Industrial Oil Free Screw Vacuum Pump 48m3/H–80m3/H For Continuous Operation
| Product Type: | Oil Free Dry Screw Vacuum Pump | Model Series: | AP Series |
| Pumping Speed: | 20–40 M³/h (Depending On Model) | Effective Pumping Speed: | 18–36 M³/h (Depending On Model) |
| Ultimate Pressure: | ≤0.5 Pa | Motor Power: | 1.1 KW |
| Cooling Method: | Air Cooled | Inlet / Outlet: | KF25 / KF25 |
| Other service: | OEM, ODM & Customization Available | Noise Level: | 63–65 DB(A) (Depending On Model) |
| High Light: | Industrial Oil Free Screw Vacuum Pump,Oil Free Screw Vacuum Pump 48m3/H,Industrial Vacuum Pump 80m3/H |
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Industrial Oil Free Dry Screw Vacuum Pump 48–80 M³/h Pumping Speeds For Continuous Operation
1. Product Overview
The AIRIPA APN048, APN060 and APN080 Oil Free Dry Screw Vacuum Pumps are designed for industrial processes requiring clean vacuum generation, continuous gas evacuation and dependable equipment integration.
Built around a compound screw rotor mechanism, these air-cooled pumps deliver 48–80 m³/h effective pumping speeds with a specified ultimate pressure of ≤0.5 Pa. The three models provide different capacities for vacuum drying, coating systems, industrial processing and OEM machinery.
With KF40 inlet connections, a dry pumping chamber and a self-contained cooling arrangement, the APN Series offers an alternative to vacuum systems requiring external cooling water or oil-sealed pumping chambers.
2. Key Features & Benefits
Higher Pumping Capacity
Effective pumping speeds of 48, 60 and 80 m³/h accommodate different industrial evacuation requirements.
Oil Free Process Chamber
The dry screw mechanism operates without lubricating oil in the gas path, helping protect compatible processes from oil contamination.
Continuous Operation Capability
The screw pumping mechanism is designed for sustained operation within specified inlet pressure and process conditions.
Air Cooling Without Water Connections
Integrated air cooling simplifies installation where cooling water infrastructure is unavailable or undesirable.
Precision Compound Screw Rotors
Closely fitted, non-contacting rotors transfer gas through the pump without friction between the rotor surfaces.
Low Ultimate Pressure
A specified ultimate pressure of ≤0.5 Pa supports vacuum systems requiring evacuation to low pressures.
Industrial Flange Connections
A KF40 inlet and KF25 exhaust provide defined connection sizes for piping and equipment integration.
Mechanical Sealing Protection
Dedicated inlet and exhaust sealing arrangements help isolate the pumping chamber from the lubricated drive section.
Compact Equipment Integration
The integrated pump and motor arrangement supports installation in industrial machinery and modular vacuum systems.
3. Working Principle
The APN dry screw vacuum pump uses two synchronized screw rotors to create moving gas pockets inside the pumping chamber. Gas enters through the inlet, travels along the rotor passages and exits through the discharge connection.
Because the rotors do not contact each other or the chamber walls, the pumping process does not require oil inside the gas path. The mechanical transmission is lubricated separately, while the sealing arrangement helps prevent lubricant migration into the pumping chamber.
An integrated air-cooling system removes operating heat. For vapor-containing or particle-laden processes, suitable inlet protection, operating temperatures and maintenance practices should be considered.
4. Technical Specifications
APN048 APN060 APN080 Performance Parameters
| Technical Parameter | Unit | APN048 | APN060 | APN080 |
|---|---|---|---|---|
| Nominal Pumping Speed | m³/h | 52 | 65 | 86 |
| Effective Pumping Speed | m³/h | 48 | 60 | 80 |
| Ultimate Pressure | Pa | ≤0.5 | ≤0.5 | ≤0.5 |
| Maximum Continuous Inlet Pressure | Pa | 10000 | 10000 | 10000 |
| Supply Voltage | V | 380 / 220 | 380 / 220 | 380 / 220 |
| Supply Frequency | Hz | 50 / 60 | 50 / 60 | 50 / 60 |
| Rated Rotational Speed | rpm | 2850 / 3400 | 2850 / 3400 | 2850 / 3400 |
| Motor Power | kW | 1.5 | 1.5 | 2.2 |
| Pump Weight Without Motor | kg | 45 | 48 | 51 |
| Inlet Flange | — | KF40 | KF40 | KF40 |
| Exhaust Flange | — | KF25 | KF25 | KF25 |
| Noise Level | dB(A) | 65 | 66 | 66 |
| Gear Vibration Value | Unit Not Specified | 1.5 | 1.5 | 1.5 |
| Cooling Method | — | Forced Air Cooling | Forced Air Cooling | Forced Air Cooling |
| Lubrication | — | Gearbox Oil | Gearbox Oil | Gearbox Oil |
| Inlet End Seal | — | Mechanical Seal | Mechanical Seal | Mechanical Seal |
| Exhaust End Seal | — | Lip Seal | Lip Seal | Lip Seal |
Installation Dimensions
| Dimension | APN048 | APN060 | APN080 |
|---|---|---|---|
| Overall Length | 789 mm | 820.5 mm | 845.5 mm |
| Overall Width | 331 mm | 331 mm | 331 mm |
| Overall Height | 273 mm | 273 mm | 273 mm |
| Inlet Connection | KF40 | KF40 | KF40 |
| Exhaust Connection | KF25 | KF25 | KF25 |
Dimensions are based on the supplied engineering drawings. Please request the latest drawings before finalizing equipment installation.
Specification Notice: Product models, dimensions and performance specifications may be updated as AIRIPA continues product development. Contact our professional customer service team to confirm the latest technical data, available configurations and installation requirements.
5. Industrial Applications
Industrial Vacuum Drying
Supports vacuum-assisted moisture removal and material drying where clean pumping and appropriate vapor management are required.
Vacuum Coating Equipment
Provides dry vacuum pumping for compatible coating chambers, surface treatment equipment and supporting vacuum processes.
Chemical Processing and Solvent Recovery
Can be considered for selected chemical and solvent-handling processes after evaluating gas compatibility, condensation and safety requirements.
Electronics and Precision Manufacturing
Supports vacuum processing equipment used in electronics manufacturing, component production and precision industrial operations.
Research and Pilot Production Systems
Suitable for compatible experimental vacuum equipment and pilot-scale processing installations requiring defined pumping capacities.
OEM Industrial Vacuum Equipment
Provides a dry pumping option for machinery manufacturers developing integrated vacuum systems.
Why Partner with AIRIPA for Industrial Vacuum Pumps?
Manufacturing Experience Applied to Your Project
AIRIPA combines vacuum equipment manufacturing with practical engineering communication to help customers evaluate performance and installation requirements.
Clear Model and Capacity Matching
Our team helps compare pumping capacity, inlet pressure limits, flange dimensions and electrical configurations before equipment selection.
Production and Assembly Coordination
Factory-based manufacturing and assembly allow closer coordination of component preparation, product inspection and order requirements.
Technical Documentation Support
Customers can request specification confirmation, installation drawings and relevant technical information for equipment integration.
OEM Supply and Customization
AIRIPA works with industrial equipment manufacturers and distributors on product configurations, private labeling and ongoing procurement requirements.
6. Frequently Asked Questions
Q1. What is the difference between APN048, APN060 and APN080?
The main differences are pumping capacity, motor power, weight and overall length. APN048 provides 48 m³/h effective pumping speed, APN060 provides 60 m³/h and APN080 provides 80 m³/h.
Q2. Can these dry screw vacuum pumps operate continuously?
The series is designed for continuous operation within its specified operating limits. The listed maximum continuous inlet pressure is 10,000 Pa.
Q3. Is external cooling water required?
No. These models use forced air cooling and do not require an external cooling water supply.
Q4. Does oil enter the vacuum pumping chamber?
The pumping chamber is designed for oil-free operation. Lubricating oil is used in the separate mechanical drive section.
Q5. What inlet and exhaust connections are provided?
All three listed models use a KF40 inlet flange and a KF25 exhaust flange.
Q6. Can these pumps handle solvent vapor or moisture?
They may be used with compatible gas streams, but vapor concentration, condensation risk, process temperature and material compatibility must be evaluated before selection.
Q7. Does AIRIPA support OEM vacuum pump projects?
Yes. AIRIPA provides model selection assistance, engineering communication and OEM/ODM cooperation for industrial equipment manufacturers.
7. Model Selection and Request a Quote
Select Your APN Vacuum Pump
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APN048: 48 m³/h effective pumping speed, 1.5 kW
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APN060: 60 m³/h effective pumping speed, 1.5 kW
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APN080: 80 m³/h effective pumping speed, 2.2 kW
Request a Factory Direct Quote
Share your required pumping speed, operating pressure and application details.
Contact AIRIPA for model recommendations, technical support and OEM quotations.
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