Series:Phoenix 85UVF/IRF

  Product Description

  The 85UVF1-1QDK3 FIREYE flame detector is mainly used to detect the presence of flames.

  feature

  Wide detection range

  Strong anti-interference ability

  high sensitivity

  quick response

  The 85UVF1-1QDK3 FIREYE flame detector is a high-performance and highly reliable flame detection equipment.It can quickly and accurately detect flames and send alarm signals.

  The Phoenix 85UVF/IRF series flame detectors produced are microprocessor devices that use solid-state flame detection sensors.It has an internal relay that can automatically set the ON/OFF threshold,so remote amplifiers or flame switches can be cancelled.The Phoenix flame detection probe detects the modulation amplitude(i.e.flame flicker characteristics)generated by the target flame to detect a wide range of frequencies.In the probe setting program,the amplitude of the target flame will be automatically stored along with the optimal ON/OFF value.The appropriate sensor gain will also be automatically selected.The probe combines all self diagnosis and electronic self check functions.The Phoenix 85UVF/IRF is divided into multiple models due to different levels of certification for detection components and applicable hazardous areas.

  The Phoenix 85UVF/IRF flame probe requires 24Vdc power supply and is connected to a cable through an 8-pin electrical quick disconnect connector(QD model).There is also a standard 4-20mA flame intensity signal output.Attention:The wiring form of the QD model has been changed to electrical quick disconnect connector connection,replacing the original probe model with a 3-meter long cable.The QD probe(corresponding cable models 59-546-X)can be directly applied to Class I Division 2 hazardous areas.Therefore,the"EX"model has been cancelled and the"CEX"model applied to Ex II 2 G/D hazardous areas remains unchanged.

  application area

  The 85UVF1-1QDK3 FIREYE flame detector is widely used in flame detection in industries such as petroleum,chemical,power,and metallurgy.