ROTARY ENCODERS
Rotary encoders are essential devices used in various applications to translate the angular position or motion of a shaft into digital or analog output signals. These devices are critical in automation, manufacturing, robotics, and electronics. Understanding the different categories of rotary encoders can help in selecting the right type for specific applications.
–INCREMENTAL ENCODERS
Incremental encoders generate output signals each time the shaft rotates a certain amount, providing information on the movement of the shaft rather than its absolute position. They are simpler and often more cost-effective than absolute encoders.
—-LIGHT DUTY INCREMENTAL ENCODERS
Designed for applications with minimal mechanical stress, light duty incremental encoders are perfect for precision tasks in controlled environments, such as in laboratory equipment or consumer electronics.
—-MEDIUM DUTY INCREMENTAL ENCODERS
These encoders strike a balance between durability and precision, making them suitable for general industrial applications that require reliable performance under moderate load and speed conditions.
—-HEAVY INCREMENTAL ENCODERS
Built to withstand high mechanical loads and harsh environments, heavy duty incremental encoders are essential for heavy machinery and outdoor applications where robustness and reliability are critical.
–ABSOLUTE ENCODERS
Absolute encoders provide a specific digital code for each angle of rotation, ensuring precise position tracking even after power interruptions.
—-MULTI-TURN ABSOLUTE ENCODERS
Multi-turn absolute encoders can track positions across multiple rotations, ideal for applications where the shaft may turn several times.
—-SINGLE-TURN ABSOLUTE ENCODERS
Single-turn absolute encoders measure position within one full 360-degree rotation, suitable for tasks requiring simple, precise angle measurement.
—-MAGNETIC ABSOLUTE ENCODERS
Magnetic absolute encoders utilize magnetic fields to determine position, offering durability and resistance to dust and moisture, making them perfect for harsh environments.
–MINIATURE ENCODERS
Miniature encoders are compact devices designed for applications where space is limited, providing precise encoding in a small form factor, ideal for medical devices, compact electronics, and robotics.
—-MINIATURE INCREMENTAL MAGNETIC ENCODER MODULE
The miniature incremental magnetic encoder module offers magnetic sensing in a tiny package, suitable for embedding in small-scale, precision-driven applications like consumer electronics and detailed positioning systems.
—-MINIATURE INCREMENTAL MAGNETIC ENCODERS
Miniature incremental magnetic encoders utilize magnetic fields to detect rotational positions and are perfect for environments where space and accuracy are critical, such as in miniature motors and small industrial equipment.
–BUS SYSTEM ENCODERS
Bus system encoders are designed to integrate seamlessly into industrial networks, facilitating communication between various devices within complex systems. Here’s a brief overview of each type:
—-CAN BUS ENCODERS
Utilized in automotive and industrial networks, these encoders are known for their robustness and reliability in harsh environments.
—-CAN OPEN ENCODERS
These encoders support the CANopen protocol, allowing for easy integration and communication in automated network systems.
—-DEVICE NET ENCODERS
Optimized for device-level networking in industrial environments, these encoders facilitate communication between industrial devices.
—-ENDAT ENCODERS
High-resolution encoders that provide precise position data and diagnostics in a digital format suitable for high-performance drive systems.
—-ETHERCAT ENCODERS
Employ EtherCAT communication to ensure high-speed, real-time data exchange in automation technology.
—-ETHERNET/IP ENCODERS
Designed to operate over Ethernet networks, these encoders integrate seamlessly with IP-based industrial protocols.
—-INTERBUS ENCODERS
Specialized for use with the Interbus network, offering fast, cyclic data exchange and simplifying connectivity in complex systems.
—-MODBUS ENCODERS
Widely used in industrial applications for their compatibility with the Modbus protocol, facilitating easy integration and communication.
—-PROFIBUS ENCODERS
Compatible with the Profibus network, known for their efficiency in transmitting data among network devices.
—-PROFINET ENCODERS
These encoders are suitable for industrial Ethernet and handle large amounts of data with real-time capabilities.
—-SSI ENCODERS
Implement the Synchronous Serial Interface protocol for clear, precise data transmission over short distances.
—-BiSS ENCODERS
Offer a flexible and high-speed serial interface, often used in applications requiring high data rates and safety measures.
–ANGLE ENCODERS
Angle encoders are specialized devices used to measure the angular position with a high degree of accuracy and precision, commonly employed in high-precision sectors like robotics and aerospace.
—-ANGLE ENCODER MODULES
Angle encoder modules are compact and modular components designed for integration into larger systems where precise angular measurement is critical, offering flexibility in assembly and maintenance.
—-ANGLE ENCODERS WITH INTEGRAL BEARING
Angle encoders with integral bearings combine a bearing and an encoder in a single unit, simplifying installation and enhancing system stability and accuracy in applications such as rotary tables and radar platforms.
—-MODULAR ANGLE ENCODERS
Modular angle encoders provide a customizable solution that can be adapted to fit various industrial applications, allowing users to select specific components based on performance requirements and environmental conditions.
–OPTICAL ROTARY ENCODERS
Utilize light passing through a disc to measure angle, position, and rotation with high accuracy.
–KIT ENCODERS
Designed for custom assembly, these encoders are adaptable to a variety of applications, offering flexibility in integration.
–HOLLOW SHAFT ENCODERS
Mount directly onto a rotating shaft, providing a compact and efficient encoding solution without coupling requirements.
–THROUGH BORE ENCODERS
Similar to hollow shaft encoders but with a larger bore to accommodate larger shafts or existing components.
–MAGNETIC ROTARY ENCODERS
Use magnetic fields to detect motion, offering robust performance in environments with dust and vibrations.
–HUB-SHAFT ENCODERS
Feature an integrated hub design for direct mounting on shafts, ideal for applications with limited space.
–SHAFT ENCODERS
Traditional encoders that fit onto motor or axle shafts to monitor rotational position, speed, and direction.
–HALL EFFECT ROTARY ENCODERS
Utilize the Hall effect principle to detect the rotation of a magnetic field, suited for rugged environments.
–HAZARDOUS AREA ENCODERS
Engineered to operate safely in explosive or corrosive atmospheres, meeting strict safety standards.
–NON CONTACT ENCODERS
Operate without physical contact between the moving parts, minimizing wear and extending service life.
–BEARINGLESS ENCODERS
Feature a design without mechanical bearings, reducing maintenance and increasing durability in harsh environments.
–MOTOR ENCODERS
Integrated with motors to provide feedback on position, speed, and direction, crucial for automated systems.
–QUADRATE ENCODERS
Output two waveforms 90 degrees out of phase to determine both the increment and direction of rotation.
