5-Way Manifold Valve
Forxar’s 5-Way Manifold Valve offers full control with isolation, equalization, and venting. Perfect for complex differential pressure transmitter setups.
| Size Range: 1/8" 2" Type: 2 Valve Manifold, 3 Valve Manifold, 5Valve Manifold Materials of Construction (MOC): Stainless Steel (SS), Duplex Steel, Inconel, Hastelloy, Monal, Titanium | Testing: MSS SP99. MTP (Hydro): 900 PSI (620 bar), MWP (Hydro): 6000 PSI (414bar) Configuration & Connection Straight Type, Angle Type, Extended Type, T Type, H Type, CO- Planer Type, Direct Mounting (DN 19213) Remote Mounting (NPT-F) |
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Description:
Manifold valves are essential components in pressure instrumentation systems, designed to isolate, equalize, calibrate, and vent pressure from instruments like pressure gauges, transmitters, and switches. At Forxar Industries, we offer robust and precision-engineered 2-way, 3-way, and 5-way manifold valve in compact and block-mount configurations to ensure seamless process control in critical applications.
🔹 5-Way Manifold Valve
Key Features:
- Includes 2 isolate valves, 1 equalizer, and 2 vent/test valves
- Allows for calibration, isolation, equalization & bleeding
- Reduces need for multiple fittings and valves
- Designed for minimal leakage and thermal expansion tolerance
- Ideal for complex pressure instrumentation systems
Applications:
- Mounting with differential pressure transmitters
- High-integrity process measurement systems
- Oil & Gas platforms, Petrochemical industries
- Skid-mounted process packages
Specifications:
- Material: SS 316 / Alloy 20 / Monel / Others
- Pressure Rating: 6000 PSI
- Temperature: Up to 450°C
- Connection: ½” NPT (F) / Flanged
- Mounting: Direct or Remote
- Bonnet Type: Screwed / Integral
Why Forxar 5-Way Manifold Valve?
Forxar 5-Way Manifold Valves are designed for accurate differential pressure measurement, combining isolation, equalization, and venting in one compact unit. Built with high-grade materials, they ensure leak-proof performance, easy installation, and long-term reliability — trusted across critical instrumentation systems in process industries.
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