DFP13 Underground Fire Hydrant WolfMouth

Production Description

DFP13 Underground fire hydrant wolfmouths are crucial elements in firefighting systems, engineered to deliver a dependable water supply for effective fire suppression. These hydrants are installed below the surface, making them unobtrusive and protected from environmental damage, while still providing firefighters with essential water access.

Typically, a DFP13 Underground fire hydrant wolfmouths features a durable construction with a valve mechanism to control water flow. Connected directly to the municipal water supply, these hydrants ensure a consistent and reliable source of water during emergencies. Their design facilitates quick and straightforward operation, which is vital for efficient firefighting.

A key benefit of DFP13 Underground fire hydrant wolfmouths is their minimal impact on the surrounding environment and ease of access during critical moments. The flush installation ensures that they are readily available for use without additional equipment, allowing for a swift response when every second counts.

In summary, DFP13 Underground fire hydrant wolfmouths are vital for ensuring prompt and reliable water access in emergency situations. Their robust construction and practical design support effective firefighting efforts and enhance overall safety.

Production Standard

Nominal Dimension (DN)

Nominal Pressure (PN)

Length (cm)

Operating Temperature

Design

Connection

Coating

Testing

DN 80 - DN 100

PN 10-PN 16

100cm

-40° / +110­­°

EN 14384

EN 1092-1 ISO7005-1 Flanged

Electrostatic Powder Epoxy

EN 14384

Application Areas

DFP13 Underground Fire Hydrant WolfMouths are widely used in various industrial and commercial applications.

1. Urban Areas

2. Residential Neighborhoods

3. Commercial and Industrial Zones

4. Public Facilities

5. Parks and Recreational Areas

6. High-Rise Buildings

7. Industrial Plants

8. Transportation Hubs

In these areas, DFP13 Underground Fire Hydrant WolfMouths play a crucial role in controlling fluid flow, ensuring sealing integrity, and enhancing efficiency and safety in operations.