Vesda OSE-SPW OSID Emitter Wired 24VDC

The OSE-SPW is used as a preferred solution when 24 Vdc is close by.

The company that revolutionized very early warning smoke detection with VESDA has reinvented smoke detection for open spaces with Open-area Smoke Imaging Detection (OSID). OSID by Xtralis provides reliable, cost-effective smoke detection for open spaces where fire detection presents unique challenges and where very early warning is not always the priority.

In its simplest configuration, OSID by Xtralis uses one imager, a camera-like device with a wide field of view, and a wired or battery-powered emitter roughly aligned on the opposite wall within the protected area. The emitter sends both infrared and ultraviolet coded light signals to the imager. If the light reception is altered due to the presence of genuine smoke particles, the imager will go into alarm. The novel use of dual light frequencies in an open-path device enables OSID to discriminate between real smoke and other objects, including insects, steam, condensation and dust, thus drastically reducing false alarms.

Key Features:

OSID’s uncompromising performance is based on the patented use of digital imaging, dual-frequency beams and smart algorithms delivering:

Patented dual wavelength, UV & IR, particle detection
CMOS Imager with wide viewing angles
Simple installation, commissioning and maintenance
High tolerance to vibration and structural movement
High tolerance to dust, fogging, steam, reflections and object intrusion
High resistance to reflected sunlight
On-board log memory
Software tool for diagnostic purposes
Aesthetically discreet and 3D coverage
Long range up to 150 m. (492 ft.) with minimal free space (Ø15 cm./5.85”)
Applications:

OSID is ideal for use in a wide range of industries and applications. These include atriums, domes and large rooms in:

Airports
Train stations
Shopping centres
Stadiums
Educational facilities
Hotels, convention centres and office buildings/complexes
Entertainment venues
Warehouses and production floors