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(Total 10 Products for Magnetic Scale Position Sensor)
Inside the capacitive encoder, there is a transmitter that emits high-frequency signals, a rotor that modulates the signals, and a receiver that converts the signals and sends them to the motion controller.
Incremental encoders have no memory. Power off and restart must return to the reference zero position to find the desired position, while absolute encoders have memory, and power off and restart do not need to return to the zero position to know the target position
In the industrial field, an encoder refers to a sensor device that converts displacement into a digital signal. Encoders are used to detect the speed, position, angle, distance or count of mechanical movement, and convert angular displacement or linear displacement into electrical signals
From single-turn absolute encoder to multi-turn absolute encoder, the single-turn absolute encoder is rotated to measure each engraved line of the optical code disc during rotation to obtain a unique code. When the rotation exceeds 360 degrees, the code returns To the origin, this does not comply with the principle of...
Magnetic linear displacement sensor
Rotary encoder is a device used to measure speed. It is divided into two types: single output and dual output. Technical parameters mainly include the number of pulses per revolution, and the power supply voltage. Single output means that the output of the rotary encoder is a set of pulses, while the dual output...
Absolute analog encoder encoder
The output phase of the encoder: A phase, A phase and B phase, A phase and B phase and Z phase, according to the specific function that the customer hopes to achieve, determine how many phases the output phase needs (this can be reflected in the naming rule).
Electro optical sensors encoder
The various electromagnetic interference sources at the encoder production site interfere with the photoelectric detection device, causing the output waveform of the photoelectric detection device to be distorted, causing the system to malfunction or causing a production accident.
Disadvantages of photoelectric encoders: precision but puts forward higher protection requirements for outdoor and harsh environments; measurement of linear displacement needs to rely on mechanical device conversion, and errors caused by mechanical gaps need to be eliminated; detection of orbital objects is difficult...
The advantages of the magnetostatic absolute encoder: moderate volume, direct measurement of linear displacement, absolute digital encoding, no theoretical range limit; no contact, no wear, resistance to harsh environments, and can be used under 1000 meters; rich interface forms, diverse measurement methods; The price...
High accuracy linear displacement sensor
The installation shaft is a tapered shaft with high positioning accuracy; the back of the housing is pre-opened to facilitate user installation and disassembly. Two recesses are reserved on the circumference of the shell, which reduces the user's radial installation space, and is sturdy, reliable, and long in life
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