Hydrant Landing Valve Male Inlet is a crucial component of any fire hydrant system, designed to control and regulate water flow during firefighting operations. Built for reliability, durability, and high performance, this valve allows firefighters to quickly access pressurized water from the hydrant system, ensuring rapid response in emergency situations.
Landing valves are typically installed on fire hydrant networks, fire risers, and wet riser systems in both commercial and industrial buildings. The male inlet connection makes it compatible with various hose fittings and firefighting accessories.
Technical Details
- Blanking Cap: Yes
- Blanking Cap Construction: Plastic
- Valve Construction: Brass
- Finish: Signal Red (Epoxy Coated)
- Inlet Connection: 65mm BSP Male
- Outlet Connection: QRT (Quick Release Type)
- Pallet Quantity: 96
- Single Units: Yes
Features of Hydrant Landing Valve Male Inlet
1:Durable Brass Construction – Manufactured from high-quality brass for maximum corrosion resistance, ensuring long-lasting performance in harsh environmental conditions.
2:Signal Red Finish – Coated with signal red epoxy paint for easy visibility and protection against rust and wear.
3:65mm BSP Male Inlet – Standardized connection ensures easy compatibility with fire hydrant networks and water supply lines.
4:QRT Outlet Connection – Equipped with a Quick Release Type outlet for fast and secure hose attachment during firefighting operations.
5:Blanking Cap Included – Comes with a protective plastic blanking cap to prevent dust, debris, and water ingress when not in use.
6:Easy Maintenance and Operation – Simple design allows quick access for maintenance, cleaning, and inspection.
7:High Flow Rate – Designed to deliver consistent water pressure and flow for efficient firefighting and fire suppression activities.
Function and Working Principle
The Hydrant Landing Valve acts as a control valve between the water supply system and the firefighting hose. When connected to a hydrant or riser system, it provides direct access to pressurized water. Firefighters can easily connect hoses to the QRT outlet, open the valve, and begin firefighting operations immediately.
The male inlet ensures a secure and leak-proof connection with the hydrant piping system, maintaining stable pressure even under demanding conditions. When not in use, the blanking cap protects the valve from contaminants, ensuring readiness for the next emergency.
Applications of Hydrant Landing Valve Male Inlet
The Hydrant Landing Valve Male Inlet is widely used in:
- Commercial Buildings – Office towers, shopping centers, and hotels.
- Industrial Facilities – Warehouses, factories, and manufacturing plants.
- Marine and Offshore Installations – Ships, docks, and oil platforms.
- Hospitals and Educational Institutions – For safety compliance and emergency fire protection.
- Public Infrastructure – Airports, rail stations, and government facilities.
Advantages of Using a Hydrant Landing Valve
- Provides reliable water control during fire emergencies
- Corrosion-resistant brass construction for durability
- Easy to install and maintain
- Ensures compatibility with global fire hydrant systems
- Enables quick water discharge through QRT outlets
- Includes blanking cap for protection and cleanliness
- Suitable for both indoor and outdoor fire protection systems
Installation and Maintenance Tips
- Ensure the landing valve is securely connected to the main hydrant line using the correct BSP male fitting.
- Inspect the valve periodically for any signs of corrosion or damage.
- Keep the blanking cap tightly fitted when the valve is not in use.
- Lubricate moving parts as per maintenance schedules.
- Test water flow and pressure regularly as part of system checks.
Conclusion
The Hydrant Landing Valve Male Inlet is a vital part of any modern fire protection and hydrant system. Its durable brass body, easy-to-use 65mm BSP male inlet, and Quick Release Type outlet make it a reliable choice for firefighting operations. With its high-quality construction and efficient design, this valve ensures fast, safe, and effective water flow control whenever it’s needed most.
