Inductive Sensor

Features ■Threaded barrel, M12 x 1 ■Stainless steel, 1.4301 ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Extended temperature range ■High switching frequency ■Auto-compensation protects against predamping ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M

Inductive Sensor – With Extended Switching Distance

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Large switching distance ■High switching frequency ■Integrated protection against predamping ■Little metal-free spaces ■DC 3-wire, 10…30 VDC ■NO c

Inductive Sensor – With Extended Switching Distance

Features ■Threaded barrel, M12 x 1 ■Stainless steel, 1.4301 ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Large switching distance ■Recessed mountable ■DC 3-wire, 10…30 VDC ■NO contact, PNP output ■M12 x 1 male connector Functional principle Inductive s

Inductive Sensor – With Increased Switching Distance

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Large sensing range ■DC 3-wire, 10…30 VDC ■NO contact, PNP output ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this, they use a high-frequency electromagne

Magnetic Field Sensor – Magnetic-inductive Proximity Sensor

Features ■Threaded barrel, M12 x 1 ■Stainless steel, 1.4301 ■Rated operating distance 90 mm with DMR31-15-5 magnet ■DC 3‐wire, 10…65 VDC ■NO contact, PNP output ■Male connector, M12 x 1 Functional principle Magnetic inductive proximity sensors are actuated by magnetic fields and are thus

Magnetic Field Sensor – Magnetic-inductive Proximity Sensor

Features ■M8 × 1 threaded barrel ■Stainless steel, 1.4427 SO ■Rated operating distance 78 mm with DMR31-15-5 magnet ■DC 3-wire, 10…30 VDC ■NO contact, PNP output ■Male connector, M12 x 1 Functional principle Magnetic inductive proximity sensors are actuated by magnetic fields and are thu

Magnetic Field Sensor – Magnetic-inductive Proximity Sensor

Features ■M8 × 1 threaded barrel ■Stainless steel, 1.4427 SO ■Rated operating distance 78 mm with DMR31-15-5 magnet ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M12 x 1 connector Functional principle Magnetic inductive proximity sensors are actuated by magnetic fields and are thus cap

Magnetic Field Sensor – Magnetic-inductive Proximity Sensor

Features ■M12 × 1 threaded barrel ■Stainless steel, 1.4404 ■Rated switching distance 90 mm in conjunction with DMR31-15-5 magnet ■High protection class IP69K, for harsh environments ■Protection against all common acid and alkaline cleaning agents ■For the food industry ■DC 3-wire, 10…30

Contactless Encoder with Stainless Steel Housing – IO-Link Premium Line

Features ■Compact, rugged housing ■Active face, plastic PA12-GF30 ■Housing, stainless steel V4A (1.4404) ■Status displayed via LED ■Immune to electromagnetic interference ■16 bits singleturn ■Process value in 32 bit IO-Link telegram ■3 error bits ■16 bits singleturn ■13 bits multiturn ■

Inductive Sensor – With Extended Switching Distance

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Large switching distance ■High switching frequency ■Integrated protection against predamping ■Little metal-free spaces ■DC 3-wire, 10…30 VDC ■NC c

Inductive Sensor – With Weldguard® coating

Features ■M8 × 1 threaded barrel ■Stainless steel, 1.4305 (AISI 303) ■Large sensing range ■DC 3-wire, 10…30 VDC ■NO contact, PNP output ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this purpose they use a high-frequenc

Inductive Sensor – For the Food Industry

Features ■Threaded barrel, M30 x 1.5 ■Stainless steel, 1.4404 ■Front cap made of liquid crystal polymer ■Factor 1 for all metals ■Resistant to magnetic fields ■For temperatures of -40 °C…+100 °C ■High protection class IP69K for harsh environments ■Special double-lip seal ■Protection agai

Inductive Sensor

Features ■Threaded barrel, M12 x 1 ■Stainless steel, 1.4301 ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Extended temperature range ■High switching frequency ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M12 x 1 male connector Functional principle Ind

Inductive Sensor

Features ■M30 × 1.5 threaded tube ■Stainless steel, 1.4301 ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Extended temperature range ■High switching frequency ■Auto-compensation protects against predamping ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M1

Inductive Sensor

Features ■M8 × 1 threaded barrel ■Stainless steel, 1.4305 (AISI 303) ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this, they use a high-frequency electromagnetic AC field th

Inductive Sensor – For Harsh Environments

Features ■M8 × 1 threaded barrel ■Stainless steel, 1.4404 ■Protection class IP68/IP69K ■PVDF front cap ■Resistant to cleaning agents ■Resistance to cooling lubricants, cutting and grinding oils ■Viton O-ring seal ■Suitable for applications in the food industry ■DC 3-wire, 10…30 VDC ■NO

Inductive Sensor

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Extended temperature range ■High switching frequency ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M12 x 1 male connector Functional principle I

Inductive Sensor

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Factor 1 for all metals ■Protection class IP68 ■Resistant to magnetic fields ■Extended temperature range ■High switching frequency ■DC 3-wire, 10…30 VDC ■NO contact, NPN output ■M12 x 1 male connector Functional principle I

Inductive Sensor – With Increased Switching Distance

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Large sensing range ■DC 2-wire, 10…55 VDC ■Polarized version ■NO contact ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this, they use a high-frequency elec

Inductive Sensor – With Increased Switching Distance

Features ■Threaded barrel, M8 x 1 ■Stainless steel, 1.4427 SO ■Large sensing range ■DC 4-wire, 10…30 VDC ■Changeover contact, NPN output ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this, they use a high-frequency elec

Inductive Sensor – For the Food Industry

Features ■Threaded barrel, M18 x 1 ■Stainless steel, 1.4404 ■Front cap made of liquid crystal polymer ■Factor 1 for all metals ■Resistant to magnetic fields ■For temperatures of -40 °C…+100 °C ■High protection class IP69K for harsh environments ■Special double-lip seal ■Protection agains

Contactless Encoder with Stainless Steel Housing – Incremental: 1 … 5000 ppr

Features ■Compact, rugged housing ■Active face, plastic PA12-GF30 ■Housing, stainless steel V4A (1.4404) ■Status displayed via LED ■Immune to electromagnetic interference ■1024 pulses per revolution (default) ■360, 512, 1000, 1024, 2048, 2500, 3600, 4096, parametr. via Easy-Teach ■Free pa

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

Read/Write Head for Bus Line Topology with TBEN-*

Functional principle The HF read/write heads operating at a frequency of 13.56 MHz form a transmission zone the size of which (0…500 mm) varies, depending on the combination of read/write head and data carrier. The read/write distances mentioned here only represent standard values measured un

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30V Dual Asymmetric N-Channel AlphaMOS

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AM69x Processors, Silicon Revision 1.0

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30V Dual Asymmetric N-Channel AlphaMOS

General Description • Latest Trench Power AlphaMOS (αMOS LV) technology • Very Low RDS(on) at 4.5VGS • Low Gate Charge • High Current Capability • RoHS and Halogen-Free Compliant Applications • DC/DC Converters in Computing, Servers, and POL • Isolated DC/DC Converters in Telecom and In

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