RT-XX | Test Valve
BelGAS CP Control Products
The BelGAS CP RT-XX Test Valve is a pressure vessel accessory designed to provide a safe and controlled method for testing pressure relief valves without pressurizing the vessel. Installed between the vessel and the relief valve, it creates an isolated stage that allows testing without disrupting system operation.
During testing, pressure can be applied directly through the test valve to verify relief valve function, eliminating the need to pressurize the entire vessel. This improves safety, reduces operational risk, and simplifies routine inspection procedures.
The RT-XX is available in multiple sizes and material options, allowing it to be matched to vessel requirements and operating environments. Its simple internal design ensures reliable operation with minimal maintenance in field conditions.
Typical Applications:
Pressure vessels, relief valve testing, safety valve verification, and inspection procedures
Key Features
- Test valve for pressure relief valve verification
- Allows testing without pressurizing the vessel
- Installs between vessel and relief valve
- Maximum working pressure up to 1000 PSIG
- Available in 1″ and 2″ NPT configurations
- Carbon steel body standard with stainless steel option
- Acetal spacer with stainless steel connector components
- Operating temperature range from -20°F to 200°F
- Simple internal ball and seat design
- Compact, inline installation
PERFORMANCE ADVANTAGES
Why the P7100 Performs Where It Counts
SAFE RELIEF VALVE TESTING
Enables testing of pressure relief valves without pressurizing the vessel, reducing safety risks and operational disruption.
IMPROVED MAINTENANCE EFFICIENCY
Simplifies inspection and testing procedures, allowing faster verification of relief valve performance in the field.
SIMPLE AND RELIABLE DESIGN
Internal ball and seat mechanism provides dependable operation with minimal moving parts and reduced maintenance requirements.
FLEXIBLE CONFIGURATION OPTIONS
Available in multiple sizes and material configurations to match vessel design and service conditions.