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  • Uv Flame Detector

Palladium Safety Solutions Pvt. Ltd. Manufacturer of Fire Alarm Systems UV Flame Detectors Respond to radiation in the spectral range of approximately 180-260 nanometers. They offer quick response and good sensitivity at comparatively short ranges (0 – 50 ft). Because they are susceptible to arc welding, halogen lamps, and electrical discharges like lightning, they tend to be sited indoors. Thick, sooty smoke can also cause failures due to attenuation of the incident UV radiation.

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Dual LED for 360 degree visibility

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02 Wire based model

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Easy installation and maintenance

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High Sensitivity and wide directivity

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Sleek low-profile housing design

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Quick detection of flame from distance

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SMD circuit board design- satisfactory quality and reliability Guaranteed

Speak to our fire safety expert to learn more about this product.

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Model No.: PSS-UVFD

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Operating Voltage: 12 V to 30 C DC

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Spectrum: 180 to 290 mm

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Standby Current: Less than 10 mA

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Construction: ABS Housing

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Temperature: 10 C to 50 C

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Direction Angle: 110 degree

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Alarm Current: Less than 20 mA

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Dimension: D 130mm, H 45mm

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Humidity: 10% to 93%

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Sensitivity: Grade 1, 25 m

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Weight: 150 g

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Technical Data Sheet

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I always wonder how could they afford to sell such fail-proof high quality fire safety solutions at such a low price! Hats off!

— Ajay Tiwari (Superintending Engineer, QC Prasar Bharti)

UV Flame Detector, detects the presence of fire or flames. In extremely hazardous environments, flame sensors work to minimise the risks associated with fire.


In a hazardous environment, such as a petrochemical processing plant, failing to detect gas leaks, fires or explosions could prove disastrous. However, more needs to be done to help distinguish dangerous gas leaks or flames from annoying false alarms. In this article, Artificial Neural Network Technology Improves Gas & Flame Detection in Hazardous Areas, we take a closer look at the different ways we can reduce false alarms.


UV Flame Detectors Respond to radiation in the spectral range of approximately 180-260 nanometers. They offer quick response and good sensitivity at comparatively short ranges (0 – 50 ft). Because they are susceptible to arc welding, halogen lamps, and electrical discharges like lightning, they tend to be sited indoors. Thick, sooty smoke can also cause failures due to attenuation of the incident UV radiation.