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- Ingersoll Rand
- 47623601001 23626443
- Hose
- USA
- 47.32 in
- 3 kg
- Xiamen, China
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Product Overview
The Ingersoll Rand 47623601001 / 23626443 Hose is a replacement hose assembly designed for use in compatible Ingersoll Rand industrial compressor and compressed-air equipment. As a flexible connection component, the hose provides a controlled path for the transfer of air, fluid, or other application-specific media between connected components within the compressor system.
In industrial compressor installations, flexible hoses play an important role in maintaining reliable connections between components that may experience vibration, thermal expansion, mechanical movement, or slight installation misalignment. Compared with rigid piping, a properly selected hose can accommodate limited movement while helping reduce mechanical stress transferred to connected components.
The Ingersoll Rand 47623601001 / 23626443 is identified with a hose length of 47.32 inches and a shipping weight of 3 kg. These specifications are useful when planning replacement parts, checking installation space, preparing maintenance inventories, and arranging transportation or warehouse handling.
Because hose assemblies can vary according to equipment model, connection configuration, internal construction, and service conditions, the complete part number should always be verified before replacement.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Ingersoll Rand |
| Part Number | 47623601001 |
| Alternate / Associated Number | 23626443 |
| Product Type | Industrial Compressor Hose |
| Component Function | Flexible connection / media transfer |
| Hose Length | 47.32 in |
| Shipping Weight | 3 kg |
| Application | Compatible Ingersoll Rand compressor equipment |
| Installation | Equipment-specific hose connection |
| Replacement Type | OEM-equivalent / application-specific replacement component |
Specification Verification Note
The 47.32 in hose length and 3 kg shipping weight are the supplied product specifications. Other technical characteristics such as hose material, internal diameter, outside diameter, working pressure, temperature range, connection type, end fittings, fluid compatibility, and minimum bend radius should be verified against the applicable compressor model and the original hose assembly before installation.
What Is the Ingersoll Rand 47623601001 / 23626443 Hose?
The Ingersoll Rand 47623601001 / 23626443 Hose is a flexible industrial connection component used within compatible compressor equipment.
A compressor system contains multiple components that must be connected while operating under changing mechanical and thermal conditions. Rigid connections are not always appropriate because compressors generate vibration and components can experience small amounts of movement during operation.
A flexible hose provides a connection that can accommodate these conditions within its designed limits.
The basic function can be represented as:
Compressor Component → Flexible Hose → Compressor Component
Depending on the host equipment and system location, the hose may be associated with an air, oil, cooling, control, or other application-specific circuit. The exact service should therefore be confirmed from the equipment configuration and original part identification.
The 47623601001 part number and associated 23626443 identification are important when sourcing a replacement because visually similar hoses may have different dimensions, fittings, pressure ratings, or material specifications.
Function and Working Principle
Flexible Media Transfer
The primary role of an industrial hose is to provide a flexible passage between two connected points. Instead of requiring rigid tubing to absorb equipment movement, the hose provides controlled flexibility.
This is particularly useful in compressor systems where components may vibrate during normal operation.
Vibration Accommodation
Rotating compressor machinery produces mechanical vibration. A properly installed flexible hose can help prevent excessive vibration from being directly transferred between connected components.
This can reduce mechanical stress on fittings, piping interfaces, and connected equipment.
Compensation for Minor Movement
Temperature changes and compressor operation can cause components to move slightly relative to one another. A flexible hose can accommodate limited movement when the hose is correctly selected and installed.
Connection Reliability
The hose must maintain a secure connection throughout the equipment operating cycle. A damaged, incorrectly routed, or improperly tightened hose can lead to leakage and equipment performance problems.
System Protection
A correctly selected hose helps maintain the integrity of the connected circuit. It should not be twisted, sharply bent, stretched, crushed, or exposed to conditions outside its intended service range.
Role in Industrial Compressor Systems
Hoses are often overlooked because they are relatively simple components compared with compressors, controllers, valves, separators, and filters. However, they can have a direct effect on system reliability.
A compressor hose may contribute to:
- Flexible equipment connections
- Vibration isolation
- Air or fluid transfer
- Reduction of mechanical stress
- Compensation for minor movement
- Easier equipment maintenance
- Reliable connection between assemblies
- Replacement of worn flexible piping
When a hose begins to deteriorate, the resulting problem can extend beyond the hose itself. Leakage can reduce system efficiency, contamination can affect connected components, and mechanical failure can interrupt compressor operation.
For this reason, hose condition should be included in routine compressor maintenance inspections.
Importance of Correct Hose Length
The 47.32-inch length of the Ingersoll Rand 47623601001 / 23626443 hose is an important replacement consideration.
A hose that is too short may be subjected to excessive tension when installed. A hose that is too long may create unnecessary loops, interfere with nearby components, or violate recommended routing requirements.
Correct length helps maintain:
- Proper connection geometry
- Appropriate bend radius
- Adequate movement allowance
- Reduced mechanical stress
- Cleaner equipment layout
- Easier maintenance access
The replacement hose should therefore be compared with the original installation before final assembly.
Installation and Replacement Guide
Replacing an industrial compressor hose requires attention to both the hose and the surrounding components.
1. Confirm the Part Number
Before removing the existing hose, verify:
- Ingersoll Rand part number
- Associated part number
- Compressor model
- Existing hose length
- End connection configuration
- Installation location
- Routing arrangement
For this product, the primary identification is 47623601001, with 23626443 as the associated identification provided for the hose.
2. Shut Down the Equipment
The compressor should be shut down according to the applicable maintenance procedure.
Stored pressure and energy must be safely isolated before disconnecting any hose.
3. Depressurize the System
Never remove a hose from a pressurized circuit.
The relevant system section should be isolated and depressurized before loosening fittings.
4. Inspect the Existing Installation
Before removing the original hose, observe how it is routed.
Check for:
- Excessive bending
- Twisting
- Contact with sharp edges
- Contact with hot surfaces
- Abrasion
- Loose fittings
- Evidence of leakage
- Unusual vibration marks
Taking note of the original routing can make replacement installation easier.
5. Remove the Existing Hose
Use appropriate tools to disconnect the hose while avoiding damage to adjacent fittings and components.
If a fitting is difficult to remove, excessive force should not be applied without determining the cause.
6. Compare the Replacement Hose
Before installation, compare the replacement assembly with the removed component.
Check:
- Part number
- Overall length
- End connections
- Physical configuration
- Fitting orientation
- General construction
- Installation position
The replacement should correspond to the intended equipment configuration.
7. Install Without Twisting
A hose should be installed in its natural orientation whenever possible.
Twisting the hose during installation can create unnecessary internal and external stress.
8. Check Bend Radius
Avoid tight bends that exceed the hose assembly’s intended flexibility.
The exact minimum bend radius should be confirmed from the applicable hose specification.
9. Inspect Clearance
Ensure the installed hose does not rub against:
- Rotating components
- Sharp metal edges
- Hot surfaces
- Moving mechanisms
- Electrical wiring
- Other hoses or pipes
10. Perform a Leak Check
After installation, the equipment should be returned to service according to the appropriate commissioning procedure.
The connection should be inspected for leakage and abnormal movement.
Hose Routing and Installation Best Practices
Correct routing is just as important as selecting the correct hose.
Avoid Sharp Bends
A hose should not be forced into a bend tighter than its design permits.
Avoid Twisting
Twisting can place additional stress on the hose structure and fittings.
Provide Appropriate Movement
Where the equipment requires movement or vibration isolation, the hose should have sufficient routing flexibility.
Prevent Abrasion
Continuous contact with brackets, cabinet edges, piping, or other equipment can gradually damage the hose exterior.
Keep Away From Excessive Heat
The hose should be routed away from heat sources unless the hose assembly is specifically designed for the operating temperature.
Avoid Unnecessary Loops
Excess hose should not be arranged in a way that creates interference or traps mechanical stress.
Troubleshooting the Ingersoll Rand 47623601001 / 23626443 Hose
Air or Fluid Leakage
Leakage is one of the most common symptoms of hose or connection problems.
Possible causes include:
- Damaged hose
- Loose connection
- Deteriorated sealing element
- Damaged fitting
- Abrasion
- Cracking
- Incorrect installation
- Hose fatigue
The entire connection should be inspected rather than assuming that the hose body itself is the only source of leakage.
Visible Cracking
Cracks may indicate aging, environmental exposure, excessive bending, thermal stress, or mechanical damage.
A cracked hose should be evaluated promptly and replaced when its integrity is compromised.
Bulging or Deformation
Localized swelling or abnormal deformation can indicate internal or structural problems.
The hose should be removed from service if its physical condition is inconsistent with normal operation.
Abrasion
External abrasion commonly occurs when the hose repeatedly contacts another component.
Even when the hose does not leak immediately, continued abrasion can weaken its protective outer structure.
Excessive Vibration
If a replacement hose experiences unusual movement or vibration, inspect the routing and surrounding equipment.
Possible causes include:
- Incorrect hose routing
- Insufficient support
- Equipment vibration
- Misalignment
- Incorrect hose length
- Mechanical interference
Common Causes of Hose Failure
Industrial compressor hose failures can result from several different factors.
Mechanical Fatigue
Repeated movement and vibration can gradually weaken a hose assembly.
Excessive Bending
Repeated bending beyond the intended design limits can accelerate fatigue.
Twisting
Incorrect installation orientation can introduce torsional stress.
Abrasion
Contact with nearby equipment can wear through the hose’s protective surface.
Temperature Exposure
Long-term exposure to unsuitable temperatures can accelerate material degradation.
Chemical Compatibility
Contact with incompatible fluids or chemicals may affect hose materials.
Pressure Conditions
The hose must be suitable for the actual pressure conditions of its intended circuit.
Exact pressure limits should be confirmed from the applicable equipment and hose specifications rather than assumed from appearance alone.
Incorrect Replacement
A visually similar hose may not have the correct dimensions, fittings, materials, or performance characteristics.
Preventive Maintenance
Routine inspection can help detect hose problems before they cause compressor downtime.
Visual Inspection
Inspect the hose for:
- Cracks
- Cuts
- Abrasion
- Bulging
- Flattening
- Discoloration
- Leakage
- Loose connections
Check Routing
Verify that the hose remains properly positioned and does not contact moving or hot components.
Inspect Connections
Check fittings and connection points for signs of leakage or mechanical movement.
Monitor Operating Conditions
Unusual vibration, pressure behavior, temperature, or compressor performance may indicate a problem in the connected circuit.
Replace Damaged Hoses Promptly
A hose should not remain in service simply because it has not yet developed a visible leak. Significant structural deterioration can precede complete failure.
Physical Dimensions and Shipping Weight
The supplied specification for the Ingersoll Rand 47623601001 / 23626443 hose is:
| Parameter | Value |
|---|---|
| Hose Length | 47.32 in |
| Shipping Weight | 3 kg |
The 47.32-inch length should be considered during equipment layout and replacement planning.
The 3 kg shipping weight is useful for packaging, logistics, warehouse handling, and spare-parts inventory management. Shipping weight should not automatically be interpreted as the exact net weight of the hose assembly.
Replacement and Spare-Part Planning
For industrial compressor operators, maintaining appropriate spare parts can significantly reduce downtime.
When ordering a replacement for the 47623601001 / 23626443, verify the complete identification rather than relying solely on a general description such as “compressor hose.”
Important information includes:
- Full part number
- Associated part number
- Compressor model
- Installation position
- Hose length
- Connection configuration
- Original equipment arrangement
- Applicable service conditions
The supplied 47.32-inch hose length is especially useful when comparing the replacement with the installed component.
For critical compressor systems, spare hoses should be stored in a clean, dry environment and protected from unnecessary mechanical damage.
Compatible Compressor System Components
The hose may form part of a larger compressor assembly containing components such as:
| Component | General Function |
|---|---|
| Air Compressor | Generates compressed air |
| Oil Circuit Components | Circulate and manage compressor lubricant |
| Valves | Control air or fluid flow |
| Filters | Remove contaminants from process streams |
| Separators | Separate oil or other fluids from compressed air |
| Coolers | Control operating temperature |
| Pressure Sensors | Monitor system pressure |
| Temperature Sensors | Monitor system temperature |
| Piping | Provides rigid system connections |
| Hose Assemblies | Provide flexible connections |
| Fittings | Connect hoses to system components |
| Control System | Monitors and controls compressor operation |
The exact components connected to the 47623601001 / 23626443 hose depend on the compressor model and installation configuration.
Engineering Considerations
Selecting and installing a compressor hose requires more than matching the overall length.
Engineers and maintenance technicians should consider:
Connection Compatibility
The hose must match the intended connection arrangement.
Service Medium
The hose material and construction must be compatible with the medium being transferred.
Pressure Requirements
The hose must be suitable for the pressure conditions of the specific circuit.
Temperature
The operating temperature should remain within the hose’s applicable specification.
Mechanical Movement
Vibration and movement should be considered when determining hose routing.
Installation Space
The 47.32-inch length should provide an appropriate connection path without excessive tension or unnecessary loops.
Maintenance Accessibility
The hose should be routed so that future inspection and replacement can be performed efficiently.
Why the 47623601001 / 23626443 Hose Matters
Although a hose is a relatively simple component, its condition can influence the reliability of the entire compressor system.
A properly installed hose can help provide:
- Reliable flexible connections
- Reduced mechanical stress
- Better accommodation of vibration
- Stable media transfer
- Easier maintenance
- Improved equipment reliability
- Reduced risk of unexpected leakage
For high-duty industrial compressor installations, maintaining flexible connection components is an important part of preventive maintenance.
Key Advantages
- Ingersoll Rand-compatible replacement identification
- 47.32-inch hose length
- Flexible connection for compatible compressor equipment
- Helps accommodate normal vibration and minor movement
- Supports reliable air or fluid transfer where specified
- Useful for compressor maintenance and replacement
- Suitable for spare-parts inventory planning
- Compact, application-specific hose assembly
- Helps reduce mechanical stress associated with rigid connections
- 3 kg supplied shipping weight for logistics planning
Technical FAQs
What is the Ingersoll Rand 47623601001?
The 47623601001 is an Ingersoll Rand hose part number associated with the 23626443 hose identification for compatible industrial compressor equipment.
What is the hose length?
The specified hose length is 47.32 inches.
What is the shipping weight?
The supplied shipping weight is 3 kg.
What is the function of this hose?
Its general function is to provide a flexible connection for transferring the applicable air, fluid, or other media between compatible compressor-system components. The exact service should be confirmed for the specific equipment configuration.
Why is hose length important?
Correct hose length helps maintain proper routing and prevents excessive tension, sharp bends, twisting, or unnecessary loops.
Can any compressor hose of the same length replace it?
No. Length alone is not sufficient to establish compatibility. The part number, fittings, dimensions, construction, service medium, pressure requirements, temperature conditions, and equipment configuration should all be verified.
What are common signs of hose failure?
Common warning signs include leakage, cracking, abrasion, bulging, deformation, discoloration, unusual vibration, or movement around the connections.
Should the hose be twisted during installation?
No. The hose should be installed without unnecessary torsional stress and routed according to the applicable installation requirements.
Is the 3 kg specification the actual hose weight?
The supplied value is identified as shipping weight: 3 kg. It should therefore be treated as a logistics/shipping specification rather than automatically as the net component weight.
How should the 47623601001 hose be stored?
Replacement hoses should generally be kept clean, dry, protected from excessive heat and sunlight, and protected from mechanical damage. Applicable manufacturer storage requirements should be followed.
Conclusion
The Ingersoll Rand 47623601001 / 23626443 Hose is an application-specific flexible connection component intended for compatible Ingersoll Rand industrial compressor equipment. Its flexible construction allows a connected system to accommodate appropriate vibration and minor movement while maintaining a controlled connection between compressor-system components.
The supplied specifications identify a hose length of 47.32 inches and a shipping weight of 3 kg. These values are important for replacement identification, equipment installation planning, spare-parts management, and transportation.
For reliable service, the hose should be installed with correct routing, without unnecessary twisting or sharp bending, and with adequate clearance from hot, moving, or abrasive components. Regular inspection for leakage, cracking, abrasion, deformation, and connection problems can help prevent unexpected compressor downtime.
When replacing the Ingersoll Rand 47623601001 / 23626443, technicians should verify the complete part number and the actual compressor configuration rather than relying only on hose length or appearance. Exact hose construction, fittings, pressure capability, temperature limits, material compatibility, and service application should be confirmed before installation.