Sensor Fotolistrik G57

VIOX’s G57 Series Photoelectric Switch offers reliable detection utilizing various principles including through-beam, diffuse, retroreflective, and convergence reflection types. Featuring a high detection distance of up to 1.5cm and robust protection against environmental factors (IP66). Suitable for both transparent and opaque objects, the G57 ensures high precision with rapid response times (DC<2ms, AC<20ms). Covered in durable plastic, it operates efficiently in temperatures from 25°C to +55°C

Kirimkan kebutuhan Anda, kami akan mengutip untuk Anda dalam waktu 12 jam

       OVERALL DIMENSIONS         
       Diffuse type        Detection distance
       10-30VDC        NPN        NO
       NC
       NO+NC
       PNP        NO
       90-250VAC        NC
       NO+NC
       SCR Contro Hable silicon        NO
       NC
       Relay output
       Retroreflective type        Detection distance
       10-30VDC        NPN        NO
       NC
       NO+NC
       PNP        NO
       90-250VAC        NC
       NO+NC
       SCR Contro Hable silicon        NO
       NC
       Relay output
       Through beam        Detection distance        1.5cm
       10-30VDC        NPN        NO        G57-3E1.5NA
       NC        G57-3E1.5NB
       NO+NC        G57-3E1.5NC
       PNP        NO        G57-3E1.5PA
       90-250VAC        NC        G57-3E1.5PB
       NO+NC        G57-3E1.5PC
       SCR Contro Hable silicon        NO
       NC
       Relay output
       DC/SCR Control output        DC:200mA,AC:300mA,Relay:2A
       DC/AC Consumption current        DC<15mA,AC<10mA
       DC/AC Response time        Dc<2ms,AC<20ms
       Directional angle        3-10
       Detected object        transparent or opaque body
       Suhu lingkungan kerja        25℃~+55℃
       Intensity of illumination of working environment        Sunlight under 1000LX incandescent lamp under 3000LX
       Shell material        Plastik
       Tingkat perlindungan        IP54

Produk Terkait

Minta Penawaran Sekarang

Minta Penawaran Sekarang