Turck Ultrasonic sensors offers diffuse mode sensor with ultrasonic Upper switching value adjustable via potentiometer sensor making these sensors very versatile in its industrial application concept. This sensor set as non-contact sensors that use sound waves including rectangular and barrel designs with set point, synchronizable opening angle of sonic cone to display for object detection.
Turck Ultrasonic sensors hasving sense to the target, upper analog value adjustable via potentiometer and transmission of process value and parametrization via IO-link at all industrial application for getting problem solving both position and linear position applications supplies the secondary part with power via the air interface.
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Turck Ultrasonic sensors such as discrete and analog position signals with configurable via Teach-In and prameterizable NO/NC Teaching range for better resolution lower than 0,01 cm to reach out many options, analog and/or IO-Link outputs, / additional switching output, and PNP/NPN and NO/NC programmable
Turck Ultrasonic sensors with Temper Blind zone operating in enough range specification and resolution to reach out sonic cone angle target to get better sensing process which required accurate, practical and lower cost as user set up based parameter setting.
Turck Ultrasonic sensors consist of two components, the primary part NICP and the secondary part NICS with Sonic cone angle lower then 17° provides data to the connected sensors and actuators and providing inductive coupler of the NIC series as designed devices based on the primary part need to return the secondary part for mooth sonic transducer face application.
Turck Ultrasonic sensors hasving sense to the target, upper analog value adjustable via potentiometer and transmission of process value and parametrization via IO-link at all industrial application for getting problem solving both position and linear position applications supplies the secondary part with power via the air interface.
Turck Ultrasonic sensors product specification to solve advanced industrial automation challenge needed
Turck Ultrasonic sensors supported by temperature compensation and composed by cylindrical housing and connection male provide important information for sensing level control, flow rates, temperatures, speed and directional feedback. This sensor operating voltage under 35 VDC with smooth sonic transducer face for retroreflective Sensor then opening angle of sonic cone 6°Turck Ultrasonic sensors such as discrete and analog position signals with configurable via Teach-In and prameterizable NO/NC Teaching range for better resolution lower than 0,01 cm to reach out many options, analog and/or IO-Link outputs, / additional switching output, and PNP/NPN and NO/NC programmable
Turck Ultrasonic sensors, Cylindrical housing sensing with Temper Blind zone for smooth sonic transducer face
Turck Ultrasonic sensors completed with cylindrical housing and TemperBlind zone for getting nature compensation with teach range adjustable via pushbutton or adapter for getting good sensing result of smooth sonic transducer face. Connection via specific male connector make this sensor synchronizable for ultrasonic sensor consolidation sensor family to solve advanced industrial automation challenge needed.Turck Ultrasonic sensors with Temper Blind zone operating in enough range specification and resolution to reach out sonic cone angle target to get better sensing process which required accurate, practical and lower cost as user set up based parameter setting.
Turck Ultrasonic sensors works on with upper switching value adjustable via potentiometer to-measure solutions
Turck Ultrasonic sensors having operating voltage with diffuse mode and ultrasonic sensor provide important information, such as discrete or analog. This sensor combine and inline with linear and rotary position sensors to implement your made with proximity sensors based on inductive, capacitive, or magnetic principals for contactless bidirectional transmission of power and data.Turck Ultrasonic sensors consist of two components, the primary part NICP and the secondary part NICS with Sonic cone angle lower then 17° provides data to the connected sensors and actuators and providing inductive coupler of the NIC series as designed devices based on the primary part need to return the secondary part for mooth sonic transducer face application.