Phuc Hung Engineering Co., Ltd. supplied and installed a complete the Ingersoll Rand Air Compressor System (Total Installed Capacity 250 kW – 132 kW Unit) including a 132 kW air compressor, for an electronics manufacturing plant.

Overview

In particularly in electronics manufacturing plantscompressed air systems are not only a source of energy for operating equipment but also have a direct impact on precision, operational stability, and product qualityCompressed air is used in many critical processes such as component assembly, robot control, SMT machine operation, PCB surface cleaning, packaging, and automation systems.

Project supply, install, and commission an Ingersoll Rand air compressor system with a capacity of 132 kW for an electronics factory was implemented to meet the demand for stable, clean, and continuous compressed air for high-tech production lines, while also optimizing energy consumption and enhancing long-term operational reliability.

Compressed Air Requirements in Electronics Manufacturing Plants

The electronics industry has extremely strict requirements for compressed air quality, particularly in terms of cleanliness and dryness. Even a small amount of moisture, oil, or contaminants can cause component defects, affect solder adhesion, and reduce the overall product yield rate.

In addition, electronics factories typically operate multiple shifts continuouslywith a high density of automated equipment. This requires the compressed air system to maintain stable pressure, provide fast response, and operate reliably over long periods in environments with strict process control requirements. High-performance systems from manufacturers such as Ingersoll Rand are commonly used to ensure consistent compressed air quality and stable operation in electronics production environments.

Reasons for Selecting the Ingersoll Rand Air Compressor System (Total Installed Capacity 250 kW – 132 kW Unit) for an Electronics Factory

After conducting an on-site survey and analyzing the compressed air demand, the selected solution was a 132 kW rotary screw air compressor from Ingersoll Rand, as part of a system with a total installed capacity of 250 kW..

Kobelco air compressors - Gardner Denver – Ingersoll Rand group are highly regarded in the electronics industry due to their high operational stability, strong energy efficiency, and compatibility with advanced air treatment solutionsThe 132 kW capacity is well suited for medium- to large-scale electronics factories, where multiple pieces of pneumatic equipment operate simultaneously while still requiring precise and stable pressure control.

The advanced rotary screw design, combined with an efficient cooling system, enables the compressor to operate reliably, minimize temperature fluctuations, and reduce the risk of production interruptions.

Detailed Configuration of the Ingersoll Rand Air Compressor System (Total Installed Capacity 250 kW – 132 kW Unit) 132kW

The compressed air system is designed as a integrated solution that meets the technical standards of the electronics industry,focusing not only on the air compressor itself but also including all essential air treatment equipment.

At the core of the system is 132 kW rotary screw air compressor from Ingersoll Rand, providing a stable airflow to the entire line. The machine is combined with properly sized air receiver tankwhich helps balance pressure and minimize fluctuations when compressed air demand changes.

In addition, the system integrates air drying units and multi-stage filtration systems, filtration systems designed to remove moisture, oil, and ultra-fine particles. This configuration ensures that the compressed air output remains dry and clean, meeting the strict requirements of electronics manufacturing environments.

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Survey and Design Process for the Compressed Air System in an Electronics Manufacturing Plant

Before installation, the technical team conducts a detailed survey of the factory site, detailed survey of the factory's current conditiontotal compressed air consumption, critical air usage points, and the required air quality standards for each stage of the production process.

Based on the collected data, the compressed air system design is developed to ensure that the 132 kW air compressor from Ingersoll Rand operates within its optimal performance rangewhile also meeting the clean, dry, and stable air standards required in the electronics industry. The layout of the compressor room, piping system, and air treatment equipment is carefully planned to minimize pressure loss, improve system efficiency, and ensure convenient maintenance and long-term operational reliability.

Install and put the air compressor system into operation

The installation process is carried out in strict compliance with technical standards and safety requirements in the electronics manufacturing environment. The air compressor is installed on a solid foundation to minimize vibration and noise during operation. The compressed air piping system is arranged neatly to ensure cleanliness and easy monitoring.

After the installation is completed, the system undergoes testing and commissioning. Key parameters such as pressure, airflow, temperature, and overall system stabilityinspected before the system is officially handed over to the factory for operation.

Actual operational efficiency after commissioning

After the 132 kW air compressor system from Ingersoll Rand was put into operation, the electronics factory recorded a stable and clean compressed air supply, fully meeting the technical requirements of the production line..

The rate of compressed-air-related errors decreased significantly, and pressure was maintained consistently at all usage points. At the same time, energy consumption was better controlled as the compressor operated at its designed capacity with high efficiency.

Long-Term Value of the Air Compressor System for an Electronics Factory

Investing in a 132 kW air compressor system from Ingersoll Rand provides significant significant long-term value The system is designed to be easily expandable when production capacity increases, while maintaining high reliability during continuous operation.

Maintenance costs are optimized thanks to high-quality equipment and proper installation procedures. This enables the plant to ensure product quality, improve productivity, and maintain a competitive advantage in the electronics industry.

Conclusion and guidance for selecting compressed air solutions

Supplying, installing, and commissioning the 132 kW air compressor system from Ingersoll Rand for an electronics factory provides a comprehensive solution that helps businesses ensure a clean, stable, and energy-efficient compressed air supply for high-tech manufacturing

Selecting the appropriate compressor capacity, a reputable brand, and a well-integrated system design from the outset will help minimize risks, optimize operating costs, and support sustainable long-term development.

If your electronics factory is looking for a large-capacity air compressor solution that meets clean air standards,, it is essential to prioritize systems that are properly engineered and professionally installed to achieve optimal performance and efficiency.

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