ProductPRODUCT
Featured products
Contact Us
- Ingersoll Rand
- 47704430001 23708423
- Air-Oil Separator
- USA
- 340 x 65 x 200 mm
- 0.9 kg
- Xiamen, China
- New & In Stock
- T/T, PayPal, Western Union
- 1 Year
- 1-3 Working Days
- DHL, UPS, TNT, FedEx and EMS.
- 24-Hour Service
- COO
- 9
Our advantage
Global Logistics
We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
Brand new and original
Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
24-hour service
We provide 7*24 hours service to our customers. We will be there whenever you need us.
Price advantage
All our products are priced very favorably because we have our own warehouse and supply.
| Company Information | |||
| [email protected] | |||
| Mobile | +8615980777398 | ||
| +8615980777398 | |||
| 15980777398 |
Product Overview
The Ingersoll Rand 47704430001 23708423 Air-Oil Separator is an important filtration and separation component used in compatible oil-lubricated industrial air compressor systems.
In an oil-injected compressor, lubricating oil is introduced into the compression process to perform several important functions, including lubrication, cooling and sealing. During compression, the resulting compressed-air stream contains oil droplets that must be separated before the air leaves the compressor package.
The purpose of the 23708423 Air-Oil Separator is to separate entrained compressor oil from the compressed-air stream and return the recovered oil to the compressor lubrication circuit. This allows the compressor to maintain the required oil balance while producing compressed air with substantially reduced oil carryover.
The supplied product dimensions are approximately 340 × 65 × 200 mm, with a listed weight of approximately 0.9 kg.
The component is therefore not an electrical control module or PLC-related device. It is a mechanical filtration and separation component that forms part of the compressor’s air/oil management system.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | Ingersoll Rand |
| Model | 47704430001 |
| Additional Part Number | 23708423 |
| Product Type | Air-Oil Separator |
| Application | Industrial air compressor |
| Primary Function | Separation of oil from compressed air |
| System | Compressor air/oil separation system |
| Installation Position | Air/oil separation assembly |
| Product Dimensions | 340 × 65 × 200 mm |
| Weight | Approx. 0.9 kg |
| Application Environment | Industrial |
| Component Type | Replaceable compressor service component |
| Oil Recovery Function | Returns separated oil to lubrication circuit |
| Air Treatment Function | Reduces oil carryover in compressed air |
| Typical Equipment | Compatible Ingersoll Rand compressor systems |
| Maintenance Role | Preventive compressor maintenance |
Function and Working Principle
The 47704430001 23708423 Air-Oil Separator operates as part of the compressor’s air/oil separation process.
In an oil-injected compressor, oil is introduced into the compression chamber during operation. The oil absorbs heat, lubricates internal components and contributes to sealing between moving components.
After compression, the air/oil mixture must be separated.
A simplified process is:
Oil-Injected Compression
↓
Compressed Air + Oil Mixture
↓
Air-Oil Separator
↓
Separated Compressed Air
↓
Compressed-Air Outlet
At the same time:
Recovered Oil
↓
Oil Return Circuit
↓
Compressor Lubrication System
The separator therefore performs two complementary functions:
- Reducing the amount of oil remaining in the compressed-air stream.
- Recovering separated oil so that it can be returned to the compressor’s oil circuit.
This process helps maintain both compressed-air quality and the compressor’s internal oil balance.
What Is the Ingersoll Rand 23708423 Air-Oil Separator Used For?
The Ingersoll Rand 47704430001 23708423 Air-Oil Separator is used to separate lubricating oil from compressed air inside compatible oil-injected compressor systems.
Its primary applications include:
- Rotary screw compressors
- Industrial air compressors
- Factory compressed-air systems
- Manufacturing facilities
- Automotive production plants
- Process industries
- Packaging facilities
- Pneumatic production systems
- Industrial utility-air systems
The separator is particularly important where the compressed air must have controlled oil carryover.
Role in Industrial Compressor Systems
The air-oil separator is a central component in an oil-injected compressor package.
A simplified system can be represented as:
Ambient Air
↓
Air Filter
↓
Compressor Air End
↓
Air/Oil Mixture
↓
Air-Oil Separator
↓
Compressed Air
↓
Aftercooler / Air Treatment
↓
Factory Air Network
Meanwhile, separated oil follows another path:
Separated Oil
↓
Oil Return Line
↓
Oil Cooler
↓
Oil Filter
↓
Compressor Lubrication Circuit
This arrangement allows the compressor to continuously circulate and reuse its lubricating oil.
The separator therefore contributes directly to:
- Reduced oil carryover
- Oil recovery
- Compressor lubrication management
- Compressed-air quality
- Compressor operating stability
- Long-term equipment reliability
Why Air-Oil Separation Is Important
Oil-injected compressors intentionally introduce oil into the compression process.
This oil is useful inside the compressor, but excessive oil in the final compressed-air stream is undesirable.
High oil carryover can potentially result in:
- Increased downstream oil contamination
- Oil accumulation in air treatment equipment
- Contamination of pneumatic components
- Reduced compressed-air quality
- Increased oil consumption
- More frequent maintenance
- Problems with downstream processes
The air-oil separator provides the primary mechanism for controlling this carryover.
A properly functioning separator allows the compressor to retain the oil required for its internal operation while delivering compressed air with substantially reduced oil content.
Air-Oil Separation Process
The separation process involves several stages.
1. Compression
Atmospheric air enters the compressor and is compressed together with lubricating oil.
2. Initial Separation
The air/oil mixture enters the separation system, where larger oil droplets can be separated from the gas stream.
3. Fine Separation
The separator element captures finer oil droplets that remain suspended in the compressed air.
4. Oil Recovery
Collected oil accumulates within the separator assembly and is directed back toward the compressor oil circuit.
5. Cleaned Compressed Air
The separated compressed air continues toward the outlet and downstream air-treatment equipment.
This continuous process allows the compressor to operate with oil injection while controlling oil carryover.
Air-Oil Separator and Oil Filter Are Different Components
The 23708423 Air-Oil Separator should not be confused with the compressor oil filter.
They have different functions.
| Component | Primary Function |
|---|---|
| Air-Oil Separator | Separates oil from compressed air |
| Oil Filter | Removes contaminants from circulating compressor oil |
| Air Filter | Filters atmospheric air entering the compressor |
| Aftercooler | Reduces compressed-air temperature |
| Oil Cooler | Controls lubricating-oil temperature |
| Line Filter | Filters compressed air downstream |
The air-oil separator deals primarily with oil carried in compressed air, while the oil filter deals with contaminants in the lubrication circuit.
Both components are essential, but they serve different purposes.
Industrial Applications
Manufacturing Plants
Compressed air is widely used for:
- Pneumatic tools
- Automation equipment
- Control valves
- Actuators
- Assembly machinery
- Material handling
Effective oil separation helps maintain suitable compressed-air quality for downstream equipment.
Automotive Manufacturing
Automotive factories use compressed air throughout production lines.
Oil carryover can affect pneumatic equipment and downstream air-treatment systems, making effective air/oil separation important.
Packaging Systems
Packaging machinery often uses compressed air for high-speed pneumatic operations.
Stable air quality helps maintain reliable operation of pneumatic components.
Process Industries
Industrial process plants may require compressed air continuously.
Reliable oil separation helps support stable compressor operation and downstream air treatment.
General Industrial Utility Systems
Large facilities often use centralized compressor stations to supply plant-wide compressed air.
In these systems, separator performance is an important part of overall compressed-air management.
Installation and System Integration
The 47704430001 23708423 Air-Oil Separator should be installed according to the configuration of the compatible compressor.
A general replacement procedure includes:
- Shut down the compressor.
- Isolate the electrical power supply.
- Depressurize the compressor system according to the applicable maintenance procedure.
- Allow the equipment to cool.
- Confirm that the replacement separator has the correct identification.
- Access the air/oil separation assembly.
- Remove the existing separator.
- Inspect the separator housing.
- Clean the relevant sealing surfaces.
- Check the oil-return components.
- Inspect the replacement separator for damage.
- Install the new separator in the correct orientation.
- Verify all sealing interfaces.
- Reconnect associated components.
- Restore the compressor system.
- Start the compressor.
- Check for oil leakage.
- Monitor operating pressure and temperature.
- Check for abnormal oil carryover.
- Record the maintenance activity.
The exact procedure depends on the compressor model and separator assembly.
Installation Precautions
Correct installation is particularly important for an air-oil separator because improper sealing or installation can affect the separation process.
Verify the Complete Identification
Before installation, confirm:
47704430001
and:
23708423
The compatible compressor model should also be verified.
Inspect the Oil Return System
A separator relies on an appropriate oil-return path.
A blocked or restricted oil-return line can affect separator performance and oil balance.
Check Sealing Surfaces
Inspect for:
- Dirt
- Old gasket material
- Damage
- Deformation
- Oil deposits
Avoid Contamination
The new separator should remain clean during installation.
Foreign particles entering the separation system can potentially affect operation.
Check for Leakage
After startup, inspect the separator assembly and connected oil lines for leaks.
Maintenance and Replacement
The air-oil separator is normally treated as a scheduled compressor maintenance component.
Its service life depends on:
- Compressor operating hours
- Oil condition
- Compressor loading
- Operating temperature
- Environmental conditions
- Oil type
- Maintenance quality
- Compressor model
- Air/oil separation system design
Regular inspection and replacement can help maintain separator performance.
Maintenance personnel should also investigate abnormal separator behavior rather than simply replacing the element repeatedly.
Signs of a Potential Air-Oil Separator Problem
| Symptom | Possible Cause |
|---|---|
| Increased oil carryover | Separator deterioration or another system fault |
| Excessive oil consumption | Oil loss or poor separation |
| Oil in downstream air system | Excessive oil carryover |
| Increased separator differential pressure | Separator restriction |
| Compressor high-temperature condition | Possible oil circulation issue |
| Oil return problems | Restricted return circuit |
| Frequent separator replacement | Abnormal contamination or operating condition |
| Oil accumulation downstream | Separation problem |
| Abnormal compressor shutdown | Protective control response |
| Unstable compressor operation | Possible air/oil system issue |
These symptoms can have multiple causes.
A proper troubleshooting procedure should also inspect:
- Oil level
- Oil condition
- Oil filter
- Oil cooler
- Oil return line
- Separator housing
- Compressor operating pressure
- Compressor temperature
- Air-end condition
Air-Oil Separator Differential Pressure
Differential pressure is an important indicator of separator condition.
As contamination accumulates or the separator becomes restricted, the pressure difference across the separator may increase.
A simplified relationship is:
Normal Separator Condition
→ Appropriate airflow
→ Controlled pressure drop
→ Stable compressor operation
Restricted Separator
→ Increased pressure drop
→ Greater flow resistance
→ Potentially higher operating load
Excessive differential pressure should therefore be investigated according to the compressor’s maintenance requirements.
Oil Carryover and Compressor Performance
Oil carryover refers to the amount of compressor oil leaving the separation system with compressed air.
A properly functioning separator minimizes this loss.
Excessive oil carryover can indicate:
- Separator deterioration
- Incorrect oil level
- Oil-return restriction
- Improper operating conditions
- Excessive compressor loading
- Separation-system damage
- Incorrect oil selection
- Other compressor system problems
Therefore, replacing the separator is not always the only required corrective action.
A complete system diagnosis should be performed when oil carryover increases unexpectedly.
Compatible System Components
The 23708423 Air-Oil Separator operates with multiple components within the compressor package.
| Component | Function |
|---|---|
| Compressor Air End | Produces compressed air/oil mixture |
| Air-Oil Separator | Separates oil from compressed air |
| Oil Filter | Removes contaminants from circulating oil |
| Oil Cooler | Controls oil temperature |
| Air Cooler | Reduces compressed-air temperature |
| Oil Return Line | Returns recovered oil |
| Oil Reservoir | Stores circulating compressor oil |
| Air Intake Filter | Cleans incoming atmospheric air |
| Intake Valve | Controls compressor airflow |
| Pressure Sensors | Monitor system pressure |
| Temperature Sensors | Monitor operating temperature |
| Compressor Controller | Supervises operating conditions |
| Air Receiver | Stores compressed air |
| Air Dryer | Controls compressed-air moisture |
The actual system configuration depends on the compressor design.
Recommended Alternative Models
| Model | Type | Key Feature | Typical Application |
|---|---|---|---|
| 47704430001 / 23708423 | Air-Oil Separator | Compressor oil recovery and air separation | Compatible Ingersoll Rand systems |
| Compressor Air-Oil Separator | Separator Element | Reduces oil carryover | Oil-injected compressors |
| High-Efficiency Separator | Air-Oil Separator | Enhanced oil separation | Demanding industrial applications |
| Heavy-Duty Separator Element | Compressor Separator | Designed for extended industrial service | Continuous-duty compressors |
| Standard Separator Element | Air-Oil Separator | General replacement component | Routine compressor maintenance |
| Compressor Oil Separation Element | Separator | Controls oil entrainment | Industrial compressed-air systems |
| Compressor Maintenance Kit | Service Components | Supports scheduled maintenance | Preventive compressor service |
| Compatible OEM-Grade Separator | Air-Oil Separator | Designed for specified compressor systems | Replacement maintenance |
Alternative components should be selected according to the complete compressor model and separation-system requirements.
Physical dimensions alone should not be used to determine compatibility.
Key Advantages
- Designed for industrial compressor air/oil separation
- Helps reduce oil carryover into compressed air
- Supports compressor oil recovery
- Helps maintain the compressor oil balance
- Supports downstream compressed-air quality
- Works as part of the compressor lubrication system
- Suitable for compatible Ingersoll Rand equipment
- Product dimensions of 340 × 65 × 200 mm
- Approximate weight of 0.9 kg
- Associated identification 47704430001 / 23708423
- Suitable for oil-injected compressor applications
- Important component in preventive compressor maintenance
Technical FAQs
What is the Ingersoll Rand 47704430001 23708423?
The 47704430001 23708423 is an Air-Oil Separator used in compatible Ingersoll Rand industrial compressor systems.
What does an air-oil separator do?
It separates lubricating oil from compressed air and helps return recovered oil to the compressor lubrication circuit.
Why does an oil-injected compressor need an air-oil separator?
Oil is intentionally introduced into the compression process for lubrication, cooling and sealing. The separator removes most of this oil from the compressed-air stream before the air leaves the compressor.
What are the dimensions of the separator?
The supplied dimensions are approximately:
340 × 65 × 200 mm
What is the weight?
The listed weight is approximately:
0.9 kg
Is an air-oil separator the same as an oil filter?
No. An air-oil separator separates oil from compressed air, while an oil filter removes contaminants from circulating compressor oil.
What happens when an air-oil separator becomes restricted?
A restricted separator can increase pressure drop and may affect compressor operating efficiency and system conditions.
What causes excessive oil carryover?
Possible causes include a deteriorated separator, incorrect oil level, restricted oil return, unsuitable oil, abnormal operating conditions or other compressor-system problems.
How often should the separator be replaced?
Replacement should follow the applicable compressor maintenance schedule and take into account operating hours, oil condition and actual equipment conditions.
Can an air-oil separator affect compressed-air quality?
Yes. Its primary purpose is to reduce oil carryover from the compressor into the compressed-air system.
Should the oil filter be replaced at the same time?
Not necessarily. The oil filter and separator have different service requirements. However, both should be inspected according to the compressor’s preventive-maintenance schedule.
Can I select another separator based only on dimensions?
No. The compressor model, separator design, sealing arrangement, airflow requirements and oil-return configuration must also be considered.
What should be checked after installing a new separator?
Maintenance personnel should check:
- Oil leakage
- Separator installation
- Oil level
- Oil-return system
- Compressor pressure
- Compressor temperature
- Differential pressure
- Oil carryover
- Diagnostic indications
Conclusion
The Ingersoll Rand 47704430001 23708423 Air-Oil Separator is a key mechanical component in compatible oil-injected industrial compressor systems. Its primary function is to separate lubricating oil from compressed air while allowing recovered oil to return to the compressor’s lubrication circuit.
With supplied dimensions of 340 × 65 × 200 mm and an approximate weight of 0.9 kg, the separator is designed as a dedicated compressor service component.
Its operation is closely connected with the compressor air end, oil filter, oil cooler, oil-return circuit, air/oil separation housing and control system. Maintaining these components together is important for stable compressor operation.
A properly functioning separator helps reduce oil carryover, maintain oil recovery and support the quality of compressed air delivered to downstream equipment. When abnormal oil carryover, excessive differential pressure or increased oil consumption occurs, the separator should be inspected together with the complete lubrication and separation system.
For maintenance engineers and system integrators, the key identification points are 47704430001 / 23708423, while compatibility should be confirmed using the complete compressor model and applicable system configuration.
Overall, the Ingersoll Rand 47704430001 23708423 Air-Oil Separator provides an essential separation function for compatible industrial compressors and contributes to efficient oil management, reliable compressor operation and improved compressed-air system performance.