About High Volume Long Range Water Monitors
Established in the year 1996, we are one of the most reputed firm engaged in manufacturing, exporting and supplying the comprehensive range of best quality High Volume Long Range Water Monitors. These monitors are manufactured using high grade raw material and most innovative technology in our sophisticated manufacturing plant. In addition to this, we make sure that our offered water monitors are made available to the clients within the predefined time frame. We also make sure that these High Volume Long Range Water Monitors are inspected thoroughly before being offered to the clients.
Features:
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Easy to operate
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Corrosion resistant
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Galvanized interior
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Rust resistant
WVPL - 403
| Size | 75 mm & 100mm |
| Reference Standard | IS : 8442 Stand Post Type |
| M.O.C | Carbon Steel / Stainless Steel |
| Inlet | Flanged Inlet As per Customers requirement |
| Outlet | Jet and Spray Type Water Cum Foam Nozzle |
| M.O.C For Nozzles | GM TO IS 318 LTB-II /SS 3444 Gr.1 and 4 ( SS304 & SS 316 ) / IS : 617 (Aluminium) |
| Capacity | Preassure | Flow Rate | Throw Rate |
| 75 mm Size | 100 PSI | 3000 LPM | 65 Mtrs |
| 100 mm Size | 100 PSI | 4000 LPM | 70 Mtrs |
| Approval | - |
Engineered for Industrial Scale Fire ControlOur High Volume Long Range Water Monitors are specifically designed to meet the rigorous demands of industrial fire safety and extensive water delivery. Constructed from resilient aluminium alloy and stainless steel, these monitors offer durability and high performance even in extreme conditions. Their robust build and precision engineering ensure sustained operation with minimal maintenance.
Versatile Range and Flexible OperationWith nozzle sizes available in 50mm, 63mm, and 75mm, and adjustable fog and jet spray patterns, this water monitor adapts easily to various operational requirements. The monitors operate efficiently across a pressure range of 7 to 12 bar, providing high discharge rates up to 4800 LPM. The selection of standard BSP or NPT threads ensures broad compatibility with existing piping systems.
Durability and Enhanced ProtectionFinished with powder coating and anodizing treatments, our monitors are built to resist corrosion, wear, and harsh environmental elements. This makes them ideal for long-term deployment in industrial settings, reducing the need for frequent replacement and guaranteeing reliability where it matters most.
FAQs of High Volume Long Range Water Monitors:
Q: How is the High Volume Long Range Water Monitor installed in industrial setups?
A: These monitors can be installed using standard BSP or NPT threaded connections to the monitor inlets (available in 100mm or 150mm diameters). Proper positioning at strategic points ensures optimal coverage for fire protection and water distribution.
Q: What maintenance process is recommended for these water monitors?
A: Routine inspection for debris, corrosion, or nozzle obstructions is essential. Regular cleaning and periodic checks of moving parts, along with verifying the powder coating and anodized finish, help maintain performance and prolong service life.
Q: When should I opt for adjustable fog and jet patterns?
A: Adjustable fog and jet patterns should be selected based on the specific application: use the fog pattern for wide-area coverage or to cool surfaces, and the jet pattern for targeted water streams, such as reaching distant fire sources or precise water delivery.
Q: Where are these water monitors typically used?
A: These monitors are widely used in petrochemical plants, manufacturing facilities, storage terminals, and any industrial area with significant fire risks or the need for large-scale water delivery.
Q: What are the primary benefits of using an aluminium alloy and stainless steel construction?
A: Aluminium alloy ensures the monitor is lightweight (around 45 kg) while stainless steel adds superior resistance to corrosion and mechanical stress, resulting in a robust and long-lasting device.
Q: How does the water monitor handle varying pressure and flow requirements?
A: With an operating pressure range of 7 to 12 bar and nozzle options for 50mm, 63mm, and 75mm, the monitor can be tailored to meet specific flow conditions, delivering up to 4800 liters per minute as required by different applications.