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ELECTRONICALLY CONTROLLED PNEUMATIC BRAKE SYSTEMS FOR NORTH AMERICAN FREIGHT RAILROADS

机译:用于北美货运铁路的电子控制气动制动系统

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A new braking technology for the Nation's railroads is the subject of extensive attention in the Federal Government and the railroad industry. Electronically Controlled Pneumatic (ECP) brakes are a tested and validated technology superior to conventional pneumatic brakes and can bring significant improvements to the safety and efficiency of railroad operations. Advanced braking concepts like ECP brakes were first investigated by the Association of American Railroads (AAR) in 1990. Over the past 15 years, ECP brake technology has progressed rapidly. ECP brake systems have been field tested on various railroads since 1995. The Federal Railroad Administration (FRA) has been an active and consistent advocate of ECP brake system implementation. In 1997, FRA participated in an AAR initiative to develop ECP brake standards. In 1999, FRA funded a Failure Modes, Effects, and Criticality Analysis (FMECA) for the ECP brake systems specified in the AAR standards. FRA also took part in programs to develop and enhance advanced components for the application of ECP brake systems. During the early years of development, however, FRA did not initiate regulatory actions impacting ECP brake technology. The development and application of ECP brakes remained the sole responsibility of the brake manufacturers and the railroads. Progress towards implementation of ECP brake technologyslowed and stalled due to difficulties in identifying an optimal implementation strategy to support the required investment. In 2005, FRA felt that it was time to reenergize ECP brake system interest. FRA took steps to assess industry readiness and the effectiveness of the ECP brake technology. FRA contracted with Booz Allen Hamilton, a major consulting firm, to assess current ECP brake technology and to identify cost, business and safety benefits, and implementation strategies. After a thorough analysis of ECP brake technology and a review of the results of numerous studies and initiatives, FRA concluded that the technology is mature and the time is right for implementation of ECP brake technology in the North American railroad industry. Therefore, FRA is currently proceeding with new rulemaking to support industry conversion to ECP brakes. FRA's rulemaking activity is responsive to the railroad industry's needs and should facilitate the introduction and widespread application of ECP brake technology. This paper discusses the safety and efficiency advantages of an industry conversion to ECP brakes as the primary method of train braking. The paper also describes the challenges associated with conversion to ECP brakes and FRA's actions to support their implementation.
机译:全国铁路的新制动技术是联邦政府和铁路行业广泛关注的主题。电子控制的气动(ECP)制动器是一种经过测试和验证的技术,优于传统的气动制动器,可以对铁路操作的安全性和效率带来显着改善。 ECP制动器等先进的制动概念首先由美国铁路(AAR)协会在1990年进行调查。在过去的15年中,ECP制动技术已经迅速发展。自1995年以来,ECP制动系统已经在各种铁路上进行了现场测试。联邦铁路管理局(FRA)一直是ECP制动系统实施的积极态度和一致的倡导者。 1997年,FRA参加了AAR倡议,以制定ECP制动标准。 1999年,FRA为AAR标准中规定的ECP制动系统提供了一种失败模式,效果和关键性分析(FMECA)。 FRA还参加了开发和增强适用ECP制动系统的先进组件的计划。然而,在开发的早期,FRA没有启动影响ECP制动技术的监管行为。 ECP制动器的开发和应用仍然是制动制造商和铁路的唯一责任。由于识别最佳实施策略来支持所需投资的困难,对ECP制动技术实施流动和停滞的进展。 2005年,FRA认为是时候重新激励ECP制动系统的利益了。 FRA采取措施评估行业准备和ECP制动技术的有效性。 FRA与一家大型咨询公司的Booz Allen Hamilton签约,评估当前的ECP制动技术,并确定成本,商业和安全福利,以及实施策略。彻底分析了ECP制动技术和审查了众多研究和举措的结果,得出结论认为该技术成熟,北美铁路行业中ECP制动技术的时间是正确的。因此,FRA目前正在进行新的统治,以支持行业转换为ECP制动器。 FRA的Rulemaking活动对铁路行业的需求敏感,并应促进ECP制动技术的引入和广泛应用。本文探讨了行业转换为ECP制动器的安全性和效率优势作为火车制动的主要方法。本文还描述了与转换对ECP制动器和FRA的支持,以支持其实施的挑战。

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