Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Category 2, tested and certified to DIN 18650/EN 16005, Modular construction with master/slave modules, Safe function even on difficult floors, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 24 V DC +/- 20 %, Signal output: Relay, 1 alternatorfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Category 2, tested and certified to DIN 18650/EN 16005, Modular construction with master/slave modules, Safe function even on difficult floors, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 24 V DC +/- 20 %, Signal output: Relay, 1 alternatorfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Moving presence sensor for swing doors, Configurable for a wide range of door leaf widths, Each beam can be adjusted individually, Selectable background suppression and evaluation, Beam adjustment to closing edge width, Function: Open and secure, Sensor principle: Active infrared scanner, Operating voltage: 17 ... 30 V DC , 18 ... 28 V AC, Signal output: Relay, 1 alternator, Connection: screw terminalsfa
Automatic doors in busses and trains require door edge protection to prevent the unintentional trapping of passengers Photoelectric sensors from Pepperl+Fuchs are used to solve this application ... and monitor the total door area in a fan-shaped pattern with 6 light beams each. The overlapping light fan ensures maximum reliability with the smallest beam distances. Two-part TOPSCAN Solution 2: Here, the infrared light grid “TOPSCAN” is being ...
Ver Todos: Os sensores da linha Visolux da Pepperl+Fuchs são ideiais para a detecção de pessoas e objetos na passagem por portas automáticas, garantindo total segurança ... sensores para portas, que são desenvolvidos especialmente para a segurança das pessoas e a detecção de objetos. O sensor fotoelétrico de infravermelhos ativos TopScan-S, por exemplo, é um dos primeiros dispositivos testados pela TÜV certificados à norma DIN ...
Ver Todos: Os sensores fotoelétricos da linha Visolux são usados em portas de trens e ônibus e protegem as pessoas durante o fechamento das portas ... para uma ampla gama de sistemas de portas automáticas. É certificado em conformidade com o padrão EN50155. A detecção de pessoas nas portas de veículos de transporte público tornou-se algo confiável e versátil com o TopScan . Sensores modulares se encaixam ...
Portas automáticas, elevadores, escadas rolantes, barreiras ou transporte público: os sensores do portfólio da Pepperl+Fuchs são adequados para uma ampla variedade de aplicações na automação de acesso ... de uma tecnologia de sensor coordenada. Controle de acesso individualizado Os leitores de infravermelho ativos , como o TopScan-S , são usados sempre que o monitoramento confiável da presença de pessoas e objetos é necessário em portas automáticas, intertravamentos ...
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