KUBLER Rotary Encoder * Supply from Germany

The working principle of the Kubler rotary encoder is to convert the rotational displacement into a series of digital pulse signals.

The Kubler rotary encoder is a precision measuring device that can convert rotational displacement into corresponding digital pulse signals, which can be used to control angular displacement and can be connected to control systems (such as CNC machines, PLCs, etc.) through appropriate interfaces. The Kubler rotary encoder usually consists of a code wheel, a light source, a photosensitive element, and an electronic circuit. The code wheel is engraved with precise transparent and opaque windows. When the code wheel rotates with the object being measured, the light beam passes through these windows to form a pattern of alternating light and dark. The photosensitive element detects these changes and converts them into electrical signals. Electronic circuits further process these electrical signals to generate digital pulse signals, thereby achieving accurate measurement of rotational displacement

The Kubler rotary encoder from Germany is a sensor used to detect mechanical motion speed, position, angle, distance, or count. It uses detection principles such as photoelectric, magnetic, inductive, or capacitive to convert mechanical displacement into electrical signals, which are then converted into counting pulses to represent the magnitude of displacement. The following are the main characteristics and functions of the German Kubler rotary encoder:

feature

Resolution: The number of lines provided by the encoder for each 360 degree rotation is called resolution, also known as resolution division or directly referred to as number of lines. Generally, it ranges from 5 to 10000 lines per rotation.

Working principle: The photoelectric encoder utilizes the principle of grating diffraction to achieve displacement digital conversion; Magnetic, inductive, and capacitive encoders detect displacement through magnetic field changes or other physical phenomena.

Installation and maintenance: Do not apply direct impact to the shaft during installation. Flexible connectors should be used to connect the encoder shaft to the machine. When installing connectors on the shaft, do not forcefully press them in. Even if connectors are used, poor installation may still impose a load on the shaft that is greater than the allowable load, or cause misalignment. Therefore, special attention should be paid.

Anti interference: Type encoders have been increasingly used in various industrial systems for angle and length measurement and positioning control due to their position resistance, anti-interference, and no need for power-off memory.

effect

Speed and position detection: The position is known through a counting device, which relies on the internal memory of the counting device to remember the position when the encoder is stationary or there is a power outage.

Positioning control: Especially in positioning control applications, the value Kubler encoder reduces the computational task of electronic receiving devices, thereby eliminating complex and expensive input devices.

Industrial automation: In addition to industrial machinery, many motor controls such as servo motors and BLDC servo motors require Kubler encoders for motor controllers to detect commutation, speed, and position.

In summary, the German Kubler rotary encoder plays an important role in the field of industrial automation due to its high precision, high resolution, and good anti-interference performance.