ProductPRODUCT
Featured products
Contact Us
- Ingersoll Rand
- 47690460001 95998076
- O-Ring
- USA
- 192 mm
- 3 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
- DHL, UPS, TNT, FedEx and EMS.
- 24-Hour Service
- COO
- 5
Our advantage
Global Logistics
We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
Brand new and original
Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
24-hour service
We provide 7*24 hours service to our customers. We will be there whenever you need us.
Price advantage
All our products are priced very favorably because we have our own warehouse and supply.
| Company Information | |||
| [email protected] | |||
| Mobile | +8615980777398 | ||
| +8615980777398 | |||
| 15980777398 |
Product Overview
The Ingersoll Rand 47690460001 95998076 O-Ring is an industrial sealing component used in compatible Ingersoll Rand equipment assemblies. O-rings provide a simple and effective sealing interface between mating components, helping prevent unwanted leakage and maintain the separation required for reliable equipment operation.
The supplied inside diameter of the 95998076 O-Ring is 192 mm, while the stated shipping weight is 3 kg. The shipping weight is a logistics value and should not automatically be interpreted as the actual net weight of the individual O-ring.
The component is identified by two important references: 47690460001 and 95998076. These identifiers should be retained when ordering replacement parts, managing inventory, preparing maintenance work, or documenting equipment service.
Although an O-ring has a relatively simple design, its performance depends on correct dimensional matching, sealing-surface condition, installation technique, and compatibility with the operating environment. An O-ring with the correct inside diameter but an incorrect cross-section or material may not provide the required sealing performance.
The exact material, cross-section, hardness, temperature capability, pressure capability, chemical compatibility, and groove dimensions for the 95998076 should therefore be confirmed against the applicable equipment documentation before installation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Reference Number | 47690460001 |
| 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 equipment documentation |
| Cross-Section | Verify according to equipment documentation |
| Operating Limits | Verify according to the applicable application |
Important: The supplied 3 kg specification is the shipping weight. It should not be treated as the confirmed net weight of the O-ring.
What Is the Ingersoll Rand 95998076 O-Ring?
The Ingersoll Rand 95998076 O-Ring, associated with reference 47690460001, is a circular sealing element designed for installation between compatible mating surfaces.
In industrial equipment, O-rings are frequently used to seal joints where two components need to maintain a controlled interface.
A simplified arrangement can be represented as:
Mating Component → O-Ring → Mating Component
When the components are assembled, the O-ring is compressed within the appropriate sealing location. This deformation creates contact between the seal and mating surfaces, restricting the passage of fluid or gas through the joint.
The actual location and function of the 95998076 depend on the specific Ingersoll Rand equipment assembly.
O-Ring Working Principle
An O-ring works through controlled elastic deformation.
Before assembly, the O-ring has a circular cross-section. Once installed in the appropriate groove and compressed by the mating component, the seal deforms and creates contact against the surrounding surfaces.
The sealing performance is influenced by several factors:
- Inside diameter
- Cross-section
- Groove dimensions
- Compression
- Material
- Surface finish
- Temperature
- Pressure
- Chemical exposure
- Installation method
The 192 mm inside diameter is therefore an important identification parameter, but it is only one part of the complete sealing specification.
Importance of the 192 mm Inside Diameter
The supplied 192 mm inside diameter is useful when identifying and checking the 95998076 O-Ring.
Inside diameter determines how the seal fits around the associated mating component.
An incorrectly sized inside diameter can result in installation or sealing problems.
Potential problems include:
- Excessive stretching
- Poor positioning
- Seal displacement
- Insufficient contact
- Excessive deformation
- Leakage
- Premature seal failure
For this reason, the complete 95998076 part number should be verified rather than selecting a replacement based only on approximate dimensional measurements.
Function in Industrial Equipment
Sealing elements play an important role in industrial equipment where fluids, gases, lubricants, or process media must remain within designated areas.
Depending on the equipment design, an O-ring may help seal:
- Mechanical housings
- Valve interfaces
- Fluid connections
- Service assemblies
- Equipment covers
- Internal component interfaces
- Other engineered sealing joints
The exact application of 47690460001 / 95998076 should be confirmed using the applicable Ingersoll Rand equipment documentation.
Installation Guidelines
Proper installation is essential for reliable O-ring performance.
Verify the Part Number
Before installation, confirm:
Reference: 47690460001
Part Number: 95998076
Inside Diameter: 192 mm
Inspect the Existing Groove
Before fitting the replacement seal, inspect the groove and mating surfaces for:
- Scratches
- Burrs
- Corrosion
- Contamination
- Old seal material
- Mechanical damage
A damaged groove can cause leakage even when a new O-ring is installed correctly.
Clean the Sealing Area
The installation area should be clean and free from particles or contamination that could interfere with sealing.
Inspect the Replacement O-Ring
Before installation, check for:
- Cuts
- Cracks
- Surface damage
- Deformation
- Contamination
- Other visible defects
A damaged seal should not be installed.
Avoid Twisting
The O-ring should be positioned carefully without unnecessary twisting.
A twisted seal may not seat correctly and can create an unreliable sealing interface.
Use Approved Lubrication When Required
If the equipment maintenance procedure requires lubrication, use only an approved lubricant compatible with the seal and operating conditions.
Assemble Carefully
Mating components should be brought together carefully to prevent cutting, pinching, or displacement of the O-ring.
O-Ring Replacement Procedure
A general replacement workflow can include the following steps:
- Shut down the relevant equipment.
- Isolate the equipment according to applicable safety procedures.
- Release stored pressure where required.
- Access the sealing location.
- Remove the existing O-ring carefully.
- Inspect the groove and mating surfaces.
- Clean the sealing area.
- Verify the replacement part number.
- Inspect the new 95998076 O-ring.
- Install the O-ring without twisting or damaging it.
- Reassemble the equipment.
- Perform the required leak and functional checks.
The actual procedure must follow the equipment-specific maintenance instructions.
Common O-Ring Failure Modes
Leakage
Leakage can occur when the O-ring is incorrectly sized, damaged, improperly installed, or exposed to conditions outside its intended application.
Possible causes include:
- Incorrect inside diameter
- Incorrect cross-section
- Damaged groove
- Damaged mating surface
- Incorrect compression
- Contamination
- Improper installation
Cutting or Nicks
Cuts can occur during installation when the seal passes over sharp edges or damaged surfaces.
Twisting
An O-ring that twists during installation may not sit evenly in the sealing groove.
Permanent Deformation
Long-term compression or unsuitable operating conditions can cause deformation that reduces sealing effectiveness.
Cracking
Cracking can result from aging, environmental exposure, unsuitable material selection, or operating conditions.
Extrusion
Under certain pressure and clearance conditions, the sealing element may deform into an available gap. Whether this is a concern depends on the specific seal design and operating conditions.
Troubleshooting Guide
Leakage After O-Ring Replacement
If leakage is observed after replacing the 95998076, inspect:
- Correct 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
Difficulty during installation may indicate:
- Incorrect replacement part
- Incorrect dimensions
- Damaged groove
- Burrs
- Excessive interference
- Improper installation technique
O-Ring Is Damaged During Assembly
Inspect the mating surfaces and groove for sharp edges, scratches, burrs, or other mechanical problems.
Repeated O-Ring Failure
Repeated failures should be investigated at the equipment level.
Possible factors include:
- Excessive temperature
- Pressure conditions
- Vibration
- Chemical exposure
- Surface damage
- Incorrect seal material
- Incorrect groove design
- Installation problems
The actual operating limits should be confirmed from the relevant equipment documentation.
Maintenance Recommendations
Regular inspection of sealing components can help reduce unexpected leakage and maintenance interruptions.
Inspect Seals During Equipment Service
Whenever the relevant assembly is opened for maintenance, inspect the O-ring and surrounding sealing surfaces.
Replace Damaged Seals
An O-ring showing cuts, cracks, severe deformation, or other damage should be replaced when required by the applicable maintenance procedure.
Keep Sealing Surfaces Clean
Dirt and foreign particles can interfere with sealing and may damage the O-ring during assembly.
Inspect the Groove
The groove should be checked for corrosion, scratches, burrs, and other damage.
Avoid Unnecessary Reuse
Where the equipment maintenance procedure calls for a new seal, a previously installed O-ring should not be reused simply because it appears visually acceptable.
Storage and Handling
Proper storage helps preserve the condition of replacement sealing components.
The 95998076 O-Ring should be protected from:
- Excessive heat
- Direct sunlight
- Contamination
- Mechanical deformation
- Sharp objects
- Uncontrolled chemical exposure
The O-ring should not be unnecessarily stretched, folded, compressed, or otherwise deformed during storage.
Keeping the replacement component in its original packaging until needed can help reduce contamination and handling damage.
Replacement Considerations
When sourcing an Ingersoll Rand 47690460001 95998076 O-Ring, the following information should be checked carefully:
Reference Number
47690460001
Part Number
95998076
Product Type
O-Ring
Inside Diameter
192 mm
Shipping Weight
3 kg
Equipment Compatibility
The seal should be matched to the specific equipment assembly and sealing location.
Cross-Section
The correct cross-section should be confirmed rather than inferred from the 192 mm inside diameter.
Material
The material should be verified according to the equipment application and operating environment.
Physical Dimensions and Weight
The supplied dimensional information for the 95998076 O-Ring is:
Inside Diameter: 192 mm
The supplied logistics information is:
Shipping Weight: 3 kg
The shipping weight should be treated as a transportation and logistics specification. It should not automatically be interpreted as the net weight of the individual O-ring.
These values can assist with:
- Spare-parts identification
- Warehouse management
- Purchasing
- Shipping preparation
- Inventory planning
- Maintenance logistics
Equipment Integration
The 47690460001 95998076 O-Ring should be considered as one component within a larger industrial equipment assembly.
A typical sealing interface may involve:
Equipment Housing → Groove → O-Ring → Mating Component
Reliable operation therefore depends on the condition of the surrounding components as well as the O-ring itself.
If the groove or mating surface is damaged, simply replacing the seal may not eliminate the leakage problem.
Engineering Best Practices
Verify the Complete Part Number
Use both 47690460001 and 95998076 when identifying the component.
Confirm Dimensional Compatibility
The supplied 192 mm inside diameter should be checked together with the required cross-section and installation geometry.
Inspect the Installation Surface
Always inspect the groove and mating surfaces before fitting a replacement seal.
Avoid Forced Installation
An O-ring should not be forced into position using methods that could cut or permanently deform the sealing element.
Use Compatible Lubricants
Only use lubrication when specified and ensure compatibility with the seal and operating environment.
Document Replacement Work
Maintenance records should include the replacement part number and relevant equipment information.
Key Advantages
Clearly Identified Replacement Component
The combination of 47690460001 and 95998076 provides a clear reference for procurement and maintenance.
Defined 192 mm Inside Diameter
The supplied inside diameter provides an important dimensional parameter for replacement identification.
Industrial Sealing Function
The O-ring provides a compact sealing solution for compatible equipment interfaces.
Suitable for Planned Maintenance
Replacement seals can be incorporated into scheduled maintenance when required by the equipment service procedure.
Useful Logistics Information
The supplied 3 kg shipping weight helps with warehouse and transportation planning.
Technical FAQs
What is the Ingersoll Rand 95998076?
The 95998076 is an Ingersoll Rand O-Ring associated with reference 47690460001.
What is the inside diameter?
The supplied inside diameter is 192 mm.
What is the shipping weight?
The supplied shipping weight is 3 kg.
Is 3 kg the actual weight of the O-ring?
Not necessarily. The supplied value is specifically identified as shipping weight, so it should not be treated as the confirmed net weight of the individual seal.
What is the purpose of an O-ring?
An O-ring provides a sealing interface between compatible mating components and helps prevent unwanted leakage.
Is the 192 mm inside diameter enough to select a replacement?
No. The inside diameter is important, but the cross-section, material, groove dimensions, compression, equipment application, and operating conditions should also be verified.
Why can a new O-ring leak?
A new O-ring can leak because of incorrect sizing, damaged sealing surfaces, contamination, incorrect installation, insufficient or excessive compression, unsuitable material, or equipment-related problems.
Should the O-ring be lubricated?
Only when required by the applicable equipment procedure. Any lubricant used should be compatible with the seal and operating environment.
How should the part be ordered?
The complete identifiers 47690460001 and 95998076 should be provided when sourcing the replacement component.
Conclusion
The Ingersoll Rand 47690460001 95998076 O-Ring is an industrial sealing component designed for use in compatible Ingersoll Rand equipment assemblies. The supplied 192 mm inside diameter provides an important dimensional reference for identification, while the specified 3 kg shipping weight provides useful logistics information.
Reliable sealing performance depends on correct part identification, dimensional compatibility, proper installation, clean sealing surfaces, and suitable operating conditions. The inside diameter alone should not be used to determine complete replacement compatibility.
For maintenance and replacement applications, technicians should verify the complete 47690460001 / 95998076 part identification and confirm the appropriate cross-section, material, groove configuration, and equipment application from the relevant maintenance documentation. Proper handling and installation of the O-ring can help reduce leakage, avoid premature seal failure, and support reliable operation of the associated industrial equipment.