The Viking Corporation, a global pioneer in fire protection and life safety systems, announced availability of new specific application window sprinklers. Designed to provide interior protection of windows or glazing, the sprinklers are used with fixed glazed assemblies to provide an alternative to a fire resistance rated wall assembly and feature a unique spray pattern that coats the surface of the glass with water, reducing the risk of cracking or shattering glass in the event of a fire.

Window Sprinklers

Viking’s new window sprinklers are available in both pendent vertical sidewall (VK960) and horizontal sidewall (VK962) models. The VK960 is Listed for up to 12’ (3,7 m) spacing between sprinklers, along with 7’ (2,1 m) maximum distance from vertical mullions, providing significant installation advantages. The VK960 is also listed at 15 gpm at all spacing up to 12’ (3,7 m). Additionally, both sprinklers have a maximum pressure rating of 175 psi in all approved applications.

The cULus Listed sprinklers are available in brass, chrome, white polyester, black polyester, or corrosion resistant ENT plating. With a thread size of 1/2” NPT or 15 mm BSPT, the 5.6 (81) K-factor sprinkler can be ordered with temperature ratings of 155° F (68° C) or 200° F (93° C).

In case you missed it

WAGNER's Fire Protection Solutions At BUILDINX 2025
WAGNER's Fire Protection Solutions At BUILDINX 2025

WAGNER Group GmbH will be presenting pioneering solutions for fire protection in modern logistics properties at BUILDINX 2025 in Dortmund from November 18 to 20, 2025. The foc...

Spare A Minute For Maintenance
Spare A Minute For Maintenance

With new fire safety regulations around the corner and a renewed focus on responsible persons and coordination, Karen Trigg of Allegion UK discusses the significance of fire door h...

Fire-Dex Unveils Fire Investigation PPE For Safety
Fire-Dex Unveils Fire Investigation PPE For Safety

Fire investigators have long worked in a gray area of protection where full structural turnouts are overkill, but single-layer garments may not cover every single hazard they encou...

vfd