rand equipment |
| Installation | Equipment-specific sealing location |
| Material | Verify according to applicable documentation |
| Cross-Section | Verify according to applicable documentation |
| Operating Limits | Verify according to equipment requirements |
Note: The supplied 3 kg value is specifically the shipping weight. It should not be treated as the net weight of the O-ring itself.
What Is the Ingersoll Rand 47690335001 95998076 O-Ring?
The Ingersoll Rand 47690335001 95998076 O-Ring is a circular sealing element used to create a sealing interface between compatible components.
In industrial compressor and machinery assemblies, sealing components are required wherever two surfaces must be joined while limiting the passage of air, fluid, or lubricant.
An O-ring is typically installed into a groove. When the mating component is assembled, the O-ring is compressed and deformed slightly, allowing it to maintain contact around the sealing interface.
A simplified arrangement is:
Mating Component → O-Ring → Mating Component
The exact installation position and service function of 95998076 depend on the specific Ingersoll Rand equipment configuration.
O-Ring Working Principle
The operating principle of an O-ring is based on controlled elastic deformation.
When an appropriately sized O-ring is installed into a suitable groove, the seal is compressed when the mating components are assembled.
This compression creates contact pressure around the sealing surfaces and helps prevent the movement of media through the joint.
Sealing performance can be affected by:
- Inside diameter
- Cross-section
- Groove dimensions
- Compression
- Material
- Surface condition
- Temperature
- Pressure
- Chemical exposure
- Installation technique
Therefore, the 192 mm inside diameter should be considered together with the complete equipment-specific sealing requirements.
Importance of the 192 mm Inside Diameter
The supplied 192 mm inside diameter is one of the primary physical identification parameters for the 95998076 O-Ring.
The inside diameter determines how the O-ring fits around the associated mating component.
If the replacement seal is too large or too small, it may not remain correctly positioned during assembly or operation.
Potential consequences include:
- Incorrect seal positioning
- Excessive stretching
- Insufficient contact
- Excessive deformation
- Seal displacement
- Leakage
- Premature wear
For replacement applications, the complete 95998076 part number should be verified rather than selecting a seal based only on an approximate measurement.
Role in Industrial Compressor Equipment
Sealing components are essential in industrial compressor systems because many internal and external interfaces require controlled separation between different areas of the equipment.
An O-ring can contribute to the integrity of an equipment assembly by helping to:
- Prevent unwanted leakage
- Maintain controlled fluid or air paths
- Protect internal components
- Reduce contamination risks
- Support stable equipment operation
- Maintain the intended function of sealed assemblies
The exact role of the 47690335001 / 95998076 O-ring should be confirmed for the specific equipment where it is installed.
Installation Guidelines
Correct installation is essential to achieve reliable sealing performance.
Verify the Part Number
Before installation, confirm:
Reference Number: 47690335001
Part Number: 95998076
Inside Diameter: 192 mm
Inspect the Sealing Groove
Before fitting the replacement O-ring, inspect the groove for:
- Scratches
- Burrs
- Corrosion
- Dirt
- Foreign particles
- Old seal material
- Mechanical damage
A damaged groove can cause leakage even when the replacement seal itself is correct.
Clean the Installation Area
The groove and mating surfaces should be appropriately clean before installation.
Contamination can interfere with sealing and may damage the O-ring during assembly.
Inspect the New O-Ring
Check the replacement seal for:
- Cuts
- Cracks
- Surface damage
- Deformation
- Contamination
- Manufacturing or handling damage
Do not install a visibly damaged O-ring.
Avoid Twisting
The O-ring should be positioned evenly without unnecessary twisting or rolling.
A twisted seal may not maintain uniform contact after assembly.
Use Lubrication Only When Required
If lubrication is specified by the applicable equipment maintenance procedure, use an appropriate lubricant compatible with the sealing material and application.
Assemble Carefully
Mating components should be brought together carefully to avoid cutting, pinching, stretching, or displacing the O-ring.
O-Ring Replacement Procedure
A general replacement process can include:
- Shut down the relevant equipment.
- Isolate the equipment according to applicable safety procedures.
- Release stored pressure where necessary.
- Access the sealing location.
- Remove the existing O-ring carefully.
- Inspect the groove and mating surfaces.
- Clean the sealing area.
- Confirm the replacement part number.
- Inspect the new O-ring.
- Install the O-ring without twisting or damaging it.
- Reassemble the equipment.
- Perform the required leak and functional checks.
The actual procedure should always follow the equipment-specific maintenance instructions.
Common O-Ring Failure Modes
Leakage
Leakage can occur when the seal is incorrectly sized, damaged, improperly installed, or unsuitable for the operating environment.
Possible causes include:
- Incorrect inside diameter
- Incorrect cross-section
- Damaged groove
- Damaged mating surface
- Improper compression
- Contamination
- Incorrect installation
Cuts and Nicks
Cuts may occur when the O-ring passes over sharp edges or damaged surfaces during installation.
Twisting
An O-ring that twists inside the groove may not maintain consistent sealing contact.
Permanent Deformation
Long-term compression or unsuitable operating conditions can result in permanent deformation and reduced sealing effectiveness.
Cracking
Cracks may develop due to aging, environmental exposure, chemical incompatibility, or unsuitable operating conditions.
Extrusion
Under certain pressure and clearance conditions, an O-ring can deform into a gap between mating components. The actual risk depends on the seal design and application.
Troubleshooting Guide
Leakage After Replacement
If leakage appears after installing the 95998076 O-Ring, inspect:
- Complete part number
- 192 mm inside diameter
- Cross-section
- Groove condition
- Mating surfaces
- Seal condition
- Installation method
- Compression
- Operating conditions
O-Ring Is Difficult to Install
Installation difficulty may indicate:
- Incorrect part selection
- Incorrect dimensions
- Damaged groove
- Burrs
- Excessive interference
- Improper installation technique
O-Ring Is Damaged During Assembly
Inspect the installation path and surrounding surfaces for sharp edges, scratches, burrs, or other mechanical damage.
Repeated Seal Failure
Repeated failures should be investigated as an equipment-level problem.
Potential factors include:
- Excessive temperature
- Pressure conditions
- Vibration
- Chemical exposure
- Surface damage
- Incorrect seal material
- Incorrect groove geometry
- Installation problems
The actual operating limits must be confirmed according to the equipment documentation.
Maintenance Recommendations
Regular inspection of sealing components can help identify developing problems before they become significant equipment faults.
Inspect During Scheduled Maintenance
When the associated assembly is opened for service, inspect the O-ring and sealing surfaces.
Replace Damaged Seals
Replace seals showing cuts, cracks, severe deformation, or other unacceptable damage when required by the applicable maintenance procedure.
Keep Sealing Surfaces Clean
Foreign particles can interfere with sealing and may damage the O-ring during installation.
Inspect the Groove
Check for scratches, corrosion, burrs, and other conditions that could compromise the sealing interface.
Avoid Unnecessary Reuse
Where the service procedure calls for a new O-ring, a previously installed seal should not be reused simply because it appears visually acceptable.
Storage and Handling
Proper storage helps maintain the condition of the replacement O-ring before installation.
The 95998076 should be protected from:
- Excessive heat
- Direct sunlight
- Contamination
- Mechanical deformation
- Sharp objects
- Uncontrolled chemical exposure
Avoid unnecessarily stretching, folding, compressing, or otherwise deforming the O-ring during storage and handling.
Keeping the seal in suitable original packaging until installation can help protect it from contamination and accidental damage.
Replacement Considerations
When sourcing the Ingersoll Rand 47690335001 95998076 O-Ring, verify the following information.
Reference Number
47690335001
Part Number
95998076
Product Type
O-Ring
Inside Diameter
192 mm
Shipping Weight
3 kg
Equipment Compatibility
Confirm that the O-ring is intended for the specific Ingersoll Rand equipment and sealing location.
Cross-Section
The correct cross-section must be confirmed separately.
Material
The material should be verified according to the equipment application and operating conditions.
Physical Dimensions and Logistics
The supplied dimensional information is:
Inside Diameter: 192 mm
The supplied logistics information is:
Shipping Weight: 3 kg
The shipping weight is a logistics value and should not automatically be interpreted as the net weight of the individual O-ring.
These specifications can assist with:
- Spare-parts identification
- Warehouse management
- Purchasing
- Shipping planning
- Inventory control
- Maintenance preparation
Equipment Integration
The 47690335001 95998076 O-Ring should be viewed as one component within a larger mechanical assembly.
A simplified sealing arrangement can be represented as:
Equipment Housing → Sealing Groove → O-Ring → Mating Component
The condition of every part of this interface can affect the final sealing result.
If the groove or mating surface is damaged, replacing the O-ring alone may not resolve the leakage.
Engineering Best Practices
Use Complete Part Identification
Use both 47690335001 and 95998076 when purchasing or documenting the component.
Verify the Complete Seal Specification
The 192 mm inside diameter should be checked together with the required cross-section and material.
Inspect Before Installation
Examine the seal and surrounding components before assembly.
Protect the O-Ring During Installation
Avoid sharp edges, excessive stretching, twisting, and unnecessary mechanical force.
Maintain Clean Sealing Surfaces
Clean installation areas reduce the risk of contamination-related leakage.
Document Maintenance
Record the replacement part number and equipment location in the maintenance record.
Key Advantages
Accurate Part Identification
The combination of 47690335001 and 95998076 provides clear identification for maintenance and procurement.
Defined Inside Diameter
The supplied 192 mm inside diameter is an important reference for replacement verification.
Industrial Sealing Application
The O-ring provides a compact sealing solution for compatible Ingersoll Rand equipment assemblies.
Suitable for Preventive Maintenance
Replacement O-rings can be incorporated into planned maintenance activities when required by the equipment service procedure.
Useful Shipping Information
The specified 3 kg shipping weight supports logistics, warehouse, and transportation planning.
Technical FAQs
What is the Ingersoll Rand 95998076?
The 95998076 is an Ingersoll Rand O-Ring associated with reference 47690335001.
What is the inside diameter of the 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?
No net weight has been specified here. The supplied value is specifically the shipping weight, so it should be treated as a logistics specification.
What does an O-ring do?
An O-ring forms a sealing interface between compatible components and helps prevent unwanted leakage through the joint.
Is the 192 mm inside diameter enough to select a replacement?
No. The inside diameter must be considered together with the cross-section, material, groove dimensions, compression, equipment application, and operating conditions.
What can cause an O-ring to leak?
Possible causes include incorrect dimensions, damaged sealing surfaces, improper installation, contamination, incorrect compression, unsuitable material, or equipment-related problems.
Can the O-ring be reused?
If the applicable maintenance procedure calls for a new seal, the old O-ring should be replaced. Reuse can introduce sealing risk if the component has experienced deformation or damage.
Should the O-ring be lubricated?
Only when specified by the applicable equipment procedure. Any lubricant used should be compatible with the seal and operating environment.
How should this part be ordered?
Use the complete identification 47690335001 / 95998076, together with the supplied 192 mm inside diameter and the applicable equipment information.
Conclusion
The Ingersoll Rand 47690335001 95998076 O-Ring is an industrial sealing component intended for compatible Ingersoll Rand equipment assemblies. With a supplied 192 mm inside diameter, it provides an important dimensional reference for identification and replacement planning. The specified 3 kg shipping weight provides useful information for logistics and inventory management and should not be interpreted as the confirmed net weight of the O-ring.
Reliable sealing performance depends on correct part identification, dimensional compatibility, appropriate material selection, proper installation, clean sealing surfaces, and suitable operating conditions. The inside diameter alone should not be used to determine complete compatibility.
For maintenance and replacement work, technicians should verify the complete 47690335001 / 95998076 identification and confirm the required cross-section, material, groove configuration, and equipment application against the applicable maintenance documentation. Careful handling, correct installation, and inspection of the surrounding sealing surfaces can help reduce leakage and support reliable operation of the associated Ingersoll Rand equipment.