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Sensors

Sensors

Sensor - to transfer signal for a process.

A sensor is an electrical device that calculates physical parameters such as pressure, light intensity, temperature, etc. The output of an electrical sensor is an analog or digital signal that is transferred to the appropriate hardware or software for the required processing.

Each sensor has different working principles depending on the structure and physical parameters it measures. But the common feature of all sensors is that they convert a physical parameter into an electrical signal.

Sensors can be classified from different perspectives, such as the type of output signal, the kind of function, the type of physical parameters they measure, the power source, the technology used for their operation, the type of building, and the installation location.

By browsing the Sensor category on our website, You can see PROXIMITY SENSOR, PRESSURE SENSOR, PHOTOELECTRIC SENSOR, FIBER OPTIC, ENCODER, TEMPERATURE SENSOR, CAPACITIVE SENSOR, FLOW METER, ULTRASONIC SENSOR, DISTANCE SENSOR, and VISION SENSOR.

You can see some types of Sensors on our website and get free advice, inventories, and their prices. To get some free consultations and sensors prices, contact us at  +9714337738

Curious to know more about different types of sensors? The below blog post is just what you need:

Sensors Types [Simple Explanation of Each Type]

  • Wheel Type Incremental Rotary Encoders ENC Series

    Wheel Type Incremental Rotary Encoders ENC Series

    Autonics

    Product Overview The ENC series wheel type incremental rotary encoders are specifically engineered to accurately measure the length or speed of continuously moving objects. The output waveform of the measured distance is directly proportional to...
  • Side Mount Incremental Rotary Encoders (Shaft Type) ENA Series

    Side Mount Incremental Rotary Encoders (Shaft Type) ENA Series

    Autonics

    Product Overview The ENA series of side mounting type incremental rotary encoders are expertly designed to offer seamless integration into frame structures. These encoders feature a robust die-cast external housing that ensures exceptional impact...
  • 88 mm Incremental Rotary Encoders (Hollow Shaft Type) E88H Series

    88 mm Incremental Rotary Encoders (Hollow Shaft Type) E88H Series

    Autonics

    Product Overview The E88H series incremental rotary encoders, featuring a Ø88 mm housing and a Ø30 mm hollow shaft, are designed to optimize performance in elevator systems. These encoders offer a resolution of 1024 pulses per revolution,...
  • 68 mm Incremental Rotary Encoders (Shaft Type) E68S Series

    68 mm Incremental Rotary Encoders (Shaft Type) E68S Series

    Autonics

    Product Overview The E68S series incremental rotary encoders are engineered for precision and durability, featuring a robust Ø68 mm housing and a high-strength Ø15 mm solid shaft. Designed to handle radial loads of up to 20 kgf and thrust...
  • 60 mm Incremental Rotary Encoders (Hollow Shaft Type) E60H Series

    60 mm Incremental Rotary Encoders (Hollow Shaft Type) E60H Series

    Autonics

    Product Overview The E60H series incremental rotary encoders are designed with Ø60 mm housings and Ø20 mm through hollow shafts, making them ideal for a wide range of industrial applications. These encoders are engineered to deliver...
  • 40 mm Incremental Rotary Encoders (Shaft Type) E40S Series

    40 mm Incremental Rotary Encoders (Shaft Type) E40S Series

    Autonics

    Product Overview The E40S series shaft type incremental rotary encoders are designed for high precision in rotational measurement within a compact Ø40 mm housing. These encoders are ideal for applications with limited installation space, thanks...
  • 30 mm Incremental Rotary Encoders (Shaft Type) E30S Series

    30 mm Incremental Rotary Encoders (Shaft Type) E30S Series

    Autonics

    Product Overview The E30S series incremental rotary encoders are designed with a compact Ø30 mm housing, making them ideal for installation in confined or limited spaces. The low inertia of the shaft ensures minimal impact on the rotation of the...
  • Inductive Transmission Couplers PET18-5 Series

    Inductive Transmission Couplers PET18-5 Series

    Autonics

    Product Overview The PET18-5 inductive transmission couplers are designed for seamless, non-contact data transmission with various Autonics inductive proximity sensors. These couplers allow for easy installation and enable signal generation and...
  • Full-Metal Cylindrical Inductive Proximity Sensors PRF Series

    Full-Metal Cylindrical Inductive Proximity Sensors PRF Series

    Autonics

    Product Overview The PRF Series cylindrical proximity sensors are designed with a full-metal housing and sensor head, constructed from durable stainless steel 303. These sensors are engineered for exceptional resistance to deformation, corrosion, and...