62S11-L4-P

62S11-L4-P

Application Field

The 62S11-L4-P, also known as an incremental encoder, is a type of rotary encoder that is commonly used in industries such as automotive and industrial. The applications for this particular type of encoder include but are not limited to: sensing engine speed; controlling power transmission; monitoring wheel speeds; and assisting in precise motion control. It can be used for measuring linear and angular velocity and is ideal for applications that require feedback for feedback control systems. It is also a popular choice for vibratory motors, pumps, fans, and other devices which require speed or position control.

Working Principle

The working principle of the 62S11-L4-P is based on the concept of rotating disks with evenly spaced slits along its circumference. When not in use, the disks are in a fixed position in relation to each other and the encoder. But when power is applied, the disks are driven by a motor and will begin to rotate. As it does, each slit will pass by a light sensitive detector in the encoder. This detector, depending on the encoder’s design, will either be an LED or a photodetector. When each slit passes by the detector, it will either reflect or block the light and in turn, the encoder sends out an electrical pulse for each slit. By reading and interpreting the number of pulses coming from the encoder, its speed and position can be determined with great accuracy.

Conclusion

The 62S11-L4-P provides great accuracy when measuring speed and position in a variety of industries. The encoder’s working principle is based on the use of two rotating disks with evenly spaced slits along them. As the disks are driven by a motor, the light that passes through the slits is reflected or blocked by a detector when it passes. The number of electrical pulses that come from the encoder can then be read and interpreted, allowing for precise measurement.