E6788F Search Results

E678-8F

Contextual Info: FLAME SENSOR UVTRON R9454, R9533 Quick Detection of Flame from Distance, Compact UV Sensor with High Sensitivity and Wide Directivity, Suitable for Flame Detectors and Fire Alarms. The UVTRON R9533 and R9454 are ultraviolet ON/OFF sensors that utilize the photoelectric effect from metal and gas multiplication. These

uv flame sensor

Abstract: flame sensor FLAME SENSOR UV C3704 R2868 UV CATHODE TUBE UVTron R2868 ultraviolet sensor flame E678-8F R9533 sensor uvtron
Contextual Info: FLAME SENSOR UV TRON R9454, R9533 Quick Detection of Flame from Distance, Compact UV Sensor with High Sensitivity and Wide Directivity, Suitable for Flame Detectors and Fire Alarms. The UV TRON R9533 and R9454 are UV sensors that utilize the photoelectric effect from metal and gas multiplication. These devices are sensitive only to UV light in a spectral range of 185 nm to 260 nm. This makes

Contextual Info: 炎センサ UVtron R9454, R9533 離れた炎も素早くキャッチ 小型・高感度・広視野 紫外線ON-OFFセンサ UVtron ® 炎検知器・火災警報器などの用途に最適 金属の光電効果とガス増倍効果を利用したUVtron（紫外線ON-OFF

Contextual Info: 炎センサ UVtron UVtron ®は金属の光電効果と放電による電流のガ ス増倍効果を利用した紫外線ON-OFFセンサです。 感度波長範囲は185 nm ~ 300 nmと非常にせまく、 可視光にはまったく感度を持ちません。また放電現

E678-8F

Contextual Info: FLAME SENSOR UVTRON UVTRON is an ultraviolet ON / OFF sensor tube that uses the photoelectric effect of metal and gas multiplication effect of electric current by means of discharge. It has a very narrow range of sensitivity from 185 nm to 300 nm and is completely insensitive to visible light. Because it used the discharge phenomenon, its sensitive is high and an adequate

uvtron

Abstract: UVTron R2868 flame sensor R9533 flame detector burner R2868 UV CATHODE TUBE UV flame detection ultraviolet detector tube E678-9C
Contextual Info: FLAME SENSOR UVtron UVtron is an ultraviolet detector tube that uses the photoelectric effect of metal and gas multiplication effect of electric current by means of discharge. It has a very narrow range of sensitivity from 185 nm to 300 nm and is completely insensitive to visible light. Because it used the discharge phenomenon, its sensitive is high and an adequate output voltage is