Sick DFS25A-A2P1D065536 Incremental Rotary Encoder 4.75-30V 65536PPR

3/8” DIAMETER SHAFT CLICK HERE FOR SPECIFICS

The Sick DFS25A-A2P1D065536 is part of Sick’s DFS25 series of incremental encoders. These encoders are widely used in industrial automation to provide precise feedback on rotary motion, speed, or position. Below is a detailed explanation of the part number and its features:

Part Number Breakdown:

• DFS25: Refers to the encoder series. The DFS25 series includes high-performance incremental encoders.
• A: Housing design, typically indicating a standard housing configuration.
• A2: Shaft type and size, often representing a solid shaft design with a specific diameter (commonly 6 mm or 10 mm).
• P1: Electrical interface, typically indicating Push-Pull (HTL) output signal.
• D: Mechanical connection or mounting configuration (e.g., flange or servo flange).
• 065536: Resolution, in this case, 65,536 pulses per revolution (PPR).

Key Features of the DFS25 Series:

1. High Resolution:
   • Supports resolutions up to 65,536 PPR, providing excellent precision for demanding applications.
2. Electrical Interface:
   • Push-Pull (HTL) signal output for reliable transmission over long cable distances and compatibility with standard industrial controllers.
3. Shaft Design:
   • Solid shaft configuration, suitable for direct coupling to motor shafts or other rotary components.
4. Compact and Robust Design:
   • Engineered for harsh industrial environments, with a durable housing that resists shocks, vibrations, and contaminants.
5. Connectivity:
   • Typically equipped with a standard cable or connector, such as M12 or M23, for easy integration into automation systems.
6. Mounting Options:
   • Various flange designs and accessories for flexible installation.

Applications:

• Industrial Automation:
  • Monitoring rotary motion and providing feedback in production lines.
• Motion Control:
  • Ensures precise control of motors in systems like conveyor belts, packaging machines, or CNC machinery.
• Robotics:
  • Used for position and speed feedback in robotic arms and automated guided vehicles (AGVs).
• Material Handling:
  • For tracking and positioning in warehousing and logistics systems.