Used Hydrovane Rotary Vane Compressor 2.2 kW (3 HP)

Introduction

The used Hydrovane compressor, model 2.2 kW (3 HP), is a highly reliable and versatile device designed for industrial applications requiring a continuous supply of compressed air. This rotary vane compressor offers robust performance and long life, making it an excellent choice for many work environments. Below, you will find a detailed description of its features, components and use.

Visual Description and Components

• Visual Appearance : The Hydrovane 2.2 kW (3 HP) compressor has a compact and robust design. Typically, it has a metallic finish, often in gray or blue tones, with a control panel on the front. The machine is designed to be mounted on a stable chassis, with a side-mounted storage tank.

• Main Components:

  • Compressor Unit : Equipped with a rotary vane system, which uses rotating vanes to compress air continuously and silently.
  • Motor : 2.2 kW (3 HP) electric motor, powered by 400 V, 50 Hz, designed for optimal energy efficiency.
  • Pressure switch : Automatically regulates the operation of the compressor based on the air pressure, allowing automatic operations.
  • Accumulation tank : 260 liter capacity, designed to accumulate compressed air and ensure a continuous and stable flow.
  • Control Panel : Allows you to select between manual and automatic operation and monitor the compressor's performance.

• Measurements and Specifications:

  • Year of Construction : Specified as used, it is essential to check the year of production to evaluate the age and history of the machine.
  • Flow rate : 260 litres/minute, which indicates the volume of compressed air that the compressor can supply in one minute.
  • Maximum pressure : 10 bar (145 psi), suitable for many industrial and pneumatic applications.
  • Dimensions : Generally compact, but exact dimensions may vary depending on configuration and mounting.

Mechanical Characteristics

• Compressor Type : Rotary vane compressor, known for its quiet operation and low maintenance compared to other types of compressors.
• Motor : 2.2 kW (3 HP) electric, designed for continuous and reliable operation.
• Control System : Manual and automatic operation with pressure switch, which allows you to maintain the desired pressure without continuous intervention.

Usage Procedure

1. Installation : Place the compressor on a flat and stable surface. Make sure the storage tank is correctly mounted and connected.
2. Startup : Turn on the compressor using the control panel. Select automatic operation to allow the pressure switch to adjust pressure based on air demand.
3. Adjustment : Use the pressure switch to set the desired operating pressure. For manual operation, adjust the pressure using the controls provided.
4. Monitoring : Check the control panel regularly to monitor the pressure and operation of the compressor.

Matching accessories

• Filters and Separators : To improve the quality of compressed air and protect pneumatic equipment from contamination.
• Additional tanks : To increase the compressed air storage capacity and improve flow stability.
• Dryers : To remove moisture from compressed air and prevent corrosion problems and malfunctions.

Mathematical Formulas for Optimal Use

• Compression Capacity:

  $$Q$$

  Where QQ $Q$ is the compression capacity, VV $V$ is the air volume, P1P1 $P$ $1$ is the inlet pressure, P2P2 $P$ $2$ is the outlet pressure, RR $R$ is the gas constant and TT $T$ is the temperature.

• Energy Consumption:

  $$E$$

  Where EE $E$ is the energy consumed, PP $P$ is the engine power, tt $t$ is the operating time and efficiency is the compressor performance.

Workable Materials

The compressor is designed to handle compressed air and is not intended to work with solid or liquid materials. It is ideal for industrial applications requiring a continuous and controlled supply of compressed air.

Maintenance

• Oil Check : Check and replace oil regularly following manufacturer's recommendations to ensure adequate lubrication.
• Cleaning Filters : Clean or replace air filters to maintain air quality and compressor operation.
• Periodic Inspection : Check the cooling system and pressure switch to ensure they are functioning properly.
• Condensate Check : Check the condensate drainage system and maintain it to ensure efficient operation.

Evaluation of Good Used

• General Condition : Visually examine the compressor for signs of wear and damage. A used compressor in good condition should be well maintained and free from obvious damage.
• Operating Hours : Check the operating hours counter to ensure the unit has not been overused.
• Maintenance History : Request maintenance records to confirm that the compressor has been regularly maintained and serviced.

Sectors of Use

• Light and Heavy Industry : To supply compressed air to various machinery and pneumatic tools.
• Automation and Control : Used in automation systems that require a constant supply of compressed air.
• Laboratories and Workshops : To power pneumatic equipment and precision instruments.

Advantages of Buying Used

• Lower Cost : Purchasing a used compressor, such as the Hydrovane 2.2 kW (3 HP) model, offers significant cost savings compared to purchasing a new unit.
• Immediate Availability : A used compressor is often ready for use and available more quickly than a new machine, reducing waiting times.
• Reliability : A well-maintained used compressor can offer performance comparable to that of a new one, with the advantage of a lower initial cost.

Price and Contacts

• Price : Please consult the seller for the final price and specific conditions of the used unit.
• Year of Manufacture : Specified as used, exact year needs to be verified.
• Operating Hours : Check the counter on the compressor to obtain accurate data.

For further information and to purchase the used Hydrovane 2.2 kW (3 HP) compressor, contact us directly. This compressor is an excellent choice for those looking for a high-quality, reliable unit at a low cost