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2" x 2" Fig 1502 Plug Valve (LT - Low Torque) | Tapped for Pneumatic Actuator | 15,000 PSI Flow Control
2" x 2" Fig 1502 Plug Valve (LT - Low Torque) | Tapped for Pneumatic Actuator | 15,000 PSI Flow Control
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The 2" x 2" Figure 1502 Low Torque (LT) Plug Valve (Tapped for Pneumatic Actuator) is a highly adaptable, high-capacity flow control component engineered for the safe, automated management of high-volume, high-velocity fluids in demanding upstream operations. Featuring a true 2-inch straight-through bore, this valve is designed to handle maximum pump rates while significantly minimizing fluid turbulence and pressure drop. Rated for a massive 15,000 PSI Cold Working Pressure (15M CWP), it provides a fail-safe isolation barrier during aggressive hydraulic fracturing, severe-service flowback, and large-scale well-testing operations.
What differentiates this specific valve is its Automation-Ready Architecture. The valve body and stem are precision-machined and seamlessly tapped to accept a pneumatic (air-driven) actuator. This allows operators to easily upgrade the valve from manual operation to a fully automated system utilizing standard rig air. Once an actuator is installed, the valve can be opened or closed instantly from a safe, remote control cabin or ESD (Emergency Shut Down) network, keeping personnel out of the hazardous "red zone" during high-pressure pumping.
Working in perfect synergy with pneumatic actuation is the highly efficient Low Torque (LT) internal design. Operating under extreme 15,000 PSI differential pressure typically demands substantial force. The LT design utilizes specialized high-strength bearings and floating seal segments to significantly reduce internal friction. Because the plug requires minimal torque to turn, a smaller, highly efficient pneumatic actuator can be used, requiring lower air supply pressure to rapidly and smoothly cycle the valve without sticking or binding.
Configured with standard Figure 1502 Male (Wing Nut) x Female (Thread) ends, this automation-ready 2" x 2" valve integrates seamlessly into high-pressure frac spreads and automated choke manifolds, delivering dependable, large-volume fluid isolation with remote-control readiness.
Features & Benefits
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15,000 PSI Working Pressure (15M): Designed to safely contain and isolate fluid lines operating under extreme upstream stimulation pressures up to 15,000 PSI CWP.
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Tapped for Pneumatic Actuator: Pre-machined and threaded specifically to accept standard air-driven actuators, allowing for rapid field upgrades to remote automated control.
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Low Torque (LT) Design: Advanced internal bearing architecture radically reduces friction, minimizing the required air pressure and actuator size needed for smooth, non-stick cycling.
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Full 2-Inch Bore: Accommodates high flow rates and abrasive proppant slurries while drastically minimizing flow turbulence and internal fluid erosion.
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Rugged Forged Construction: Machined from a single solid alloy steel forging for superior structural strength, high fatigue resistance, and safe energy containment.
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Male x Female Connections: Features standard Fig 1502 hammer union ends for fast, highly secure integration into existing 15M flowline networks.
Specifications & Technical Details
| Category | Specification |
| Component Type | Plug Valve (Automation-Ready) |
| Internal Design | LT (Low Torque) |
| Special Feature | Tapped / Machined for Pneumatic Actuator |
| Union Figure Standard | Figure 1502 (Fig 1502) |
| Nominal Size | 2" x 2" (Full Bore) |
| End Connections | Male (Wing) x Female (Thread) / M x F |
| Maximum Working Pressure | 15,000 PSI CWP (15M) |
| Body Material | High-Strength Forged Alloy Steel |
| Typical Applications | Automated frac manifolds, remote ESD loops, air-actuated well testing, flowback containment |
Applications
This high-pressure, automation-ready LT plug valve is a critical asset for modern, safety-focused oilfield sites utilizing rig air networks. It is ideally utilized as an upgradeable master or wing valve on fracturing manifolds, a foundational component for remote-controlled severe-service flowback spreads, an automated surface safety valve (SSV) in well-testing layouts, and any application where rapid, air-driven remote fluid shutoff is desired.
Quality Assurance
Each tapped plug valve undergoes rigorous oilfield quality control testing before deployment. This includes high-pressure hydrostatic body and seat shell tests under full load, precise torque testing to verify the LT capabilities, thread verification on the actuator mounting points, magnetic particle inspection (MPI), and full material traceability (MTRs) to verify compliance with strict API and international safety standards.
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