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Power systems for the RHIC first sextant test

机译:RHIC初六测试的电源系统

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The first sextant test of the RHIC project is an opportunity to evaluate the many systems that must work together for the accelerator to operate. For the main dipole string, the actual main quadrupole power supply with its DSP regulator and output circuit compartment will be used. Temporary supplies will be used for the main quadrupole string, quadrupole offset, and quadrupole shunt supplies. This will let us both measure the performance of the main supply as well as determine the interaction among other power elements in the circuit. Correction elements will also be powered. The actual gamma-T power supplies will be used, as well as temporary supplies for the dipole correctors and sextupole supplies. Some of these units are required for beam to be transported, others are to be operated without beam to measure their performance, and how they interact with their superconducting loads. The power supply equipment, and that of other systems, required an infrastucture of AC power and output cable distribution in the RHIC tunnel, outlying service buildings, and interconnecting the tunnel to the service buildings. This note will describe the performance of the RHIC power supply systems during the sextant test, and the experience gained from this exercise.
机译:RHIC项目的第一个六分仪测试是评估许多必须协同工作才能使加速器运行的系统的机会。对于主偶极子串,将使用带有其DSP调节器和输出电路室的实际主四极子电源。临时电源将用于主四极串,四极偏置和四极并联电源。这将使我们既可以测量主电源的性能,也可以确定电路中其他功率元件之间的相互作用。校正元件也将通电。将使用实际的gamma-T电源,以及偶极校正器和六极电源的临时电源。这些单元中的某些单元是梁传输所必需的,其他一些单元在没有梁的情况下进行操作以测量其性能以及它们如何与超导负载相互作用。电源设备以及其他系统的电源设备需要在RHIC隧道,外围服务大楼以及将隧道与服务大楼互连的基础上配置交流电源和输出电缆。本说明将描述六分仪测试期间RHIC电源系统的性能,以及从该练习中获得的经验。

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