水泥厂烧窑的可维护性测定

T Vasiu, A. B. Berghian, Corneliu Birtok Baneasa
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引用次数: 0

摘要

任何已投入生产的工业实体,在具备维护手段的前提下,在一定条件下、一定时间内或一定时期内完成生产任务的能力,都关系到它的利益。这代表可用性,是系统/产品质量的一种复杂形式,因为它包括可靠性和可维护性。可用性可通过以下方式提高:最大可靠性,维护,分别通过最大可维护性,正确使用设备/机器,更新,优化可靠性和可维护性特性,但前提是这种平衡不会导致矛盾的解决方案。产品越可靠,需要的维护越少,可用性越高。应该记住,为了确保一定程度的可靠性,维护费用不得超过10…每年产品采购价格的20%[1]。将可靠性恢复到正常水平是通过纠正或预防性维护实现的。在实践中,在购买价格、强制服务和可接受风险之间寻求妥协,因为为了通过可靠性实现可用性,必须使用非常可靠的部件,这比通常的成本高出5-10倍[2]。基于维护的可用性源于对可靠性的考虑,可靠性是在一段时间内无故障运行的概率。可靠性在技术和资金上都是有限的。产品运行初期和后期的缺陷都是不可避免的物理现象,成熟期的缺陷具有正常的偶然性。此外,即使在存储期间,可靠性也会随着时间的推移而恶化,从而造成额外的损坏。由于故障是可预见或不可预测的,因此通过纠正或预防性维护将可靠性恢复到正常水平。产品可用性是可靠性和可维护性相结合的结果,它们相互支持。提高产品的可维护性会提高可用性。在这种情况下,研究了水泥厂燃烧炉的实际可维护性,目的是找到切实可行的解决方案,以增加使用寿命。要实现提议的目标,需要监测这类设备的运行/故障9个月,并对所获得的资料进行统计处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determining the Maintainability of Burning Ovens from Cement Factory
For any industrial entity put into operation, it is of interest to its ability to fulfil its mission under certain conditions, at a given time or during a given period of time, assuming that the means of maintenance are provided. This represents availability and is a complex form of system / product quality, as it includes both reliability and maintainability. Availability can be increased by: maximum reliability, maintenance, respectively by maximum maintainability, correct use of equipment / machines, renewal, optimization of reliability and maintainability characteristics, but provided that such balancing does not lead to contradictory solutions. The availability of a product will be higher the more reliable it is and requires less maintenance. It should be borne in mind that in order to ensure a certain level of reliability, maintenance costs must not exceed 10...20% of the purchase price of the product each year [1]. Restoration of reliability to a normal level is achieved through corrective or preventive maintenance. In practice, a compromise is sought between the purchase price, the service imposed and the accepted risk, as in order to achieve availability through reliability, very reliable parts must be used, which cost 5-10 times more than usual [2]. Maintenance-based availability results from the consideration that reliability is a probability of trouble-free operation over a period of time. Reliability is technically and financially limited. Defects in the initial period of operation of the product, as well as those in the final period derive from inevitable physical phenomena, and defects in the maturity period have a normal accidental character. In addition, the reliability can deteriorate over time even during storage, thus causing additional damage. Reliability is restored to its normal level through corrective or preventive maintenance, as failures are foreseeable or unpredictable. Product availability is the result of a combination of reliability and maintainability and they support each other. Increasing the maintainability of products leads to increased availability. In this case, the real maintainability of a burning oven of a cement factory was studied, with the aim of finding practical solutions to increase the service life. Achieving the proposed objective required monitoring the operation / failure of such equipment for nine months and statistical processing of the information obtained.
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