Design and Implementation of the 3-D Simulation Model for TPS Power Supply Cable Engineering

Abstract:

Using software builda three-dimension simulation model of theTPS power supplies cable engineering. The civil engineering of TPS (Taiwan Photon Source) will soon be completed. The powersupply cables engineering should be done before the scheduled completion of the civil engineering. To use software (SolidWorks) to build a three-dimensionalcabling simulation model, we obtain detailed cablinginformation because the model is made to scale, 1 to 1. As all components are built into the model of the TPS accelerator, we can build accurately a model of the powersupply cabling project. For example, we can check the position for every cable. We also canestimate every length and the total cable length for purchase and budget control. As we can evaluate the conditions for every power cable to lay the cable tray from the power supply to the magnets, we can lay every cable to follow the sequence in the cable tray. We thereby convert the drawing of the two-dimensional construction graph when we design the finished three-dimensional cabling simulation model. The precise and excellent results are proved in this paper.

• Periodical: Applied Mechanics and Materials (Volume 420)
• Pages: 333-338
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.420.333
• Online since: September 2013
• Authors: Chen Yao Liu, Din Goa Huang, Kuo Bin Liu
• Keywords: Dipole, Interlock, Quadrupole, Septum, Sextupole

References

[1] SolidWorks, Dassault System, SolidWorks Corp., 2012; http: /www. SolidWorks. com.

[2] The Electricity Act Law, Laws & Regulation Database of the Republic of China (Taiwan), August (2012).

[3] TPS Design Hand Book, NSRRC, Hsinchu Taiwan. (2009).

[4] Electricity Technique Rules, Public Construction Commission, Taiwan. (2012).

[5] Electromagnetic Compatibility EMC, 1000-IEC Part 15, Federal Communications Commission, USA.

[6] Precision Power Converter for Corrector Magnet Manufacture Report, Industrial Technology Research Institute, April (2013), Hsinchu Taiwan.

[7] Programmable DC Current Power Supply Operation Manu 6200HOM Series, Chroma Corp., May (2012), New Taipei City Taiwan; http: /www. Chroma. com.

[8] High-precision Programmable DC-current Power-supply Operation Manu 6200HQSG Series, Chroma Corp., May (2012), New Taipei City Taiwan; http: /www. Chroma. com.

[9] Chen-Yao Liu, Din-Goa Huang, Kuo-Bin Liu, Bao-Sheng Wang: The Cable Engineering Project for the TPS Power Supply, 4th International Particle Accelerator Conference, 12~17 May (2013), Shanghai, China.

[10] Din-Goa Huang, Chien-Kuang Kuan, Tse-Chuan Tseng: Overview manual of model, drawing database and assembly charts for TPS project in NSRRC, NSRRC Internal Report, June (2012), Hsinchu Taiwan.