Overview

The Wordfik PVX202 is an industrial oil-lubricated rotary vane vacuum pump engineered for reliable performance in demanding applications. It delivers a pumping speed of 200 m³/h (50Hz) or 240 m³/h (60Hz) with an ultimate vacuum of 0.5 mbar. Powered by a 4/5.5 kW (50Hz) or 5.5 kW (60Hz) heavy-duty copper-wound motor, the PVX202 is designed for continuous operation in large-scale industrial processes. Constructed with a heavy-duty cast-iron body and precision-machined components, it offers exceptional durability and thermal stability. The pump incorporates a gas ballast valve with an industry-leading water vapor handling capacity of 4 kg/h, making it particularly well-suited for moisture-laden processes such as vacuum drying and distillation. With optimized vane design minimizing internal friction, the PVX202 delivers low noise levels (≤74 dB(A)) and reduced vibration, ensuring a more comfortable working environment.

Key Features

• Heavy-Duty Cast-Iron Construction – Built with a rugged cast-iron body and precision-machined components for exceptional durability, thermal stability, and long-term reliability under continuous heavy loads.

• High Pumping Capacity – Delivers 200–240 m³/h, providing substantial air volume for large-scale industrial processes, multiple workstations, and high-throughput production lines.

• Deep Vacuum Capability – Achieves an ultimate pressure of 0.5 mbar, ensuring robust suction for critical applications requiring high vacuum levels.

• Superior Water Vapor Handling – Equipped with a gas ballast valve offering a water vapor tolerance of 4 kg/h, the highest in its class, effectively handling condensable vapors in moisture-laden processes.

• Energy-Efficient Copper Motor – Powered by a copper-wound motor that delivers consistent power output and overload protection while minimizing energy consumption.

• Low Noise & Reduced Vibration – Optimized vane design minimizes internal friction, resulting in low noise levels (≤74 dB(A)) and reduced vibration for a more comfortable working environment.

• Long Service Life – Designed for extended service life with low maintenance requirements, reducing downtime and total cost of ownership.

• Stable and Continuous Operation – Engineered for uninterrupted industrial processes, delivering stable performance even under fluctuating loads.

• Easy Maintenance – Features accessible service points and simplified maintenance procedures.

Applications

The PVX202's combination of high pumping speed, deep vacuum capability, superior water vapor handling, and heavy-duty construction makes it a versatile solution for a wide range of demanding industrial applications.

• Vacuum Packaging – Powers high-capacity vacuum packaging machines for food, medical devices, and industrial components, ensuring consistent sealing and extended product shelf life.

• Vacuum Drying – Efficiently removes moisture from heat-sensitive materials in pharmaceutical, chemical, and food processing applications, with the 4 kg/h water vapor tolerance enabling effective handling of moisture-laden gases.

• Vacuum Forming – Provides reliable suction for forming plastic sheets over molds in large-scale thermoforming operations.

• Hospital and Medical – Serves hospitals and medical facilities for vacuum supply in sterilization equipment, suction systems, and laboratory applications.

• Metal Smelting & Degassing – Supports metal smelting and degassing processes, removing gases from molten metals to improve material quality.

• Vacuum Distillation – Maintains stable vacuum for distillation processes in chemical, pharmaceutical, and industrial settings.

• Chemical Processing – Ideal for vacuum filtration, vacuum evaporation, and other chemical processes requiring stable, deep vacuum.

• Industrial Drying – Supports large-scale drying operations across various industries.

• Composite Material Processing – Delivers stable vacuum for composite layup, bagging, and curing processes in aerospace and automotive manufacturing.

*1) Contact us for other voltage options. *2) Instruction manual. *3) Performance curves. *4) 3D model diagram.