ANALISA RISIKO KECELAKAAN KERJA DENGAN MENGGUNAKAN METODE FMEA (FAILURE MODE AND EFFECT ANALYSIS)

Fari Fatullah
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Abstract

The purpose of the study was to analyze the risk of work accidents using the FMEA (Failure Mode and Effect Analysis) method at the Bukit Tua ORF project at PT Raga Perkasa Ekaguna, Madura in 2018. The study used a descriptive method with a qualitative approach. The results showed the ranking of severity scale, failure mode with the highest scale with a value of 10 is the object falling on the lifting by crane activity and on the type of accident the collapsing excavation wall fell upon workers on the activity. The smallest severity scale of failure mode is exposed to UV rays for a long time with a scale of 2. The occurance scale, the highest cause of failure mode is a sling or broken steel rope with a value of 7 in lifting by crane activities. As for the occurance scale, the lowest cause of failure mode is the distance between workers too close to the value of 1 on the activities of road, drainage, foundation. The highest scale of detection, cause of failure mode is to ensure the condition of the equipment before work begins with a value of 7 in lifting by crane activities. The lowest detection scale is the distance between workers too close to the value 1. The highest RPN calculation result is the lifting by crane activity that causes the object to fall, with an RPN value of 490. Improvement of Fishbone diagram results, to humans or workers by providing training on hazards caused by lifting by crane activities, the chief coordinator or supervisor is expected to always supervise the performance of his subordinates. Machines, by conducting routine checks on each of the tools used in crane lifting activities. Regular company checks can schedule regular repairs to these tools. The method, by making SOPs and lifting plans correctly that is by using the right calculations, can be done by coming directly to the work area and doing simulations using cranes that will be used as well as seeing the material to be raised in this activity. So that the data obtained to make SOP and or lifting plan are accurate so that it gets a precise calculation. Environment, by installing barriers or prohibited signs to pass, so that no unauthorized person enters the area during the appointment. Check the condition of the soil so that it remains stable in the lifting area by the crane.
该研究的目的是使用FMEA(失效模式和影响分析)方法分析2018年Madura Raga Perkasa Ekaguna的Bukit Tua ORF项目的工作事故风险。本研究采用定性方法结合描述性方法。结果表明:从严重程度等级排序来看,最高等级(10)的破坏模式为吊车活动吊装过程中坠落的物体,以及在吊装过程中坍塌的开挖墙坠落到工人身上的事故类型。失效模式的最小严重等级是长时间暴露在紫外线下,等级为2。发生规模中,最高失效模式的原因是吊车起重活动中吊索或断钢丝绳,其值为7。就发生规模而言,导致破坏模式最低的是工人之间的距离在道路、排水、基础等活动上过于接近1的值。检测故障原因模式的最高尺度是确保设备在工作开始前的状态,在起重机起重活动中值为7。最低检测尺度是工人之间的距离太接近值1。最大的RPN计算结果是由起重机活动引起的物体掉落,其RPN值为490。改进鱼骨图结果,通过对人类或工人进行起重机起重活动所造成的危害的培训,总协调员或主管应始终监督其下属的表现。机器,通过对起重机起重活动中使用的每一种工具进行例行检查。定期的公司检查可以安排这些工具的定期维修。通过正确地制定sop和吊装计划,即使用正确的计算方法,可以直接到工作区域,使用起重机进行模拟,并看到在该活动中要吊起的材料。使制作SOP和起重计划所得到的数据准确,从而得到精确的计算。环境方面,通过设置障碍物或禁止通行的标志,使未授权人员在预约期间不得进入该区域。用起重机检查土壤状况,使其在起重区域内保持稳定。
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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