서보 모터용 듀얼 리드 웜 감속기 설계 및 성능 평가
The Design and Performance Evaluation Dual Lead Worm Reducer for Servo Motor
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초록
In case of worm reducer, the worm and worm wheel are the significant design elements. Most of the worm and worm wheel are being importer and assembled because that the localization is inadequate. As the demand increases and the necessity of localization and precision grows, to develop them is now more important things. In this study, we conducted the design, manufactured prototype and performance evaluation for worm reducer for dual lead 5.2:1 servo motor. The worm reducer is analyzed design reliability by finite element method. The performance evaluation for manufactured prototype worm reducer was conducted on the backlash, operation temperature and contact efficiency with/without load and satisfied for the all test items.
Abstract
In case of worm reducer, the worm and worm wheel are the significant design elements. Most of the worm and worm wheel are being importer and assembled because that the localization is inadequate. As the demand increases and the necessity of localization and precision grows, to develop them is now more important things. In this study, we conducted the design, manufactured prototype and performance evaluation for worm reducer for dual lead 5.2:1 servo motor. The worm reducer is analyzed design reliability by finite element method. The performance evaluation for manufactured prototype worm reducer was conducted on the backlash, operation temperature and contact efficiency with/without load and satisfied for the all test items.
참고문헌 (7)
- D. G. Lee, "Study on Finite Element Analysis and Optimization of Worm Gear Reducer", Proceedings of the KSMPE Spring Conference, pp.171~ (2016)
- 이동규, "A Study on the Fabrication and Performance Evaluation of Worm Gear Reducer", 한국기계가공학회지, 17(1), pp.1~7 (2018), 한국기계가공학회[DOI]
- T. H. Chong, "Development of Durability Estimation and Design Systems of Worm Gears", Korean Society of Automotive Engineers, 5(1), pp.207~216 (1997)
- B. W. Bair, "ZK-type dual-lead worm and worm gear drives : geometry", Journal of Mechanical Design, Transactions of the ASME, 120, pp.414~421 (1998)
- B. W. Bair, "ZK-type dual-lead worm and worm gear drives : contact teeth, contact ratios and kinematic errors", Journal of Mechanical Design, Transactions of the ASME, 120, pp.422~428 (1998)
- L. C. Hale, "Design of anti-backlash transmissions for precision position control systems", Precision Engineering, 16, pp.244~258 (1994)
- "KS B 6877, Test code for performance of worm reducers", ~ (2012)