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- Ingersoll Rand
- 47545141001 39911631
- Oil Filter
- USA
- 290 × 50 × 119 mm
- 2.27 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
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Product Overview
The Ingersoll Rand 47545141001 39911631 Oil Filter is an oil filtration component associated with industrial compressed-air equipment. In an oil-lubricated compressor, the oil circuit supports moving components, helps manage friction and heat, and carries contaminants generated during operation. The oil filter helps remove suspended particles from the circulating lubricant before they can continue through the system.
During extended compressor operation, metal wear particles, oxidation residues, and other contaminants can accumulate in the oil. If these materials circulate unchecked, they may contribute to component wear, restricted oil passages, and deterioration of lubrication performance. Maintaining the correct oil filtration arrangement is therefore an important part of compressor servicing.
For maintenance teams managing scheduled overhauls or routine service intervals, identifying the filter by its complete part designation helps distinguish it from other filtration elements used in the same equipment. The 47545141001 and 39911631 identifiers should be retained when documenting replacement parts and planning maintenance inventory.
Technical Specifications
| Parameter | Details |
|---|---|
| Brand | Ingersoll Rand |
| Part Number | 47545141001 |
| Additional Part Number | 39911631 |
| Product Type | Oil Filter |
| Product Category | Compressor Lubrication System Component |
| Primary Function | Removal of contaminants from circulating lubricating oil |
| Application | Industrial compressor oil filtration |
| Filtered Medium | Lubricating oil |
| Installation Location | Oil circuit, subject to the applicable compressor configuration |
| Filtration Purpose | Reduce the circulation of suspended contaminants |
| System Relationship | Compressor lubrication and oil management system |
| Maintenance Type | Periodic inspection and replacement |
| Replacement Consideration | Correct part identification and equipment compatibility |
| Operating Requirements | Must suit the oil circuit and operating conditions of the intended equipment |
Product Features
- Oil Contamination Control: Helps capture suspended contaminants in the lubricant, reducing the amount of particulate material that continues through the oil circuit.
- Support for Lubricated Components: Oil filtration contributes to maintaining suitable lubrication conditions for bearings, gears, and other oil-lubricated components where applicable.
- Maintenance-Oriented Replacement: A separately identified filter element or assembly allows maintenance personnel to include oil filtration in planned compressor servicing.
- Part Number Identification: Retaining both the 47545141001 and 39911631 identifiers helps reduce confusion when processing maintenance records and spare-parts orders.
- Integration with the Oil Circuit: The filter functions as part of the broader lubrication arrangement rather than as a standalone air-treatment component.
- Condition-Based Service Planning: Oil condition, operating hours, pressure behavior, and maintenance history can help determine when the filtration component requires attention.
Working Principle
As lubricating oil moves through the compressor oil circuit, it passes through the filtration component according to the equipment’s oil-flow arrangement. The filter media retains particles within its effective capture range while allowing oil to continue through the intended flow path.
Contaminants can enter the lubricant through normal component wear, oil degradation, or contamination introduced during servicing. Over time, retained material accumulates in the filter. As the contaminant load increases, the filter may develop greater flow resistance, depending on its construction and operating conditions.
The condition of the oil filter therefore affects more than the cleanliness of the lubricant. Restricted flow can influence the performance of the lubrication system, particularly when the compressor operates for long periods or under demanding loads. A suitable replacement filter restores the intended filtration path when the existing component reaches its service limit.
The exact filtration rating, internal construction, bypass arrangement, and differential-pressure limits for part 47545141001 are not established by the part designation alone. These details should not be assumed when evaluating the filter’s technical performance.
Role in a Compressor Lubrication Architecture
The oil filter operates within the compressor’s lubrication architecture, where oil circulation, filtration, cooling, and delivery work together to support equipment operation.
| System Element | Relationship to the Oil Filter |
|---|---|
| Oil Sump or Reservoir | Stores lubricating oil before it circulates through the system, depending on compressor design |
| Oil Pump or Circulation Mechanism | Moves oil through the lubrication circuit where a separate pumping arrangement is used |
| Oil Filter | Removes suspended contaminants from the oil stream |
| Oil Cooler | Helps control lubricant temperature in systems equipped with an oil-cooling circuit |
| Lubricated Bearings and Moving Components | Receive oil through the system’s designated delivery paths |
| Oil Lines and Internal Passages | Carry lubricant between the filtration component and other parts of the circuit |
| Oil Temperature and Pressure Monitoring | Helps maintenance personnel evaluate operating conditions that may affect filtration and lubrication |
| Service and Replacement Records | Track filter changes, operating hours, and recurring maintenance issues |
The filter’s exact position within this architecture depends on the compressor model. Before installation, the equipment’s parts configuration should be checked to confirm the correct location and flow arrangement.
Industrial Applications
| Application | Oil Filtration Requirement | Relevance of the Filter |
|---|---|---|
| Industrial Compressed-Air Production | Lubricant must remain suitable for continuous compressor operation | Supports the removal of suspended contaminants from the oil circuit |
| Manufacturing Plant Utilities | Compressor equipment may operate for extended production shifts | Forms part of scheduled lubrication-system maintenance |
| Pneumatic Equipment Supply | Compressor availability affects downstream pneumatic operations | Helps maintain oil cleanliness in the compressor supplying the air system |
| General Industrial Compressor Rooms | Multiple service intervals may need to be coordinated across equipment | Provides an identifiable oil-filter replacement item for maintenance planning |
| Preventive Maintenance Programs | Filters are serviced according to operating conditions and maintenance requirements | Supports documented replacement schedules and spare-parts control |
| Compressor Overhaul Work | Lubrication components are inspected during major service activities | Allows the oil filter to be included in the service checklist where applicable |
Installation and Maintenance
- Verify the part identification: Confirm that 47545141001 and 39911631 correspond to the required oil filter for the compressor being serviced.
- Check the equipment configuration: Identify the compressor model and the applicable oil-circuit arrangement before removing the existing component.
- Shut down the compressor safely: Follow the equipment’s shutdown and isolation procedure before starting maintenance work.
- Allow the system to cool: Wait until the oil and surrounding components have reached a safe temperature for service.
- Relieve residual pressure: Ensure that trapped pressure in the relevant oil circuit has been released according to the equipment’s service procedure.
- Prepare the work area: Use suitable collection equipment to control oil spills and prevent contamination from entering open passages.
- Inspect the removed component: Check for unusual deposits, deformation, damaged sealing surfaces, or other visible signs that may help explain the filter’s condition.
- Examine the filter mounting area: Clean the relevant contact surfaces and inspect the housing or connection for damage before fitting the replacement.
- Install the replacement correctly: Follow the applicable installation orientation, sealing requirements, and tightening procedure rather than assuming a universal fitting method.
- Check the lubricant condition: Review oil level and condition as required by the compressor’s maintenance procedure, and address any evident contamination or degradation.
- Verify operation after servicing: Restart the equipment according to the prescribed procedure and check for oil leakage, abnormal pressure indications, or other unusual operating conditions.
- Record the maintenance activity: Document the replacement part number, service date, operating hours, and any findings that may affect the next maintenance interval.
Related Components
| Component | Function | Relationship to the Oil Filter |
|---|---|---|
| Compressor Lubricating Oil | Lubricates applicable internal moving components and carries heat away from contact surfaces | The filter removes suspended contaminants from the circulating oil |
| Oil Cooler | Reduces lubricant temperature in systems using a separate cooling component | Helps maintain suitable oil operating conditions |
| Oil Separator | Separates oil from compressed air in applicable oil-injected compressor designs | Performs a different separation function from the oil filter |
| Oil Lines and Fittings | Transport lubricant through the oil circuit | Connect the filtration component with other lubrication-system elements |
| Oil Pressure Monitoring Component | Monitors pressure conditions within the designated circuit | Can help identify operating changes associated with oil-flow restrictions |
| Filter Housing or Mounting Assembly | Holds and connects the filtration component where a separate housing is used | Determines the installation interface and sealing arrangement |
| Compressor Service Kit | Groups selected maintenance parts for scheduled servicing | May include related consumables, depending on the equipment configuration |
Recommended Related Models
| Product or Model | Product Type | Relationship |
|---|---|---|
| Ingersoll Rand 47545141001 39911631 | Oil Filter | Primary part covered in this article |
| Ingersoll Rand Compressor Oil Filter | Oil Filtration Component | General product category for identifying related filtration requirements |
| Ingersoll Rand Air Filter | Air Intake Filtration Component | Filters incoming air rather than circulating lubricating oil |
| Ingersoll Rand Oil Separator | Oil Separation Component | Separates oil from compressed air in applicable compressor systems |
| Ingersoll Rand Oil Cooler | Lubrication System Cooling Component | Supports lubricant temperature control where fitted |
| Ingersoll Rand Lubricating Oil | Compressor Lubricant | Working fluid used by the lubrication system |
Key Advantages
- Helps control particulate contamination in circulating compressor oil.
- Supports maintenance of the compressor lubrication circuit.
- Provides clear part-number identification for service planning.
- Can be incorporated into scheduled filter inspection and replacement procedures.
- Helps maintenance teams document oil-system servicing and recurring operating issues.
Technical FAQs
What is the function of the Ingersoll Rand 47545141001 39911631 Oil Filter?
Its stated product category is an oil filter. In an applicable compressor lubrication circuit, an oil filter removes suspended contaminants from circulating lubricant to help limit the recirculation of particulate material.
Is the 47545141001 oil filter interchangeable with other Ingersoll Rand filters?
Interchangeability should not be assumed from the brand or product category alone. The replacement must match the required part identification, installation interface, filtration requirements, and compressor configuration.
What symptoms may indicate that an oil filter needs inspection?
Potential warning signs include abnormal oil-pressure indications, evidence of restricted oil flow, oil leakage around the filter connection, or maintenance findings showing excessive contamination. These symptoms can also have other causes and should be evaluated within the complete lubrication system.
Can the filtration rating and service interval be determined from the part number?
The part number alone does not establish the precise micron rating, differential-pressure limit, bypass configuration, or replacement interval. Those values should not be inferred without product-specific technical data and the applicable compressor maintenance requirements.