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Product Overview

The Ingersoll Rand 47623602001 / 24266058 Hose is an industrial replacement hose designed for use with compatible Ingersoll Rand compressor equipment. Flexible hose assemblies are important components in compressor systems because they provide connections between different equipment sections while allowing appropriate movement and helping accommodate normal vibration during operation.

The supplied hose length for Ingersoll Rand 24266058 is 12 inches, and the listed shipping weight is 3 kg. These specifications are useful for replacement identification, spare-parts inventory, compressor maintenance planning, and transportation arrangements.

The component is identified by the reference 47623602001 and part number 24266058. Both identifiers should be checked when sourcing a replacement because compressor hoses with similar appearance can differ in length, connection configuration, routing requirements, and intended application.

The exact construction of the hose, including material, internal diameter, end fittings, pressure rating, temperature rating, and media compatibility, should be confirmed against the original installation and applicable compressor documentation before use.

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Technical Specifications

Parameter	Specification
Manufacturer	Ingersoll Rand
Reference Number	47623602001
Part Number	24266058
Product Type	Hose
Application Category	Compressor Replacement Part
Hose Length	12 in
Shipping Weight	3 kg
Typical Application	Compatible industrial compressor systems
Installation	Compressor-system hose connection
Replacement Requirement	Verify complete part number and system configuration

Technical note: The supplied 3 kg value is the shipping weight, not necessarily the net weight of the hose itself. Exact construction and operating specifications should be verified for the specific compressor application.

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What Is the Ingersoll Rand 24266058 Hose?

The Ingersoll Rand 24266058 is a replacement hose associated with the reference 47623602001.

A hose in an industrial compressor system provides a flexible connection between compatible components. This can be particularly useful where equipment experiences vibration or where a flexible connection simplifies maintenance access.

A generalized arrangement can be represented as:

Compressor Component → 24266058 Hose → Compressor Component

The actual installation position depends on the compressor model and system configuration.

The term “hose” alone does not establish the exact medium carried by the component. Depending on the specific compressor circuit, hoses can be used in air, oil, cooling, control, or other designated applications. The intended service should therefore be confirmed before installation.

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Function of the Compressor Hose

Flexible Connection

The hose provides a flexible connection between components that may experience relative movement.

This can simplify mechanical integration compared with rigid piping.

Vibration Accommodation

Rotary compressor equipment produces mechanical movement and vibration.

A correctly installed flexible hose can accommodate appropriate movement within its intended application.

Equipment Serviceability

Flexible connections can make certain maintenance procedures easier because connected equipment can be accessed without modifying permanent rigid piping.

Air or Fluid Transfer

Depending on the specific system position, the hose may provide a pathway for a designated air or fluid circuit.

The exact service medium should be confirmed from the original compressor installation.

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Importance in Compressor Systems

Although a hose is a relatively small component compared with the compressor itself, its condition can influence overall equipment reliability.

Hose problems can potentially result in:

• Air leakage
• Fluid leakage
• Pressure loss
• Reduced compressor performance
• Contamination
• Equipment shutdown
• Secondary component damage

Regular inspection is therefore an important part of compressor preventive maintenance.

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Hose Length and Replacement Planning

The supplied hose length is:

12 in

This is an important identification parameter.

A replacement hose that is too short may place excessive tension on the fittings. A hose that is too long may create unnecessary loops or contact nearby equipment.

Before replacement, compare the existing installation with the new hose and verify:

• Overall length
• Connection positions
• End orientation
• Routing path
• Bend requirements
• Clearance
• Support points

The 12 in length should be evaluated together with the physical routing of the original installation.

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Industrial Applications

Screw Compressor Equipment

The 24266058 can serve as a replacement hose for a compatible Ingersoll Rand compressor configuration.

Manufacturing Plants

Compressed-air systems are widely used in manufacturing for pneumatic tools, actuators, process equipment, control systems, and production machinery.

Reliable hose connections help maintain the integrity of compressor-related circuits.

Industrial Compressed-Air Systems

Industrial compressed-air systems contain multiple components connected through pipes, fittings, valves, and flexible hoses.

Replacement hoses are part of normal compressor maintenance.

Compressor Service and Overhaul

During scheduled compressor service, technicians can inspect flexible connections and replace hoses showing wear, leakage, or damage.

Industrial Utility Systems

Compressed air is commonly used as a utility throughout industrial facilities. Proper maintenance of compressor components helps support continuous operation.

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Installation Guidelines

The compressor must be safely shut down and isolated before hose replacement.

Step 1: Stop the Compressor

Follow the normal compressor shutdown procedure.

Step 2: Isolate Energy Sources

Isolate electrical and other relevant energy sources before starting maintenance.

Step 3: Depressurize the Circuit

Compressed-air and fluid circuits may retain stored pressure after shutdown.

Safely release pressure from the relevant circuit before disconnecting the hose.

Step 4: Verify Part Identification

Confirm:

47623602001 / 24266058

and verify the specified 12 in length.

Step 5: Record Existing Routing

Before removing the old hose, observe its routing, connection orientation, and support arrangement.

Step 6: Inspect Fittings

Check the connection points for:

• Damage
• Corrosion
• Contamination
• Seal deterioration
• Mechanical wear

Step 7: Install the Replacement

Install the hose without twisting or forcing the assembly into position.

Step 8: Check Clearance

Make sure the hose remains clear of moving parts, sharp edges, and unsuitable heat sources.

Step 9: Restore Pressure Gradually

After installation, restore the system under controlled conditions and inspect for leakage.

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Hose Routing and Mechanical Protection

Correct hose routing has a direct influence on service life.

The 12 in hose should be positioned naturally without excessive tension.

Avoid:

• Sharp bends
• Twisting
• Stretching
• Crushing
• Abrasion
• Contact with sharp edges
• Contact with rotating components
• Unnecessary heat exposure

If the hose is subject to continuous movement or vibration, the installation should provide sufficient flexibility without placing excessive load on the fittings.

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Inspection and Condition Monitoring

A replacement hose should be inspected periodically during compressor maintenance.

Surface Condition

Check for:

• Cracking
• Cuts
• Abrasion
• Deformation
• Swelling
• Other visible deterioration

Connection Points

Inspect the fittings and seals for leakage or mechanical damage.

Hose Routing

Confirm that the hose has not moved into contact with adjacent components.

Leakage

Any visible leakage should be investigated promptly.

Vibration

Unusual compressor vibration can increase mechanical stress on flexible hose assemblies.

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Troubleshooting Guide

Hose Leakage

Possible causes include:

• Hose deterioration
• Damaged fittings
• Seal failure
• Incorrect installation
• Excessive mechanical stress
• Unsuitable operating conditions

Inspect the entire connection rather than only the hose body.

Hose Abrasion

Abrasion can occur when the hose repeatedly contacts:

• Brackets
• Pipes
• Cabinet structures
• Machinery
• Sharp edges

Correct the routing before installing another replacement.

Hose Failure After Replacement

If a replacement fails prematurely, investigate the installation conditions.

Possible contributing factors include:

• Incorrect hose selection
• Excessive bending
• Twisting
• Excessive vibration
• High temperature
• Abrasion
• Pressure outside the intended specification
• Media incompatibility

Replacement Hose Does Not Fit

If the hose cannot be installed naturally, verify:

• Complete part number
• Hose length
• Connection arrangement
• End orientation
• Compressor model
• Original routing

Do not force a hose into a connection for which it was not designed.

Connection Continues to Leak

If leakage remains after hose replacement, inspect the associated fittings, seals, connection surfaces, and alignment.

The underlying fitting problem should be corrected before returning the compressor to normal service.

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Preventive Maintenance

Periodic Visual Inspection

Inspect the hose during scheduled compressor maintenance.

Connection Inspection

Check fittings and sealing areas for signs of leakage.

Routing Inspection

Confirm that vibration or previous maintenance work has not altered the intended routing.

Monitor Compressor Vibration

Unusual vibration can increase stress on flexible connections and should be investigated.

Maintain Spare Parts

For critical compressor installations, keeping commonly required replacement hoses available can reduce maintenance downtime.

Record the complete part identification:

47623602001 / 24266058

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Shipping Weight and Spare-Part Logistics

The supplied shipping weight is:

3 kg

This value should be used for shipping and transportation planning.

It should not be interpreted as the net weight of the hose.

For inventory management, useful identification information includes:

• Reference number
• Part number
• Hose length
• Quantity
• Shipping weight
• Compressor application
• Storage location

The 12 in length should be clearly recorded to distinguish this component from other Ingersoll Rand hose assemblies.

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Replacement Considerations

When sourcing a replacement for the Ingersoll Rand 47623602001 / 24266058 Hose, verify the complete part identification.

Supplied specifications:

• Reference: 47623602001
• Part Number: 24266058
• Hose Length: 12 in
• Shipping Weight: 3 kg

Additional characteristics should be confirmed for the specific compressor installation, including:

• Hose construction
• Internal diameter
• End fittings
• Connection type
• Pressure requirements
• Temperature requirements
• Media compatibility
• Routing requirements
• Bend limitations

These specifications should not be assumed solely from the product name.

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Compatible Compressor System Components

A typical screw compressor system can include:

Component	Typical Function
Compressor Element	Compresses air
Hose Assembly	Provides flexible connection
Oil Filter	Filters compressor oil
Air Filter	Filters intake air
Air-Oil Separator	Separates oil from compressed air
Cooler	Removes heat
Valves	Controls air or fluid flow
Sensors	Monitors operating conditions
Control System	Controls compressor operation
Electrical System	Supplies and manages compressor power

The actual configuration varies according to the compressor model.

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Related Ingersoll Rand Replacement Components

Reference / Part	Product Type	General Function
47623601001 / 24900433	Oil Filter	Compressor oil filtration
47623601001 / 47605764001	Panel Air Filter	Air filtration
47623601001 / 23708423	Air-Oil Separator	Air/oil separation
47623601001 / 88089743	Breathing Filter	Compressor system filtration
47623601001 / 24900318	Air Filter	Air filtration
47623601001 / 24266207	Hose	Flexible compressor connection
47623601001 / 24266215	Hose	Flexible compressor connection
47623601001 / 24266223	Hose	Flexible compressor connection
47623601001 / 85574374	Hose	Flexible compressor connection
47623602001 / 24266058	Hose	Flexible compressor connection

Related hoses should not be treated as direct substitutes without verifying their complete part numbers and application requirements.

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Storage Recommendations

Replacement hoses should be stored in a clean, dry environment appropriate for industrial rubber or flexible-hose components.

Avoid unnecessary exposure to:

• Direct sunlight
• Excessive heat
• Moisture
• Chemicals
• Sharp objects
• Mechanical compression

Avoid storing the hose under permanent sharp bends or loads that could deform the component.

Retaining the original identification label or packaging can help prevent part-number confusion during future maintenance.

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Key Advantages

• Ingersoll Rand industrial compressor replacement component
• Suitable for compatible compressor-system applications
• Supplied hose length of 12 in
• Identified by part number 24266058
• Associated reference 47623602001
• Flexible connection for compressor equipment
• Useful for scheduled compressor maintenance
• Suitable for replacement and overhaul operations
• Supports spare-parts inventory planning
• Supplied shipping weight of 3 kg
• Practical component for industrial compressor service

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Technical FAQs

What is the Ingersoll Rand 24266058?

The Ingersoll Rand 24266058 is identified as a Hose associated with reference 47623602001.

What is the hose length?

The supplied hose length is 12 inches.

What is the shipping weight?

The supplied shipping weight is 3 kg. This value is intended for logistics and transportation planning rather than indicating the net hose weight.

What is the purpose of a compressor hose?

A compressor hose provides a flexible connection between compatible system components and can accommodate appropriate movement and vibration.

Can the 24266058 be installed on any Ingersoll Rand compressor?

No. Compatibility must be confirmed using the complete 47623602001 / 24266058 identification and the specific compressor configuration.

What should be checked before installation?

Check the part number, hose length, connection arrangement, fittings, routing, pressure requirements, temperature requirements, and media compatibility.

Why is the 12 in length important?

The hose length affects routing and mechanical stress. An incorrect length can cause excessive tension, unnecessary loops, or interference with surrounding equipment.

What can cause hose failure?

Possible causes include abrasion, excessive bending, twisting, vibration, heat exposure, incorrect routing, unsuitable operating conditions, or incorrect part selection.

Is 3 kg the net weight of the hose?

No. The supplied specification identifies 3 kg as shipping weight.

How should this replacement hose be identified?

Verify both the reference number and part number:

47623602001 / 24266058

Also confirm the supplied 12 in length against the original installation.

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Conclusion

The Ingersoll Rand 47623602001 / 24266058 Hose is an industrial replacement hose associated with compatible compressor equipment. As a flexible connection component, it can help connect compressor-system assemblies while accommodating appropriate movement and vibration within its intended application.

The supplied hose length is 12 inches, making dimensional verification important during replacement. Correct hose length and routing help prevent unnecessary tension, excessive bending, abrasion, and interference with surrounding equipment. The supplied 3 kg shipping weight should be used for transportation and spare-parts logistics and should not be interpreted as the net component weight.

Proper replacement requires safe compressor shutdown, energy isolation, circuit depressurization, part-number verification, connection inspection, correct hose routing, and controlled leak testing after installation.

For maintenance and procurement, the complete Ingersoll Rand 47623602001 / 24266058 identification should be checked before ordering or installing the component. Exact hose construction, fittings, pressure rating, temperature rating, and media compatibility should be verified for the intended compressor system to ensure the replacement is suitable for the application.