Ingersoll Rand 47579627001 23661150 Water-Cooled Hose Service Configuration

Where It Excels in Industrial Use

• The complete 47579627001 23661150 configuration combines the Ingersoll Rand water-cooled hose package reference with the specified 23661150 flexible hose for planned compressor service.

• Designed for applicable Ingersoll Rand water-cooled compressor installations where dependable flexible connections are required within the compressor fluid or service piping arrangement.

• Well suited to manufacturing plants, process-air facilities, utilities, fabrication operations, and other industrial environments where compressor uptime and controlled maintenance are important.

• The 23661150 hose is a Teflon construction measuring approximately 0.38 × 37.00 inches and uses straight ORFS connections at both ends for the applicable piping interface.

• Provides maintenance personnel with a consolidated reference for hose replacement, inspection, and service preparation while retaining the specified Ingersoll Rand part numbers.

Key Strengths at a Glance

• Water-cooled service configuration: 47579627001 is identified as a water-cooled hose package for applicable Ingersoll Rand compressor configurations.

• Teflon hose construction: 23661150 is specified as a 0.38 × 37.00-inch Teflon hose suitable for applicable compressed-air equipment.

• Straight ORFS connections: The hose uses straight ORFS connections at both ends, providing a defined interface for the designated compressor piping arrangement.

• Flexible circuit connection: The hose accommodates the routing requirements of compressor-system piping while helping maintain a secure fluid connection.

• Maintenance-focused identification: The combined reference simplifies procurement and service preparation for scheduled hose inspection or replacement.

Technical FAQs

1. What is the 47579627001 23661150 configuration used for?

It combines the 47579627001 water-cooled hose package reference with the specified 23661150 hose as one complete service configuration.

2. What type of hose is 23661150?

23661150 is identified as a Teflon hose with a nominal 0.38-inch size and approximately 37.00-inch length.

3. What connection arrangement does 23661150 use?

The hose is specified with straight ORFS connections at both ends for the applicable compressor piping arrangement.

4. What is the function of 23661150 in a compressor system?

It provides a flexible connection within the designated compressor piping circuit, allowing fluid routing while accommodating normal equipment movement and vibration.

5. What should be verified before installing 23661150?

The compressor model, serial number, hose routing, connection type, hose length, fitting orientation, and existing part number should be checked against current service documentation.

6. Can another 0.38-inch hose be substituted for 23661150?

No. Nominal diameter alone is not sufficient for substitution; hose construction, length, connection type, pressure and temperature capability, and equipment-specific application must also match.

7. Why is Teflon construction used for this type of hose?

Teflon-based hose construction can provide suitable chemical and temperature resistance for applicable compressor fluid-service environments, subject to the specific hose design and operating conditions.

8. What conditions can shorten the service life of 23661150?

Excessive vibration, abrasion, heat exposure, pressure cycling, twisting, contamination, and improper routing can contribute to premature hose deterioration.

9. What should be inspected when replacing the hose?

The technician should inspect the hose fittings, mating ports, sealing surfaces, supports, routing path, and surrounding components for leakage, damage, contamination, or mechanical interference.

10. What should be checked after installation?

The hose should be correctly routed without excessive bending or twisting, the ORFS connections should be properly seated, and the system should be checked for leakage and abnormal hose movement during controlled operation.