Touch voltage is not enough - meeting our duty of care

W. Carman
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引用次数: 1

Abstract

The vast majority of engineering design decisions are multivariate, and earthing system design is no exception to the rule. Safety targets are but one dimension, supported beneath by layers of decisions. Additionally many other critical decisions are to be made before an installation may be signed off as being `fit for purpose'. Designers, constructors and asset owners or principles (utilities, plant/mine owners) all share a duty of care that is not met by simply stating that `all precautions should be taken'. This paper examines the various decisions and the implications on the ability to maintain an effective safety critical system. A so-called deterministic design is always a probabilistic design simply by virtue of the inherent nature of the system and process. Significant decisions are made both consciously or unconsciously in any earthing system implementation. Even if not consciously evaluating the probability functions they exist nonetheless and each decision made (or assumed or ignored) will incorporate a probabilistic element. What level of understanding of the values and interdependencies between the various parameters and functions does a designer need to ensure the final result meets and continues to meet their duty of care?
接触电压不够,不能满足我们的注意义务
绝大多数工程设计决策是多元的,接地系统设计也不例外。安全目标只是一个层面,在它的下面是层层决策的支撑。此外,在安装被签署为“适合用途”之前,还需要做出许多其他关键决定。设计师、建设者和资产所有者或原则(公用事业、工厂/矿山所有者)都有一种注意义务,这不是简单地说“应采取一切预防措施”就能满足的。本文考察了各种决策及其对维持有效安全关键系统能力的影响。由于系统和过程的固有性质,所谓的确定性设计总是一种概率设计。在任何接地系统的实施中,重要的决策都是有意识或无意识地做出的。即使没有有意识地评估概率函数,它们仍然存在,并且所做的每个决定(或假设或忽略)都会包含概率元素。设计师需要对各种参数和功能之间的价值和相互依赖关系有多大程度的理解,才能确保最终结果满足并继续满足他们的注意义务?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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