Working principle of Jieneng flame detector

Ultraviolet flame detectors are widely used in industrial applications as key components of heat treatment furnaces and boilers. Analysis of the composition and working principle of the automatic ignition controller for industrial electric furnaces: The boiler startup system consists of a relatively high energy ignition system, a krom ultraviolet flame detector, a flame detection refrigeration exhaust system, a ignition gun propulsion device, and a quick shut-off valve. In which higher energy ignition systems and ultraviolet flame detectors are crucial.

Ultraviolet flame detectors and probes:

The power transmission of the signal between the probe and the processor adopts electric flow transmission technology to improve anti-interference, and is transmitted to the processor through a two core/three core cable. The processor will process the data signal from the probe according to the trigger circuit of the paired power supply circuit, identify the presence and absence of fire, and make corresponding marks and exports. Xuzhou Jieneng Electric Power Equipment Co., Ltd. points out that the tunnel construction fire detection integrated panel based detector can have very good effects on sunlight, lightning, arc welding, artificial light sources, heat transfer, interference signals, vibration analysis, etc., thereby achieving rapid response and accurate identification of fire alarm signals. This detector uses a non-contact flame detector, with on-site adjustable sensitivity. It provides active contacts and standard current output to interconnect with the fire alarm system.

Ultraviolet flame detector:

The ultraviolet flame detector can continuously inspect the flames of various natural gas boilers for a long time, and carry out security monitoring on the heating furnace. Its core structure is composed of two parts: a probe and a processor. The probe and the processor are connected to the flame detector by two twisted shielded pairs. Its working principle is that the probe of the ultraviolet flame detector is equipped with quartz stone antifouling eyeglasses in front of it, and the light from the fire from the moon is transmitted to the UV photosensitive tube at the tail of the probe, which performs photoelectric conversion. The power transmission of the signal between the probe and the processor adopts electric flow transmission technology to improve anti-interference, and is transmitted to the processor through two core twisted pair shielded twisted pairs.