The J.A. Becker & Söhne SV 1100/40 He model is a plug-in category, three-stage helium compressor designed to meet the highest industrial demands. This equipment delivers outstanding performance in compressing helium gas up to an operating pressure of 40 bar, while ensuring extremely efficient operation and a long service life.
This compressor is not a „standard product”; it reflects J.A. Becker & Söhne's commitment to quality and specialized engineering solutions, ensuring reliable and economical operation in critical applications.
The SV 1100/40 He compressor features several characteristics that set it above the competition:
No „Standard Product” Solution: Each unit integrates unique engineering solutions, guaranteeing targeted performance and reliability.
High-Efficiency Cooling: The advanced cooling system ensures optimal dissipation of heat generated during the compression process. This not only extends the machine's lifespan but also contributes to energy efficiency by minimizing heat loss.
Fully Automatic Discharge: The equipment features an automatic purging function, which simplifies operation and minimizes the need for human intervention during pressure equalization and safety protocol execution.
Long Maintenance Cycles: As a result of the robust construction and high-quality components, maintenance intervals have been significantly extended, thereby reducing downtime and operating costs.
The precise and detailed specifications of the SV 1100/40 He compressor ensure the intended performance and integrability:
| Parameter | Value | Note |
|---|---|---|
| Volume Flow (Volume Flow) | 1,100 l/min | Corresponds to 66.0 m³/h |
| Maximum Operating Pressure (Max. Operating Pressure) | 40 bar | For high-pressure applications |
| Pressure Stages / Cylinder | 3 / 3 | Three-stage compression system |
| Electric Motor Power | 18.5 kW | Powerful and reliable drive |
| Speed (Speed) | 1,500 rpm (U/min) | Optimized operating speed |
The SV 1100/40 He is a superior quality product in every aspect, manufactured by J.A. Becker & Söhne according to the highest standards. The three-stage design is ideal for the gradual and efficient compression of helium gas, which is essential for research, industrial gas supply, or special technological processes requiring precisely regulated, high-pressure helium.
The compressor's design guarantees the preservation of gas purity during the compression process, which is especially important for helium, where contaminants can have serious consequences for the consuming systems.
During three-stage compression, the gas temperature rises significantly. The SV 1100/40 He model's integrated, highly efficient cooling system actively manages this heat. Efficient heat dissipation is crucial for the following reasons:
Compressor Service Life: Avoiding overheating protects seals, bearings, and the inner surfaces of the cylinders from premature wear.
Gas Quality: The volume of helium decreases when it cools down. Efficient cooling helps stabilize the gas volume between pressure stages, thereby optimizing its introduction into the next stage.
Energy Efficiency: Optimizing cooling reduces the load on the motor, as the compressor can achieve the desired pressure level more efficiently.
The 40 bar maximum operating pressure allows for a wide range of applications, whether it's filling high-pressure storage systems, specialized testing procedures, or supplying industrial processes. The 18.5 kW motor running at 1500 rpm ensures the necessary performance, while the 3-stage design guarantees that the compression is not excessively stressful for the individual stages.
The fully automatic discharge function ensures that the system always remains at optimal pressure and, if necessary, automatically performs pressure release according to safety regulations, thus increasing safety and reducing the risk of operator errors.
J.A. Becker & Söhne products are synonymous with German engineering precision. In the case of the SV 1100/40 He model, this quality manifests in long maintenance intervals. Durability was emphasized during the design process, meaning the equipment operates reliably over the long term with minimal downtime, resulting in significant savings on operating costs.
This compressor is the ideal choice for users who are not satisfied with average solutions, but are looking for a high-performance and extremely reliable system specially optimized for helium handling.
