Apollo Fire Detectors | XP95 Flame Detector (UV) - Base Mounted

Series 65 Flame Detector (UV) – Base Mounted

55000-025APO

The Series 65 Flame Detector (UV) is designed to protect enclosed indoor areas where open flaming fires may be expected. The detector has a fast-acting response to flames up to 25m away and is equipped with a single UV sensor with a narrow spectral response in order to discriminate between flames and most spurious sources of radiation.

Responds to stationary flames with no flicker
Sensitive to UV radiation emitted by flames during combustion
Compact flame detector which fits into Series 65 bases
Zone-powered
To be used with either Series 65 or Orbis Systems

Technical specification

General	Warranty 3 year Applications Restaurants Retail Small to medium buildings
Mechanical	Colour White
Conformance	Standards EN 54-10 Approvals CPR LPCB
Electrical	Quiescent current 550μA
Environmental	Humidity (max) 95% RH Humidity (min) 0% RH Humidity Note no condensation or icing Humidity 0% to 95% (no condensation or icing) Operating temperature -40 to 70°C Operating temperature (max) 70°C Operating temperature (min) -40°C Storage temperature (max) -40°C Storage temperature (min) 95°C Storage temperature 95 to -40°C Operating temperature -40 to 158°F Operating temperature (max) 158°F Operating temperature (min) -40°F

Downloads

Data sheet

PP2399 Series 65 Base Mounted Flame Detector Issue 2

Installation guide

Series 65 Base Mounted UV Flame Detector Installation Guide

Engineering product guide

Im Broken

Approvals

Certification document

Declaration of Performance

Declaration of Conformity

DoC – EMC Directive 2014//30/EU_RoHS Directive 2011/65/EU_2015/863/EU

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Series 65 Marine Flame Detector (UV) - Base Mounted

55000-026MAR

The Series 65 Marine Flame Detector (UV) is designed to protect enclosed indoor areas where open flaming fires may be expected. The detector has a fast acting response to flames up to 25m away and is equipped with a single UV sensor with a narrow spectral response in order to discriminate between flames and most spurious sources of radiation.