۱- د لفټ او بار تعریف کړئ
د وزن، د دروندتیا مرکز، ابعاد، د پورته کولو ټکي، لاره، د کښته کولو ساحه، فریکونسۍ، چاپیریال او د ناکامۍ پایلې ثبت کړئ. د هر لیفټ لپاره د تجهیزاتو درجه بندي او ترتیب تایید کړئ.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
د پلان کولو وړتیا او څارنه
د وړو کارکوونکو، سلائنګونو، سیګنالونو، د لیفټ څارونکو او د ساتنې کارکوونکو ته دنده وټاکل شي. د اړیکو، جوازونو، د استثنا زونونو، اضطراري ترتیباتو او د کار بندولو د واک تعریف کړي.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
۳. د تطابق وړ تجهیزاتو غوره کول
د کار خوندي بار، لاسرسی، سرعت، دندې ټولګي، ملاتړ، هکونه، د رګونو، زنځیرونو، سلاګونو، بندونو، بریکونو، کنټرولونو، ساتنې او چاپیریال محدودیتونه وګورئ.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
د کارولو دمخه معاینه کړئ.
د جوړښت، تارونو، زنځیرونو، هوکونو، لاکونو، پنونو، بریکونو، د محدودیت وسیلو، کنټرولونو، لیبلونو، الارمونو او ملاتړونو چیک کړئ.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
د پورته کولو ساحه کنټرول کړئ
د بار وړلو خوندي کول، د ځنډول شوي بارونو څخه د خلکو ساتنه کول، د ترافیک مدیریت کول، د لید لید ساتل، د ټکر مخه نیول، او د ماتولو او کټ کولو ځایونو څخه لرې ساتل.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
د پلان سره سم عمل وکړئ
د موافقه شوي سیګنالونو، سمه حرکتونو، کنټرول شوي سرعت، د ازموینې لفټونو، باثباته کښته، او روښانه اړیکه وکاروئ. کله چې شرایط، د بار چلند، تجهیزات یا پرسونل له پلان سره توپیر ولري، ودریږئ.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
۷. په منظمه توګه ساتل او څېړل
د مخنیوي ساتنې، غوړولو، ازموینې، قانوني ازموینې، بار ازموینې، کالیبریشن، او د عیبونو د ځوابونو موده تنظیم کړئ.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
۸. د پېښو څخه زده کړه
د لوړېدو بارونو، ډیرې بارونو، نږدې ټکرونو، ټکرونو، ناڅاپي حرکتونو، او تکراري نیمګړتیاوو څېړنه وکړئ. د لیفټ پلانونه، روزنه، تدارکاتو، ساتنې او تفتیش کنټرولونه تازه کړئ.
A documented lift plan should identify the load, centre of gravity, lifting points, route, landing area, weather limits, nearby work, and the person authorised to stop the operation. Review the plan whenever the load, equipment, crew, location, or conditions change. A short pre-lift briefing confirms roles and signals.
Selection should be based on rated capacity in the actual configuration, not on a catalogue maximum. Check reach, duty cycle, supports, headroom, accessories, hooks, ropes, chains, slings, shackles, brakes, controls, guards, alarms, and environmental limits. Compatibility and traceability are procurement requirements.
Before every use, competent personnel should inspect structural members, hooks, latches, pins, ropes, chains, drums, brakes, limit devices, controls, labels, and emergency stops. Record findings, isolate defects, identify quarantined equipment, and prevent accidental return to service until a competent person releases it.
The work zone should prevent access beneath suspended loads and protect people from crush, shear, swing, dropped-object, and vehicle-interface hazards. Use barriers, signs, spotters, lighting, controlled traffic, and reliable communication. Stop the lift when visibility, wind, ground conditions, or communication become unsafe.
Operators should use smooth movements, a controlled test lift, agreed signals, and a clear landing sequence. Do not side-load hooks, drag loads, defeat limiters, exceed capacity, or allow unauthorised changes. A stop-work decision is a normal control, not a failure of production planning.
Maintenance and statutory examination should follow manufacturer instructions, legal duties, risk assessment, and equipment history. Retain certificates, test results, lubrication records, repairs, parts, defects, and competent sign-off. Trend recurring findings to improve design, training, purchasing, and preventive intervals.
Incident learning should include dropped loads, overloads, collisions, near misses, unexpected movement, damaged accessories, and repeated inspection findings. Preserve evidence, involve operators, identify system causes, and update the lift plan, exclusion controls, competence checks, and emergency arrangements.
Management should review lifting performance using leading indicators such as completed inspections, overdue examinations, defect closure time, briefing quality, stop-work events, training currency, and supplier performance. Evidence-based review keeps lifting equipment reliable and makes safe decisions repeatable across every site and shift.
A documented lift plan should identify the load, centre of gravity, lifting points, route, landing area, weather limits, nearby work, and the person authorised to stop the operation. Review the plan whenever the load, equipment, crew, location, or conditions change. A short pre-lift briefing confirms roles and signals.
Selection should be based on rated capacity in the actual configuration, not on a catalogue maximum. Check reach, duty cycle, supports, headroom, accessories, hooks, ropes, chains, slings, shackles, brakes, controls, guards, alarms, and environmental limits. Compatibility and traceability are procurement requirements.
Before every use, competent personnel should inspect structural members, hooks, latches, pins, ropes, chains, drums, brakes, limit devices, controls, labels, and emergency stops. Record findings, isolate defects, identify quarantined equipment, and prevent accidental return to service until a competent person releases it.
The work zone should prevent access beneath suspended loads and protect people from crush, shear, swing, dropped-object, and vehicle-interface hazards. Use barriers, signs, spotters, lighting, controlled traffic, and reliable communication. Stop the lift when visibility, wind, ground conditions, or communication become unsafe.
Operators should use smooth movements, a controlled test lift, agreed signals, and a clear landing sequence. Do not side-load hooks, drag loads, defeat limiters, exceed capacity, or allow unauthorised changes. A stop-work decision is a normal control, not a failure of production planning.
Maintenance and statutory examination should follow manufacturer instructions, legal duties, risk assessment, and equipment history. Retain certificates, test results, lubrication records, repairs, parts, defects, and competent sign-off. Trend recurring findings to improve design, training, purchasing, and preventive intervals.
Incident learning should include dropped loads, overloads, collisions, near misses, unexpected movement, damaged accessories, and repeated inspection findings. Preserve evidence, involve operators, identify system causes, and update the lift plan, exclusion controls, competence checks, and emergency arrangements.
Management should review lifting performance using leading indicators such as completed inspections, overdue examinations, defect closure time, briefing quality, stop-work events, training currency, and supplier performance. Evidence-based review keeps lifting equipment reliable and makes safe decisions repeatable across every site and shift.
A documented lift plan should identify the load, centre of gravity, lifting points, route, landing area, weather limits, nearby work, and the person authorised to stop the operation. Review the plan whenever the load, equipment, crew, location, or conditions change. A short pre-lift briefing confirms roles and signals.
Selection should be based on rated capacity in the actual configuration, not on a catalogue maximum. Check reach, duty cycle, supports, headroom, accessories, hooks, ropes, chains, slings, shackles, brakes, controls, guards, alarms, and environmental limits. Compatibility and traceability are procurement requirements.
Before every use, competent personnel should inspect structural members, hooks, latches, pins, ropes, chains, drums, brakes, limit devices, controls, labels, and emergency stops. Record findings, isolate defects, identify quarantined equipment, and prevent accidental return to service until a competent person releases it.
The work zone should prevent access beneath suspended loads and protect people from crush, shear, swing, dropped-object, and vehicle-interface hazards. Use barriers, signs, spotters, lighting, controlled traffic, and reliable communication. Stop the lift when visibility, wind, ground conditions, or communication become unsafe.
Operators should use smooth movements, a controlled test lift, agreed signals, and a clear landing sequence. Do not side-load hooks, drag loads, defeat limiters, exceed capacity, or allow unauthorised changes. A stop-work decision is a normal control, not a failure of production planning.
Maintenance and statutory examination should follow manufacturer instructions, legal duties, risk assessment, and equipment history. Retain certificates, test results, lubrication records, repairs, parts, defects, and competent sign-off. Trend recurring findings to improve design, training, purchasing, and preventive intervals.
Incident learning should include dropped loads, overloads, collisions, near misses, unexpected movement, damaged accessories, and repeated inspection findings. Preserve evidence, involve operators, identify system causes, and update the lift plan, exclusion controls, competence checks, and emergency arrangements.
Management should review lifting performance using leading indicators such as completed inspections, overdue examinations, defect closure time, briefing quality, stop-work events, training currency, and supplier performance. Evidence-based review keeps lifting equipment reliable and makes safe decisions repeatable across every site and shift.
۹. سرچینې او نور لوستل
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.
Operational evidence should be retained with the lift plan: equipment identity, rated capacity, inspection date, defect status, operator competence, briefing record, exclusion-zone check, weather limits, maintenance action, and final sign-off. This record supports safe decisions, repeatable controls, and accountable review.