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Soe M18

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0% found this document useful (0 votes)
62 views2 pages

Soe M18

Uploaded by

Lisa
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Sensors FESTO Opto-slectronic proximity sensors, M 18x 1 PNEUMATIC with cable with plug Diffuse sensor/ fibre-optic unit with integral transmitter and receiver, builtin protective cireut (short eircut root) and LEO with integral cable: Type SOE-AT/L-M18-PS-K-LED swith plug for angle socket: Type SOE-RT/L-M18-PS-S-LED Re with cabl Type SOE-RT/L-M18-NS-K-LED with plug for angle socket: Type SOE-AT/L-M18-NS-S-LED rsa NPN. Accossories: ‘Adaotr Type SOE-LAMI8 Poymer opte cable ‘ype SOELKAT-1000-4 SOELKATE 2000M5, SOELKSENDID2 Giese tore opte cable Type SOEAG-AT-So0-s SOELG.SE-S00.S Optic eabiae eo choot 23:0 ‘Angle socket Type SIEWO.TA (peretona tats ceoay ‘ajuda stop Type SIA Diffuse sensor, ype SOE-RT/L-M18...-LED, can be used as fibre-optic unit with the aid of an adapter, type SOE-LA-M18 and the appropriate fibre-optic cable. Contactioss detection of objects is achioved by the fbre-optic unit's trans- miter projecting a beam of pulsating red light, rom the visible part of the spectrum. The light is conducted to the place of sensing via the transmitting fibre-optic cable which Is attached to the fibre optic adapter at the sensing head. Depending on the type of optical conductor, the fibre-optic unit can be used as through beam sensor or as diffuse sensor. Used as through beam sensor: With translucent, light permeable materials, the reduction in light beam aitenuation can, within certain limits, be adjusted with the help of the poten- tometer. Used as diffuse sensor: Depending on the reflectivity of the surface, the nominal switching gap (Sn) Is reduced by taking a correction factor into account. é Sea Color tentoaton aS or (= Bown ia)= Back . B'a)= bee a Trae code PAP oat 31541 SOEATILMTOPSICIED 31S SOE ATLA PSSIED NPN output 31942 SOE ATL WIBNS-KLED 31344 SOE ATILMTO-NS'SIED at No Type Raapier BI 752 SOELANIS Mogium Eleave curont Design Opio-lectronic pron sensor Mounting Fish mourning, MYBxt thread Connesion Tere cable. 25 miong [ite connaion for angie socket Switching votage ote 30 V0 esi pple max = 10% Swiohing Curent max. 200 mA Switching capacity max 6W — Song feauenoy Tmax. 250 Fe Response time tin. 18 ms opteal noence Dioe-fimo min. 2.5 ms opteal influence Nominal awtching gap 320 shoot 2579 ‘Switoning 1000 300 shoot 2.379 Snitching hystoreis 320 shoat 2579 Reproduce swicning 8e6"@5y7 300 shoot 2379 ‘Degree of protection fo DIN 0080 [Pes Temperature range 010 $60" atria Housing: brass righ! plated Lane: acne glass Weight D162 a [o.08e kg Subject change 2.378 ‘Type SOE-AT/L-M18-..-K-LED — Circuit diagram ‘Change-over switch function with PS and NS version Used as throug beam sensor: No object: uur [(— Object present: Outut ft 2.378 [i] connection trauds for foe opt cables S.te cable, 25 m tong (20.25 mm) Light emiting dodo, ylow [i] Potrtiometar Datum ac or nominal switching oxo | Sutabie fr angle socket type SI-WO-TR ‘win ieee! termina ayer cebu eeteaton _NPN = baal [ming space tor ang socket Used as diffuse sensor: SSS} [— hs Supjecto change

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