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Oil Ring Vacuum Systems

Type Connection [mm] Capacity [m3/h] Pressure Pressure Motor Power[kW] Motor Power[kW] Motor Power[kW] Oil amount [lt] PDF File
mm Hg mbar Vacuum Circulation Fan
WITH MONOBLOCK TYPES
PVY 1130 R 1" 25 - 40 -755 6,7 1,1 - 0.1 25

PVY 1150 R 1" 50 - 60 -755 6,7 2,2 - 0.1 25

PVY 1365 R 1" 70 - 110 -755 6,7 2,2 - 0.1 25

PVY 2165 DN 40 100 - 140 -755 6,7 3 - 0.18 40

PVY 2180 DN 40 120 - 170 -755 6,7 4 - 0.18 40

PVY 2312 DN 50 190 - 240 -755 6,7 5,5 - 0.18 40

PVY 2710 DN 65 280 - 370 -755 6,7 6,7 - 0.37 60

PVY 2715 DN 65 350 - 420 -755 100 -735 -735 -735 14

WITH STAGE PUMPS
PVY 2520 DN 65 350 - 800 -755 6,7 15 0.55 0.37 190

PVY 2524 DN 65 400 - 840 -755 6,7 18,5 0.75 0.75 190

PVY 2722 DN 80 600 - 1050 -755 6,7 22 0.75 0.75 220

PVY 2726 DN 80 700 - 1100 -755 6,7 22 0.75 0.75 220

PVY 2728 DN 80 800 - 1200 -755 6,7 30 0.75 0.75 220

PVY 3830 DN 125 950 - 1500 -755 6,7 37 1.1 1.1 350

PVY 3835 DN 125 1250 - 1800 -755 6,7 45 1.1 1.1 350

PVY 3850 DN 125 1500 - 2300 -755 6,7 55 1.1 1.1 350

PVY 4235 DN 150 1500 - 2000 -750 10 37 1.1 1.1 400

PVY 4240 DN 150 1800 - 2250 -750 10 45 1.1 1.1 400

PVY 4250 DN 150 2300 - 2750 -750 10 55 1.1 1.1 400

PVY 5250 DN 200 2300 - 3000 -755 6,7 90 1.5 1.5 500

Oil Ring Vacuum Systems: Technical Explanation and Applications

Introduction

Oil ring vacuum systems are highly efficient and durable vacuum pumps specifically designed for industrial vacuum applications. Their oil-based operating principle ensures low friction, high-temperature resistance, and long service life. This article covers the working principle, structural features, advantages, and applications of oil ring vacuum systems.

1. Working Principle of Oil Ring Vacuum Systems

These systems use a rotating oil ring mechanism to create a vacuum. Their working principle includes the following steps:

  • A certain amount of oil is filled into the pump chamber.
  • As the rotor rotates, centrifugal force pushes the oil towards the inner walls of the pump, forming a ring.
  • The varying chamber volumes between rotor blades allow gas intake, compression, and discharge.
  • The oil acts as both a sealing and lubricating agent, reducing wear and extending the pump’s lifespan.

2. Structural Features

The key components of oil ring vacuum systems include:

  • Rotor and Stator: Facilitate gas movement and compression.
  • Oil Chamber: Supports continuous oil circulation for smooth operation.
  • Inlet and Outlet Ports: Manage gas intake and exhaust.
  • Filtration System: Ensures oil purity and prolongs system life.

3. Advantages

Oil ring vacuum systems offer several key benefits:

  • High Performance: Provides consistent and reliable vacuum levels.
  • Wear Resistance: Oil protects moving parts, ensuring durability.
  • Quiet and Low-Vibration Operation: Minimizes noise pollution.
  • High Temperature Tolerance: Suitable for harsh industrial conditions.
  • Low Maintenance Requirements: Oil circulation reduces maintenance needs.

4. Applications

Oil ring vacuum systems are widely used in various industries, including:

  • Chemical and Petrochemical Industry: Used in chemical processes and solvent recovery systems.
  • Food and Beverage Industry: Applied in vacuum packaging and degassing processes.
  • Metallurgy and Automotive Industry: Used in vacuum melting, surface coating, and heat treatment.
  • Textile and Paper Industry: Essential for vacuum-assisted water removal and drying systems.
  • Medical and Pharmaceutical Industry: Utilized in sterilization and pharmaceutical production.

Conclusion

Oil ring vacuum systems play a crucial role in industrial vacuum solutions, offering high efficiency and long service life. Their high-temperature resistance, low maintenance requirements, and quiet operation make them a reliable choice across multiple industries. Selecting the right model can help optimize your processes and improve operational efficiency.