Absolute encoders

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power. An alternative approach is to use…

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power. An alternative approach is to use…

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power. An alternative approach is to use…

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power. An alternative approach is to use…

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power. Electrical Data Supply Voltage 8 –…

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Motion control applications – ranging from factory automation to control systems for mobile machines – require precise, real-time information about the physical location of mechanical equipment. Absolute rotary encoders can provide precise and unambiguous measurements without losing track of their position due to a temporary loss of instrument power.

Liikkeenohjaussovellukset – teollisuusautomaatiosta liikkuvien koneiden ohjausjärjestelmiin – edellyttävät tarkkaa reaaliaikaista tietoa mekaanisten laitteiden fyysisestä sijainnista. Absoluuttiset kiertoanturit pystyvät tuottamaan tarkkoja ja yksiselitteisiä mittaustuloksia ilman, että niiden sijainti menetetään laitteen tilapäisen virrankatkoksen vuoksi.

Liikkeenohjaussovellukset – teollisuusautomaatiosta liikkuvien koneiden ohjausjärjestelmiin – edellyttävät tarkkaa reaaliaikaista tietoa mekaanisten laitteiden fyysisestä sijainnista. Absoluuttiset kiertoanturit pystyvät tuottamaan tarkkoja ja yksiselitteisiä mittaustuloksia ilman, että niiden sijainti menetetään laitteen tilapäisen virrankatkoksen vuoksi.

Liikkeenohjaussovellukset liikkuvissa koneissa edellyttävät tarkkoja reaaliaikaisia tietoja mekaanisten laitteiden fyysisestä sijainnista. Absoluuttiset kiertoanturit pystyvät tuottamaan tarkkoja ja yksiselitteisiä mittaustuloksia ilman, että niiden sijainti menetetään laitteen tilapäisen virrankatkoksen vuoksi.