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Encoder Series: AD25

Part #: AD2500224ZA0M

List Price: (USD)$1,592
Average Leadtime10 Business Days
High volume price discounts available upon request. Contact Us for Volume Pricing
Technical Data
Description

The AD58 multi-turn absolute encoder is an optical encoder with a multi-turn gear and optical scanning. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings with a flexible torque support. As a result, these encoders are suitable for incorporating in BLDC servo motors and such demanding applications as CNC, precision positioning and high-resolution printing. The encoder is available with resolutions of up to 22 bits single-turn and 12 bits multi-turn.

General Attributes
  • Feedback Type
    Absolute
  • Interface
    BiSS-B Binary
  • Mounting Configuration
    Spring plate 1
  • Technology Sensing Type
    Optical
  • Weight (Pounds)
    1
Mechanical Attributes
  • Connection Location
    PCB connector, radial, 12-pole with mating connector and 0.5 m cable
  • Housing Diameter (mm)
    58
  • Housing Material
    Aluminium
  • Moment Of Inertia
    3,8 x 10^-6 kgm²
  • Radial Endplay Mounting
    0.1
  • Revolution Count
    10000
  • Revolution Short Term
    12000
  • Shaft / Bore Material
    Stainless Steel
  • Shaft / Bore Size (mm)
    10
  • Shaft Type
    Inner cone shaft
  • Starting Torque (Ncm)
    1
Electrical Attributes
  • Absolute Accuracy Type
    ±35"
  • Drivers
    Stroke and data/RS422
  • Input Voltage
    DC 5 V (± 10%)
  • Output Code
    Binary
  • Repeatability Type
    ±7"
  • Resolution Multi Turn
    No Multiturn
  • Resolution Single Turn (Bits)
    22
Environmental Attributes
  • Approvals / Certifications
    [CE, c UL us (listed)]
  • Housing Protection Level
    IP40
  • Maximum Operating Temperature (°C)
    110
  • Maximum Storage Temperature (°C)
    85
  • Minimum Operating Temperature (°C)
    -15
  • Minimum Storage Temperature (°C)
    -15
  • Shock Resistance
    1000 m/s² (6 ms)
  • Vibration Resistance
    100 m/s² (10 - 2000 Hz)
Downloadable Resources
Technical Information