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wenglor

Sensors, machine vision and industrial automation

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wenglor original goods in our Berlin warehouse, not a stock photo

Berlin warehouse

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We do not just sell wenglor from a catalog: original goods in manufacturer packaging pass through our own warehouse in Berlin, are checked at goods receipt, allocated to the order and shipped with export documents prepared in-house. We do not currently keep wenglor as stock items; we source every number to order, goods receipt and dispatch run through our Berlin warehouse.

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Industrial components from wenglor

We handle individual part numbers as well as complete BOMs. For hard-to-find or obsolete positions we check additional sources and, where appropriate, alternatives.

Typical workflow

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Price & lead time
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Part numbers

Part numbers & products

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Discontinued wenglor part numbers (1) →

FFAF169wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF170wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF171wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF172wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF174wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF175wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF176wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF178wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF179wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF180wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF182wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF183wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF184wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF186wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF187wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF188wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF190wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF191wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF192wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF203wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF215wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF216wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF217wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF218wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAF224wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFAP002UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP003UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP004UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP005UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP006UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP008UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP012UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP014UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP015UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP016UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP019UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP021UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP022UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP023UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP024UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP026UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP032UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP034UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP035UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP037UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP039UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP043UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP045UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP046UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP048UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP049UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP051UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP052UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP054UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP055UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP057UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP058UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP060UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP061UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP063UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP067UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP068UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP069UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP070UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP072UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP075UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP076UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP078UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP079UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP081UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP082UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP084UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP085UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP090UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP091UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP092UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP093UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP095UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP096UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP097UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP098UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP099UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP100UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP101UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP103UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP104UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP105UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP107UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP108UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP109UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP110UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP112UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP113UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP114UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP116UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP118UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP125UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP126UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP131UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP132UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP134UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP144UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP153UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP155UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP156UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP158UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP162UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP164UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP165UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP167UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP168UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP170UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP177UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP179UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP180UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP182UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP186UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP188UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP189UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP191UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP192UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP194UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP200UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP201UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP202UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP203UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP206UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP207UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP208UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP209UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP210UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP211UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP213UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP214UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP217UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP218UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP219UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP220UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP225UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP227UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP228UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP232UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP233UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP234UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP236UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP244UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP246UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP249UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP251UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP254UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP256UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP257UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP259UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP260UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP263UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP265UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP266UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP268UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP269UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP271UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP276UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP277UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP278UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP279UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP280UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP283UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP284UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP290Pressure Sensor FFAP291UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAP292UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFAT010UniTemp temperature sensors measure the temperature of liquid or gaseous media and faci…FFMP002UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP003UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP007UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP008UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP009UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP012UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP013UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP018UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP019UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP021UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP022UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP024UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP027UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP031UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP033UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP036UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP037UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP042UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP045UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP046UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP047UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP048UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP053UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP054UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP055UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP056UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP057UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP058UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP060UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP061UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP063UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP064UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP065UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP067UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP068UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP069UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP070UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP072UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP073UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP075UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP076UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP092UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP093UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP097UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP099UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP102UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP108UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP111UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP114UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP117UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP123UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP126UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP132UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP135UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP138UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP143UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP144UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP146UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP147UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP148UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP150UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP151UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP153UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP154UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP155UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP158UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP159UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP160UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP162UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP163UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP165UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP166UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP181UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP182UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP187UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP190UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP191UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP195UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP197UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP200UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP201UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP203UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP206UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP209UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP210UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP212UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP215UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP217UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP218UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP219UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP220UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP221UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP222UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP223UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP224UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP225UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFMP226UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXF001wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFXF018wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFXF027wenglor UniFlow flow sensors measure the flow rate of aqueous and oily media in closed…FFXP002UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP003UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP005UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP006UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP007UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP009UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP010UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP011UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP012UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP026UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP027UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP029UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP030UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP033UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP034UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP035UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP036UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP051UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP052UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP053UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP054UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXP055UniBar pressure sensors measure the relative pressure in closed systems of any medium i…FFXT001UniTemp temperature sensors measure the temperature of liquid or gaseous media and faci…FIS-0002-0106 FIS-0003-0103This barcode scanner is suitable for reading very high density barcodes. An auto-calibr…FIS-0003-0104This barcode scanner is suitable for reading very high density barcodes. An auto-calibr…FIS-0003-0105This barcode scanner is suitable for reading very high density barcodes. An auto-calibr…FIS-0003-0106This barcode scanner is suitable for reading very high density barcodes. An auto-calibr…FIS-0830-1100This barcode scanner is suitable for reading very high density barcodes. The adjustable…FIS-0830-1101This barcode scanner is suitable for reading very high density barcodes. The adjustable…FIS-0830-1102This barcode scanner is suitable for reading very high density barcodes. The adjustable…FIS-0870-0107This sweep raster scanner is suitable for scanning surface areas. The adjustable path-f…FIS-0870-0108This sweep raster scanner is suitable for scanning surface areas. The adjustable path-f…FIS-0870-1105This sweep raster scanner is suitable for scanning surface areas. The adjustable path-f…FIS-0870-1106This sweep raster scanner is suitable for scanning surface areas. The adjustable path-f…FIS-0870-1107This sweep raster scanner is suitable for scanning surface areas. The adjustable path-f…FIS-6300-5113These 2D code scanners are suitable for omnidirectional scanning of 1D and 2D codes. Th…FISZ-BW-01Mounting Arm FISZ-RS23207Interface Cable FL2002Glass Fiber-Optic Cable FL2004Glass Fiber-Optic Cable FL2102Glass Fiber-Optic Cable FL2104Glass Fiber-Optic Cable FL30/50Glass Fiber-Optic Cable FL3302Glass Fiber-Optic Cable FM4P201Pressure Sensor FM5P201The weFlux²micro miniature pressure sensor with analog output is distinguished by its s…FM6P201The weFlux²micro miniature pressure sensor with analog output is distinguished by its s…FRE01-10M-05 FRE01-10M-10 FRF01-2M-10Plastic Fiber-Optic Cable FRF01-2M-10HFPlastic Fiber-Optic Cable FRF01-5M-10HF FRF02-2M-10Plastic Fiber-Optic Cable FRH01-2M-10HFPlastic Fiber-Optic Cable FRL01-2M-10Plastic Fiber-Optic Cable FRM01-2M-05CPlastic Fiber-Optic Cable FRS01-10M-10Plastic Fiber-Optic Cable FRS01-2M-10Plastic Fiber-Optic Cable FRS01-2M-10HFPlastic Fiber-Optic Cable FRS01-2M-10SPlastic Fiber-Optic Cable FRS01-5M-10 FRS02-2M-10Plastic Fiber-Optic Cable FRS02-2M-10HFPlastic Fiber-Optic Cable FRS02-2M-10SPlastic Fiber-Optic Cable FRS03-2M-05Plastic Fiber-Optic Cable FRS03-5M-05 FRS04-2M-05Plastic Fiber-Optic Cable FRS05-2M-10Plastic Fiber-Optic Cable FRS06-2M-05CPlastic Fiber-Optic Cable FRS07-2M-05CPlastic Fiber-Optic Cable FRS08-2M-10Plastic Fiber-Optic Cable FRS09-2M-05CPlastic Fiber-Optic Cable FTE01-10M-10 FTF01-2M-10Plastic Fiber-Optic Cable FTF01-2M-10HFPlastic Fiber-Optic Cable FTF02-2M-10Plastic Fiber-Optic Cable FTH01-2M-10HFPlastic Fiber-Optic Cable FTL01-2M-10Plastic Fiber-Optic Cable FTL02-2M-10Plastic Fiber-Optic Cable FTL03-2M-10Plastic Fiber-Optic Cable FTM01-2M-05Plastic Fiber-Optic Cable FTS01-2M-10Plastic Fiber-Optic Cable FTS01-2M-10HFPlastic Fiber-Optic Cable FTS02-2M-10Plastic Fiber-Optic Cable FTS02-2M-10HFPlastic Fiber-Optic Cable FTS03-2M-10Plastic Fiber-Optic Cable FTS03-2M-10HFPlastic Fiber-Optic Cable FTS04-2M-05Plastic Fiber-Optic Cable FTS05-2M-10Plastic Fiber-Optic Cable FTS06-2M-10Plastic Fiber-Optic Cable FTS06-2M-10HFPlastic Fiber-Optic Cable FTS07-2M-10Plastic Fiber-Optic Cable FTS08-2M-10Plastic Fiber-Optic Cable FTS08-2M-10HFPlastic Fiber-Optic Cable FX0P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX0P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX0P202Stainless steel without display, Range 0...400 bar, Process Connection G 1/2", Analog O…FX0P203Stainless steel without display, Range 0...400 bar, Process Connection G 1/4", Analog O…FX1P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX1P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX1P201Stainless steel without display, Range -1...1 bar, Process Connection G3/4"; front, Ana…FX1P202Stainless steel without display, Range -1...1 bar, Process Connection G 1/2", Analog Ou…FX1P203Stainless steel without display, Range -1...1 bar, Process Connection G 1/4", Analog Ou…FX1Q001weFlux² pressure sensors are equipped with an innovative measuring cell which includes…FX1Q101weFlux2 pressure sensors measure the relative pressure of any desired media in closed s…FX2P201weFlux² two-wire pressure sensors with analog output are distinguished by their space-s…FX2P202Stainless steel without display, Range 0...0,25 bar, Process Connection G 1/2", Analog…FX2P203Stainless steel without display, Range 0...0,25 bar, Process Connection G 1/4", Analog…FX2Q001weFlux² pressure sensors are equipped with an innovative measuring cell which includes…FX2Q101weFlux2 pressure sensors measure the relative pressure of any desired media in closed s…FX2Q121weFlux2 pressure sensors measure the relative pressure of any desired media in closed s…FX5P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX5P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX5P014weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX5P201weFlux² two-wire pressure sensors with analog output are distinguished by their space-s…FX5P202Stainless steel without display, Range -1...10 bar, Process Connection G 1/2", Analog O…FX5P203Stainless steel without display, Range -1...10 bar, Process Connection G 1/4", Analog O…FX5Q001weFlux² pressure sensors are equipped with an innovative measuring cell which includes…FX5Q011weFlux² pressure sensors are equipped with an innovative measuring cell which includes…FX5Q101weFlux2 pressure sensors measure the relative pressure of any desired media in closed s…FX6P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX6P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX6P202Stainless steel without display, Range -1...25 bar, Process Connection G 1/2", Analog O…FX6P203Stainless steel without display, Range -1...25 bar, Process Connection G 1/4", Analog O…FX7P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX7P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX7P202Stainless steel without display, Range 0...40 bar, Process Connection G 1/2", Analog Ou…FX7P203Stainless steel without display, Range 0...40 bar, Process Connection G 1/4", Analog Ou…FX8P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX8P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX8P202Stainless steel without display, Range 0...100 bar, Process Connection G 1/2", Analog O…FX8P203Stainless steel without display, Range 0...100 bar, Process Connection G 1/4", Analog O…FX9P002weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX9P003weFlux² pressure sensors precisely measure the relative pressure of any desired media.…FX9P202Stainless steel without display, Range 0...250 bar, Process Connection G 1/2", Analog O…FX9P203Stainless steel without display, Range 0...250 bar, Process Connection G 1/4", Analog O…FXCA201Range: 0...10 bar Output: 1 × Analog Circuit: - Degree of Protection: IP65 FXDD001weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD002weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD003weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD004weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD005weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD006weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD007weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD008weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD009weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD010weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD011weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD012weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD013weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD014weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD015weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD016weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD017weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD018weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD019weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD101weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD102weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD103weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD104weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD105weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD106weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD107weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD108weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD109weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD110weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD111weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD112weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD113weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD114weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD115weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD116weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD117weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD118weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXDD119weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXFF001weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF002weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF003weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF004weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF005weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF006weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF007weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF008weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF008S01Flow Sensor FXFF009weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF010weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF011weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF012weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF013weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF014weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF015weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF016weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF017weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF018weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF019weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF020weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF021weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF035weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF046weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF047weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF048weFlux² Flow Sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF052weFlux² flow sensors simultaneously measure flow velocity and the temperature of aqueou…FXFF101weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF102weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF103weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF104weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF105weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF106weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF107weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF108weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF109weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF110weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF111weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF112weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF113weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF114weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF115weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF116weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF117weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF118weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF119weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF121weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF122weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF135weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF146weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF147weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF148weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXFF152weFlux² Flow Sensors with two analog outputs simultaneously measure flow velocity and t…FXGP201weFlux² two-wire pressure sensors with analog output are distinguished by their space-s…FXGQ001weFlux² pressure sensors are equipped with an innovative measuring cell which includes…FXHP201weFlux² two-wire pressure sensors with analog output are distinguished by their space-s…FXPL001LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXPL002LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXPL003LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXPL004Fill-level sensor FXPL005Fill-level sensor FXPL006Fill-level sensor FXPL902S01 FXSL001LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXSL002LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXSL003LevelTech fill-level sensors work in accordance with the innovative frequency sweep pri…FXSL004Fill-level sensor FXSL005Fill-level sensor FXSL006Fill-level sensor FXTT001weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT002weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT003weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT004weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT005weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT006weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT007weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT008weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT009weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT010weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT011weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT012weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT014weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT015weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT016weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT017weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT018weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT019weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT020weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT022weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…FXTT023weFlux² Temperature Sensors ensure precise temperature measurement of liquids and gases…GM04PB2Gloss Sensor GM04PD2Gloss Sensor GM04VC2These sensors are capable of differentiating between surfaces with glossy and matte fin…GS1Glass Disc GS2Glass Disc HB03PBT7These sensors detect distance by measuring angles. They are particularly good at recogn…HB03PBT7KThese sensors detect distance by measuring angles. They are particularly good at recogn…HB03PDT7These sensors detect distance by measuring angles. They are particularly good at recogn…HB03PDT7KThese sensors detect distance by measuring angles. They are particularly good at recogn…HD03NB3Thanks to fine focusing optics the background is suppressed beyond 50 mm. Range: 30 mm…HD03PAThanks to fine focusing optics the background is suppressed beyond 50 mm. Range: 30 mm…HD03PA3Thanks to fine focusing optics the background is suppressed beyond 50 mm. Range: 30 mm…HD09MG-P24These sensors can measure distances and display analog output. Their high resolution an…HD11PA3These sensors detect distance by measuring angles. They are particularly good at recogn…HD11PA3S740These sensors detect distance by measuring angles. They are particularly good at recogn…HD11PB3Reflex Sensor HD11PBV3Reflex Sensor HD11PC3S371Reflex Sensor HD11PD3Reflex Sensor HD11PDV3Reflex Sensor HK12NAThese sensors detect distance by measuring angles. They are particularly good at recogn…HN24MGV-P24These sensors can measure distances and display analog output. Their high resolution an…HO08PAThese sensors detect distance by measuring angles. They are particularly good at recogn…HO08PA3These sensors detect distance by measuring angles. They are particularly good at recogn…HO08PBS599These sensors detect distance by measuring angles. They are particularly good at recogn…HR12PCT2These sensors detect distance by measuring angles. They are particularly good at recogn…HT60MGV80These sensors are equipped with an analog output, as well as a digital output. The uppe…HT66MGV80These sensors are equipped with an analog output, as well as a digital output. The uppe…HT77MGV80These sensors are equipped with an analog output, as well as a digital output. The uppe…HT77PA3These sensors detect distance by measuring angles. They are particularly good at recogn…HT77PBV3These sensors detect distance by measuring angles. They are particularly good at recogn…HT80PA3These sensors detect distance by measuring angles. They are particularly good at recogn…HT80PA3S860Reflex Sensor HT80PBV3These sensors detect distance by measuring angles. They are particularly good at recogn…HW11PA3These sensors detect distance by measuring angles. They are particularly good at recogn…HW11PA3S901These sensors detect distance by measuring angles. They are particularly good at recogn…HW11PBV3Reflex Sensor HW11PDV3Reflex Sensor I03H001These inductive sensors feature increased switching distances and high switching freque…I03H002These inductive sensors feature increased switching distances and high switching freque…I03H003These inductive sensors feature increased switching distances and high switching freque…I03H004These inductive sensors feature increased switching distances and high switching freque…I03H005Inductive Sensor I03H006Inductive Sensor I03H007Inductive Sensor I03H008Inductive Sensor I04H001These inductive sensors feature increased switching distances and high switching freque…I04H002These inductive sensors feature increased switching distances and high switching freque…I04H003These inductive sensors feature increased switching distances and high switching freque…I04H004These inductive sensors feature increased switching distances and high switching freque…I04H005Inductive Sensor I04H006Inductive Sensor I04H007Inductive Sensor I04H008Inductive Sensor I08G001Inductive Sensor I08G002Inductive Sensor I08G003Inductive Sensor I08G004Inductive Sensor I08G005Inductive Sensor I08G006Inductive Sensor I08G007Inductive Sensor I08G008Inductive Sensor I08H001Inductive Sensors with increased switching distances are distinguished by rugged design…I08H001S01Inductive Sensor I08H002Inductive Sensors with increased switching distances are distinguished by rugged design…I08H003Inductive Sensors with increased switching distances are distinguished by rugged design…I08H004Inductive Sensors with increased switching distances are distinguished by rugged design…I08H005Inductive Sensors with increased switching distances are distinguished by rugged design…I08H006Inductive Sensors with increased switching distances are distinguished by rugged design…I08H007Inductive Sensors with increased switching distances are distinguished by rugged design…I08H008Inductive Sensors with increased switching distances are distinguished by rugged design…I08H009Inductive Sensors with increased switching distances are distinguished by rugged design…I08H010Inductive Sensors with increased switching distances are distinguished by rugged design…I08H011Inductive Sensors with increased switching distances are distinguished by rugged design…I08H012Inductive Sensors with increased switching distances are distinguished by rugged design…I08H013Inductive Sensors with increased switching distances are distinguished by rugged design…I08H014Inductive Sensors with increased switching distances are distinguished by rugged design…I08H015Inductive Sensors with increased switching distances are distinguished by rugged design…I08H016Inductive Sensors with increased switching distances are distinguished by rugged design…I08H017Inductive Sensors with increased switching distances are distinguished by rugged design…I08H018Inductive Sensors with increased switching distances are distinguished by rugged design…I08H019Inductive Sensors with increased switching distances are distinguished by rugged design…I08H020Inductive Sensors with increased switching distances are distinguished by rugged design…I08H021Inductive Sensors with increased switching distances are distinguished by rugged design…I08H022Inductive Sensors with increased switching distances are distinguished by rugged design…I08H023Inductive Sensors with increased switching distances are distinguished by rugged design…I08H024Inductive Sensors with increased switching distances are distinguished by rugged design…I08H025The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I08H026The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I08H027Inductive Sensors with increased switching distances are distinguished by rugged design…I08H028Inductive Sensors with increased switching distances are distinguished by rugged design…I08H029Inductive Sensors with increased switching distances are distinguished by rugged design…I08H030Inductive Sensors with increased switching distances are distinguished by rugged design…I08H031Inductive Sensors with increased switching distances are distinguished by rugged design…I08H032Inductive Sensors with increased switching distances are distinguished by rugged design…I08H034Inductive Sensors with increased switching distances are distinguished by rugged design…I08H035Inductive Sensors with increased switching distances are distinguished by rugged design…I08H037Inductive Sensors with increased switching distances are distinguished by rugged design…I08H038Inductive Sensors with increased switching distances are distinguished by rugged design…I08H039Inductive Sensors with increased switching distances are distinguished by rugged design…I08H040Inductive Sensors with increased switching distances are distinguished by rugged design…I08H041Inductive Sensors with increased switching distances are distinguished by rugged design…I08H042Inductive Sensors with increased switching distances are distinguished by rugged design…I08H043Inductive Sensors with increased switching distances are distinguished by rugged design…I08H044Inductive Sensors with increased switching distances are distinguished by rugged design…I08H045Inductive Sensors with increased switching distances are distinguished by rugged design…I08H046Inductive Sensors with increased switching distances are distinguished by rugged design…I08H047Inductive Sensors with increased switching distances are distinguished by rugged design…I08H048Inductive Sensors with increased switching distances are distinguished by rugged design…I08H049Inductive Sensors with increased switching distances are distinguished by rugged design…I08H051Inductive Sensors with increased switching distances are distinguished by rugged design…I08H052Inductive Sensors with increased switching distances are distinguished by rugged design…I08H053Inductive Sensors with increased switching distances are distinguished by rugged design…I08H054Inductive Sensors with increased switching distances are distinguished by rugged design…I08H055Inductive Sensors with increased switching distances are distinguished by rugged design…I08H056Inductive Sensors with increased switching distances are distinguished by rugged design…I08H057Inductive Sensors with increased switching distances are distinguished by rugged design…I08H058Inductive Sensors with increased switching distances are distinguished by rugged design…I08H059Inductive Sensors with increased switching distances are distinguished by rugged design…I08H060Inductive Sensors with increased switching distances are distinguished by rugged design…I08H061Inductive Sensors with increased switching distances are distinguished by rugged design…I08H062Inductive Sensors with increased switching distances are distinguished by rugged design…I08H063Inductive Sensors with increased switching distances are distinguished by rugged design…I08H064Inductive Sensors with increased switching distances are distinguished by rugged design…I08H065Inductive Sensors with increased switching distances are distinguished by rugged design…I08H066Inductive Sensors with increased switching distances are distinguished by rugged design…I08H067Inductive Sensors with increased switching distances are distinguished by rugged design…I08X001 I08X002 I12A001Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I12A002Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I12G001Inductive Sensor I12G002Inductive Sensor I12G003Inductive Sensor I12G004Inductive Sensor I12G005Inductive Sensor I12G006Inductive Sensor I12H001Inductive Sensors with increased switching distances are distinguished by rugged design…I12H002Inductive Sensors with increased switching distances are distinguished by rugged design…I12H003Inductive Sensors with increased switching distances are distinguished by rugged design…I12H004Inductive Sensors with increased switching distances are distinguished by rugged design…I12H005Inductive Sensors with increased switching distances are distinguished by rugged design…I12H006Inductive Sensors with increased switching distances are distinguished by rugged design…I12H007Inductive Sensors with increased switching distances are distinguished by rugged design…I12H008Inductive Sensors with increased switching distances are distinguished by rugged design…I12H009Inductive Sensors with increased switching distances are distinguished by rugged design…I12H010Inductive Sensors with increased switching distances are distinguished by rugged design…I12H011Inductive Sensors with increased switching distances are distinguished by rugged design…I12H012Inductive Sensors with increased switching distances are distinguished by rugged design…I12H013Inductive Sensors with increased switching distances are distinguished by rugged design…I12H014Inductive Sensors with increased switching distances are distinguished by rugged design…I12H015Inductive Sensors with increased switching distances are distinguished by rugged design…I12H016Inductive Sensors with increased switching distances are distinguished by rugged design…I12H017Inductive Sensors with increased switching distances are distinguished by rugged design…I12H018Inductive Sensors with increased switching distances are distinguished by rugged design…I12H019The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I12H020The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I12H021Inductive Sensors with increased switching distances are distinguished by rugged design…I12H022Inductive Sensors with increased switching distances are distinguished by rugged design…I12H023Inductive Sensors with increased switching distances are distinguished by rugged design…I12H024Inductive Sensors with increased switching distances are distinguished by rugged design…I12H025Inductive Sensors with increased switching distances are distinguished by rugged design…I12H026Inductive Sensors with increased switching distances are distinguished by rugged design…I12H027Inductive Sensors with increased switching distances are distinguished by rugged design…I12H028Inductive Sensors with increased switching distances are distinguished by rugged design…I12H029Inductive Sensors with increased switching distances are distinguished by rugged design…I12H032Inductive Sensors with increased switching distances are distinguished by rugged design…I12H033Inductive Sensors with increased switching distances are distinguished by rugged design…I12H034Inductive Sensors with increased switching distances are distinguished by rugged design…I12H035Inductive Sensors with increased switching distances are distinguished by rugged design…I12H036Inductive Sensors with increased switching distances are distinguished by rugged design…I12H037Inductive Sensors with increased switching distances are distinguished by rugged design…I12H038Inductive Sensors with increased switching distances are distinguished by rugged design…I12H040Inductive Sensors with increased switching distances are distinguished by rugged design…I12H041Inductive Sensors with increased switching distances are distinguished by rugged design…I12H042Inductive Sensors with increased switching distances are distinguished by rugged design…I12H043Inductive Sensors with increased switching distances are distinguished by rugged design…I12H044Inductive Sensors with increased switching distances are distinguished by rugged design…I12H045Inductive Sensors with increased switching distances are distinguished by rugged design…I12H046Inductive Sensors with increased switching distances are distinguished by rugged design…I12H047Inductive Sensors with increased switching distances are distinguished by rugged design…I12H048Inductive Sensors with increased switching distances are distinguished by rugged design…I12H049Inductive Sensors with increased switching distances are distinguished by rugged design…I12H050Inductive Sensors with increased switching distances are distinguished by rugged design…I12H051Inductive Sensors with increased switching distances are distinguished by rugged design…I12H052Inductive Sensors with increased switching distances are distinguished by rugged design…I12H053Inductive Sensors with increased switching distances are distinguished by rugged design…I12H054Inductive Sensors with increased switching distances are distinguished by rugged design…I12H055Inductive Sensors with increased switching distances are distinguished by rugged design…I12H056Inductive Sensors with increased switching distances are distinguished by rugged design…I12H057Inductive Sensors with increased switching distances are distinguished by rugged design…I12H058Inductive Sensors with increased switching distances are distinguished by rugged design…I12H059Inductive Sensors with increased switching distances are distinguished by rugged design…I12H060Inductive Sensors with increased switching distances are distinguished by rugged design…I12H062Inductive Sensors with increased switching distances are distinguished by rugged design…I12H063 I12H064 I12N001Inductive Sensors with standard switching distances are distinguished by rugged design…I12N002Inductive Sensors with standard switching distances are distinguished by rugged design…I12X001 I12X002 I18A001Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I18A002Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I18G001Inductive Sensor I18G002Inductive Sensor I18G003Inductive Sensor I18G004Inductive Sensor I18G005Inductive Sensor I18G006Inductive Sensor I18H001Inductive Sensors with increased switching distances are distinguished by rugged design…I18H002Inductive Sensors with increased switching distances are distinguished by rugged design…I18H003Inductive Sensors with increased switching distances are distinguished by rugged design…I18H004Inductive Sensors with increased switching distances are distinguished by rugged design…I18H005Inductive Sensors with increased switching distances are distinguished by rugged design…I18H006Inductive Sensors with increased switching distances are distinguished by rugged design…I18H007Inductive Sensors with increased switching distances are distinguished by rugged design…I18H008Inductive Sensors with increased switching distances are distinguished by rugged design…I18H009Inductive Sensors with increased switching distances are distinguished by rugged design…I18H010Inductive Sensors with increased switching distances are distinguished by rugged design…I18H011Inductive Sensors with increased switching distances are distinguished by rugged design…I18H012Inductive Sensors with increased switching distances are distinguished by rugged design…I18H013The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I18H014The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I18H017Inductive Sensors with increased switching distances are distinguished by rugged design…I18H018Inductive Sensors with increased switching distances are distinguished by rugged design…I18H019Inductive Sensors with increased switching distances are distinguished by rugged design…I18H023Inductive Sensors with increased switching distances are distinguished by rugged design…I18H024Inductive Sensors with increased switching distances are distinguished by rugged design…I18H025Inductive Sensors with increased switching distances are distinguished by rugged design…I18H026Inductive Sensors with increased switching distances are distinguished by rugged design…I18H027Inductive Sensors with increased switching distances are distinguished by rugged design…I18H028Inductive Sensors with increased switching distances are distinguished by rugged design…I18H030Inductive Sensors with increased switching distances are distinguished by rugged design…I18H031Inductive Sensors with increased switching distances are distinguished by rugged design…I18H032Inductive Sensors with increased switching distances are distinguished by rugged design…I18H033Inductive Sensors with increased switching distances are distinguished by rugged design…I18H034The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I18H035Inductive Sensor I18N001Inductive Sensors with standard switching distances are distinguished by rugged design…I18N002Inductive Sensors with standard switching distances are distinguished by rugged design…I18N003Inductive Sensors with standard switching distances are distinguished by rugged design…I18N004Inductive Sensors with standard switching distances are distinguished by rugged design…I18N005Inductive Sensors with standard switching distances are distinguished by rugged design…I18N006Inductive Sensors with standard switching distances are distinguished by rugged design…I18N007Inductive Sensors with standard switching distances are distinguished by rugged design…I18X001 I18X002 I1AH001Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH002Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH003Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH004Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH009Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH010Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH011Inductive Sensors with increased switching distances are distinguished by rugged design…I1AH012Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH001Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH002Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH003Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH004Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH005Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH006Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH007Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH008Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH009Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH010Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH011Inductive Sensor I1BH013Inductive Sensor I1BH014Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH016Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH017Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH018Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH019Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH020Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH021Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH022Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH023Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH024Inductive Sensors with increased switching distances are distinguished by rugged design…I1BH025Inductive Sensor I1CH001Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH002Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH003Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH004Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH005Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH006Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH007Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH008Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH009Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH011Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH012Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH013Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH014Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH015Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH016Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH017Inductive Sensors with increased switching distances are distinguished by rugged design…I1CH019Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH001Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH002Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH003Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH004Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH005Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH006Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH007Inductive Sensors with increased switching distances are distinguished by rugged design…I1DH008Inductive Sensors with increased switching distances are distinguished by rugged design…I1QA001Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I1QA002Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I1QH001Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH002Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH003Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH004Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH005The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I1QH006The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I1QH007Inductive Sensor I1QH008Inductive Sensor I1QH010Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH011Inductive Sensors with increased switching distances are distinguished by rugged design…I1QH012Inductive Sensors with increased switching distances are distinguished by rugged design…I30A001Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I30A002Welding field resistant inductive sensors with correction factor 1 offer a unique combi…I30G001Inductive Sensor I30G002Inductive Sensor I30G003Inductive Sensor I30G004Inductive Sensor I30G005Inductive Sensor I30G006Inductive Sensor I30H001Inductive Sensors with increased switching distances are distinguished by rugged design…I30H002Inductive Sensors with increased switching distances are distinguished by rugged design…I30H003Inductive Sensors with increased switching distances are distinguished by rugged design…I30H004Inductive Sensors with increased switching distances are distinguished by rugged design…I30H005Inductive Sensors with increased switching distances are distinguished by rugged design…I30H006Inductive Sensors with increased switching distances are distinguished by rugged design…I30H007Inductive Sensors with increased switching distances are distinguished by rugged design…I30H008Inductive Sensors with increased switching distances are distinguished by rugged design…I30H009Inductive Sensors with increased switching distances are distinguished by rugged design…I30H010Inductive Sensors with increased switching distances are distinguished by rugged design…I30H011Inductive Sensors with increased switching distances are distinguished by rugged design…I30H012Inductive Sensors with increased switching distances are distinguished by rugged design…I30H013The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I30H014The Inductive Sensors have not only been equipped with ASIC, but rather with an IO-Link…I30H016Inductive Sensors with increased switching distances are distinguished by rugged design…I30H017Inductive Sensors with increased switching distances are distinguished by rugged design…I30H018Inductive Sensors with increased switching distances are distinguished by rugged design…I30H019Inductive Sensors with increased switching distances are distinguished by rugged design…I30H020Inductive Sensors with increased switching distances are distinguished by rugged design…I30H021Inductive Sensors with increased switching distances are distinguished by rugged design…I30H022Inductive Sensors with increased switching distances are distinguished by rugged design…I30H023Inductive Sensors with increased switching distances are distinguished by rugged design…I30N001Inductive Sensors with standard switching distances are distinguished by rugged design…I30N002Inductive Sensors with standard switching distances are distinguished by rugged design…I30N003Inductive Sensors with standard switching distances are distinguished by rugged design…I30N004Inductive Sensors with standard switching distances are distinguished by rugged design…I30N005Inductive Sensors with standard switching distances are distinguished by rugged design…I30N006Inductive Sensors with standard switching distances are distinguished by rugged design…IB040BM37VB-P24Inductive Sensor IB040BM46VB8Range: 4 mm; Speed: 700 Hz; Output: PNP; Circuit: NO; Housing: M12 × 1 IB040BM46VD8Range: 4 mm; Speed: 700 Hz; Output: PNP; Circuit: NC; Housing: M12 × 1 IB060SE65UB3Range: 6 mm; Speed: 500 Hz; Output: PNP; Circuit: NO; Housing: M12 × 1 IB060SE65UD3Range: 6 mm; Speed: 500 Hz; Output: PNP; Circuit: NC; Housing: M12 × 1 IG060NK28VBInductive Sensor IG060NK28VBI171Inductive Sensor IG060NK28VB-P12Inductive Sensor IH030NK41VBInductive Sensor IJ008BE25VBRange: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: Ø 4 mm IJ008BE35VB1Range: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: Ø 4 mm IJ008BE42VB8Range: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: Ø 4 mm IL008BE25VBRange: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: M5 × 0,5 IL008BE35VB1Range: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: M5 × 0,5 IL008BE42VB8Range: 0,8 mm; Speed: 5 kHz; Output: PNP; Circuit: NO; Housing: M5 × 0,5 IM020BM37VDInductive Sensor INRT004Inductive Sensor Head INRT007The sensors consist of a sensor head and an analysis module, and are laid out for use i…INRT010Inductive Sensor Head INRT011The sensors consist of a sensor head and an analysis module, and are laid out for use i…INRT012Inductive Sensor Head INTT000Inductive Sensor INTT003The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT007The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT009The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT010Inductive Sensor Head INTT011The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT012Inductive Sensor Head INTT103The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT104Inductive Sensor Head INTT107The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT109The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT111The sensors consist of a sensor head and an analysis module, and are laid out for use i…INTT201The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT203The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT207The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT209The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT211The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT220Inductive Sensor Head INTT223Inductive analysis module INTT227Inductive analysis module INTT229Inductive analysis module INTT231Inductive analysis module INTT247 INTT249 INTT251Inductive analysis module INTT301The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT303The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT307The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT309The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT311The high temperature inductive sensor can, with cable lengths of 1 to 30 meters, be pos…INTT320Inductive Sensor Head INTT323Inductive analysis module INTT327Inductive analysis module INTT329Inductive analysis module INTT331Inductive analysis module INTT347 INTT349 INTT351Inductive analysis module IPTH002Inductive Sensor IR2D001Inductive Ring Sensor IR2D002Inductive Ring Sensor IR2F001Inductive Ring Sensor IR2F002Inductive Ring Sensor IR3D001Inductive Ring Sensor IR3D002Inductive Ring Sensor IR3F001Inductive Ring Sensor IR3F002Inductive Ring Sensor IR5D001Inductive Ring Sensor IR5D002Inductive Ring Sensor IR5F001Inductive Ring Sensor IR5F002Inductive Ring Sensor IR8D001Inductive Ring Sensor IR8D002Inductive Ring Sensor IR8F001Inductive Ring Sensor IR8F002Inductive Ring Sensor ISQ150BK00A3The inductive sensors with selective performance can differ ferrous-magnetic metals (e.…ISQ150BK01A3The inductive sensors with selective performance can differ ferrous-magnetic metals (e.…ISQ250NK00A3The inductive sensors with selective performance can differ ferrous-magnetic metals (e.…ISQ250NK01A3The inductive sensors with selective performance can differ ferrous-magnetic metals (e.…IW045CM65MG3Range: 1,5...4,5 mm; Speed: 900 Hz; Output: Analog Output; Housing: M18 × 1 IW070RM65MG3Range: 2...7 mm; Speed: 900 Hz; Output: Analog Output; Housing: M18 × 1 IW080DE65UA3Range: 8 mm; Speed: 400 Hz; Output: PNP; Circuit: NC+NO; Housing: M18 × 1 IW120SE65UA3Range: 12 mm; Speed: 400 Hz; Output: PNP; Circuit: NC+NO; Housing: M18 × 1 IX080CM65MG3Range: 2...8 mm; Speed: 900 Hz; Output: Analog Output; Housing: M30 × 1,5 IX130RM65MG3Range: 3...13 mm; Speed: 900 Hz; Output: Analog Output; Housing: M30 × 1,5 JU2Adjusting Plate K1Plastic Fiber-Optic Cable K10Plastic Fiber-Optic Cable K10-10MPlastic Fiber-Optic Cable K10-4MPlastic Fiber-Optic Cable K10-5MPlastic Fiber-Optic Cable K11Plastic Fiber-Optic Cable K1-10MPlastic Fiber-Optic Cable K12Plastic Fiber-Optic Cable K1-20MPlastic Fiber-Optic Cable K13Plastic Fiber-Optic Cable K1-3MPlastic Fiber-Optic Cable K14Plastic Fiber-Optic Cable K1-4MPlastic Fiber-Optic Cable K15Plastic Fiber-Optic Cable K1-5MPlastic Fiber-Optic Cable K16Plastic Fiber-Optic Cable K17Plastic Fiber-Optic Cable K18Plastic Fiber-Optic Cable K19Plastic Fiber-Optic Cable K1R87NCT2A reflector must be used in combination with these sensors. wenglor has the right retro…K1R87PCT2A reflector must be used in combination with these sensors. wenglor has the right retro…K2Plastic Fiber-Optic Cable K20Plastic Fiber-Optic Cable K21Plastic Fiber-Optic Cable

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