Official distributor - TR-Electronic, di-soric, Custom, KONTRON, Unidor, ELMEKO, Fujitsu, GeBE, SANEI
Optical sensor di-soric OS34-IMN-T4
Index: OS34-IMN-T4
Through-beam sensors make long ranges possible, with the highest degree of functional safety. Nontransparent, shiny and reflective objects can be reliably recognized. Cleaning and maintenance cycles can be reduced to a minimum because of their use.
Order fulfilment within 1 to 5 weeks
- Compact stainless steel housing
- Protection class IP 69K
- ECOLAB approval
- Long range
- Large functional reserve
- LED infrared with large light spot
Through-beam sensors consist of transmitter and receiver, each of which are arranged in a housing. Transmitter and receiver are mounted opposite one another. Nontransparent, shiny and reflective objects can be reliably recognized. Through-beam sensors make long ranges possible, with the highest degree of functional safety. Cleaning and maintenance cycles can be reduced to a minimum through the use of through-beam sensors.
OS34-IMN-T4
Data sheet
- Working principle
- Bariera jednodrogowa
- Light source
- LED
- Konstrukcja
- Konstrukcja kostkowa
- Working temperature
- -25 … 60 °C
- Wymiary obudowy
- 32 x 21 x 11 mm
- Kolor światła
- Podczerwień
- Materiał
- Tworzywo sztuczne
- Długość obudowy maks.
- 21 mm
- Zasięg maks.
- 0 … 15000 mm
- Napięcie zasilania
- 10 … 30 V DC
- Przyłącze
- Złącze; M8; 4-pinowe
- ETIM 8.0
- EC002716
- Przewód przyłączeniowy
- TK … /4
- Stopień ochrony
- IP 67;IP 69K
- Prąd jałowy (maks.)
- 20 mA
- Klasa ochronności
- III
- Spadek napięcia (maks.)
- 1 V
- Housing material
- Stainless steel
- Ochrona przed odwrotną polaryzacją
- Tak
- Typ sygnału
- cyfrowy
- Ochrona zwarciowa
- Tak
- Wielkość plamki świetlnej
- Ø 110 mm (przy odległości 1500 mm)
- Składa się z
- Nadajnik
- Długość fali
- 850 nm
Through-beam sensors make long ranges possible, with the highest degree of functional safety. Nontransparent, shiny and reflective objects can be reliably recognized. Cleaning and maintenance cycles can be reduced to a minimum because of their use.