Инкрементный роторный кодер ZSP3806 600 pulse line ABZ трехфазный 5-24V | Обустройство дома

Инкрементный роторный кодер ZSP3806 600 pulse line ABZ трехфазный 5-24V | Обустройство дома

Model: Incremental rotary encoder, AB two-phase. Count pulse signals with recognizable direction are generated by the rotating grating disk and optocoupler.   Performance: 400P / R-400 pulse per revolution. DC5-24V power supply. Maximum mechanical speed 6000 rpm, response frequency: 0-20KHz;   Size: Encoder body size: φ39 × 35.5mm; shaft φ6 × 13mm; off-axis stop platform: height 5mm, φ20mm; fixed space: three 3mm screw holes into 120 degrees distribution or six 3MM screw holes into 60 Degree distribution, the distance to the center of the circle is 14mm;   Output: AB two-phase output rectangular orthogonal pulse, the circuit output is NPN open collector output type, this output type can be directly connected to a single-chip microcomputer or PLC with an internal pull-up resistor, such as 51 single-chip microcomputer or Mitsubishi PLC (PLC input mode It should work when the switch is connected to 0V). Note: If the encoder is not connected to the device, the oscilloscope cannot directly oscilloscope (the open collector output does not have a voltage output when there is no pull-up resistor). Add two pull-up resistors to the AB two-phase output;   Uses: used to measure the rotation speed, angle, acceleration and length of objects.   Scope of application: It is suitable for intelligent control of various displacement changes measurement, automatic fixed-length automatic guillotine machine, steel bar fixed-length cutting controller, civilian height measuring human scale, robot for college students competition, etc.   Features: It has the advantages of small size, light weight, easy installation, and extremely high cost performance.   Wiring output: A phase, B phase, Vcc positive power supply, V0 ground, shielded wire. The wiring color product nameplate is clearly marked.   Note: The AB two-phase output must not be directly connected to VCC, otherwise, the output transistor will be burned.