Eddy Current Testing for Cranes: Uses and Limitations
Eddy current testing can help investigate surface and near-surface discontinuities in electrically conductive crane components. It is a targeted inspection method, not a substitute for a complete structural assessment. Owners get better results when they explain the component, suspected problem and access constraints before a technique is selected.
Corrosion and Thickness Testing: Preparing Crane Components for Assessment
Rust staining, blistered paint and trapped moisture can indicate a problem, but appearance alone cannot establish how much load-bearing material remains. A corrosion assessment combines condition observations, suitable measurements and engineering interpretation. Preparation determines whether the results are useful for decisions now and comparisons later.
Post-Repair Crane Inspections: Evidence Needed Before Return to Service
A completed repair invoice is not the same as evidence that a crane is ready to return to work. The handback needs to connect the original defect, the authorised repair, the work actually completed and the checks performed afterwards. The appropriate inspection scope depends on what was repaired and what systems were affected.
Crane Commissioning Inspections: A Handover Checklist for Owners
Commissioning is the point where an installed crane must be assessed in its actual operating arrangement, not simply accepted because it arrived with paperwork. Owners need a handover process that connects equipment identity, installation evidence, functional checks and operating limitations. This checklist is for planning that process, not performing the tests.
Planning a Telehandler Major Inspection: Scope, Records and Downtime
Telehandler major inspection planning starts with the machine's identity and actual use. Attachments, operating duty, damage history and incomplete records can change the work required. A well-defined scope helps owners plan downtime, but the name of a service category does not establish the inspection interval for every telehandler.
Lifting Beam and Spreader Beam Load Testing: What Owners Should Prepare
Two beams with the same marked capacity may require very different test arrangements. Connection positions, sling geometry and adjustable configurations affect the load path. Before organising a lifting beam or spreader beam load test, owners should establish what equipment is being assessed and which arrangement the result needs to cover.
Hoist and Winch Load Testing: Static and Dynamic Test Considerations
A hoist holding a suspended load and a winch pulling through a reeved arrangement do not present identical testing questions. Static and dynamic examinations can reveal different aspects of performance. Owners should define the intended function, installation and operating configuration before requesting a test.
Crane Modification Approval: Documents Your Engineer Needs
Changing a bracket, control arrangement, structural member or lifting configuration can affect more than the visibly altered part. An engineer needs to understand the original design, the proposed change and the way the crane will be used. A clear submission reduces ambiguity and helps identify missing evidence before fabrication.
Finite Element Analysis for Crane Structures: When Is It Useful?
Finite element analysis, or FEA, can help an engineer examine how a crane structure responds to specified loads. It is useful when geometry, connections or load paths need more detailed study than a simple calculation provides. Its value depends on the engineering question and the quality of the model inputs—not the colour of the stress plot.
Crane Maintenance Audits: Finding Gaps Between Records and Equipment Condition
A maintenance system can show every work order closed while the crane still carries recurring defects. A focused maintenance audit examines the relationship between records and equipment condition, rather than treating a complete calendar as proof of effective maintenance. The aim is to identify where evidence, responsibility or follow-through has broken down.
How to Read a Load Test Certificate and Check Its Scope
A load test certificate is useful only when you can connect it to the equipment, configuration and test that actually occurred. A prominent 'pass' does not explain the whole scope. Owners and procurement teams should read the supporting details before accepting the document as evidence for an intended use.
Vacuum Lifter Inspections: Seals, Alarms and Supporting Records
A vacuum lifter depends on more than the strength of its frame. Pad condition, vacuum generation, alarms, controls and the intended load surface all influence its operation. Owners should prepare the complete assembly and its records for inspection, particularly where leaks, damaged seals or unexplained alarms have been reported.
Preparing an Insulated EWP for Inspection: Records, Condition and Access
An insulated elevated work platform needs a carefully defined inspection scope. Its structure, mechanical systems and records must be considered without assuming that a general inspection establishes electrical insulation performance. Owners should confirm the purpose of the engagement and the boundaries of each assessment before booking access or downtime.
Planning Crane Inspections During a Mine Shutdown
A shutdown creates access to equipment that is difficult to inspect during production, but it also brings competing trades, isolation interfaces and a fixed restart target. Inspection quality depends on preparation before the shutdown begins. The aim is to make access, evidence and decision responsibilities clear—not to compress every finding into a predetermined outcome.
Port and Marine Equipment Inspections: Planning Around Corrosion and Access
Salt exposure, moisture traps and restricted access can make port and marine lifting equipment difficult to assess. Operational windows may depend on berth activity, vessel movements or tides. A useful inspection plan combines the equipment's deterioration risks with the practical conditions needed to examine it properly.
Weld Mapping for Crane Structures: Building a Traceable Inspection Record
A weld report is difficult to use when nobody can confidently locate the weld it describes. Weld mapping gives each relevant joint a stable reference and connects it to fabrication, inspection and repair records. For crane structures, that traceability supports both current decisions and later comparisons.
Crane Weld Repair Verification: From Defect Identification to Inspection Evidence
A visible crack or suspect weld is the beginning of an investigation, not an instruction to grind and reweld. Crane weld repair verification should connect the defect, its likely cause, the approved repair and the examinations performed afterwards. Missing an early inspection stage can leave uncertainty that final surface testing cannot resolve.
Crane Remaining-Life Assessments: Records, Fatigue and Engineering Decisions
A crane's age does not tell the whole story of its remaining useful life. Duty, loading, condition, repairs and the reliability of its history all affect an engineering assessment. Remaining-life work should support a defined decision, not promise a fixed number of safe years regardless of future use.
Building a Consistent Crane Inspection Program Across Multiple Sites
A multi-site fleet needs consistent information and accountability, but not an identical checklist for every crane. Equipment, duty and site conditions differ. A practical inspection program standardises the way work is planned, recorded and closed out while allowing competent assessment of each asset's requirements.
Emergency Crane Inspections After an Impact or Suspected Overload
A crane that looks unchanged after an impact or suspected overload may still need assessment before further use. The immediate priority is to control the hazard and preserve reliable information about the event. An emergency inspection should establish a defensible assessment pathway, not provide a rushed assurance based on appearance.
Albury Crane Incident: Load Safety Lessons
ABC News spoke with Cranes Australia director Samuel Ho after a serious workplace incident near Albury involving glass panels and a crane. This independent safety commentary explains why the right lifting equipment, engineered lift planning and competent supervision matter whenever a suspended load is moved.
Buying a Used or Imported Crane: Certification and Pre-Purchase Checks
A used or imported crane can be excellent value, but it can also hide expensive problems and compliance gaps that only surface after purchase. The key to buying well is a disciplined pre-purchase process that verifies the crane's certification, history and compliance before money changes hands. This guide covers the checks every buyer should insist on.
EWP Inspection Requirements: Scissor Lifts, Boom Lifts and Major Inspections
This guide helps owners distinguish inspection concepts and prepare questions, rather than book work or calculate a due date. Start with the particular EWP and its available manufacturer documents. The commercial EWP pages are the place to discuss scope and scheduling.
What Drives the Cost of a Crane Inspection?
Every crane inspection quote is different, and it helps to understand why before comparing options. Rather than quoting a single figure, this article explains the factors that genuinely drive the cost of a crane inspection so you can plan a realistic budget and know what you are paying for.
Crane Certification Across Regional NSW: Newcastle, Wollongong and the Hunter
Regional New South Wales runs a huge and varied crane fleet, from the port and steel operations of Newcastle and Wollongong to the mining cranes of the Hunter Valley and the mixed rural and industrial work of the Central West. Keeping that equipment certified means meeting SafeWork NSW's expectations across long distances. This guide helps regional operators manage inspection and certification confidently.
Vehicle-Loading Crane Inspections: Preparing the Equipment History
This guide helps organise the equipment history for an inspection discussion. Identify the crane and the vehicle carrying it separately, then gather the records available for that combination. Missing documents or an identity mismatch are assessment questions, not automatic outcomes.
Crane Major Rebuilds: When to Rebuild, When to Replace
When a crane reaches the end of its design working period, owners face a genuine decision: invest in a major rebuild or replace the machine entirely. Both paths can be sound, but only a proper engineering assessment reveals which makes sense for a given crane. This guide walks through the rebuild-versus-replace question and how recertification works once a rebuild is complete.
Pre-Purchase Crane Inspections: Reports & Red Flags
Buying a used crane can be smart value or an expensive trap, and the difference often comes down to independent inspection before money changes hands. A pre-purchase crane inspection gives you an honest assessment of condition, compliance and remaining life. This article explains what a good report covers and the warning signs that should give any buyer pause.
Preparing for a Crane Compliance Audit: What Auditors Check
A crane compliance audit can be routine, client-driven or triggered by an incident, but the preparation is the same: know what will be examined and have the evidence ready. Businesses that treat audits as a snapshot of an ongoing system, rather than a last-minute clean-up, pass smoothly. This guide walks through what auditors look for and how to be ready.
Crane Inspections & Certification in Adelaide and South Australia
Adelaide's cranes serve a diverse economy, from city construction and northern manufacturing to the port and the steel and shipbuilding centres of the upper Spencer Gulf. Keeping that equipment compliant means meeting SafeWork SA's expectations while following the national standards. This guide sets out the inspection and certification duties South Australian operators need to manage.
Tower Crane Compliance in Australian Capital Cities
Tower cranes dominate the skylines of Australia's capital cities and carry some of the highest compliance obligations of any lifting equipment. This guide walks through the full lifecycle of tower crane compliance, from erection and climbing through to periodic and major inspections, and the standards and duties that apply across every stage.
Expired Crane Documents: Preparing the Right Enquiry
The phrase 'expired certification' can refer to different documents and questions. This guide helps you organise the available information before an enquiry. It does not determine operating status, renew an operator licence or promise a certification outcome.
NDT for Cranes: MPI, UT and Dye Penetrant Explained
Non-destructive testing lets inspectors find cracks and flaws in crane components without cutting them apart or taking them out of service. For older cranes and highly stressed parts, NDT is often the difference between catching a defect early and discovering it after a failure. This guide explains the main methods and when each is used.
Quarterly Colour-Code Tagging of Chains, Slings and Lifting Gear
Chains, slings, shackles and other lifting gear wear out long before the crane does, yet they carry the full load on every lift. A quarterly colour-code tagging system is the simplest way to keep this gear inspected, traceable and safe. Done properly, it lets any worker see at a glance whether an item is currently in date.
Crane Inspections & Certification in Perth and Western Australia
Perth's cranes support everything from suburban construction to the heavy industry of Kwinana and the marine fabrication yards of Henderson. Keeping that equipment compliant means meeting WorkSafe WA's expectations while following the national Australian Standards. This guide gives Western Australian operators, riggers and safety managers a clear view of their inspection and certification duties.
Mine-Site Crane Compliance: Meeting WA and QLD Standards
Cranes on mine sites operate under a stricter compliance regime than almost any other setting, combining general work health and safety law with mining-specific regulation and demanding site standards. This guide explains what crane owners and contractors in Western Australia and Queensland need to manage, from routine inspections to major shutdown planning.
10-Year Major Inspections for Mobile Cranes Under AS 2550.5
This article explains major-inspection planning, while the mobile crane service page owns inspection enquiries. The ten-year URL is retained for existing readers; it is not a universal due-date calculation. Start with the crane's manufacturer information, available reports and actual history.
Crane Load Testing Explained: Proof Loads & Procedure
Load testing proves that a crane can safely lift and control the loads it is rated for. It is a critical step after commissioning, major repair or modification, and it forms part of ongoing verification for many cranes. This article explains when load testing is required, how proof loads are determined and what a properly run test involves.
Crane Logbooks and Record Keeping: Organising Available Evidence
Start with the records you have, rather than trying to recreate a complete history from memory. Link logbook entries to earlier reports and repair references, and keep a separate list of questions that the records do not answer. A tidy file is useful preparation, not proof of equipment condition.
Crane Inspections & Certification in Brisbane and South East Queensland
South East Queensland is one of the fastest growing crane markets in the country, driven by housing, infrastructure and the lead-up to major regional projects. From the Port of Brisbane to the Gold Coast high-rise strip, keeping cranes compliant means satisfying Workplace Health and Safety Queensland while following the national standards. This guide sets out what SEQ operators need to know.
Crane Inspections in Canberra and the ACT
Canberra's steady pipeline of commercial construction, government infrastructure and light industry keeps a large fleet of cranes in constant use across the ACT. This guide sets out crane inspection duties under WorkSafe ACT, the standards that govern them, and what operators in Fyshwick, Mitchell and Hume need to keep their equipment compliant.
Crane Inspections & Certification Across Melbourne and Victoria
Melbourne's cranes work everywhere from apartment towers in the CBD to the wharves and rail yards feeding the Port of Melbourne. Keeping them compliant means meeting WorkSafe Victoria's expectations while following the national Australian Standards. This guide gives Victorian operators, riggers and site managers a clear picture of the inspection and certification obligations that apply.
Overhead & Gantry Crane Inspection Checklist
Overhead and gantry cranes are the workhorses of Australian factories, workshops and warehouses, and their fixed installation makes systematic inspection essential. This checklist walks through the key areas a competent person examines, from the runway and bridge to the hoist, wire rope and electrical controls, so nothing critical is overlooked.
The 5-Year Major Inspection Explained: What AS 2550 Requires
A periodic major inspection is a deep, structured examination that goes far beyond a routine service. Often described in fleets as the five-year check, it is triggered by design periods set in the AS 2550 series and is the moment where a crane's real condition is confirmed against its intended working life. Here is what the inspection involves and how to get ready for it.
WHS Duties of Crane Owners and Operators: PCBU and Plant Obligations
Owning or operating a crane places you squarely within the reach of the Work Health and Safety laws. The duties are not abstract — they translate into concrete actions around inspection, maintenance, competency and record keeping. This guide sets out who is responsible for what, so nothing falls through the gaps.
Crane Inspections in Darwin and the Northern Territory
Darwin's role as a resources, defence and offshore logistics hub places heavy demands on lifting equipment across the Top End. This guide explains crane inspection obligations under NT WorkSafe, the extra challenges of the tropical and marine environment, and what operators around East Arm, Palmerston and the offshore oil and gas sector should plan for.
How Often Must Cranes Be Inspected in Australia?
Getting crane inspection frequency right is one of the most common compliance questions we field at Cranes Australia. The interval depends on the crane type, its duty classification, manufacturer guidance and the WHS obligations that apply in your state. This guide explains the layered inspection regime so you can build a defensible maintenance schedule.
Crane Inspections & Certification in Sydney: A Practical Operator Guide
Sydney's construction and logistics boom keeps thousands of cranes working across the basin, from tower cranes over the CBD to mobile units serving Port Botany. Keeping that fleet compliant means understanding both the national standards and the specific expectations of SafeWork NSW. This guide walks Sydney operators, hire companies and principal contractors through practical inspection and certification obligations.
Crane Inspections in Tasmania: A Complete Guide for Operators
Tasmania's mix of port operations, construction and heavy industry means crane owners across the state carry serious inspection obligations. This guide explains how routine and major inspections work under WorkSafe Tasmania and the Work Health and Safety framework, and what operators in Hobart, Launceston, Devonport, Burnie and Bell Bay need to plan for.
Crane Certification Requirements in Australia: The Complete Guide
Keeping a crane certified is not a single event; it is an ongoing obligation that runs from the day equipment is commissioned until it leaves your fleet. This guide explains what crane certification actually means under Australian law and standards, who is responsible, and the practical steps owners take to keep lifting gear legal and safe.
AS 1418 vs AS 2550: Design Standards and Safe-Use Standards Explained
Crane owners often see AS 1418 and AS 2550 quoted side by side and assume they cover the same ground. They do not. One governs how a crane is designed and built, the other governs how it is used, inspected and maintained across its working life. Knowing which standard applies to which decision keeps your fleet compliant and your operators safe.