Mechanical Specifications and Dimensions

The document provides detailed mechanical dimensions and specifications for a module with varying effective stroke lengths. Key mechanical limits and home position dimensions are specified, including bilateral symmetry for mounting holes (4-M4, 8 mm) and motor mounting details (M6 square nut slots at bottom).

Effective Stroke and Module Length

The effective stroke (S) ranges from 50 mm to 1050 mm in increments of 50 mm. Corresponding module lengths (L) increase linearly from 284 mm to 1284 mm, calculated as L = S + 234 mm. This relationship ensures consistent module sizing relative to stroke length.

Module Weight

Module weight increases with stroke length, starting at 6.2 kg for 50 mm stroke and reaching 14.2 kg at 1050 mm stroke. This data is critical for load and handling considerations.

Mechanical and Dimensional Tolerances

The document specifies dimensional tolerances based on size ranges, with tighter tolerances for smaller dimensions (±0.1 mm for dimensions between 3-60.5 mm) and relaxed tolerances for larger dimensions (up to ±2 mm for 2000-4000 mm). Geometric tolerances are also defined, ranging from 0.02 mm to 0.4 mm depending on the dimension range.

Material and Surface Treatment

Surface roughness and treatment details are indicated, with roughness values ranging from 0.25G to 8.0~ (units not specified). Heat treatment and material codes are referenced but not detailed in the excerpt. These parameters are essential for ensuring durability and performance.

Motor and Mounting Details

The motor depicted is a 60102 stepper motor for reference; actual motor dimensions may vary. The motor is mounted on the down side of the module. Mounting holes and slots are designed for M4 and M5 screws, with specific depths and placements ensuring secure attachment.

Additional Notes

The document includes a standardization process and revision history, with the latest revision dated August 7, 2025. It emphasizes that the technical content is proprietary and copying without permission is prohibited.