Overview:
The document provides reference technical data related to various HRTK series models, focusing on specifications, dimensions, and compatibility with servo and stepper motors. The data is intended for reference only, with final technical parameters and dimensions to be provided based on customer requirements.

1. Series Models and Motor Compatibility

• HRTK Series Models: Multiple models such as HRTK3030, HRTK1010, HRTK280, and others are mentioned with associated ratios and dimensions.
• Motor Types: Compatibility with AC servo motors (SV1, SV2) and stepper motors (ST1, ST2) is specified.
• Servo Motor Details: SV1 and SV2 models have different PCD (Pitch Circle Diameter) and screw sizes (e.g., SV1: 19 PCD 90, M6; SV2: 22 PCD 145, M8).
• Stepper Motor Details: ST1 and ST2 models have PCD and screw sizes such as ST1: 19 PCD 125.8, M8; ST2: 19 PCD 132, M8.

2. Technical Parameters and Dimensions

• Dimensions such as ratios, through depths, and other measurements are provided for each model, e.g., ratios like 200, 280, 100, 310, etc.
• Through depth values and other dimensional parameters are listed, indicating mechanical interface details.
• Parameters include values like 0.02, 0.01, 0.03, which likely correspond to tolerances or precision metrics.

3. Application and Power Ratings

• Servo motors are suitable for power ranges from 750W to 1500W and from 1kW to 3kW depending on the model.
• Stepper motors are suitable for 110W applications.

4. Notes and Recommendations

• All data is for reference only; final technical parameters and dimensions will be customized based on customer-provided data.
• Manufacturer website references (www.hansmat.com) are provided for further information.

Summary of Critical Information

• Model-specific compatibility with servo and stepper motors is critical for correct application.
• Mechanical dimensions such as PCD and screw sizes must be matched precisely.
• Power ratings guide the selection of appropriate motor types for each model.
• Customization based on customer data is essential to finalize specifications.