• Sensing the position, angular velocity and acceleration of the rotating part to control the driving devices.
• Precision instrument, high reliability, with incremental type and absolute type.
• High precision, wide frequency bandwidth, good stability, strong anti-interference, full output signal.
• For strict needs, high precision control of automatic assembly machines, production line, machine tool, etc.
• With good mechanical structure, capable of bearing high axial and radial loads on the shaft or shaft sleeve.
• Different mechanical installation ways and electrical signals outputs to adapt to the upper level computers.
• With special signal chips, stable signal output, can work under the temperature up to +110℃, or down to -40℃.
• For high temperature or low temperature applications in industrial environment.
• Stainless steel incremental encoder with good mechanical damage resistance to bear high axial, radial loads.
• Full metal stainless steel housing, has good shock resistance, can be used in strong corrosive environment.
• Compact structure, good durability, high protection degree, easy installation and maintenance.
• For harsh working conditions like pickling lines in metallurgical field and marine petrochemicals industry.
• Installed on the servo motor to measure the magnetic pole position, rotation angle, speed of the servo motor.
• With more compact shaft sleeve structure design for saving installation space and cost.
• Special taper shaft makes the installation more convenient and the operation more stable.
• Hall signals cover up to 8 poles, making the servo control more precise.
• Integrates measuring functions of commutation, position and speed to sense the motor rotor angle and phase.
• Highly linear sine and cosine signals enable high resolution for speed control by interpolation in the drive.
• With high flexibility, offers solutions for different performance classes through one mechanical interface.
• For servo motors requiring high dynamic performance to achieve the feedback from closed-loop motion control.
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