Ingersoll Rand 47556186001 23497001 Air/Oil Separator Module

Where It Excels in Industrial Use

• Oil-injected screw compressor systems: 23497001 supports separation of entrained lubricant from compressed air, helping maintain effective oil management during continuous operation.
• Industrial compressed-air production: Designed for demanding compressor environments where dependable separation performance and controlled oil carryover are important.
• High-duty applications: Well suited to manufacturing, processing, utilities, and other facilities where compressors operate for extended periods under varying loads.
• Preventive maintenance: Provides a practical replacement solution when the existing separator reaches its service limit or shows signs of increased differential pressure or reduced separation efficiency.

Key Strengths at a Glance

• Dedicated separator element: 23497001 is designed for compatible Ingersoll Rand compressor configurations.
• Efficient oil recovery: Helps separate lubricant from compressed air and return recovered oil to the compressor lubrication circuit.
• Reduced oil carryover: Proper separator performance helps limit lubricant migration into downstream compressed-air piping.
• Supports stable pressure drop: A correctly selected and maintained separator helps preserve efficient airflow through the separation system.
• Maintenance-focused design: Supports scheduled compressor servicing while helping protect the airend and downstream air-treatment equipment. 

Technical FAQs

1. What is Ingersoll Rand 23497001?

Ingersoll Rand 23497001 is an air/oil separator element used in compatible oil-injected rotary screw compressor systems.

2. What is the relationship between 47556186001 and 23497001?

47556186001 identifies the applicable maintenance package, while 23497001 identifies the individual air/oil separator component.

3. What is the primary function of an air/oil separator?

The separator removes entrained lubricant from compressed air after the compression stage, allowing recovered oil to return to the compressor's lubrication circuit.

4. Why is oil separation important in an oil-injected compressor?

Effective separation helps retain lubricant inside the compressor while reducing oil carryover into the compressed-air network.

5. What can cause excessive oil carryover?

A deteriorated separator, excessive oil level, restricted oil-return line, damaged seals, unsuitable lubricant, or abnormal operating conditions can contribute to increased oil carryover.

6. How does separator loading affect compressor performance?

As contamination accumulates, pressure differential across the separator can increase. Excessive restriction may raise energy consumption and affect overall compressor efficiency.

7. Can a separator influence lubricant consumption?

Yes. Poor separation allows more oil to leave with the compressed air, potentially increasing lubricant consumption and requiring more frequent oil replenishment.

8. What should be inspected during separator replacement?

The separator vessel, sealing surfaces, gaskets, oil-return line, scavenge system, and associated connections should be checked for contamination, leakage, damage, or restriction.

9. Can a different separator with similar dimensions replace 23497001?

Not solely on dimensional similarity. Separation efficiency, flow capacity, pressure drop, sealing arrangement, construction, and compressor compatibility must also be confirmed.

10. What should be verified before installing 23497001?

Confirm the compressor model, serial number, separator configuration, existing part number, vessel arrangement, and applicable maintenance procedure.