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    Incremental Rotary Encoder, Shaft, 5000 ppr

    $275.08
    Favourable price optical shaft encoder adopts stainless steel shaft, high reliability, high resolution, high quality, several output modes to choose, manufacturer direct sale.
    SKU: ATO-IRE-5000PS
    Free shipping
    Delivery date: 6-12 days

    Incremental optical rotary encoders with 5000 ppr can be used for robots, workbenches, injection molding machines, electronic equipment, printing and packaging machinery, non-standard equipment and CNC machine, a variety of office automation systems, industrial automation control and measurement fields.

    Features:

    • Incremental rotary encoder internal adopts ASIC devices
    • High reliability, long life
    • Anti-jamming performance
    • Small size, light weight, compact structure
    • Easy installation

    Specification:

    Basics Model ATO-IRE5000PS
    Weight 100 g
    Wiring Color White Black Red Green Yellow Brown Gray Orange Shielded wire
    Signal Vcc 0V A B Z A- B- Z- GND
    Mechanical properties Maximum speed per minute (r/min) 5000
    Starting torque 1.5*10-3Nm (25℃)
    Maximum load Radial load: 20N, axial load: 10N
    Shock resistance 980m/s2
    Anti-vibration 50m/s2 (10~200Hz)
    Rotational inertia 4X10-8kgm2
    Operating temperature -30~85℃
    Storage temperature -35~95℃
    Protection Level IP54
    Electrical characteristics Output circuit Open-collector output Voltage output Push-pull output Line driver output
    Supply voltage Vcc DC 5V±0.2 DC 5~24V DC 5V±0.2 DC 5~24V DC 5V±0.2 DC 5~24V DC5V±0.2 DC 5~24V
    Current consumption ≤60mA ≤60mA ≤60mA ≤100mA
    Output high level ≥3.5V ≥Vcc-2.5V - - ≥2.5V ≥Vcc-2.5V
    Output low level ≤0.5V ≤0.5V - - ≤0.5V ≤1.0V
    Rise time Tr ≤500ns ≤1500ns - - ≤200ns ≤500ns
    Fall time Tf ≤100ns ≤300ns - - ≤200ns ≤200ns
    Maximum frequency response 0~100kHz 0~100kHz 0~100kHz 0~100kHz 0~100kHz 0~100kHz

    Tips: How to use rotary encoder to detect linear displacement?

    1. Use a flexible coupling to connect the rotary encoder directly to the main shaft of the power unit that drives the linear displacement.
    2. Use a small gear (spur gears, bevel gears or worm gear) box to connect with the power unit.
    3. Use a gear rotating on a spur rack to transfer linear displacement information.
    4. Get linear displacement information on the drive chain sprocket.
    5. Obtain linear displacement information on the timing belt of the timing belt pulley.
    6. Use rotary encoders that are equipped with magnetic rollers to obtain displacement information on linear displaced flat steel surfaces (avoid slip).
    7. Use retractable wire assembly like a steel tape to connect the rotary encoder to detect linear displacement information (data processing need to overcome the stack winding error).
    8. Similar to 7, use retractable wire assembly with a small torque motor to connect a rotary encoder to detect linear displacement information (there are similar products in Germany at the moment, with a complex structure and almost no stack winding error).
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