Ingersoll Rand 47807242001 Oil Filte

The Ingersoll Rand 47807242001​ is a high-performance oil filter element designed specifically for Ingersoll Rand screw air compressors. This genuine OEM part plays a critical role in maintaining compressor efficiency and longevity by removing contaminants from the lubricating oil, protecting vital components like the compressor block and bearings from wear and damage. Regular replacement of this filter is essential for optimal compressor performance and prevention of costly downtime

1. Product Overview and Technical Specifications

The Ingersoll Rand 47807242001 oil filter is an essential component in the compressor’s lubrication system. It utilizes advanced filter media to capture contaminants as small as 5-10 microns, ensuring only clean oil reaches critical components . This filter is engineered to meet original equipment specifications, guaranteeing perfect compatibility and performance.   Detailed Technical Data:

• Filtration Rating: Typically 5-10 microns, effectively removing metal particles, dust, and other contaminants 
• Maximum Operating Pressure: 14-35 bar (consistent with similar Ingersoll Rand oil filters) 
• Maximum Temperature Resistance: Up to 120°C 
• Bypass Valve Opening Pressure: 2.5-3.5 bar (prevents oil starvation if filter becomes restricted) 
• Filter Media: High-efficiency glass fiber or specialized filter paper for optimal contaminant retention 

2. Compatible Compressor Models

The 47807242001 oil filter is designed for use across multiple Ingersoll Rand screw compressor series. Based on similar filter numbering patterns and application data, this filter is likely compatible with the following compressor lines :  

• ML Series Compressors​ (ML22, ML37, ML55, etc.)
• MM Series Compressors​ (MM22, MM37, MM55, etc.)
• MH Series Compressors​ (MH55, MH75, MH90, etc.)
• M Series Compressors​ (M55, M75, M90, M110, etc.)
• UP Series Compressors​ (UP5-11, UP5-15, UP5-18, etc.)
• XF Series Compressors

For exact compatibility, always verify against your compressor’s model and serial number in the official parts manual .  

3. Function, Installation Location, and Importance

Installation Location and Role

The oil filter is typically installed on the oil lubrication line​ of the screw compressor, often in a spin-on or cartridge housing for easy service access. Its strategic placement ensures all oil circulating through the compressor passes through the filter before reaching critical components .  

Critical Functions

1. Contaminant Removal: Filters out metal particles, carbon deposits, and other impurities from the lubricating oil, preventing abrasive wear on the compressor block, bearings, and seals.
2. Oil Protection: Maintains oil quality by removing degradation by-products, extending the service life of both the oil and the compressor.
3. System Protection: Precludes the accumulation of deposits in oil passages, coolers, and control elements, ensuring consistent compressor performance.
4. Overpressure Protection: Integrated bypass valve ensures oil flow continues if the filter becomes clogged, preventing oil starvation and potential compressor damage.

4. Maintenance and Replacement Guide

Replacement Cycle

• Standard Interval: Every 2,000 operating hours​ or annually, whichever comes first.
• Severe Service Conditions: In dusty or high-temperature environments, reduce interval to 1,000-1,500 hours​.
• First Replacement: New compressors require the first oil and filter change after 500 hours​ of operation.

Replacement Indicators

• Differential Pressure Alert: Control panel warning when filter restriction reaches 1.0-1.4 bar.
• High Operating Temperatures: Clogged filters can lead to increased oil temperatures.
• Extended Service Time: Time-based replacement based on operating hours.

Step-by-Step Replacement Procedure

1. Safety Preparation: Shut down compressor, isolate power, and release all air pressure from the system.
2. Filter Access: Locate the oil filter housing, typically positioned near the compressor block.
3. Old Filter Removal: Use a filter wrench to unscrew the old filter element. Have a drain pan ready to capture residual oil.
4. Surface Preparation: Clean the filter mounting surface on the compressor housing.
5. New Filter Installation: Apply a thin film of clean oil to the gasket of the new 47807242001 filter. Screw on until the gasket contacts the mounting surface, then tighten an additional 3/4 turn by hand.
6. System Check: Restart the compressor and check for leaks while monitoring oil pressure.

5. Associated Filter Kit (“Three Filters” Set)

For optimal performance, replace all three primary filters simultaneously. Below are compatible filters for models that use the 47807242001 oil filter :  

6. Physical Dimensions and Specifications

While exact dimensions for the 47807242001 are not explicitly listed in the search results, based on similar Ingersoll Rand oil filters, typical dimensional parameters include :  

• Height: Approximately 60-300 mm (varies by specific application)
• Outside Diameter: Typically 45-105 mm
• Thread Specification: Varies by model (common threads include 1-12UNF, M38×1.5)
• Gasket Material: Nitrile rubber for reliable sealing

For precise dimensional data, consult the technical datasheet for your specific compressor model or contact an authorized Ingersoll Rand parts distributor .  

7. Similar Oil Filter Part Numbers and Applications

Below is a comprehensive list of alternative Ingersoll Rand oil filter part numbers and their typical applications, providing replacement options and cross-reference data :  

8. Consequences of Neglecting Filter Replacement

Using a clogged or expired oil filter can lead to serious compressor issues :  

1. Reduced Oil Flow: Restricted flow causes inadequate lubrication, potentially damaging the compressor block and bearings.
2. Increased Operating Temperatures: Impaired heat transfer due to reduced oil flow can lead to overheating.
3. Bypass Valve Activation: If the filter becomes completely blocked, unfiltered oil bypasses the filter, allowing contaminants to circulate throughout the system.
4. Energy Efficiency Loss: Increased system pressure drop results in higher energy consumption.
5. Component Damage: Abrasive particles in unfiltered oil accelerate wear on precision components.