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2" x 1" Fig 1502 Plug Valve (LT - Low Torque) | 15,000 PSI High-Pressure Flow Control
2" x 1" Fig 1502 Plug Valve (LT - Low Torque) | 15,000 PSI High-Pressure Flow Control
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The 2" x 1" Figure 1502 Low Torque (LT) Plug Valve is a highly specialized, extreme-pressure flow control component engineered for precision fluid management in demanding upstream operations. This specific configuration features standard 2-inch Figure 1502 hammer union ends integrated with a restricted 1-inch internal bore. Rated for a massive 15,000 PSI Cold Working Pressure (15M CWP), this reduced-bore valve is essential for safely bleeding off pressure, routing lower-volume auxiliary fluids, and providing exact throttling control within a standard 2-inch manifold spread without the need for additional swages or crossovers.
The defining operational advantage of this valve is its highly efficient Low Torque (LT) internal architecture. Operating under extreme 15,000 PSI differential pressure can cause standard valves to bind or require excessive force to actuate. The LT design utilizes specialized high-strength bearings and floating seal segments to significantly reduce friction against the precision-ground cylindrical plug. This ensures that field operators can easily and smoothly open or close the line manually—even under maximum pressure—reducing physical strain, improving response times, and extending the lifespan of the internal components.
Constructed from premium forged alloy steel, this rugged manual plug valve incorporates high-grade elastomeric seals and specialized anti-extrusion backup rings that wipe the plug surface during every cycle, preventing abrasive sand entrapment. Configured with standard Figure 1502 Male (Wing Nut) x Female (Thread) ends, this 2" x 1" valve integrates seamlessly into high-pressure frac spreads, choke manifolds, and well-testing layouts, delivering dependable, easy-to-operate fluid isolation.
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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Low Torque (LT) Design: Advanced internal bearing and floating seal architecture radically reduces friction, ensuring smooth, non-stick manual operation under full load.
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2" x 1" Reduced Bore Profile: Combines standard 2" union connections with a 1" restricted bore, perfect for precise pressure bleed-off and lower-volume routing without requiring transition fittings.
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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.
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Replaceable Internal Liners & Seals: Designed for straightforward field maintenance, utilizing high-density inserts that absorb abrasive wear and shield the main valve body.
Specifications & Technical Details
| Category | Specification |
| Component Type | Manual Plug Valve |
| Internal Design | LT (Low Torque) |
| Union Figure Standard | Figure 1502 (Fig 1502) |
| Nominal Size | 2" x 1" (2" Connections, 1" 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 | Pressure bleed-off lines, choke and kill manifolds, auxiliary frac iron, fluid sampling lines |
Applications
This high-pressure, reduced-bore LT plug valve is a vital asset for safe pressure management on the well pad. It is ideally utilized as a bleed valve on large fracturing manifolds, a precise control valve within high-pressure choke-and-kill assemblies, a fluid sampling point in well-testing layouts, and any application where standard 2-inch 15M iron is used but restricted 1-inch fluid flow and easy manual operation are required.
Quality Assurance
Each LT plug valve undergoes stringent oilfield quality control testing before deployment. This includes extensive high-and-low pressure hydrostatic body and seat shell tests under full load, torque testing to verify the Low Torque operational threshold, magnetic particle inspection (MPI) on critical welds and unions, and full material traceability (MTRs) to verify compliance with strict API and international safety standards.
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📧 seo@blazess.com
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