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 |
Superior Leak Integrity and PrecisionEngineered for ultra-high purity gas management, the RSG-43-D provides exceptional leak tightness with a rated integrity of 1x10^-8 mbar l/s. The PTFE-lined diaphragm and sintered metal filter contribute to consistent, contaminant-free gas delivery. Its double-stage functionality and ergonomic control knob offer precise pressure regulation for critical applications.
Versatile Installation and ApplicationThis regulator supports both panel and wall mounting, catering to laboratory, industrial, and semiconductor environments. Standardized 1/4" NPT Female inlet and outlet connections facilitate seamless integration. With a rugged 2.5 kg copper body and a silvery white finish, it is built for durability and visual appeal in any setting.
Advanced Features and UsabilityThe RSG-43-D's design incorporates a high-accuracy pressure gauge (0-315 bar) and a Cv value of 0.06, delivering up to 20 Nm3/hr. The double-stage, non-corrosive build ensures longevity and reliability, making it a preferred solution for transferring and controlling ultra-high purity gases. A precisely engineered structure guarantees safety and ease of operation.
FAQ's of Specially engineerd Regulator For Ultra-High Purity Gases RSG-43-D:
Q: How does the RSG-43-D regulator maintain ultra-high purity gas standards?
A: The RSG-43-D uses a PTFE-lined diaphragm, sintered metal filter, and precision-engineered copper construction to minimize contamination and maximize leak integrity. This combination ensures that ultra-high purity gases remain uncontaminated and stable during transfer and regulation.
Q: What is the process for installing the RSG-43-D regulator?
A: The regulator can be mounted either on a panel or a wall using its standard mounting features. Its 1/4" NPT Female inlet and outlet connections allow for easy integration into lab or industrial pipelines. Ensure all connections are tightly secured, and use the ergonomic control knob for accurate adjustments after assembly.
Q: When should the RSG-43-D be used in gas systems?
A: This regulator is ideal whenever ultra-high purity gases must be handled with stringent leak control and precision-such as in laboratories, semiconductor manufacturing, or other industrial gas lines requiring strict purity and pressure management.
Q: Where can the RSG-43-D be effectively utilized?
A: The RSG-43-D is effective in scientific laboratories, industrial gas delivery systems, and semiconductor manufacturing facilities. Its versatile mounting options and high purity performance make it suitable for any environment where contaminant-free gas regulation is critical.
Q: What benefits does the double-stage, non-corrosive design offer?
A: The double-stage mechanism ensures highly stable outlet pressure regardless of input fluctuations, while the non-corrosive copper and PTFE materials provide excellent resistance to chemical degradation. This ensures long service life and dependable performance for sensitive gas applications.
Q: How does the ergonomic control knob enhance usability?
A: The ergonomic design of the control knob allows operators to make precise adjustments comfortably, reducing fatigue and improving control. This is particularly valuable in applications that demand fine pressure tuning and frequent regulator adjustments.
