The 4MMOF Series Balancing Valve is a precision-engineered double regulating valve designed to ensure optimal hydraulic balance in complex piping and HVAC systems. This valve introduces adjustable resistance to counteract frictional losses in pipeline circuits, guaranteeing uniform water flow across multiple branches. With a robust Y-Type body design, the valve minimizes pressure loss and turbulence, enhancing system efficiency. Constructed from high-grade materials such as gun metal, cast iron, or stainless steel, the valve ensures long-term corrosion resistance and durable performance. The valve features a manual handwheel for precise flow adjustment and a stem locking system to prevent unauthorized tampering. Integrated pressure test cocks facilitate differential pressure measurements, allowing hydraulic balancing experts to accurately measure head loss across the valve. Designed for demanding applications including HVAC, heating, and chilled water systems, the 4MMOF Series Balancing Valve supports sizes ranging from 25 mm to 500 mm with custom options for larger dimensions. The valve supports screwed or flanged end connections, with flanged ends ideal for easy installation in large-scale industrial setups. Capable of operating at pressures up to 16 kg/cm² (standard) and maximum inlet pressures of 12 kg/cm², and temperatures up to 85°C, this balancing valve is essential for maintaining system reliability and energy efficiency in commercial and industrial fluid control environments.
Key Features
| Features | Description |
|---|---|
| Body Design | Y-Type design minimizes pressure loss and turbulence |
| Construction Material | High-grade cast gun metal, cast iron, or stainless steel for corrosion resistance |
| Flow Adjustment | Manual handwheel-operated for precise flow regulation |
| End Connections | Available in screwed or flanged ends suitable for large-scale HVAC and industrial piping |
| Pressure Range | 16 kg/cm² standard pressure rating; maximum inlet pressure 12 kg/cm² |
| Temperature Rating | Operational up to 85°C |
| Size Range | 25 mm to 500 mm with options for larger sizes upon request |
| Additional Features | Stem locking system prevents tampering; integrated pressure test cocks for differential pressure measurement |
| Application | Ideal for hydraulic balancing in HVAC, heating, and chilled water systems |
| Attributes | Description |
|---|---|
| Valve Series | 4MMOF Balancing Valve |
| Body Materials | Gun Metal / Cast Iron / Stainless Steel |
| End Connection Types | Screwed / Flanged |
| Size Range | 25 MM to 500 MM (larger sizes on request) |
| Operating Pressure | 16 kg/cm² (nominal), max inlet pressure 12 kg/cm² |
| Operating Temperature | Up to 85°C |
| Valve Type | Double regulating balancing valve with manual flow adjustment |
| Flow Control Mechanism | Handwheel operated with stem locking system |
| Test Features | Integrated pressure test cocks for connection to manometers or hydronic systems |
| Application Areas | HVAC, heating, chilled water systems |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
The stem locking system secures the valve's flow setting after manual adjustment, preventing inadvertent or unauthorized tampering, which ensures consistent and reliable system balancing.
Yes, the 4MMOF Series supports custom manufacturing options for valve sizes larger than 500 mm on request, accommodating large-scale industrial requirements.
Integrated pressure test cocks allow connection to manometers or hydronic balancing systems to measure differential pressure, enabling precise calculation of head loss and flow rates.
The valve body is available in gun metal, cast iron, or stainless steel, offering choices between corrosion resistance, mechanical strength, and compatibility with different fluid types and industrial environments.
This valve is specifically designed for hydraulic balancing in HVAC systems, heating installations, and chilled water pipelines, where maintaining uniform flow and pressure balance is critical.
Country Of Origin: India
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