Ingersoll Rand 47579001001 23113400 Air-Cooled Hose Maintenance Configuration

Where It Excels in Industrial Use

• The Ingersoll Rand 47579001001 23113400 configuration is intended for air-cooled compressor service applications where dependable hose replacement is important to maintaining stable fluid and air-system connections.

• Part 47579001001 is identified as an air-cooled hose kit for the IRN 37–45 kW oil-free compressor platform, while 23113400 is a specified 1.50 × 61.00 hose used within the requested configuration.

• The configuration supports planned maintenance by providing the maintenance kit reference together with the specified replacement hose, helping service personnel address hose condition during scheduled compressor intervention.

• The 23113400 hose uses a hydraulic hose construction with JIC 37-degree connections, making correct routing, fitting orientation, and connection integrity important during installation.

• It is suited to industrial compressed-air installations where controlled maintenance, secure fluid connections, and dependable compressor availability are priorities.

Key Strengths at a Glance

• Air-Cooled Service Compatibility: Designed around the air-cooled service arrangement associated with compatible Ingersoll Rand IRN 37–45 kW oil-free compressor systems.

• Defined Hose Configuration: Combines 47579001001 with the specified 23113400 hose rather than treating the two references as unrelated products.

• JIC Connection Design: The 23113400 hose is identified as a 1.50 × 61.00 hose with JIC 37-degree end connections for the applicable installation.

• Maintenance-Oriented Replacement: Supports planned hose replacement where aging, abrasion, heat exposure, or connection deterioration could affect system reliability.

• Service Verification: Exact machine compatibility should be confirmed against compressor model, serial number, existing hose routing, and connection arrangement before installation.

Technical FAQs

1. What is the Ingersoll Rand 47579001001 23113400 configuration?
It is a requested air-cooled hose maintenance configuration combining the 47579001001 hose-kit reference with the specified 23113400 replacement hose.

2. What is the primary application of 47579001001?
47579001001 is identified as an air-cooled hose kit associated with compatible IRN 37–45 kW oil-free compressor systems.

3. What type of hose is 23113400?
23113400 is identified as a hydraulic hose with a nominal 1.50-inch size and 61.00-inch length.

4. What connection arrangement does 23113400 use?
The 23113400 reference is associated with JIC 37-degree end connections, with the exact connection orientation requiring verification against the machine installation.

5. Can this configuration be installed on any 37–45 kW compressor?
No, compatibility should be confirmed against the exact compressor model, serial number, cooling arrangement, hose routing, and connection configuration.

6. What should be checked before installing the hose?
Technicians should verify hose length, nominal size, end fittings, routing, clearance, connection orientation, and the absence of residual pressure before installation.

7. How does correct hose routing affect compressor operation?
Correct routing helps prevent excessive bending, abrasion, vibration loading, and contact with hot or moving components that could shorten hose service life.

8. What maintenance conditions can indicate that hose replacement is required?
Visible abrasion, cracking, blistering, leakage, fitting damage, deformation, or deterioration from heat and vibration are common indicators that a hose requires inspection or replacement.

9. Is 23113400 supplied as a universal replacement hose?
No, it should be treated as an application-specific Ingersoll Rand part whose suitability depends on the compressor configuration and the specified installation.

10. What is the recommended approach when replacing this configuration?
Use the existing hose routing as a reference, confirm the replacement part numbers and connection geometry, install without twisting or excessive bending, and inspect the completed installation for secure connections and leakage.