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In heavy manufacturing, compressed air is one of the most important utilities supporting production. Industries such as automotive manufacturing, metal fabrication, machinery production, energy equipment, and large industrial plants rely on stable compressed air systems to keep production lines running efficiently. When air supply becomes unstable or equipment unexpectedly stops, productivity and product quality can be directly affected.

Designed for demanding industrial applications, Ingersoll Rand Oil-Flooded Air Compressors RS200-RS355 provide a combination of high airflow, reliable operation, intelligent control, and energy-efficient performance. Available in power ratings from 200kW to 355kW, operating pressures from 7 to 14 bar, and air delivery up to 67.5m³/min, this series is suitable for factories requiring continuous and dependable compressed air.

Built for Continuous Heavy-Duty Operation

Unlike light-duty compressors, the RS200-RS355 series is engineered for continuous industrial production where equipment often operates around the clock.

Typical applications include:

• Automated production lines

• Pneumatic machinery

• CNC equipment

• Industrial assembly systems

• Surface treatment processes

• Material handling equipment

• General manufacturing plants

Stable airflow and consistent pressure help minimize production interruptions while improving overall operating efficiency.

High-Efficiency Screw Compression Technology

One of the key advantages of Ingersoll Rand Oil-Flooded Air Compressors RS200-RS355 is the advanced rotary screw compression system.

The optimized airend design increases compression efficiency while reducing unnecessary energy consumption. Compared with conventional compressor designs, the improved rotor profile delivers higher airflow using the same power input, helping reduce long-term operating costs.

Selected models are also available with two-stage compression technology, providing even higher efficiency and increased air output for demanding production environments.

Major performance benefits include:

• Higher air delivery

• Improved energy efficiency

• Stable operating pressure

• Reduced power consumption

• Reliable long-term performance

For factories operating compressors continuously, even small efficiency improvements can result in considerable energy savings over time.

Industrial-Grade Motor Configurations

The RS200-RS355 series offers multiple motor options to suit different industrial requirements.

Available configurations include:

• IE3 high-efficiency low-voltage motors

• 6kV high-voltage motors

• 10kV high-voltage motors

Motor protection ratings are designed for industrial environments, with IP55 protection available for standard models and IP23 configurations for high-voltage applications.

These motors provide reliable power output while maintaining efficient operation under demanding workloads.

Reliable Performance Under Challenging Conditions

Industrial environments are rarely ideal. High ambient temperatures, dust, humidity, and continuous operation place heavy demands on compressed air equipment.

To improve reliability, the RS200-RS355 series offers several practical design features, including:

• Air-cooled or water-cooled cooling systems

• Efficient air-oil separation

• High-temperature operation up to 46°C

• Durable components with extended service life

These configurations allow the compressors to maintain stable performance across a wide range of industrial operating conditions.

Intelligent Control Improves Equipment Management

Modern manufacturing increasingly relies on intelligent equipment management to improve productivity and reduce maintenance costs.

The RS200-RS355 series incorporates the Xe intelligent controller, allowing operators to monitor compressor performance in real time.

Key features include:

• User-friendly control interface

• Multi-language operation

• RS485 communication

• Modbus RTU compatibility

• Remote monitoring

• Fault diagnosis

• Historical operation records

• IoT connectivity

Multiple compressors equipped with the same controller can also be managed together, making centralized compressed air management more convenient for large factories.

Lower Maintenance Requirements

Maintenance costs can significantly affect the total ownership cost of industrial compressors.

The RS200-RS355 series adopts a gear-direct drive system that minimizes transmission losses while reducing maintenance requirements.

Typical maintenance intervals include:

• Air filter: approximately 4,000 operating hours

• Oil filter: approximately 4,000 hours

• Oil separator: approximately 8,000 hours

Long-life components reduce downtime while helping maintenance teams improve service efficiency.

In addition, the enclosed structure keeps operating noise at approximately 76 dB(A), making it more suitable for industrial facilities where noise reduction is important.

Flexible Solutions for Different Production Requirements

Compressed air demand varies between industries and even between production shifts.

To accommodate different operating conditions, Ingersoll Rand Oil-Flooded Air Compressors RS200-RS355 are available in multiple configurations.

Users can choose:

• Fixed-speed models for constant air demand

• Variable Speed Drive (VSD) models for fluctuating workloads

• Two-stage compression models for maximum efficiency

This flexibility allows manufacturers to select a solution that best matches their production requirements while improving energy utilization.

Typical Industrial Applications

The RS200-RS355 series is widely used across many industrial sectors.

Automotive Manufacturing

Compressed air supports robotic assembly, production equipment, pneumatic tools, painting systems, and automated manufacturing lines.

Machinery Manufacturing

Large machinery factories rely on stable compressed air for CNC machining centers, testing equipment, assembly lines, and industrial automation.

Metal Processing

Applications include metal fabrication, cutting equipment, material handling, welding support, and surface finishing operations.

Energy Equipment Manufacturing

Factories producing energy and infrastructure equipment require reliable compressed air systems capable of continuous operation with minimal downtime.

Factors to Consider Before Choosing a Large Industrial Compressor

When selecting an industrial air compressor, buyers should evaluate more than just motor power.

Important considerations include:

• Required airflow and pressure

• Daily operating hours

• Energy efficiency

• Maintenance intervals

• Cooling method

• Intelligent monitoring functions

• Future production expansion

• Availability of technical support and spare parts

Matching compressor specifications to actual production requirements can improve long-term operating efficiency while reducing lifecycle costs.

Final Thoughts

For heavy-duty industrial manufacturing, compressor reliability directly affects productivity and operating costs.

Ingersoll Rand Oil-Flooded Air Compressors RS200-RS355 combine efficient rotary screw compression technology, durable industrial components, intelligent control systems, and flexible configuration options to meet the requirements of continuous industrial production.

Whether used in automotive manufacturing, metal processing, machinery production, or large-scale industrial facilities, this series offers dependable compressed air performance, lower maintenance requirements, and improved energy efficiency, making it a practical choice for demanding manufacturing applications. 

http://www.air-aircompressors.com
Biaofang Compressor Shanghai Co., Ltd.

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