Reciprocating Compressor

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Technical Data
Maximum Pressure (bar)Storage Tank (liter)RPMVoltKWHPStagePistonlitr/minModel
102501250230/1/501.5212250KCR – 250N
102501260400/3/502.2312250KCR – 250N
103501100230/1/502.2312360KCR – 350N
103501100400/3/503412360KCR – 350N
115001400400/3/5045.512560KCR – 550N
115001400400/3/505.57.512750KCR – 750N
1110001100400/3/507.510121060KCR – 1000N
1110001280400/3/5011.515121500KCR – 1500N
103501100230/1/502.2312360KCR – 350V
103501100400/3/502.2312360KCR – 350V
115001400400/3/5045.522560KCR – 550V
11501400400/3/505.57.522750KCR – 550V
125001160400/3/5045.522750KCR – 550G
1210001100400/3/507.510221060KCR – 1000G
1210001100400/3/5011.515221060KCR – 1500G

Reciprocating compressors offer numerous advantages over other types of compressors due to their efficient design, ability to generate high pressures, and flexibility in applications. In addition to low maintenance costs, these machines feature high energy efficiency and are ideal for applications that require precision and consistent pressure. It is important to consider these aspects when purchasing a reciprocating compressor.

Reciprocating compressors play a vital role especially in industries such as oil and gas, petrochemicals, and automotive manufacturing, thanks to their capability to deliver variable pressures and reliable performance. As a leading provider of reciprocating compressors, Komsan meets the diverse needs of industries with high-efficiency products and professional after-sales services.

Key Features of Reciprocating Compressors

Reciprocating compressors are among the most popular types of compressors across various industries due to their simple yet efficient design. These units are capable of generating high pressures accurately and delivering compressed air tailored to different needs. Key features include:

  • Application flexibility

  • Reasonable maintenance costs

  • High energy efficiency

  • Long-lasting durability

They are typically used in industries requiring intermittent volume and consistent pressure—such as oil and gas, petrochemicals, and automotive—and are known for their reliable and dependable performance.

Important Considerations When Buying a Reciprocating Compressor

1. Capacity and Pressure:
One of the main factors in selecting a compressor is its output capacity and pressure. Make sure the chosen model can deliver the required air volume (liters per minute or cubic meters per hour) and operating pressure (bar or PSI), based on your industrial or domestic needs.

2. Energy Consumption:
While reciprocating compressors are generally energy-efficient, choosing a model with lower power consumption helps reduce electricity costs. Opt for compressors that comply with energy efficiency standards.

3. Maintenance Costs:
Maintenance involves oil changes, filter replacements, and regular servicing. Piston compressors usually have simpler and more cost-effective maintenance than other types, but they still require a scheduled maintenance plan.

4. Brand and Quality:
Choosing a reputable brand with quality products and reliable after-sales service is crucial. Reputable brands often provide more durable components and better support. However, evaluate technical specifications as well—not just brand name.

5. Reliability and Durability:
The compressor should ensure continuous and reliable performance. Reading user reviews and consulting experts can help you choose a more dependable product. The use of high-quality materials is also a sign of a durable machine.

To make the right choice, define your operational needs clearly, consult trusted brands, and always prioritize high efficiency and reasonable maintenance costs.

Reciprocating Compressor Pricing

Several factors influence the price of a reciprocating compressor:

– Currency Fluctuations:
Since many compressors or their components are imported, their prices are affected by currency exchange rates. Increases in foreign currency rates can lead to higher final prices.

– Production Quality:
Material quality, manufacturing precision, and production standards significantly affect price. Higher-quality compressors usually cost more but offer better performance and durability.

– Functional Specifications:
Performance features such as the number of cylinders, the reciprocating mechanism type, and design complexity directly impact the price. More advanced models with special features are typically more expensive.

– Warranty Duration:
A longer warranty period reflects the manufacturer’s confidence in the product and typically comes with a higher price. Compressors with long-term warranties and robust after-sales service offer better value.

– Cooling System:
The type of cooling system (air-cooled or water-cooled) also affects pricing. Water-cooled compressors are usually more expensive due to additional cooling equipment.

– Brand and Manufacturer:
Brand reputation plays a major role in pricing. Established brands are priced higher due to their track record, product quality, and service guarantees.

– Physical Specifications:
Motor power, capacity, working pressure, and physical dimensions are key price determinants. Compressors with higher power and capacity generally cost more.

To select the right reciprocating compressor, consider your specific needs and strike a balance between price, quality, and features. Also, stay informed about market conditions and different brands.

After-Sales Service and Warranty

Komsan, with its expertise in reciprocating compressors, offers comprehensive after-sales services to its customers. These include genuine spare parts, expert repairs, routine maintenance, and technical consultation for better machine performance.

With a team of experienced professionals, Komsan ensures fast and effective support to meet customer needs. The company also offers reliable warranties and long-term service commitments to guarantee consistent performance and build customer trust and satisfaction.

Conclusion

Reciprocating compressors are a vital component in modern industries such as oil and gas, petrochemicals, automotive, and medical equipment manufacturing due to their high flexibility, pressure range, and durability. Komsan, by delivering high-quality reciprocating compressors and professional after-sales services, plays a key role in meeting industrial demands.

Choosing Komsan products not only boosts productivity but also ensures dependable support and meets production needs with high efficiency and quality.

FAQ

A reciprocating compressor is a mechanical device used to compress air or gas. It uses a piston and cylinder to compress the air. The piston moves back and forth, compressing the air inside the cylinder. This device is capable of generating high pressure and is suitable for various industrial applications.

Factors such as intake air capacity, required pressure level, ambient temperature, oil quality, and regular maintenance can affect the performance of the compressor. Additionally, the compressor’s design, type of cooling system, and the condition of internal components such as pistons and valves also influence its efficiency.

Reciprocating compressors offer several advantages, including high efficiency, low maintenance costs, and the ability to produce high and consistent pressure. They are also suitable for applications that require variable pressure and, due to their simple design, can operate for long periods with minimal repairs.

After-sales service for reciprocating compressors includes repairs, spare parts supply, periodic maintenance, and technical consultation. Companies like Komsan also provide additional services such as user training, long-term warranties, and 24/7 support to ensure optimal compressor performance.