Features
- Body made of Austenitic Stainless Steel - AISI – 316/304 grade
- Constructed from non-contaminating materials
- Teflon seal
- In-built safety device
- Teflon lined SS diaphragm
- Different inlet connections are provided as per IS standard to suit the various gas cylinders
- Use with wide variety of gases – Oxygen & all compressed gases, Acetylene, Carbon dioxide, Carbon monoxide, Ethylene, Nitrous oxide, Sulphur dioxide, rare gases like Neon, Xenon, Krypton etc.
MODEL | INLET PRESSURE | OUTLET PRESSURE | FLOW | STANDARD CONNECTION |
RSG – 43 S | 0 - 300 bar | 0 - 8 bar | 30 - 35 m³/h | Inlet 5/8" BSP (RHM)
Outlet 3/8" BSP (RHM) |
RSG – 43 D I | 0 - 300 bar | 0 - 10 bar | 40 - 55 m³/h |
RSG – 43 D II | 0 - 300 bar | 0 - 15 bar | 50 - 60 m³/h |
Exceptional Performance for Ultra-High Purity ApplicationsDesigned for demanding processes, the RSG-43-S regulator maintains gas purity for sensitive scientific and industrial workflows. The electropolished, copper-based body and PTFE seat material minimize contamination risks, while the double-stage mechanism supports precise pressure control from 0 to 210 bar. Its advanced design ensures a consistent flow, making it a key component for gas chromatography, laboratory experiments, and research applications.
Precision Engineering and VersatilityThe RSG-43-S features a compact, lightweight build (approx. 1.5 kg) with both inlet and outlet sized for 1/4" NPT (F) connections, compatible with BS341 cylinder fittings. Clean room assembly and a silvery white finish, achieved through electropolishing, deliver superior leak integrity and aesthetic appeal. With panel mount options and a standard-fitted outlet gauge, it adapts flexibly to various setup requirements and ensures convenience for end-users everywhere.
FAQ's of Specially engineerd Regulator For Ultra-High Purity Gases RSG-43-S:
Q: How does the RSG-43-S regulator ensure ultra-high purity gas delivery?
A: The RSG-43-S regulator is constructed from copper with PTFE seat material and features electropolished surfaces. These qualities, combined with its double-stage design and low internal dead volume, effectively prevent contamination and guarantee gas purity for critical applications.
Q: What applications are best suited for the RSG-43-S regulator?
A: This regulator is ideal for ultra-high purity gas applications, such as gas chromatography, laboratory research, R&D facilities, and any environment that demands stringent control over gas purity and delivery parameters.
Q: When should the panel mount option be considered for installation?
A: The panel mount option is recommended when integrating the regulator into laboratory panels or gas distribution systems, offering better stability, ease of access for adjustments, and a tidy installation in controlled environments.
Q: Where can the RSG-43-S be used effectively?
A: Given its compact design and clean room assembly, it excels in clean laboratory settings, research centers, analytical chemistry facilities, and other locations where ultra-high purity and reliable pressure regulation are critical.
Q: What is the process for ensuring leak integrity in the RSG-43-S regulator?
A: Each regulator undergoes precision machining, electropolishing, and thorough clean room assembly. Rigorous leak integrity testing confirms a performance level of less than 1x108 mbar l/s, ensuring minimal gas loss and maximum safety.
Q: How does the double-stage design of the RSG-43-S benefit users?
A: The double-stage design delivers highly stable outlet pressure and reduces pressure fluctuations, especially vital when working with ultra-high purity gases. This mechanism also prolongs the lifespan of the regulator and offers superior output consistency compared to single-stage models.
