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.

Liikumise juhtimise rakendused – alates tehaseautomaatikast kuni liikuvate masinate juhtimissüsteemideni – nõuavad täpset reaalajas teavet mehaaniliste seadmete füüsilise asukoha kohta. Absoluutsed pöördenurkandurid suudavad anda täpseid ja üheselt mõistetavaid mõõtmistulemusi, ilma et seadme ajutise toitekatkestuse tõttu kaotataks asukoha jälgimine.

Liikumise juhtimise rakendused – alates tehaseautomaatikast kuni liikuvate masinate juhtimissüsteemideni – nõuavad täpset reaalajas teavet mehaaniliste seadmete füüsilise asukoha kohta. Absoluutsed pöördenurkandurid suudavad anda täpseid ja üheselt mõistetavaid mõõtmistulemusi, ilma et seadme ajutise toitekatkestuse tõttu kaotataks asukoha jälgimine.

Liikuvate masinate liikumise juhtimise rakendused nõuavad täpset reaalajas teavet mehaaniliste seadmete asukoha kohta. Absoluutsed pöördenurkandurid suudavad anda täpseid ja üheselt mõistetavaid mõõtmistulemusi, ilma et seadme ajutise toitekatkestuse tõttu kaotataks asukoha jälgimine.