Autonics E40S6-1000-3-T-24 Rotary Encoder

Autonics E40S6-1000-3-T-24 Rotary Encoder

The Autonics E40S6-1000-3-T-24 Rotary Encoder offers precise rotational position feedback with a resolution of 1000 pulses per revolution (P/R). Built with a 6 mm shaft diameter and compact form factor, it's designed for accurate motion control in compact machinery.

Capable of handling speeds up to 5000 rpm with a 300kHz max response frequency, this encoder supports A, B, and Z output phases, ensuring compatibility with a wide range of control systems. It features a totem pole output and operates reliably on 12–24 VDC, with protection against voltage ripple.

The radial cable connection simplifies installation, while an IP50 protection rating provides basic defense against dust. The encoder operates in temperatures ranging from -10 to 70°C, making it suitable for industrial environments where precision and stability are key.

With low starting torque and compact construction, it delivers dependable performance for automation systems requiring reliable speed and position feedback.

Key features :-

Applications:

• CNC Machine Position Control
  Ensures accurate spindle or tool positioning by feeding high-resolution feedback to controllers.
• Conveyor Belt Speed Monitoring
  Tracks real-time conveyor speed to maintain product spacing and operational efficiency.
• Robotic Arm Motion Feedback
  Provides precise position data for joints and rotating elements in robotic automation systems.
• Printing Press Synchronization
  Helps maintain timing alignment between print rollers and substrate feed for high-quality output.
• Industrial Motor Feedback Systems
  Monitors motor shaft rotations in real-time for closed-loop control in drive systems.

Precautions:

• Ensure Correct Wiring: Incorrect connections can cause sensor failure

• Avoid Overvoltage: Operating within 10-30V DC prevents damage

• Protect from Extreme Heat: Avoid installing near high-temperature sources

• Regular Cleaning: Keep the optical lens free from dust and debris for optimal performance

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