Product Overview

The Ingersoll Rand 47704460001 23626443 Hose is an industrial replacement hose assembly used in Ingersoll Rand compressed air equipment and related pneumatic systems. As part of the 47704460001 component series, this hose is designed to provide a flexible connection path for transferring air or system fluids between connected machine components.

In industrial compressor systems, hoses are commonly installed between assemblies where rigid piping connections are not practical. They help accommodate equipment movement, reduce vibration transmission, and simplify maintenance access during service operations.

The 23626443 hose is mainly applied in pneumatic equipment maintenance, replacement projects, and compressor servicing where the original hose assembly needs to be restored to maintain proper system operation.

For technicians maintaining Ingersoll Rand equipment, selecting the correct hose model and length is important because hose routing, connection position, pressure requirements, and installation clearance directly affect system performance and service reliability.

Technical Specifications

Product Features

The Ingersoll Rand 23626443 Hose provides flexible connection capability for industrial equipment systems.

Key characteristics include:

• Ingersoll Rand replacement hose component
• Model 23626443
• Associated assembly series 47704460001
• Hose length of 47.32 inches
• Suitable for compressor maintenance applications
• Provides flexible routing between components
• Helps accommodate equipment vibration and movement
• Simplifies installation in confined spaces
• Suitable for replacement and repair projects
• Supports restoration of original equipment configuration
• Designed for industrial service environments

The hose functions as a connection component rather than an active control device, ensuring proper fluid or air transfer between system assemblies.

Working Principle

The Ingersoll Rand 23626443 Hose works by providing a flexible passage between connected pneumatic or compressor system components.

A simplified connection path is:

Compressor Assembly → 23626443 Hose → Connected Pneumatic Component

During operation, pressurized air or system fluid flows through the hose between equipment sections. The flexible construction allows the connection to tolerate equipment vibration and movement while maintaining the required flow path.

Typical functions include:

• Air transfer between compressor components
• Flexible connection between assemblies
• Vibration isolation between rigid components
• Simplified equipment servicing

Unlike rigid pipes, flexible hoses provide installation advantages in areas where alignment changes, vibration, or limited space may affect connection reliability.

Role in Compressor System Architecture

The 23626443 Hose serves as a mechanical connection element within an Ingersoll Rand equipment assembly.

A typical arrangement can be represented as:

Compressor Unit → Internal Piping Assembly → Hose Connection → Pneumatic Circuit / Component

Within this structure:

• Compressor components generate and manage compressed air.
• The hose transfers air or fluid between system sections.
• Connected components perform their designed mechanical functions.
• Maintenance personnel can remove or replace the hose during service operations.

Although it does not contain electronic functions, the hose plays an important role in maintaining proper system connections and operational stability.

Industrial Applications

The Ingersoll Rand 23626443 Hose is commonly used in industrial equipment maintenance applications.

The specific installation depends on the Ingersoll Rand equipment model and hose routing requirements.

Installation and Maintenance

Proper installation helps ensure reliable hose performance and prevent leakage or premature failure.

Recommended practices include:

• Confirm the correct hose part number before replacement.
• Verify hose length and routing requirements.
• Inspect connection fittings before installation.
• Check sealing surfaces and connectors.
• Avoid excessive bending or twisting.
• Ensure the hose is not exposed to unsuitable mechanical stress.
• Inspect for cracks, abrasion, or aging during maintenance.
• Confirm secure connections after installation.
• Perform leakage checks during system operation.

When a hose-related problem occurs, technicians should inspect surrounding components as well, because vibration, improper routing, or damaged fittings may contribute to premature hose failure.

Related Components

The Ingersoll Rand 23626443 Hose works together with various compressor system components.

These components form the mechanical connection network required for reliable compressor operation.

Recommended Related Models

Selection should be based on equipment model, hose routing, connection specifications, and original replacement requirements.

Key Advantages

• Ingersoll Rand industrial replacement hose
• Model 23626443
• Assembly series 47704460001
• Hose length 47.32 inches
• Provides flexible equipment connections
• Suitable for compressor maintenance applications
• Helps reduce vibration-related connection stress
• Supports efficient equipment servicing
• Suitable for industrial pneumatic systems
• Helps maintain original equipment performance

Technical FAQs

What is the purpose of the Ingersoll Rand 23626443 Hose?

The hose provides a flexible connection path between compressor system components, allowing air or fluid transfer while accommodating equipment movement and vibration.

Why are flexible hoses used in compressor systems instead of rigid pipes?

Flexible hoses simplify installation, reduce vibration transmission, and allow easier maintenance access in areas where rigid connections may create mechanical stress.

What should be confirmed before replacing a 23626443 hose?

Technicians should verify the hose model, length, connection position, routing arrangement, and compatibility with the existing Ingersoll Rand equipment assembly.

What maintenance checks help extend hose service life?

Regular inspection of fittings, routing condition, abrasion points, bending stress, and leakage conditions helps prevent unexpected hose failure.