APC Series High Capacity Dry Screw Vacuum Pump System 300m3/H–2200m3/H Peak Pumping Speed
| Product Type: | Oil Free Dry Screw Vacuum Pump System | Pumping Speed: | 300–2200 M³/h (Depending On Model) |
| Ultimate Vacuum: | ≤0.1 / ≤0.5 Pa (Depending On Model) | Motor Power: | 5.5–18.5 KW (Depending On Model) |
| Cooling Method: | Water Cooled | Inlet Flange: | KF50 / ISO100 / VG100 / VG200 |
| Other service: | OEM, ODM & Customization Available | Purge Gas Flow: | 12–90 L/min (Depending On Model) |
| Voltage: | 380/400 V | ||
| High Light: | High Capacity Dry Screw Vacuum Pump,Dry Screw Vacuum Pump 300m3/H,Dry Screw Vacuum Pump 2200m3/H |
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AIRIPA APC Series High Capacity Dry Screw Vacuum Pump System With 300–2200 M³/H Peak Pumping Speed
1. Product Overview
The AIRIPA APC Series Oil Free Dry Screw Vacuum Pump System is developed for industrial production environments where pumping capacity, vacuum performance and equipment integration must be considered together.
With five configurations covering 300–2200 m³/h peak pumping speed, the APC Series offers options for standalone pumping equipment and higher-capacity combined vacuum systems. Its dry screw technology avoids lubricating oil in the process compression chamber, helping maintain cleaner vacuum conditions in compatible manufacturing applications.
Unlike vacuum pumps selected only by ultimate pressure, APC systems can be evaluated according to gas throughput, operating pressure, cooling utilities, purge gas requirements and pipeline connections. This makes the series a practical choice for industrial equipment manufacturers, vacuum system integrators and OEM production projects.
2. Key Features & Benefits
High Capacity Vacuum Pumping
A peak pumping speed range of 300–2200 m³/h supports industrial equipment with different evacuation and gas-handling requirements.
Standalone and Combined Pump Systems
Multiple configurations allow buyers to compare individual pump units and integrated high-capacity vacuum systems.
Oil Free Screw Compression
The dry screw mechanism operates without oil in the compression chamber, reducing the risk of oil-related process contamination.
Precision Rotor Construction
Non-contact screw rotors and a synchronized transmission design help limit internal mechanical wear.
High Vacuum Performance
Model-specific ultimate pressures of ≤0.5 Pa and ≤0.1 Pa provide options for different process vacuum requirements.
Water Cooling for Industrial Operation
Specified cooling water connections, pressure and flow requirements help simplify utility planning during system installation.
Purge Gas Protection
Dedicated purge gas provisions support appropriate protection strategies for challenging process gases and deposits.
Flexible Industrial Connections
KF50, ISO100, VG100 and VG200 inlet options help accommodate different vacuum pipeline sizes.
Optional Control and Accessories
Control systems, inlet adapters, silencers, inlet filters and check valves can be discussed according to the project configuration.
3. Working Principle
The APC Series uses a dry screw pumping mechanism with synchronized rotors that rotate in opposite directions without contacting each other. Process gas enters the pumping chamber and is transported toward the exhaust as the rotors turn.
In combined system configurations, additional pumping equipment can increase the available pumping speed across the intended operating range. Cooling water removes operating heat, while properly selected purge gas can help reduce deposits and protect internal components.
The final system arrangement should be determined by the process gas load, target vacuum level and operating conditions.
4. Technical Specifications
APC Series Oil Free Dry Screw Vacuum Pump Technical Parameters
| Parameter | Unit | APC300B(D) | APC450B(D) | APC300/1300B(D) | APC300/2200D | APC450/2200B(D) |
|---|---|---|---|---|---|---|
| Peak Pumping Speed (Without Purge) | m³/h | 300 | 450 | 1300 | 2200 | 2200 |
| Ultimate Pressure (Without Purge) | Pa | ≤0.5 | ≤0.5 | ≤0.1 | ≤0.1 | ≤0.1 |
| Rated Power | kW | 5.5 | 11 | 3.7+5.5 | 7.5+5.5 | 7.5+11 |
| Voltage | V | 380/400 | 380/400 | 380/400 | 380/400 | 380/400 |
| Inlet Flange | — | KF50 | ISO100 | VG100 | VG200 | VG200 |
| Exhaust Flange | — | KF40 | KF50 | KF40 | KF40 | KF50 |
| Cooling Water Pressure | MPa | 0.1–0.4 | 0.1–0.3 | 0.1–0.4 | 0.1–0.4 | 0.1–0.3 |
| Cooling Water Flow | L/min | ≥4 | ≥6 | ≥4 | ≥4 | ≥6 |
| Cooling Water Temperature | °C | 5–30 | 5–30 | 5–30 | 5–30 | 5–30 |
| Cooling Water Connection | — | G3/8 | G3/8 | G3/8 | G3/8 | G3/8 |
| Purge Gas Pressure | MPa | 0.2–0.6 | 0.2–0.6 | 0.2–0.6 | 0.2–0.6 | 0.2–0.6 |
| Purge Gas Flow | L/min | 12–50 | 23–90 | 12–50 | 12–50 | 23–90 |
| Purge Gas Connection | — | G1/4 | G1/4 | G1/4 | G1/4 | G1/4 |
| Maximum Allowable Outlet Pressure | MPa | 0.14 | 0.14 | 0.14 | 0.14 | 0.14 |
| Noise Level (With Silencer and Check Valve) | dB | ≤70 | ≤73 | ≤72 | ≤72 | ≤75 |
| Ambient Temperature | °C | 5–40 | 5–40 | 5–40 | 5–40 | 5–40 |
| Maximum Relative Humidity | — | 90% RH | 90% RH | 90% RH | 90% RH | 90% RH |
| Approximate Weight | kg | 355/365 | 530/540 | 490/515 | 650 | 820/850 |
Technical Notes:
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Pumping speed and ultimate pressure values are specified without purge gas.
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Cooling water and purge gas requirements vary by model.
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Noise levels refer to configurations equipped with the specified silencer and check valve.
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Where two weight values are listed, the applicable configuration should be confirmed before ordering.
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Electrical and process utility requirements must be verified for the final equipment configuration.
Specification Notice: Product models, specifications and available configurations are subject to updates. Please contact AIRIPA's professional customer service team for current technical information and model confirmation.
5. Industrial Applications
Industrial Vacuum Drying
Supports compatible drying processes requiring defined pumping capacity and controlled gas evacuation.
Chemical Process Equipment
Provides dry vacuum pumping for selected chemical processing systems when gas compatibility and protection requirements are satisfied.
Vacuum Distillation and Recovery
Can be integrated into compatible distillation and recovery systems with appropriate condensers, vapor management and process safeguards.
Materials and Surface Processing
Suitable for selected industrial coating, surface treatment and materials processing applications.
Production Line Vacuum Systems
Offers higher-capacity pumping configurations for manufacturing equipment requiring dedicated vacuum utilities.
OEM Machinery Integration
Supports vacuum system builders and equipment manufacturers requiring configurable pumping units and industrial connections.
Application Consideration: The suitability of corrosive, flammable, toxic, condensable or particle-containing gases must be assessed before selecting a system.
Why Choose AIRIPA for Industrial Vacuum System Projects?
Production Focused Engineering Support
AIRIPA helps customers evaluate operating pressure, pumping capacity and process conditions to select a suitable vacuum configuration.
Coordinated Manufacturing and Assembly
Our factory manufacturing and assembly capabilities support the integration of pumping equipment and related system components.
Utility and Connection Planning
We help customers clarify inlet sizes, cooling water requirements, purge gas connections and accessory arrangements before ordering.
Flexible OEM and ODM Supply
AIRIPA supports equipment manufacturers and distributors with project-based configurations, OEM/ODM cooperation and private-label services.
Factory Inspection and Technical Assistance
Product inspection, equipment testing and technical communication support procurement, installation planning and maintenance preparation.
7. Frequently Asked Questions
Q1. What pumping speeds are available in the APC Series?
The APC Series offers five listed configurations with peak pumping speeds of 300, 450, 1300 and 2200 m³/h, including two different 2200 m³/h configurations.
Q2. How should I choose between the two 2200 m³/h models?
Although APC300/2200D and APC450/2200B(D) have the same listed peak pumping speed, they differ in rated power, exhaust flange size, cooling water flow, purge gas flow, noise level and approximate weight. The best choice depends on the operating conditions and required pumping performance.
Q3. Does a higher pumping speed always mean a better vacuum?
No. Pumping speed describes gas-handling capacity, while ultimate pressure describes the lowest specified pressure under defined conditions. Both must be considered alongside the required operating pressure.
Q4. Is the APC Series oil free?
The dry screw pumping chamber operates without lubricating oil in the process gas path. Other mechanical components may still require lubrication according to the equipment design.
Q5. What cooling utilities are required?
The supplied specifications identify water cooling, with cooling water pressure, flow and connection requirements depending on the model.
Q6. Can accessories be supplied for different vacuum installations?
The product literature describes inlet adapters, silencers, inlet filters and check valves. Their suitability and availability should be confirmed for each project.
Q7. Can the APC Series be integrated into automated industrial equipment?
Yes. The series is suitable for OEM integration discussions, including control interfaces, system accessories and installation requirements.
Q8. Does AIRIPA support customized industrial vacuum pump systems?
Yes. AIRIPA provides OEM and ODM consultation for industrial vacuum equipment and application-specific system configurations.
8. Model Selection and Request a Quote
Available APC Configurations
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APC300B(D): 300 m³/h, KF50 inlet
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APC450B(D): 450 m³/h, ISO100 inlet
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APC300/1300B(D): 1300 m³/h, VG100 inlet
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APC300/2200D: 2200 m³/h, VG200 inlet
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APC450/2200B(D): 2200 m³/h, VG200 inlet
Request a Factory Direct Quote
Tell AIRIPA your required pumping speed, operating pressure, process gas and installation requirements.
Contact our team for APC model selection, technical consultation and OEM quotations.
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