Used Compact Package Rotary Inverter Screw Compressor - 11 kW 15 HP

Introduction

The compressor used with rotary screw inverter, equipped with a power of 11 kW (15 HP), represents a highly effective and versatile solution for the industrial sector. This compact package model is designed to offer excellent energy efficiency and reliable performance. Thanks to its advanced technology, this used compressor is ideal for applications requiring variable airflow and precise control.

Visual Description and Components

• Visual Appearance : The compressor appears like a sturdy and well-built machine, with a compact design that optimizes space. It usually has a dark gray or blue metal finish, with an integrated horizontal tank and a refrigeration dryer that combines aesthetically with the compressor body.

• Main Components:

  • Compressor Unit : Includes a rotary screw that compresses air through a continuous, vibration-free process, ensuring quiet and reliable operation.
  • Motor : 11 kW (15 HP) electric motor, designed to offer high efficiency and reduce operating energy costs.
  • Inverter : Allows variable control of the compressor speed, adapting air production to specific needs, improving efficiency and reducing energy waste.
  • Horizontal Tank : 270 liter capacity, designed to store compressed air and ensure constant air flow.
  • Refrigeration Cycle Dryer : Integrated into the system to remove moisture from compressed air, preventing corrosion and improving air quality.
  • Zero Loss Condensate Drain : System that discharges condensate without loss of compressed air, optimizing efficiency and reducing costs.

• Measurements and Specifications:

  • Year of Construction : Specified as used, it is essential to check the year of production to evaluate the age of the compressor.
  • Variable flow rate : From 800 to 1840 litres/minute, adaptable to variable compressed air needs.
  • Maximum Pressure : Typically up to 10 bar (145 psi), adequate for most industrial applications.
  • Dimensions : Generally compact, but exact dimensions may vary depending on specific configuration.

Mechanical Characteristics

• Compressor Type : Rotary screw compressor with direct drive, reducing wear and improving energy efficiency compared to belt-driven models.
• Variable Speed ​​Control : The inverter allows precise regulation of the motor speed, optimizing energy consumption and improving operational performance.
• Energy Efficiency : The high-efficiency motor and inverter help reduce overall operating costs and improve system efficiency.

Usage Procedure

1. Installation : Place the compressor in a well-ventilated and safe area, ensuring that the horizontal tank and refrigeration dryer are correctly positioned and installed.
2. Startup : Turn on the compressor using the integrated controller. Configure the desired operating parameters and start the unit.
3. Regulation : Use the inverter to adapt the motor speed to the specific compressed air needs, regulating the variable flow rate.
4. Monitoring : Regularly check the outlet pressure, temperature and condensate level to ensure that the compressor is operating optimally.

Matching accessories

• Additional Filters : To improve the quality of compressed air and prevent contamination in pneumatic systems.
• Additional tanks : To increase the compressed air storage capacity and improve flow stability.
• Additional Dryers : For applications requiring more precise humidity control.

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 controlled and precise airflow.

Maintenance

• Oil Check : Check and change the oil regularly following the manufacturer's instructions.
• Cleaning the Filters : Clean or replace the air filters to keep the system clean and functioning.
• Cooling System Inspection : Monitor and maintain the cooling system to avoid overheating.
• Condensate Control : Check and maintain the condensate drainage system to ensure the efficiency of the unit.

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 of obvious damage.
• Operating Hours : Check the operating hours counter to ensure that the unit has not experienced excessive use.
• Maintenance History : Request maintenance records to confirm that the compressor has been regularly maintained.

Sectors of Use

• Manufacturing Industry : To supply compressed air to machinery and production processes.
• Energy Industry : Used in applications requiring high pressure to operate specialized equipment.
• Automotive Industry : To power pneumatic tools and production systems.

Advantages of Buying Used

• Lower Cost : Buying a used compressor like this Boge 11 kW model can lead to significant financial savings compared to purchasing a new one.
• Immediate Availability : A used compressor is often available for quicker installation than a new unit, reducing wait times.
• Reliability : A well-maintained used compressor can offer comparable performance to 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 may vary.
• Operating Hours : Check the counter on the compressor to obtain accurate data.

For further information and to purchase the used Boge 11 kW 15 HP compressor, contact us directly. This compressor is an excellent choice for those looking for a reliable, high-quality machine at a lower cost.