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- Ingersoll Rand
- 23710842 95022349
- O-Ring
- USA
- 10 × 10 × 1 mm
- 0.004 kg
- Xiamen, China
- New & In Stock
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Product Overview
The Ingersoll Rand 23710842 / 95022349 O-Ring is a compact sealing component intended for compatible industrial compressor and mechanical equipment assemblies. O-rings are essential components in many pressurized and fluid-handling systems because they provide a controlled sealing interface between mating components and help prevent unwanted leakage.
In industrial compressor equipment, reliable sealing is important for maintaining the integrity of lubrication circuits, pneumatic passages, cooling systems, valve assemblies, fittings, and other mechanical interfaces. Even though an O-ring is physically small, deterioration or incorrect installation can result in air or fluid leakage and may eventually affect equipment performance.
The Ingersoll Rand 23710842 / 95022349 O-Ring has supplied dimensions of 10 × 10 × 1 mm and a listed weight of 0.004 kg. Its compact construction allows it to be used in confined mechanical assemblies where accurate sealing is required.
This component is suitable for maintenance and replacement applications where the original O-ring has become worn, damaged, aged, contaminated, or otherwise unsuitable for continued service. The complete part number, equipment model, sealing location, material requirements, and operating conditions should always be verified before installation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Part Number | 23710842 / 95022349 |
| Product Type | O-Ring |
| Component Category | Sealing Component |
| Primary Function | Sealing between compatible mating surfaces |
| Application | Compatible Industrial Compressor Equipment |
| Dimensions | 10 × 10 × 1 mm |
| Weight | 0.004 kg |
| Installation | Compatible Ingersoll Rand Equipment |
| Service Type | Maintenance / Replacement |
| Typical Use | Fluid, air, valve, and mechanical interface sealing |
| Product Form | Compact Sealing Ring |
Specification Verification Note
The physical specifications supplied for the 23710842 / 95022349 O-Ring are:
- Dimensions: 10 × 10 × 1 mm
- Weight: 0.004 kg
Exact elastomer material, hardness, temperature range, pressure capability, fluid compatibility, groove dimensions, and installation location should be confirmed against the applicable compressor or equipment configuration.
What Is the Ingersoll Rand 23710842 / 95022349 O-Ring?
The 95022349 O-Ring is a circular sealing element used to create a leak-resistant interface between compatible mechanical components.
An O-ring is normally installed inside a specially designed groove. When the mating components are assembled, the ring is compressed between the surfaces. This compression creates the contact required to restrict the movement of air or fluid through the joint.
The basic sealing arrangement can be represented as:
Sealing Groove → O-Ring → Mating Component → Controlled Compression
The Ingersoll Rand 23710842 / 95022349 O-Ring should be considered a specialized replacement component rather than a universal seal simply because its physical dimensions are known.
O-Ring Working Principle
The sealing action of an O-ring is based primarily on elastic deformation.
Before assembly, the O-ring has a circular cross-sectional form. Once placed into its groove and compressed by the mating component, the elastomer deforms and presses against the surrounding surfaces.
When system pressure is applied, the O-ring can maintain contact with the sealing surfaces, helping prevent leakage.
The general process is:
Installation → Compression → Surface Contact → Pressure Containment → Leakage Prevention
The reliability of this process depends on several factors, including:
- O-ring size
- Material
- Groove design
- Surface finish
- Compression
- Pressure
- Temperature
- Fluid compatibility
- Installation technique
Role in Industrial Compressor Systems
Industrial compressors contain multiple mechanical and fluid interfaces that require effective sealing.
Depending on the compressor design, sealing components may be used in:
- Oil circuits
- Cooling circuits
- Pneumatic passages
- Valve assemblies
- Fittings
- Adapters
- Covers
- Internal fluid connections
- Pressure interfaces
The 23710842 / 95022349 O-Ring can form part of such an assembly when specified for the compatible equipment.
A properly functioning seal helps maintain the intended pressure and fluid path within the compressor.
Why O-Ring Integrity Matters
A compressor may operate continuously for many hours or even around the clock. During this time, sealing components can experience repeated temperature and pressure changes.
An O-ring may gradually deteriorate due to:
- Thermal cycling
- Pressure cycling
- Aging
- Fluid exposure
- Mechanical stress
- Contamination
- Incorrect installation
- Surface damage
A deteriorated seal can initially produce only a minor leak. If the problem is ignored, however, leakage can increase and contribute to reduced system efficiency or contamination of surrounding equipment.
For this reason, O-rings should be included in appropriate preventive maintenance procedures.
Typical Applications
Compressor Lubrication Circuits
Lubricated compressor systems contain oil or other approved fluids that must remain within the intended circuit.
An O-ring can help seal interfaces within these systems.
Cooling Systems
Cooling circuits require leak-resistant connections to maintain fluid circulation.
Where specified by the equipment design, O-rings can be used around cooling-system interfaces.
Valve Assemblies
Thermal valves, pressure-control components, and other mechanical assemblies may use O-rings to seal internal or external connections.
Pneumatic Connections
Compressed-air systems require reliable sealing to prevent pressure losses.
General Compressor Maintenance
The component can be used during maintenance and overhaul procedures when the applicable equipment documentation identifies the 95022349 O-ring as the required replacement.
Installation and Replacement Guide
Correct installation is critical for achieving reliable sealing.
1. Confirm the Replacement Part
Before beginning maintenance, verify:
- Manufacturer
- Part number
- 23710842
- 95022349
- Compressor model
- Installation location
- Existing O-ring dimensions
- Material requirements
The supplied dimensions are 10 × 10 × 1 mm.
2. Shut Down and Isolate the Equipment
The compressor should be shut down and isolated according to the applicable maintenance procedure.
Technicians should verify that:
- Electrical power is isolated
- Stored pneumatic pressure is released
- Fluid pressure is relieved
- Hot surfaces have cooled
- Automatic restart is prevented
3. Remove the Existing O-Ring
Remove the old seal carefully.
Avoid damaging the groove, threads, or mating surfaces.
Sharp tools should be avoided where they could scratch the sealing area.
4. Inspect the Groove
Check the groove for:
- Dirt
- Metal particles
- Corrosion
- Burrs
- Scratches
- Deformation
- Foreign material
The groove must be suitable for the new seal.
5. Clean the Mating Surfaces
The surrounding surfaces should be clean and free of contamination.
Do not use cleaning methods that could damage the sealing surfaces or leave incompatible residues.
6. Install the New O-Ring
Place the replacement O-ring into the correct groove.
The seal should sit naturally in position without:
- Twisting
- Cutting
- Pinching
- Excessive stretching
- Local deformation
7. Reassemble the Components
Bring the mating components together carefully.
Avoid sliding one component aggressively across the O-ring because this can damage the seal.
8. Check for Leakage
After reassembly and system restoration, inspect the connection under controlled operating conditions.
O-Ring Installation Best Practices
Avoid Twisting
A twisted O-ring may fail to provide uniform compression and can leak prematurely.
Keep the Seal Clean
Small particles trapped beneath the seal can create a leakage path.
Protect the O-Ring During Assembly
Sharp edges, damaged threads, and burrs can cut the elastomer.
Use Compatible Assembly Lubrication
Where lubrication is specified by the equipment maintenance procedure, use an appropriate lubricant compatible with the seal material and working fluid.
Avoid Excessive Stretching
An O-ring should not be stretched unnecessarily during installation.
Verify Proper Seating
Before closing the assembly, confirm that the O-ring is fully seated in its groove.
Troubleshooting O-Ring Problems
Fluid Leakage
Fluid leakage around an O-ring joint may be caused by:
- Damaged seal
- Incorrect seal size
- Incorrect installation
- Damaged groove
- Damaged mating surface
- Excessive pressure
- Incorrect material
- Chemical incompatibility
The complete assembly should be inspected.
Air Leakage
Air leakage can occur when the O-ring is:
- Cut
- Cracked
- Flattened
- Improperly seated
- Incorrectly sized
- Damaged during assembly
A persistent pneumatic leak should not be ignored.
Repeated Seal Failure
If a replacement O-ring fails shortly after installation, investigate the underlying cause instead of repeatedly replacing the seal.
Potential causes include:
- Incorrect groove dimensions
- Excessive pressure
- Excessive temperature
- Shaft or component movement
- Surface damage
- Incorrect material
- Poor installation technique
- Fluid incompatibility
Hardened O-Ring
A hardened seal may indicate aging or exposure to unsuitable operating conditions.
Swollen O-Ring
Swelling can indicate incompatibility between the sealing material and the working fluid.
Common Causes of O-Ring Failure
Aging
Elastomeric seals naturally deteriorate over time.
Temperature
Excessive temperature can accelerate material degradation.
Pressure
Operating pressure outside the intended application can cause extrusion or deformation.
Chemical Exposure
Some fluids can cause an elastomer to swell, soften, harden, or crack.
Mechanical Damage
Cuts, scratches, and abrasions can create leakage paths.
Incorrect Installation
Pinching, twisting, or excessive stretching can damage the seal before normal operation begins.
Poor Surface Condition
A rough or damaged mating surface can reduce sealing reliability.
Maintenance Recommendations
Inspect Seals During Scheduled Service
Whenever the associated component is opened, inspect the O-ring and surrounding sealing surfaces.
Monitor Leakage
Small leaks can provide an early indication of seal deterioration.
Check Operating Conditions
Abnormal temperature or pressure can accelerate seal failure.
Maintain Fluid Quality
Contaminated or unsuitable fluid can adversely affect sealing components.
Keep Spare O-Rings Available
Maintaining the correct 23710842 / 95022349 component can reduce downtime during maintenance.
Record Replacement History
Maintenance records should include the part number and installation date when practical.
Physical Dimensions and Weight
The supplied physical specifications for the Ingersoll Rand 23710842 / 95022349 O-Ring are:
| Parameter | Value |
|---|---|
| Dimensions | 10 × 10 × 1 mm |
| Weight | 0.004 kg |
These specifications can assist with:
- Spare-parts identification
- Warehouse storage
- Inventory planning
- Maintenance preparation
- Shipping calculations
- Compressor overhaul logistics
For final compatibility, the equipment part number and application should always take priority over physical dimensions alone.
Replacement and Spare-Part Planning
Correct spare-part identification is especially important for small sealing components because many O-rings can appear similar.
Maintenance personnel should record:
- Complete part number
- Equipment model
- Installation position
- Dimensions
- Material specification
- Associated valve or fitting
- Replacement interval
- Quantity in stock
The component should be recorded as:
Ingersoll Rand 23710842 / 95022349 O-Ring
Maintaining accurate part-number records helps prevent the installation of an incorrect seal during urgent compressor maintenance.
Compatible System Components
The O-ring may be associated with several types of compressor components.
| Component | General Function |
|---|---|
| Thermal Valve | Controls temperature-dependent fluid flow |
| Valve Housing | Provides mechanical support and fluid passages |
| Oil Circuit | Circulates compressor lubricant |
| Cooling Circuit | Transfers and removes heat |
| Fitting | Connects fluid or pneumatic passages |
| Adapter | Provides mechanical connection |
| Pressure Interface | Maintains pressurized fluid or air connections |
| Compressor Assembly | Provides the primary equipment structure |
| Sealing Groove | Positions and compresses the O-ring |
| Mating Surface | Provides the opposing sealing interface |
Actual compatibility depends on the compressor model and system configuration.
Engineering Considerations
Choosing an O-ring requires consideration of both mechanical and environmental conditions.
Dimensions
The supplied dimensions are 10 × 10 × 1 mm.
Material Compatibility
The sealing material should be compatible with the compressor fluid and operating environment.
Temperature
Operating temperature affects the elasticity, aging, and long-term performance of the seal.
Pressure
The O-ring must be suitable for the pressure conditions of the application.
Surface Finish
The sealing surfaces should be clean and free from defects that could damage the O-ring.
Compression
Correct compression is required to achieve an effective seal without excessive deformation.
Assembly
Correct installation prevents twisting, pinching, and cutting.
Key Advantages
The Ingersoll Rand 23710842 / 95022349 O-Ring offers several practical benefits for compatible industrial equipment:
- Compact sealing component
- Supports fluid and pressure containment
- Suitable for compressor maintenance applications
- Useful for valve and mechanical-interface sealing
- Supplied dimensions of 10 × 10 × 1 mm
- Lightweight 0.004 kg construction
- Easy to store as a maintenance spare
- Supports compressor refurbishment
- Helps maintain system sealing integrity
- Suitable for planned replacement and preventive maintenance
Technical FAQs
What is the Ingersoll Rand 23710842 / 95022349?
It is an O-Ring used as a sealing component in compatible Ingersoll Rand equipment.
What is the primary purpose of an O-ring?
An O-ring provides a sealing interface between mating components and helps prevent air or fluid from escaping.
What are the dimensions of the 95022349 O-ring?
The supplied dimensions are 10 × 10 × 1 mm.
What is the weight of the O-ring?
The listed weight is 0.004 kg.
Where can this O-ring be used?
Its exact application depends on the compatible Ingersoll Rand equipment. It may be associated with valve assemblies, fluid connections, pneumatic interfaces, or other mechanical sealing points.
Why can an O-ring leak after replacement?
Possible causes include incorrect size, improper installation, damaged sealing surfaces, contamination, unsuitable material, excessive pressure, or excessive temperature.
Can the old O-ring be reused?
If the applicable maintenance procedure calls for replacement, a new O-ring should be used. A removed seal may have permanent deformation or surface damage that is not immediately visible.
What causes an O-ring to crack?
Aging, excessive temperature, unsuitable material, chemical exposure, and unfavorable operating conditions can contribute to cracking.
What causes an O-ring to swell?
Swelling may result from incompatibility between the seal material and the working fluid.
What should be verified before purchasing a replacement?
Verify the complete 23710842 / 95022349 identification, compressor model, installation location, dimensions, and applicable material requirements.
Conclusion
The Ingersoll Rand 23710842 / 95022349 O-Ring is a compact sealing component designed for compatible industrial compressor and mechanical equipment applications. Its purpose is to maintain a reliable interface between mating components and help prevent unwanted leakage of air, oil, coolant, or other working fluids.
The supplied physical specifications are 10 × 10 × 1 mm, with a listed weight of 0.004 kg. These characteristics make the component convenient for spare-parts inventory, compressor maintenance, overhaul work, and replacement planning.
Reliable O-ring performance depends on more than dimensional compatibility. The sealing material, operating temperature, pressure, fluid type, groove condition, mating surfaces, and installation method should all be considered before replacement.
For maintenance work, the complete Ingersoll Rand 23710842 / 95022349 part identification should be verified against the actual compressor configuration. Correct isolation, careful removal, clean sealing surfaces, proper installation, and post-maintenance leakage inspection can help ensure dependable sealing performance.
When correctly selected and installed, the 23710842 / 95022349 O-Ring can contribute to the pressure integrity, fluid containment, and long-term reliability of compatible Ingersoll Rand compressor systems.