E684096F0C1 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The E684096F0C1 optical shaft encoder utilizes optical technology, provides incremental quadrature output signals, and is ideal for direction and speed determination applications. Part of the High Accuracy Absolute Encoders series by Sanyo Denki, it features a shaft-mounted design.
Internal Product Review
The E684096F0C1 encoder offers high-quality positioning and has a high resolution. While it portrays high versatility, its complexity and pricing tend to be on the higher side. The encoder meets the demands of clients looking for precision feedback in industrial automation applications.
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Product Description:
The E684096F0C1 Sanyo Denki-designed absolute encoder provides the exact position of a motor. This encoder uses a unique digital word or code as output to determine the motor position. The product retains its position even when there has been a power loss. This device needs no reference point setting to be done. The unit can resume its operation from the last position available after power restoration. It works best for any application that needs continuous feedback and precise positioning. This encoder is compatible with industrial automation equipment, machine tools, and robotics.
The product offers information about speed and position. This device features quadrature signal processing. The unit operates using optical technology. It is mounted on the motor’s output shaft. This encoder comprises an LED and a code disc featuring several marks. The product detects a position change when the code disc turns with the shaft. This device determines the orientation of the axes for CNC machines used to manufacture parts. The unit is also housed in robot locomotion systems to deliver correct speed and distance measurements. Its versatility is a key reason why it is operated in various sectors.
This encoder is easily portable owing to its compact size. The product can endure high temperatures. This device’s resistance to vibrations and shocks contributes to its durability. The unit’s resolution is assessed by the number of bits in the digital word. Its high immunity ensures that its operation is unaffected by electrical noise. This absolute encoder meets critical positioning requirements by its ability to track the correct position of the motor shaft.
