The J.A. Becker & Söhne SV 1100/40 N model is a top-class, three-stage nitrogen compressor specifically designed for high-pressure applications. This equipment ensures excellent performance, reliability, and a long service life, ideal for industrial environments requiring precise and stable nitrogen supply. The maximum operating pressure of 40 bar and the significant flow rate (71.4 – 84.4 m³/h) make this compressor an outstanding choice for the most demanding tasks.
According to J.A. Becker & Söhne's philosophy, they do not manufacture „average” (NO 08/15) products. The SV 1100/40 N model also follows this principle, featuring numerous functions that optimize operation and reduce operating costs:
Outstanding Cooling Efficiency: The compressor's advanced cooling system ensures that the heat generated during the compression process is efficiently dissipated. This is critically important for maintaining gas stability, increasing the lifespan of internal components, and ensuring sustained performance.
Fully Automatic Drain (Condensate Removal): The equipment is equipped with a fully automated condensate drain system. This minimizes the need for manual intervention, ensures the system remains dry, and prevents corrosion or degradation of the compressed gas quality.
Long Maintenance Cycles: Thanks to its robust construction and the use of quality components, the compressor features exceptionally long maintenance intervals. This significantly reduces downtime and annual service costs, thereby increasing the return on investment.
Robust Construction: The product represents first-class quality in every aspect, guaranteeing reliable operation even under the harshest industrial conditions.
The performance and parameters of the SV 1100/40 N compressor are summarized in the table below, providing a detailed insight into the unit's capabilities:
| Parameter | Value | Unit of Measure | Note |
|---|---|---|---|
| Maximum Operating Pressure | 40 | bar | The maximum pressure achievable by the system. |
| Flow Rate (Suction Pressure 0.1 bar) | 1.190 | l/min | 1.19 m³/min |
| Flow Rate (Suction Pressure 0.3 bar) | 1.407 | l/min | 1.407 m³/min |
| Suction Pressure (Min.) | 0,1 | bar | |
| Suction Pressure (Max.) | 0,3 | bar | |
| Pressure stages / Number of cylinders | 3 / 3 | – | Three-stage compression. |
| Electric Motor Power | 22 | kW | Drive unit performance. |
| Rotational speed | 1.500 | rpm | The speed of the motor and the compressor. |
To facilitate the understanding of the volumetric flow rate, the given liter/minute values are converted to cubic meters per hour (m³/h), which is also listed in the product description:
1,190 l/min ≈ 71.4 m³/h
1,407 l/min ≈ 84.4 m³/h
The SV 1100/40 N is a reciprocating compressor specifically optimized for nitrogen (N₂) compression. The three-stage design allows for efficient and gradual pressure build-up to the desired 40 bar, minimizing the thermal load at each stage.
The 22 kW electric motor running at 1500 RPM provides the necessary mechanical energy, ensuring stable and reliable operation even under continuous load. Compression across 3 cylinders results in balanced operation and lower vibration when achieving high pressure.
Ideal application areas:
Industrial Gas Supply Networks: Ensuring stable, high-volume, high-pressure nitrogen supply for factories.
Laboratory and Research Projects: High-precision gas dosing where pressure stability is key.
Laser Technology: Provision of inert gas required for certain high-power laser systems.
Chemical and Pharmaceutical Processes: Maintaining an inert atmosphere in reactors or storage vessels.
More detailed documentation regarding the product, including the complete technical data sheet and product brochure, can be downloaded from the official sources of the manufacturer. These documents provide further insight into installation requirements, maintenance procedures, and safety regulations.
The SV 1100/40 N model reflects J.A. Becker & Söhne's commitment to quality, durability, and technological innovation in the field of compressed gas systems. This compressor is not just a device, but a long-term, reliable solution for meeting high-pressure nitrogen requirements.
