A-2VM RF | 2 Valve Manifold Remote Mounting
Razer Precision Instruments (RPI)
The RPI A-2VM RF is a two-valve manifold designed for remote mounting of pressure instruments, providing isolation and venting capabilities in a compact, integrated assembly. Engineered for use with differential pressure transmitters and gauges, it allows safe operation and maintenance without interrupting the process.
Constructed from carbon steel or 316 stainless steel, the manifold is built for durability in high-pressure and corrosive environments. The raised face (RF) connection supports secure integration into flanged systems, ensuring leak-tight performance under demanding conditions.
Designed for pressures up to 6000 PSI and higher depending on configuration, the A-2VM RF delivers reliable isolation, controlled venting, and simplified system layout.
Typical Applications:
Pressure transmitters, differential pressure systems, process instrumentation, oil & gas, and industrial systems
Key Features
- Two-valve manifold for isolation and venting
- Remote mounting configuration
- Raised face (RF) flanged connection
- Available in carbon steel and SS316
- Working pressure up to 6000 PSI
- Precision-machined valve seats for leak-tight sealing
- Compact integrated design
- NACE compliance available
- Reduces number of fittings and connections
- Suitable for gas and liquid service
PERFORMANCE ADVANTAGES
Why the A-2VM RF Perform Where It Counts
ISOLATION & CONTROLLED VENTING
Provides positive shutoff and controlled bleed capability for pressure instruments, allowing safe maintenance without process shutdown. Improves operator safety and reduces system risk during servicing.
REDUCED LEAKS & SYSTEM COMPLEXITY
Integrated manifold design minimizes the number of threaded connections required in the system. This reduces potential leak points and improves long-term system integrity.
HIGH PRESSURE & CORROSION RESISTANCE
Available in carbon steel and stainless steel to match system requirements. Designed to perform reliably in high-pressure and aggressive environments.
IMPROVED INSTALLATION EFFICIENCY
Simplifies system layout and reduces installation time by combining multiple functions into a single assembly. Supports cleaner and more organized instrumentation setups.