The ProStar Platinum PRS301233 high purity pressure regulator is engineered to deliver ultra stable output for demanding analytical and industrial gas control applications. This model targets users who require repeatable performance and robust protection against inlet spikes, making it a strong option for labs and production environments.
Below is a concise overview of key identity, performance, and compatibility details for the ProStar Platinum PRS301233, with emphasis on its max 3000 psig rating.
| Attribute | Specification | Typical Value | Notes |
|---|---|---|---|
| Model | ProStar Platinum PRS301233 | PRS301233 | Identifies high purity regulator line |
| Inlet Pressure Range | Max Operating | 3000 psig | Designed for high cylinder or manifold sources |
| Outlet Pressure Range | Adjustable | 0 to 500 psig | Fine tuning for sensitive instruments |
| Flow Capacity | Rated Flow | Up to 30 SLPM | Sufficient for multiple simultaneous instruments |
| Connection Ports | Cylinder Inlet / System Outlet | 1/4" NPT, VCR | Optimized for high purity metal seal paths |
| Body Material | Construction | 316 Stainless Steel | Minimizes contamination and corrosion risk |
| Certification | Quality | ISO 9001, Material Compliance | Supports pharma and electronics traceability |
Operating Pressure and Stability Performance
This section details how the ProStar Platinum PRS301233 behaves under varying inlet conditions, focusing on its max 3000 psig rating and downstream stability. The regulator is designed to absorb shock loads and maintain setpoint accuracy, which is critical for high purity applications.
Key performance characteristics include fast response, low lock-up pressure, and consistent control across the recommended operating window. Engineers rely on this profile when sizing regulators for critical processes where pressure swings could affect results or equipment life.
High Purity Design and Material Compatibility
Construction for Contamination Control
Manufactured with 316 stainless steel body and trim, the ProStar Platinum PRS301233 minimizes metal leaching and particle generation. These materials align with strict industry standards for electronics, medical gases, and specialty chemicals where purity is non negotiable.
Sealing and Interchangeability
The use of VCR and metal seals reduces permeation and outgassing concerns. When paired with high purity inlet filters and properly installed ferules, this regulator supports sensitive workflows without frequent maintenance cycles.
Installation, Sizing, and Maintenance Guidelines
Proper installation is essential for achieving rated performance from the ProStar Platinum PRS301233. Correct placement, upstream filtration, and downstream line sizing all contribute to stable operation and long service life.
Routine checks of setpoint, visual inspection for wear, and periodic performance validation help prevent drift. Following the recommended maintenance intervals ensures that the max 3000 psig capability is safely utilized without compromising accuracy.
Key Takeaways and Recommendations
- Verify that inlet sources remain below the 3000 psig maximum under peak conditions.
- Use clean, high purity filters upstream to protect the regulator trim and seats.
- Confirm downstream flow requirements stay within the rated capacity of the unit.
- Follow a documented maintenance and validation schedule for compliance and repeatability.
FAQ
Reader questions
Can this regulator handle 3000 psig inlet spikes without drift?
Yes, the ProStar Platinum PRS301233 is built to absorb high inlet shocks and retain setpoint stability, provided the operating limits are respected and downstream demand remains within specified flow ranges.
What connections are used for high purity applications?
The unit uses 1/4" NPT and VCR ports, which are standard in metal seal high purity systems and help minimize contamination paths when paired with correct tubing and fittings.
Is the outlet pressure adjustable up to the regulator max rating?
The adjustable range typically extends from near zero up to approximately 500 psig, which allows fine control for most laboratory and sensitive process needs while staying well below the 3000 psig inlet ceiling.
What maintenance schedule is recommended for critical gas systems?
Quarterly visual inspections and annual setpoint verification are common practices, with more frequent checks recommended in high vibration or changing environment applications.