Encoder selection guidance

1. Application description/project description

　Application:

　Encoder installation:

　2. Choose encoder category

　Incremental encoder

　Speed encoder

　Absolute value single lap

　Absolute value multi-turn

　3. Mechanical parameters

　Volume: Diameter__ /Total Length__

　Shaft: size/type (solid, full through hole, blind hole, special custom hole)/material

　Main body: fixed/centering/material

　Shell: Material/Color

　Protection level: body/shaft end

　Speed: Maximum limit speed/normal operating speed/acceleration/starting torque

　Load: axial load/radial load

　Working temperature: lowest/normal operation/highest

Shock resistance: shock/vibration resistance

　Other:

　4. Electrical parameters and optical parameters

　Supply voltage: point voltage/voltage working range in normal use

　Circuit protection: Power input polarity protection/output protection

Maximum power consumption:

　Circuit: (quantity type, for example: RS422, O.C)

　Response frequency: minimum/normal/maximum

　Current consumption: (mA, incremental)

　Resolution: (1024ppr)

　Number of channels: (The standard is 6 channels A, /A, B, /B, Z, /Z)

　Exchange channel: (brushless motor, number of poles)

　Number of revolutions per lap: (single lap & multiple laps)

　Number of laps: (multiple laps)

　Output code system: (Gray code, natural binary...)

　Communication type: (SSI, ProfiBUS, parallel output...)

　Output information speed: (output 4-20mA, CAN..)

　Required accuracy:

　Other:

　5. Terminal connection/wiring

　Connection: Type/direction/length (cable)

　Cable socket: fct/color/number of pins (direction)

　Other:

　6. Application standards

　Standard: Ordinary encoder/with explosion-proof function

　Other:

　7. Project data

　Potential quantity:

target price: