Course Title

1. Introduction to Lifting Equipment Safety Maintenance

• The three-layer inspection system — pre-use check, in-service inspection, and thorough examination — and how each prevents different failure types

• Regulatory framework including (LOLER 1998 Regulations 5, 7, 9, and 10, and PUWER 1998 Regulations 5 and 6)

• Mandatory thorough examination intervals per LOLER Regulation 9 including (6 months for accessories and person-carrying equipment, 12 months for all other lifting equipment)

• Competent person requirements under LOLER including (practical and theoretical knowledge, and ability to detect and assess defect significance)

• Common maintenance failures and their consequences including (uninspected fatigue cracks, corroded structural members, and worn chain links beyond withdrawal limits)

2. Lifting Equipment and Accessory Types

• Lifting machines requiring planned maintenance including (overhead EOT cranes, chain hoists, lever hoists, wire rope hoists, and vehicle-mounted cranes)

• Lifting accessories requiring pre-use inspection before every use including (wire rope slings, chain slings, webbing slings, shackles, hooks, and lifting beams)

• Safety-critical elements by equipment type including (brake systems for hoists, structural welds for cranes, and runway beam alignment for EOT cranes)

• WLL marking requirements per LOLER Regulation 7 — all equipment must display the Safe Working Load clearly

• Declaration of Conformity requirement for new equipment before first use under LOLER

3. Pre-Use Inspection of Lifting Accessories

• Wire rope sling inspection per ASME B30.9 — withdrawal at 10% broken wires per lay length, kinking, core protrusion, and corrosion

• Chain sling inspection per ASME B30.9 — withdrawal at 5% link elongation, 10% cross-section reduction, and visible cracks

• Webbing sling inspection — withdrawal for cuts, UV degradation, chemical contamination, and illegible load label

• Shackle inspection per ASME B30.26 — checking pin thread, bow deformation, WLL legibility, and pin security

• Hook inspection per ASME B30.10 — withdrawal at 10% throat opening increase, 10° twist, any crack, and failed safety latch

• Rejection procedure — red out-of-service tag, reject log entry, and supervisor notification before further use

4. Lifting Machine Routine Maintenance

• Chain hoist maintenance including (chain lubrication, load chain stretch check, hook inspection, and brake function test before use)

• Wire rope hoist maintenance including (rope lubrication, drum groove wear, sheave condition, upper and lower limit switch testing, and brake pad assessment)

• Overhead EOT crane maintenance per BS 7121-1 including (end carriage wheel flange wear, bridge weld condition, runway rail alignment, and conductor bar inspection)

• PPM schedule structure including (daily operator checks, weekly maintenance, monthly structural inspection, and annual LOLER examination)

• Lubrication management — correct lubricant per manufacturer specification and prohibition on lubricating brake components

• Brake system maintenance — wear indicator monitoring, adjustment procedure, and prohibition on operating with a non-functioning brake

• Limit switch testing — upper limit at slow speed and lower limit confirming minimum rope turns on drum

5. Defect Assessment, Withdrawal, and Reporting

• Defect classification — Category 1: immediate withdrawal, Category 2: use before defined date, Category 3: monitor at next inspection

• Structural defect assessment per BS 7121-1 including (cracks in boom or mast, corrosion reducing wall thickness, and deformed structural members)

• Internal rope corrosion identification — opening technique and valley break detection for invisible surface wires

• Rope diameter reduction — withdrawal when reduction exceeds 3% of nominal diameter

• Immediate danger notification per LOLER Regulation 10 — competent person obligation to notify dutyholder and enforcing authority

• Withdrawal and tagging procedure — red out-of-service tag, physical removal, and prohibition on overriding without written engineering authority

• Applying RCA to defects — identifying overloading, missed maintenance, incorrect use, or environmental root cause

6. Maintenance Safety, HSE, and Quality

• Applying HIRARC to maintenance activities including (energy isolation, exclusion zones below suspended components, and confined space crane runway access)

• Lockout/Tagout — LOTO for electrical hoists and EOT cranes — isolate, confirm de-energization, and lock before access

• Working at height during crane maintenance — fall arrest to certified anchor points and MEWP use for high-bay hoist work

• Integration with ISO 45001:2018 including (lifting equipment in the maintenance risk register and permit-to-work for high-risk tasks)

• Quality records per ISO 9001 including (PPM completion records, work orders, calibration records, and defect logs)

• Lifting equipment register management — asset register, examination history, defect record, and next examination date

7. Case Studies and Group Discussions

• Case studies from lifting equipment failures in Middle East construction, oil and gas, and industrial environments including (chain hoist brake failure from missed maintenance, wire rope sling failure from uninspected valley breaks, and EOT crane derailment from uninspected wheel flange wear) and the importance of proper maintenance training in preventing fatal lifting failures

• Group discussion on maintenance challenges in regional environments including (corrosion-accelerated deterioration in coastal and offshore environments, managing large accessory fleets during GCC petrochemical turnarounds, and enforcing pre-use inspection discipline in multicultural workforces)

• Practical inspection exercise — teams inspect a presented set of lifting accessories with seeded defects, apply ASME B30.9 and B30.10 withdrawal criteria, complete the inspection record, and draft the LOLER Regulation 10 notification for Category 1 defects found