Positionsgivere og vinkelgivere
Vinkelgivere - Multi Turn
Multi-turn vinkelgivere er udviklet til at måle vinkelpositioner over flere 360°-omdrejninger, hvilket gør dem ideelle til applikationer, der kræver et udvidet måleområde eller kontinuerlig registrering af rotation.
Novotechniks kontaktløse multi-turn vinkelgivere kombinerer absolut positionsmåling med slidfri drift og høj modstandsdygtighed over for miljøpåvirkninger.
Disse givere er særligt velegnede til applikationer inden for robotteknologi, materialehåndtering og energisystemer, hvor langsigtet stabilitet, høj præcision og robust ydeevne er afgørende – selv under krævende forhold som vibrationer, fugt og ekstreme temperaturer.
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Absolut, kontaktløs NOVOHALL flervarvig vinkelgiver i 36,5 mm helmetalhus. Tilgængelig med både analoge og digitale grænseflader. Leveres i flere udførelser med massiv aksel eller hulaksel samt i heavy-duty-versioner til krævende applikationer.
- Måleområde (maks.): 5.760°
- Grænseflader: Spænding, strøm, ratiometrisk, SSI
- Kapslingsklasse: IP65, IP67, IP69
- Temperaturområde: −30 °C til +85 °C
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Absolut, kontaktløs flervarvig vinkelgiver med den revolutionerende True-Power-On NOVOTURN-teknologi samt intelligente sensorfunktioner til Industry 4.0. Meget høj nøjagtighed kombineret med energieffektiv og pladsbesparende konstruktion.
- Måleområde (maks.): 15.840°
- Grænseflader: IO-Link, ratiometrisk, CANopen, CAN SAE J1939
- Kapslingsklasse: IP54, IP65, IP67
- Temperaturområde: −40 °C til +85 °C
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Absolut, kontaktløs flervarvig vinkelgiver med den revolutionerende True-Power-On NOVOTURN-teknologi og intelligente sensorfunktioner til Industry 4.0. Nem montering via bøsningmontering.
- Måleområde (maks.): 15.840°
- Grænseflader: CANopen, CAN SAE J1939
- Kapslingsklasse: IP50, IP65
- Temperaturområde: −40 °C til +85 °C
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Absolut, kontaktløs flervarvig vinkelgiver med den revolutionerende True-Power-On NOVOTURN-teknologi i et 36,5 mm helmetalhus. Fås i forskellige udførelser med massiv aksel eller hulaksel samt i heavy-duty-versioner til krævende applikationer.
- Måleområde (maks.): 15.840°
- Grænseflader: CANopen, CAN SAE J1939, IO-Link
- Kapslingsklasse: IP65, IP67, IP69
- Temperaturområde: −30 °C til +85 °C
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Absolut, kontaktløs flervarvig vinkelgiver med den revolutionerende NOVOTURN-teknologi. Meget kompakt konstruktion med høj nøjagtighed og lang levetid.
- Måleområde (maks.): 5.760°
- Grænseflader: Spænding, strøm, ratiometrisk, SSI, SPI
- Kapslingsklasse: IP54, IP65, IP67
- Temperaturområde: −40 °C til +85 °C
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Absolut højpræcis potentiometrisk vinkelgiver med reduktionsgear.
- Måleområde (maks.): 3.845°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +100 °C
Vinkelgivere – envarv
Envarvige vinkelgivere fra Novotechnik er ideelle til måling af vinkelpositioner inden for et område på op til 360°. Giverne fås i både kontaktbaserede og kontaktløse udførelser, hvilket sikrer høj nøjagtighed, lang levetid og vedligeholdelsesfri drift.
Med et bredt udvalg af mekaniske udførelser og elektriske grænseflader kan de nemt integreres i automationssystemer, mobile maskiner og krævende miljøer.
Mange modeller har høje kapslingsklasser og brede temperaturområder, hvilket gør dem til et pålideligt valg til præcis vinkelmåling i realtid.
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Absolut, kontaktløs og redundant NOVOHALL-vinkelgiver, udviklet til brug i mobile og sikkerhedsrelaterede applikationer. Konstruktionen er robust og modstandsdygtig over for krævende miljøforhold.
- Måleområde (maks.): 360°
- Grænseflader: Spænding, strøm, ratiometrisk, CANopen, CAN SAE J1939
- Kapslingsklasse: IP67, IP69
- Temperaturområde: −40 °C til +125 °C
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Absolut, kontaktløs NOVOHALL envarvig vinkelgiver i et 36,5 mm helmetalhus. Tilgængelig med både analoge og digitale grænseflader. Fås i forskellige udførelser med massiv aksel eller hulaksel samt i heavy-duty-versioner til krævende applikationer.
- Måleområde (maks.): 360°
- Grænseflader: Spænding, strøm, ratiometrisk, inkrementel
- Kapslingsklasse: IP65, IP67, IP69
- Temperaturområde: −30 °C til +85 °C
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Absolut, kontaktløs NOVOHALL-vinkelgiver til anvendelse i krævende miljøer. Stort udvalg af analoge og digitale grænseflader. Meget høj nøjagtighed kombineret med en særdeles konkurrencedygtig pris.
- Måleområde (maks.): 360°
- Grænseflader: Spænding, strøm, ratiometrisk, SSI, SPI, inkrementel
- Kapslingsklasse: IP54, IP65, IP67
- Temperaturområde: −40 °C til +85 °C
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Anbefales ikke til nye konstruktioner. Kompakt, kontaktløs NOVOHALL-vinkelgiver i redundant udførelse til automotive-applikationer.
Måleområde (maks.): 360°
Grænseflade: Ratiometrisk
Kapslingsklasse: IP67, IP69
Temperaturområde: −40 °C til +125 °C -
Absolut, kontaktløs og redundant NOVOHALL Heavy Duty-vinkelgiver, designet til anvendelse i mobile og sikkerhedsrelaterede applikationer under ekstreme miljøforhold.
- Måleområde (maks.): 360°
- Grænseflader: Strøm, CANopen
- Kapslingsklasse: IP67, IP69
- Temperaturområde: −40 °C til +85 °C
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Kontaktløs, kompakt og omkostningseffektiv NOVOHALL-vinkelgiver til installation i begrænsede indbygningsrum.
- Måleområde (maks.): 360°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP67, IP69
- Temperaturområde: −40 °C til +125 °C
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Robust, kontaktløs og absolut NOVOHALL-vinkelgiver. Stort udvalg af analoge, digitale og feltbus-grænseflader. Meget høj nøjagtighed kombineret med en særdeles attraktiv pris.
- Måleområde (maks.): 360°
- Grænseflader: Spænding, strøm, ratiometrisk, IO-Link, CANopen, SSI, CAN SAE J1939, SPI, inkrementel
- Kapslingsklasse: IP67, IP68, IP69
- Temperaturområde: −40 °C til +105 °C
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Absolut, kontaktløs NOVOHALL-vinkelgiver, velegnet til applikationer med høje temperaturkrav. Stort udvalg af analoge grænseflader og feltbus-grænseflader.
- Måleområde (maks.): 360°
- Grænseflader: Spænding, strøm, ratiometrisk, CANopen, CAN SAE J1939
- Kapslingsklasse: IP67, IP68, IP69
- Temperaturområde: −40 °C til +125 °C
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Absolut, kontaktløs og redundant NOVOHALL heavy-duty-vinkelgiver, udviklet til anvendelse i mobile og sikkerhedsrelaterede applikationer under ekstreme miljøforhold.
- Måleområde (maks.): 360°
- Grænseflader: Strøm, CANopen
- Kapslingsklasse: IP67, IP69
- Temperaturområde: −40 °C til +85 °C
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Absolut potentiometrisk vinkelgiver til anvendelse i en lang række applikationer. Kompakt og robust konstruktion med enkel installation og justering.
- Måleområde (maks.): 345°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP54
- Temperaturområde: −40 °C til +120 °C
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Absolut potentiometrisk vinkelgiver. Præcis, kompakt og omkostningseffektiv med enkel installation og justering.
- Måleområde (maks.): 355°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +85 °C
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Absolut højpræcis potentiometrisk vinkelgiver i synkrohus 11.
- Måleområde (maks.): 345°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +100 °C
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Absolut højpræcis potentiometrisk vinkelgiver i flerkop-udførelse.
- Måleområde (maks.): 345°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +100 °C
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Absolut højpræcis potentiometrisk vinkelgiver i synkrohus 15.
- Måleområde (maks.): 350°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +100 °C
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Absolut højpræcis potentiometrisk vinkelgiver i synkrohus 20.
- Måleområde (maks.): 355°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP40
- Temperaturområde: −40 °C til +100 °C
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Absolut højpræcis potentiometrisk vinkelgiver med robust og tæt konstruktion.
- Måleområde (maks.): 355°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP65
- Temperaturområde: −40 °C til +100 °C
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Absolut højpræcis potentiometrisk vinkelgiver med robust og tæt konstruktion samt strømgrænseflade.
- Måleområde (maks.): 345°
- Grænseflade: Strøm
- Kapslingsklasse: IP65
- Temperaturområde: −25 °C til +70 °C
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Absolut højpræcis potentiometrisk vinkelgiver til anvendelse under krævende driftsforhold. Ekstremt robust, tæt og korrosionsbestandig konstruktion.
- Måleområde (maks.): 350°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP67, IP69
- Temperaturområde: −40 °C til +105 °C
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Absolut højpræcis vinkelgiver i robust konstruktion med springfri udgangsspænding over hele 360°-området.
- Måleområde (maks.): 360°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP65
- Temperaturområde: 0 °C til +70 °C
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Absolut resistanselement-/slæberkombination med høj nøjagtighed. Velegnet til flade installationsrum. Kundetilpassede udførelser er mulige efter forespørgsel.
- Måleområde (maks.): 355°
- Grænseflade: Ratiometrisk
- Kapslingsklasse: IP00
- Temperaturområde: −40 °C til +100 °C
Linear Position Transducers
Linear position transducers must meet demanding requirements, including robustness, high speed, precision, and, increasingly, seamless communication capabilities in line with Industry 4.0 standards.
As an official distributor of Novotechnik, we offer the comprehensive portfolio with solutions tailored to a wide range of applications. Novotechnik provides reliable and innovative transducers to meet even the most complex automation challenges.
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Absolute position transducers for high dynamic positioning tasks. Inductive measurement principle, touchless position detection with free position markers; unlimited mechanical life.
- Range max: 1000 mm
- Interface: Voltage, Current, IO-Link, SSI, CANopen
- Protection: IP67
- Temperature: -40° C to 85° C
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Absolute position transducers in robust profile design; NOVOSTRICTIVE non-contacting, magnetostrictive measurement principle, non-contact position detection with free position markers; unlimited mechanical life.
- Range max: 4250 mm
- Interface: Voltage, Current, IO-Link, SSI, CANopen, Incremental, Start-Stop
- Protection: IP67, IP68
- Temperature: -40° C to 85° C
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Absolute rod style position transducer for integration in cylinders. NOVOSTRICTIVE - non-contacting, magnetostrictive measurement principle; non-contact position detection with ring position marker.
- Range max: 4250 mm
- Interface: Voltage, Current, IO-Link, SSI, CANopen, Start-Stop
- Protection: IP67, IP68
- Temperature: -40° C to 85° C
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Absolute rod style position transducer for integration in cylinders especially for mobile applications; NOVOSTRICTIVE non-contacting, magnetostrictive measurement principle; non-contact position detection with ring-shaped position marker; unlimited mechanical life.
- Range max: 2000 mm
- Interface: Voltage, Current, CANopen, CAN SAE J1939
- Protection: IP67, IP69
- Temperature: -40° C to 105° C
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Absolute rod style position transducer for integration in cylinders especially for mobile applications; NOVOSTRICTIVE non-contacting, magnetostrictive measurement principle; non-contact position detection with ring-shaped position marker; unlimited mechanical life
- Range max: 2000 mm
- Interface: Voltage, Current, CANopen, CAN SAE J1939
- Protection: IP67
- Temperature: -40° C to 105° C
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Absolute transducer in compact profile design with double-sided supported actuating rod; NOVOPAD non-contating, inductive measurement principle; Teach-in function with status LEDs; ball coupling for backlash- and shear force free operation , long life.
- Range max: 200 mm
- Interface: Voltage, Current
- Protection: IP40
- Temperature: -40° C to 100° C
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Absolute transducer in compact profile design with double-sided supported actuating rod and internal return spring; NOVOPAD non-contacting, inductive measuring principle, Teach-in function with status LEDs, probe tip with pressed-in hardened metal ball, long life.
- Range max: 100 mm
- Interface: Voltage, Current
- Protection: IP40
- Temperature: -40° C to 100° C
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Absolute position transducers in compact, flat design. Non-contacting NOVOHALL measuring principle; Touchless position detection with position marker; Unlimited mechanical life.
- Range max: 50 mm
- Interface: Ratiometric
- Protection: IP67, IP68, IP69
- Temperature: -40° C to 125° C
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Absolute precision transducer with central mounting, durable because contactless measurement; completely encapsulated by a robust housing, temperature-resistant precision due to supplementary regulation winding.
- Range max: 10 mm
- Interface: Current
- Protection: IP50, IP67
- Temperature: -25° C to 70° C
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Absolute, inductive transducer with centering collar, integrated sealed hybrid electronic, DC power supply; floating DC voltage output, good temperature stability, maintenance-free plastic plain bearings and bellows; long long life.
- Range max: 20 mm
- Interface: Voltage
- Protection: IP67
- Temperature: -30° C bis 70° C
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Absolut transducer for precise measuring and control applications with integrated signal processing. Replaceable without new calibration.
- Range max: 150 mm
- Interface: Voltage, Current
- Protection: IP40
- Temperature: -40° C to 85° C
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Absolut transducer with integrated signal processing. Designed for direct position measurement of fixed objects or contour scanning of moving objects by roller head. Replaceable without new calibration.
- Range max: 100 mm
- Interface: Voltage, Current
- Protection: IP40
- Temperature: -40° C to 85° C
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Absolut transducer with integrated signal processing. Designed for direct position measurement of fixed objects or contour scanning of moving objects by roller head. Replaceable without new calibration.
- Range max: 150 mm
- Interface: Ratiometric
- Protection: IP40
- Temperature: -30° C to 100° C
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Absolut transducer with integrated signal processing. Designed for direct position measurement of fixed objects or contour scanning of moving objects by roller head. Replaceable without new calibration.
- Range max: 100 mm
- Interface: Ratiometric
- Protection: IP40
- Temperature: -30° C to 100° C
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Potentiometric, absolut position transducer with double supported actuating rod; long life and high adjustment speed; decoupled wiper tap; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP67
- Temperature: -40° C to 100° C
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Potentiometric, absolut position transducer; robust design with metal flanges and pressure equalisation system with GORE-membran; long life and high adjustment speed; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP67
- Temperature: -40° C to 100° C
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Potentiometric, absolut position transducer; pendular fixed slide bearing and decoupled wiper tap for stick-slip-free movement; long life and high adjustment speed; easy to assemble via snap in and all side mountable clamps.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP54
- Temperature: -40° C to 85° C
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Potentiometric, absolut position transducer without actuating rod with lengthwise coupling for reduced overall dimensions; metal wiper carrier; shear force free linkage via ball coupling; long life.
- Range max: 200 mm
- Interface: Ratiometric
- Protection: IP54
- Temperature: -40° C to 85° C
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Potentiometric , absolut position transducer; robust design with metal flanges, pressure equalisation system, GORE-membran and an additional guard tube for the actuating rod; long life and high adjustment speed; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP54
- Temperature: -40° C to 85° C
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Potentiometric, absolut position transducer with double supported actuating rod; long life and high adjustment speed; decoupled wiper tap; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 750 mm
- Interface: Ratiometric
- Protection: IP65
- Temperature: -30° C to 100° C
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Potentiometric, absolut position transducer; robust design with metal flanges and pressure equalisation system with GORE-membran; long life and high adjustment speed; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 750 mm
- Interface: Ratiometric
- Protection: IP67
- Temperature: -30° C to 100° C
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Potentiometric , absolut position transducer; robust design with metal flanges, pressure equalisation system, GORE-membran and an additional guard tube for the actuating rod; long life and high adjustment speed; easy to assemble via low-backlash pivot heads with a large angle of freedom; High protection class.
- Range max: 750 mm
- Interface: Ratiometric
- Protection: IP67
- Temperature: -30° C to 100° C
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Potentiometric, absolut position transducer; pendular fixed slide bearing and decoupled wiper tap for stick-slip-free movement; long life and high adjustment speed; easy to assemble via snap in and all side mountable clamps.
- Range max: 900 mm
- Interface: Ratiometric
- Protection: IP55
- Temperature: -30° C to 100° C
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Potentiometric, absolut position transducer without actuating rod with lengthwise coupling for reduced overall dimensions; metal wiper carrier; shear force free linkage via ball coupling; long life.
- Range max: 3000 mm
- Interface: Ratiometric
- Protection: IP40, IP54
- Temperature: -30° C to 100° C
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Absolute, potentiometric position transducer in cost-optimised compact design; open housing for mounting in closed devices; variable mechanical customer interface; basic version for customised solutions.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP00
- Temperature: -40° C to 100° C
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Absolute, potentiometric resistance elements and wiper; for mounting in closed devices; customised solutions with laser-linearisation, switch function and redundancy technically feasible.
- Range max: 250 mm
- Interface: Ratiometric
- Protection: IP00
- Temperature: -40° C to 100° C
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Absolute, potentiometric resistance elements and wiper; for mounting in closed devices; customised solutions with laser-linearisation, switch function and redundancy technically feasible.
- Range max: 300 mm
- Interface: Ratiometric
- Protection: IP00
- Temperature: -40° C to 100° C
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Product discontinued - Replacement requirement on request! Potentiometric resistive elements with foil collector and mechanical pressure pin. Hermetically bonded structure. Handling is very simple since the sensitive potentiometer track is protected by the cover sheet.
- Range max: 500 mm
- Interface: Ratiometric
- Protection: IP67
- Temperature: -40° C to 125° C
Kontakt os
Contact sensors
Contact sensors provide a reliable and precise way to measure physical movements or positions through direct mechanical interaction, using components like wipers or sliders. They offer a simple, cost-effective solution for many applications, delivering consistent performance without the need for complex electronics.
Their direct contact design ensures accurate measurements, making them a trusted choice in various industries. While wear may occur over time in high-repetition or harsh environments, they remain a dependable and widely used technology for position sensing.
Non contact sensors
Non-contact sensors provide a highly reliable solution for demanding applications. By measuring with a separate position marker, they operate without friction, minimising wear and maintenance. This enhances durability and ensures consistent performance, even in harsh environments.
With high IP ratings, they offer excellent resistance to dust, moisture, and contamination, making them ideal for long-term use in industrial and outdoor settings.
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Many applications need rotation counters to measure angles beyond 360º. Common low-cost 10-turn potentiometers often fall short in resolution and reliability, while optical absolute encoders are too expensive for many uses.
Optical encoders also need continuous power, losing their count when power is interrupted. Geared rotation counters, on the other hand, can wear out over time.
Novotechnik’s 2800 Series multi-turn rotary sensors provide a practical solution. These sensors use patented NOVOTURN™ technology, based on an advanced giant magnetic resistance effect. They are more cost-effective than optical encoders, maintain high reliability and accuracy, and include additional useful features to meet user needs.
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Magnetostriction is the elastic deformation of ferromagnetic materials like iron, nickel, and cobalt during changes in magnetization. This occurs due to shifts in the alignment of magnetic regions called Weiss domains. When exposed to an external magnetic field, some domains align, causing mechanical deformation and generating a torsion wave that travels at 2,800 m/s.
A magnetostrictive waveguide is housed along the measuring path, with position marked by an external magnetic field. A short current pulse interacts with this field, creating a torsion wave. The wave's travel time to a converter is measured and processed into a precise position value, offering a reliable and contact-free measurement solution.
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Non-contact sensors are increasingly needed for harsh environments with dynamic movements and high contamination levels. They offer long service life, even under mechanical stress, and are durable at high speeds and frequencies where potentiometers would wear out.
These sensors provide standardised electrical interfaces, low power consumption (typically <100mA), and remain cost-effective, making them ideal for demanding applications like engines and agricultural machinery.
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Advancements in control engineering, microprocessors, and semiconductor technology have led to the widespread adoption of electronically controlled systems across industries. This has driven demand for sensors that are both cost-effective and durable, capable of withstanding extreme temperatures (e.g., -40 to +160°C). These sensors are particularly critical in high-volume applications like the automotive industry.
Interfaces
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- Multi-master system with distributed network management.
- Capable of supporting up to 254 logical nodes.
- Data is organized as parameters (signals) grouped into parameter groups (PGs) across four memory pages (data pages).
- Each parameter group is uniquely identified by a Parameter Group Number (PGN).
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- Wide variety of methods available for configuring bus device parameters.
- Includes error detection and handling mechanisms.
- Device data is accessible through electronic data sheets (EDS files).
- Additional functionalities include cam switches, limit value switches, and speed data.
- CANopen is ideal for use as an interface in dynamic applications and complex control networks.
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- Reliable fail-safe digital communication at the sensor level.
- Cost-effective installation using unshielded 4-pole cables.
- Seamless integration with existing Ethernet-based or fieldbus communication systems.
- Supports condition monitoring and predictive maintenance.
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- Digital interface for absolute position and rotary measuring systems, ideal for industrial environments.
- Transmits position data synchronously with the controller via RS 422, using 24- or 25-bit binary or Gray-coded formats.
- Optional parity bit ("SSI26") for enhanced data security.
- Clock frequencies range from 60 kHz to 2 MHz, with update rates up to 16 kHz.
- Reliable, dynamic, and cost-effective, with performance dependent on cable length and driver blocks.
Kontakt os
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Enkeltledere af kobber eller aluminium, indkapslet i beskyttende isolering, med/uden terminaler og mærkning.Enkeltlederkabler -
Flere isolerede ledere samlet i en enkelt kabelstruktur for øget pladsbesparelse og effektivitet.Flerlederkabler
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Støbte konnektorer, huse eller overformninger sikrer optimal ydeevne og holdbarhed i krævende miljøer.Omstøbte kabler
