BUT COMMISSIONING REDUCEDPRESSUREINSIDE THE VALVE
Product Model:YX741X
Nominal Diameter:40~1200mm
NominalPressure:1.0~2.5MPa
Suitable temperature:0°C~80°C
Suitable Medium: Water

ADJUSTABLE REDUCING AND PRESSURE-STABILIZING VALVE
Product Model: YX741X
Product Overview
The YX741X Adjustable Reducing and Pressure-Stabilizing Valve is designed to reduce and stabilize inlet pressure to a desired outlet pressure in fluid pipelines. It is ideal for high-rise buildings, water supply systems, and other applications requiring precise pressure control.
Key Features
- Precise Pressure Control
- Adjustable Outlet Pressure: Easily adjustable to meet specific system requirements.
- Stable Performance: Maintains consistent outlet pressure regardless of inlet pressure fluctuations.
- Self-Cleaning Mechanism
- Built-in Filter: Prevents debris from entering the control system, ensuring reliable operation.
- Durable Construction
- Materials: High-quality cast iron, stainless steel, or forged steel body with corrosion-resistant coatings.
- Design: Compact, reliable, and requires minimal maintenance.
- Energy Efficiency
- Streamlined Design: Minimizes pressure drop and energy loss.
Technical Specifications
Parameter |
Details |
Nominal Diameter |
40-1200 mm |
Nominal Pressure |
1.0-2.5 MPa |
Operating Temp. |
0°C-80°C |
Media Compatibility |
Water |
Connection |
Flanged (GB/T17241 standard) or threaded |
Quality Standards & Certifications
- Design & Manufacturing: Complies with GB/T13927, GB/T12221, GB/T17241.6, and GB/T9113.
- Testing: Certified for pressure, flow coefficient, and endurance tests.
- Certifications: ISO 9001, CE, API, ASME, UL, FM, TS, ANSI.
Typical Applications
- High-Rise Buildings
- Ensures safe and stable water supply in residential and commercial high-rises.
- Water Treatment Plants
- Maintains optimal pressure in water distribution systems.
- Industrial Facilities
- Protects equipment and ensures efficient operation in factories and warehouses.
Why Choose YX741X Adjustable Reducing and Pressure-Stabilizing Valves?
- Safety: Prevents equipment damage and ensures safe operation.
- Efficiency: Minimizes energy loss and reduces operating costs.
- Reliability: Durable construction ensures long service life.







