Sensoronix

Our latest Infographic on Variable Reluctance Speed Sensors. To learn more or see if we have the sensor you are looking for you can check out our website at https://sensoronix.com/variable-reluctance-speed-sensors or give us a call at 1-949-528-0906! #VRSensors #VariableReluctanceSensors #sensors #magneticsensors

Sensoronix has a new video out on our YouTube Channel! Have you subscribed to get the latest updates? This video explains more about Hall Effect Sensors, how they operate as well as common Industries and the Applications that Hall Effect Zero Speed Sensors are used in. https://www.youtube.com/watch?v=QwChI9Tmv_Q&t=4s#HallEffect #SpeedSensors #MagneticSensors #SensorVideos

Autonomous boats can now shapeshift New capabilities allow roboats to change configurations to form pop-up bridges, stages, and other structures. #sensors #technology #autonomousvehicles #robotics #sensortechnology

Check out our March Newsletter to learn about the different types of magnetic sensors we offer as well as the Industries and Applications Sensoronix Inc. Sensors can be used in. You can find our entire newsletter by clicking this link: https://bit.ly/3asZsLE #Sensors #MagneticSensors #Sensoronix #Newsletter

Sensor of the Month : Variable Reluctance Sensor - A variable reluctance sensor (commonly called a VR sensor) is a transducer that measures changes in magnetic reluctance. When combined with basic electronic circuitry, the sensor detects the change in presence or proximity of ferrous objects. With more complex circuitry and the addition of software and specific mechanical hardware, a VR sensor can also provide measurements of linear velocity, angular velocity, position, and torque. #VariableReluctanceSpeedSensors #VariableReluctanceSensors #AnalogSpeedSensors #SineWaveSpeedSensors #SpeedSensors #MagneticSensors

We are excited to announce we have launched a YouTube channel and have uploaded our first video! Learn more about us in this 1:22 video, and then subscribe to our channel so you don’t miss any of our future videos. Thank you & Enjoy! #Sensors #MagneticSensors #SensorVideos

A Dog-like robot named "Spot" Takes a Job on an Oil Rig! Spot will be put to work with additional sensors to perform visual inspections while detecting gas leaks and other faults. Automating these processes will serve to take humans out of harm's way and make rounds and readings on these sites more efficient and cost-effective.Learn more here: https://bit.ly/2T124ut #oilindustry #oilgas #automation #technology #engineering #innovation #robotics #sensors #magneticsensors #robot

To learn more about our Hall Effect Zero Speed Magnetic Sensors. Visit our website at https://bit.ly/2wHwvwV or give us a call at 1-949-528-0906 you can even send us an email at [email protected] with your exact specifications or requirements and we will be happy to assist. #HallEffect #SpeedSensors #ZeroSpeedSensors #DigitalSpeedSensors

Some common Hall Effect Zero Speed Sensor Applications can be found in the diagram below. To order your Non Contact Magnetic Sensor Give us a Call today at 949-528-0906 or email us at [email protected] #HallEffectSensors #SpeedSensor #PositionSensor #MagneticSensor #AutomotiveSensor #AerospaceSensor #MarineSensor

What would you call a robot that sorts recycling? MIT’s Computer Science and Artificial Intelligence Laboratory has named the robot "RoCycle"! #artificialintelligence #robotics #sensors #magneticSensors

Explore the HS750-400 Hall Effect Magnetic Sensor - Sensoronix Inc. For electronic Specs Check out our Catalog. #HallEffectSensors #HallEffect #ZeroSpeedSensors #DigitalSpeedSensors

The Hall effect sensor usage today: Proximity (distance) detection, power sensing, speed detection, and current sensing applications. For example time the speed of wheels and shafts, alarm systems, keyboard and printers. The advantages of using a Hall effect sensors are: A "invisible sensor. Non contact operation so there is no wear and friction. Hence unlimited number of operating cycles High speed operation - over 100 kHz possible. Where as at high frequencies the indu...ctive or capacitive sensor output begins to distort When packed immune to dust, air, water where as capacitive sensor may get triggered by dust. Can measure zero speed Wide temperature range Highly repeatable operation Capable of measuring large current The disadvantages of Hall effect sensors are: May be affected by external interfering magnetic field Large temperature drift Large offset voltage Signal can be blocked by ferrous metal See more