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  • Sumitomo F-50HW Helium Compressor Unit
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  • Sumitomo F-50HW Helium Compressor Unit

    • ¥13152.00
      ¥13647.00
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    Weight:1.410KG
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Description
<span style="font-size: 18px; font-family: arial;">Sumitomo F-50HW Helium Compressor Unit</span>

Sumitomo F-50HW Helium Compressor Unit

Overview

The Sumitomo F-50HW Helium Compressor Unit is a helium compressor designed for compatible cryocooler and cold head systems. It is identified by the F-50HW model reference and is part of the Sumitomo Heavy Industries cryogenic equipment line. The compressor supplies pressurized helium gas to a cold head, where the gas expands to produce low temperatures. This closed cycle arrangement supports continuous cooling without liquid cryogens. The F-50HW is used in cryopumps, research instruments, superconducting magnet systems, and industrial vacuum equipment. Its design supports stable gas circulation, pressure regulation, and reliable operation in demanding technical environments.

Helium Compression Function

The compressor receives low pressure helium returning from the cold head and raises it to the required operating pressure. It then sends the gas back through the system. The pressure difference drives the displacer inside the cold head and enables the expansion process that produces cooling. The F-50HW is designed to maintain stable pressure and flow under varying thermal loads. It includes valves, heat exchangers, and filtration components that support clean gas circulation. The compressor also helps remove heat generated during compression. Proper helium purity and pressure are essential for efficient operation. The unit must be matched to the correct cold head and system volume.

System Integration

The Sumitomo F-50HW works as part of a closed helium circuit. It connects to the cold head through flexible or rigid gas lines. The compressor may include electrical controls, pressure gauges, and safety interlocks. These features help protect the compressor and cold head from abnormal conditions. The unit should be installed in a well ventilated area with adequate space for service. Vibration isolation may be required to reduce noise and mechanical stress. Electrical power should match the compressor requirements. Proper grounding and wiring are important for safe operation. The compressor is designed for continuous duty in cryogenic applications.

Performance and Reliability

The F-50HW is built for reliable performance over long operating periods. It uses durable components that resist wear and helium leakage. The compressor is designed to maintain stable pressure even when the cold head load changes. This stability helps maintain consistent cooling capacity. The unit may include monitoring functions for temperature, pressure, and current. These readings help operators detect performance changes. If pressure drops or the compressor runs hot, service may be required. Regular maintenance of filters, seals, and gas lines helps prevent contamination. A clean helium circuit supports long compressor life and efficient cooling.

Applications

The Sumitomo F-50HW Helium Compressor Unit is used in many cryogenic applications. It supports cryopumps used in semiconductor manufacturing, thin film deposition, and surface analysis. It is also used in research laboratories for material science, physics experiments, and detector cooling. In medical imaging, helium compressors support MRI magnet cooling systems. Industrial users rely on the F-50HW for vacuum coating, cryogenic testing, and low temperature processing. In each application, the compressor provides the helium circulation needed for stable cold head operation. Reliable performance helps maintain process quality and reduce downtime.

Maintenance and Safety

Maintenance should be performed by trained personnel. Helium pressure and purity should be checked according to service procedures. Gas lines and fittings should be inspected for leaks. Filters should be replaced as recommended. The compressor should be kept clean and well ventilated. Electrical connections should be checked for tightness and corrosion. If the compressor is opened, safe handling procedures for pressurized gas must be followed. After service, the system should be purged and refilled with clean helium. Performance should be tested under normal load. These practices help ensure safe and reliable operation.

Conclusion

The Sumitomo F-50HW Helium Compressor Unit is an important component for compatible cryocooler and cold head systems. It supports stable helium circulation, pressure control, and reliable cryogenic cooling. Its design is suited to cryopumps, research instruments, and industrial cooling equipment. Correct installation, clean helium, and regular maintenance help ensure dependable service. For laboratories and industrial facilities that require continuous low temperature operation, the F-50HW is a practical and durable compressor unit.

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