Overview

This document pertains to the Gear Tester system equipped with a PLC (Programmable Logic Controller) and a 3-axis DRO (Digital Read Out). The specific model referenced is the COMUR TL 17A PLC.

Main Sections

1. Specifications

• Gear Tester: Designed for precision testing of gears, likely measuring parameters such as tooth profile, backlash, and runout.
• PLC: COMUR TL 17A model, controlling the testing process and data acquisition.
• 3 Axes DRO: Provides digital measurement feedback on three axes, enhancing accuracy and repeatability.

2. Operating Procedures

• Setup instructions for aligning the gear and calibrating the DRO axes.
• Step-by-step process for initiating tests via the PLC interface.
• Data collection and interpretation guidelines.

3. Standards and Norms

• Compliance with relevant gear testing standards (e.g., ISO or AGMA standards) to ensure measurement validity.
• Safety protocols for operating the PLC and mechanical components.

4. Recommendations and Best Practices

• Regular calibration of the DRO and PLC systems to maintain accuracy.
• Routine maintenance schedules for mechanical parts to prevent wear-induced errors.
• Proper training for operators on the PLC interface and gear testing methodology.

Key Parameters and Limitations

• Measurement accuracy depends on the calibration status of the 3-axis DRO.
• PLC programming must be tailored to specific gear types and test requirements.
• Mechanical alignment is critical to avoid measurement errors.

Summary of Technical Data

While no explicit tables or diagrams are provided, the document implies integration of mechanical and electronic systems for precise gear testing, leveraging the COMUR TL 17A PLC for control and a 3-axis DRO for measurement feedback.