Оптический датчик SICK WL4SLG-3F2254V, артикул 1076059

Оптический датчик SICK WL4SLG-3F2254V, артикул 1076059.

Расстояние срабатывания: 0 m ... 2.2 m 1) 2) [примечание 1]. Напряжение питания: 10 V DC ... 30 V DC 1) [примечание 2]. Коммутационный выход: PNP. Функция выхода: на затемнение. Подключение: Male connector M8, 4-pin 1) [примечание 3].

Семейство: W4. При подборе сверяйте артикул 1076059 и полное обозначение WL4SLG-3F2254V.

Примечания к параметрам (EN)

1. 1) Reflective tape REF-AC1000. 2) To ensure reliable operation, we recommend using REF-AC1000 reflective tape or reflective-tap reflectors such as P41F, PLV14-A, PLH25-M12, or PLH25-D12. Reflectors with large-scale triple structures must only be used if deemed suitable for the application. 3) Average service life: 50,000 h at T U = +25 °C. 4) Do not intentionally look into the laser beam. Never point the laser beam at people's eyes. 5) Adjustment via cable (ET): white cable or PIN2 according to the desired sensitivity > 2 ... < 8 s or put > 8 s on L+ (PNP) or on M (NPN). 6) Difference between standard/washdown and hygiene: The essential difference between a standard/washdown product and a hygiene product is that where the process and contact with the medium (activity in the vicinity of the food) are concerned, a hygiene product is designed in accordance with the latest standards and hygiene design guidelines, and materials are selected accordingly.

2. 1) Limit values when operated in short-circuit protected network: max. 8 A. 2) May not fall below or exceed U V tolerances. 3) Without load. 4) Signal transit time with resistive load. 5) With light/dark ratio 1:1. 6) A = V S connections reverse-polarity protected. 7) B = inputs and output reverse-polarity protected. 8) C = interference suppression.

3. 1) Max. tightening torque: 0.6 Nm.

4. 1) Only in case of correctly mounted IP69K connecting cable. 2) As of T a = 50 °C, a max. supply voltage V max. = 24 V and a max. load current I max. = 50 mA is permitted. 3) Operation below Tu –10 °C is possible if the sensor is already switched on at Tu > –10 °C, then cools down, and the supply voltage is subsequently not switched off. Switching on below Tu –10 °C is not permissible.