Mechanical Specifications and Dimensions

The document provides detailed mechanical dimensions and specifications for a linear motion module, including bilateral symmetry features and mounting hole details (e.g., 4-M4 holes, 6-M5 holes). Key mechanical limits are specified at 96 mm and 23 mm, with a home position at 161 mm. The effective stroke length is defined as the sum of stroke (S) plus a safety stroke of 10±1 mm, with example values such as 88 mm effective stroke.

Additional dimensional parameters include various lengths and distances (e.g., 130 mm, 70 mm, 60 mm), and tolerances for holes and slots (e.g., 4-4H7 10 mm holes, M6 square nut slots at the bottom).

Module Stroke Lengths and Weights

The module stroke (S) ranges from 50 mm up to 1050 mm in increments of 50 mm. Corresponding module lengths (L) range from 405 mm to 1405 mm. Module weights increase progressively from 5.1 kg at 50 mm stroke to 13.1 kg at 1050 mm stroke, indicating a linear relationship between stroke length and module weight.

Motor Compatibility and Dimensions

The module supports optional motors with specified shaft diameters (D): 57/60 mm for stepper motors, 60 mm for 400W servo motors, 70 mm for 400W servo motors, and 82 mm for 86 stepper motors. The motor shown in the diagram is a FUYU 400W servo motor, provided for reference only; actual motor dimensions may vary.

Material, Surface Treatment, and Tolerances

The document references material codes and surface treatments, including heat treatment processes. Surface roughness values are indicated (e.g., 0.25G, 1.6, 2.0, 8.0~), though specific materials are not detailed.

Dimensional tolerances are specified based on measurement ranges, for example:

• ±0.1 mm for dimensions between 3-60.5 mm
• ±0.2 mm for 30-120 mm
• ±0.3 mm for 120-400 mm
• Up to ±2 mm for dimensions between 2000-4000 mm

Geometric tolerances are also provided, with values such as 0.02 mm for smaller ranges and up to 0.4 mm for larger ranges.

Additional Notes

The document includes a standardization process reference and revision history, with the latest revision dated August 7, 2025. It also contains a confidentiality notice indicating the document belongs to FUYU Technology and cannot be copied without permission.