Description
Oblique Landing Valve – Male Threaded Inlet
Fire Titan Oblique Landing Valve (Threaded Inlet). Designed for installation on wet risers in buildings for firefighting purposes, this landing valve delivers permanently charged water from a pressurized supply, giving firefighting personnel quick, dependable access during an emergency.
Built as a low-pressure, oblique-type valve with a male threaded inlet, delivery hose connection, and blank cap, it’s rated for nominal inlet pressures up to 15 bar. The copper alloy body and grey cast iron hand wheel are built for durability, while the replaceable disc facing and gland seal keep long-term maintenance simple. A strap and pad lock secure the hand wheel against unauthorized use, and the black hand wheel against a red body gives the valve clear, standard firefighting equipment visibility.
If you’re looking for a reliable threaded inlet landing valve in Pakistan, Fire Titan offers a durable, low-pressure valve solution built for wet riser firefighting systems in commercial and residential buildings.
Key Features
- Oblique Type, Male Threaded Inlet Design
- Low-Pressure Valve — Up to 15 Bar Nominal Inlet Pressure
- Copper Alloy Body & Components
- Grey Cast Iron Hand Wheel
- Replaceable Disc Facing & Gland Seal
- Gland Seal Replaceable Under Pressure (Valve Fully Closed)
- Strap & Pad Lock to Prevent Unauthorized Use
- Black-Painted Hand Wheel, Red Body Finish
Built for Wet Riser Firefighting Systems
The threaded inlet connects directly to a building’s pressurized wet riser system, giving firefighters immediate access to a charged water supply through the delivery hose connection — a simpler installation option than flanged variants for smaller-diameter riser lines.
Durable, Corrosion-Resistant Materials
The stem, bonnet, body, female instrument outlet, blank cap, and gland are all made from copper alloy, offering strong corrosion resistance, while the hand wheel is cast from grey cast iron for durability under repeated use.
Serviceable Under Pressure
The gland seal can be replaced even while the system remains pressurized, as long as the valve is fully closed — reducing downtime during maintenance without needing to depressurize the entire riser system.
Secured Against Unauthorized Use
A strap and pad lock secure the hand wheel, preventing tampering or accidental operation while keeping the valve ready for immediate use by authorized personnel in an emergency.
Technical Specifications
| Specification | Details |
|---|---|
| Model Number | NDR 097 |
| Valve Type | Oblique, Threaded Inlet |
| Pressure Rating | Low Pressure Valve |
| Nominal Size | DN 2½” (verify against catalog) |
| Working Pressure | 15 Bar Maximum |
| Test Pressure | Valve Seat Test at 16.5 Bar; Body Test at 22.5 Bar |
| Water Flow Rate | 8.5 L/S @ 4 Bar Outlet Pressure |
Component Materials
| Component | Material |
|---|---|
| Handwheel | Grey Cast Iron |
| Stem | Copper Alloy |
| Bonnet | Copper Alloy |
| Body | Copper Alloy |
| Female Inst. Outlet | Copper Alloy |
| Blank Cap | Copper Alloy |
| Renewable Disc Facing | Rubber |
| Washer | Rubber |
| Gland Seal | Rubber |
| Bonnet Seal | Teflon |
| Gland | Copper Alloy |
| Strap with Pad Lock | Leather |
Recommended Applications
The Fire Titan Threaded Inlet Landing Valve is ideal for:
- Wet Riser Firefighting Systems
- High-Rise & Commercial Buildings
- Fire Hydrant Systems
- Industrial Facilities
- Residential Buildings
- Institutional Buildings
Benefits of the Threaded Inlet Landing Valve
- Immediate access to pressurized water during firefighting
- Durable copper alloy construction resists corrosion
- Serviceable gland seal reduces system downtime
- Locking mechanism prevents unauthorized tampering
- Simpler threaded installation for smaller riser lines
- Reliable performance rated up to 15 bar working pressure
The Fire Titan Threaded Inlet Landing Valve is a durable, low-maintenance valve solution for buildings relying on wet riser firefighting systems. With its corrosion-resistant copper alloy construction, serviceable gland seal, and secure locking mechanism, it’s built to perform reliably when firefighting access is needed most.



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