Technical Data Overview

The document provides reference data related to servo and stepper motors, including model types, specifications, and optional configurations. It emphasizes that the data is for reference only and that specific technical parameters and dimensions will be provided based on customer requirements.

Motor Types and Specifications

• Servo Motors: Two types are listed:
  • SV1: Servo motor with 14 PCD 70, M4 mounting, suitable for 200~750W AC servo motors.
  • SV2: Servo motor with 14 PCD 70, M5 mounting, also suitable for 200~750W AC servo motors.
• Stepper Motors: Multiple types with varying specifications:
  • ST1: Stepper motor with 6.35 PCD 66.67, M4 mounting, suitable for 57-86 stepper motors.
  • ST2: Stepper motor with 8 PCD 66.67, M4 mounting.
  • ST3: Stepper motor with 8 PCD 70.7, M4 mounting.
  • ST4: Stepper motor with 14 PCD 98.4, M5 mounting.

Optional Configurations and Ratios

The document lists several optional configurations identified by codes such as RL, RY, RZ, and JS:

• RL: Right Angle - Standard
• RY: Right Angle - Right Direction
• RZ: Right Angle - Left Direction
• JS: Coaxial Reducer 10 18

Additional Notes

• The data includes various dimensions and parameters such as PCD (Pitch Circle Diameter), mounting screw sizes (M4, M5), and power ratings.
• Repeated emphasis that all data is for reference only and final technical parameters and dimensions will be provided based on customer input.
• Mentions of "THRU depth" multiple times, indicating through-hole depths relevant to mounting or assembly, though specific values are not clearly detailed.
• References to the website www.hansmat.com for further information.

Summary of Critical Information

• Motor selection depends on power requirements and mounting specifications.
• Optional configurations allow for different angular orientations and reducer types.
• Customer-specific data is essential to finalize technical parameters and dimensions.
• All technical data should be verified and customized per customer needs before application.