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CRANE DECISION CENTER
Independent perspective for owners, EPCs, maintenance teams and procurement groups facing an overhead crane decision — procurement, bid evaluation, maintenance strategy, modernization and technology.
Crane motors, gearboxes, gears and pinions can be reverse engineered — but it takes weeks to months. Why preventive maintenance and a critical spares strategy let you budget before the part disappears.
Read post →Mines, mills and refineries run production-critical overhead cranes with no independent oversight. What owner-side crane asset management changes for procurement.
Read post →The Province has introduced legislation for a WorkSafeBC crane licensing and permitting program aimed at the parties responsible for cranes — owners, maintainers and service providers. What is confirmed, what is still undefined, and what overhead crane owners should do now.
Read post →Your crane service provider performs the maintenance — but should the same company define the entire maintenance strategy? Why owners need an independent view of scope, frequency and fleet priorities.
Read post →Contract renewal is one of the best opportunities an owner has to check whether an overhead crane service agreement is actually producing the maintenance and reliability outcomes the facility needs.
Read post →A course certificate documents training, but competency requires practical ability, equipment-specific knowledge and employer authorization. How CSA B167, rigging knowledge and qualified operators support safer, more reliable crane operations.
Read post →Comparing overhead crane manufacturers? Evaluate duty class, components, exclusions, controls, maintenance access, serviceability, lifecycle cost and technical compliance — not price alone.
Read post →A crane service contract provides inspections, repairs and labour. A maintenance program defines what should be maintained, how often, how deficiencies are managed and how reliability is measured.
Read post →An overhead crane can meet the specified capacity, span and lifting height—and still be wrong for the operation. Four requirements need to be clearly defined before an RFQ is released.
Read post →Newmont's acquisition of Newcrest brought tier-one Canadian gold assets into the world's largest gold producer, followed by a major divestiture program. Ownership change resets maintenance standards — here is what that means for crane programs.
Read post →Two Alberta megaprojects changed what the province does with its own hydrocarbons. Here is what each achieved, and why the maintenance-phase material handling decisions inside them matter for the next 30 years.
Read post →Teck approved construction of the Highland Valley Copper Mine Life Extension in July 2025, extending the life of Canada's largest copper mine. Here is why the project matters and what it implies for concentrator crane and hoist planning.
Read post →Canada's energy, mining and power projects only exist because EPC firms and general contractors turn approvals into operating plants. Here is why their work matters — and where material handling decisions quietly determine 30-year outcomes.
Read post →Purchase price is a fraction of what an overhead crane costs over thirty years. What drives the rest — duty class, parts, support, downtime, obsolescence — and how to weigh it before award.
Read post →Three crane quotes are rarely comparable. Where the differences hide — duty class, exclusions, scope splits, spares and commissioning — and when independent bid review pays for itself.
Read post →Load cells, crane scales and overload systems are not interchangeable. What owners should settle before buying — accuracy, purpose, integration and who uses the data.
Read post →Before approving a crane replacement, consider whether load monitoring, controls, anti-sway, positioning or below-the-hook changes address the actual problem — and how to decide.
Read post →Hoist swaps, VFD retrofits, added technology and re-rates can move a job from maintenance work order to engineered modification. Why owners miss the line.
Read post →Compare vacuum lifters and magnetic lifters for overhead cranes. Learn how each works, where each excels, key industries, safety considerations, and how to specify the right below-the-hook attachment.
Read post →How RFID access control on overhead cranes restricts operation to qualified operators, creates an audit trail, and strengthens accountability under CSA B167 and ASME B30.
Read post →A practical guide to explosion-proof overhead cranes for Class I Division 1 and Division 2 locations. Covers NEC/CEC classification, gas groups A/B/C/D, protection techniques, and a procurement checklist.
Read post →How overhead cranes get power: enclosed conductor bars, open busbar, festoon systems, energy chains, cable reels, and battery/wireless options — with selection criteria, failure modes, and a specification checklist.
Read post →The same crane can be governed differently by province, by whether the site is a mine or mining plant, and by how its duty is classified.
Read post →On Alberta oil sands sites, owner standards often govern crane work in practice. What that means for maintenance leaders and contractors.
Read post →Compliance is a claim about evidence, not equipment. The questions a Canadian owner should be able to answer before making that claim.
Read post →The newest edition of CSA B167 is not automatically the legally binding edition in every province as of the date of writing. Here is how the layers actually stack — and why owners get caught out.
Read post →An in-depth comparison of jib cranes, gantry cranes, workstation cranes and overhead bridge cranes — coverage, capacity, duty class, cost, structural requirements and where each material handling structure fits best.
Read post →Why overhead crane runway alignment drives wheel, rail and structural wear — CMAA 70 and ASME B30.2 tolerances, survey methods, warning signs and how to plan a runway survey.
Read post →What an overhead crane capacity upgrade really requires — girder and runway reinforcement, rail replacement, runway alignment, span adjustment, concrete work and pony columns — and how to sequence and budget it.
Read post →A phase-by-phase overhead crane modernization timeline — planning, engineering, demolition, structural reinforcement, rail alignment, installation, commissioning and final inspection — with realistic durations.
Read post →A 2026 snapshot of new mines, mine expansions and LNG megaprojects across Canada and the USA — and what the buildout means for overhead crane procurement, CMAA/ASME duty class and maintenance programs.
Read post →A vendor-neutral overview of below-the-hook lifting devices — spreader bars, plate and coil clamps, vacuum lifters and lifting magnets — and how ASME B30.20 and BTH-1 apply to design, marking and inspection.
Read post →How water-filled proof load bags — pioneered by Water Weights® and now supplied globally by Unique Group — became the safest and most practical way to load test overhead cranes, davits and hoists.
Read post →What CSA B167, ASME B30.2/B30.17 and OSHA require for overhead crane load testing and commissioning — proof loads, functional tests, documentation and sign-off.
Read post →How to write overhead crane RFQ technical specifications — CMAA duty class, load display, key-card access, VFD controls, anti-collision and options that match the client's actual operation.
Read post →What a defensible overhead crane operator training program looks like — theoretical classroom content on standards, load dynamics and inspection, plus practical hands-on evaluation and equipment-specific authorization.
Read post →Which overhead crane hoist spare parts owners should stock — motors, wire rope, brakes, rope guides, contactors and load brakes — and how to size a spares list against CMAA service class and lead time.
Read post →A plain-language explainer of the three inspection tiers described in CSA B167, OSHA 1910.179 and ASME B30.2 — and how to set the right interval for your CMAA service class.
Read post →Reactive maintenance is the most expensive way to run an overhead crane. Here's what a written, risk-based maintenance program actually does, and why an independent consultant is the right person to write it.
Read post →A plain-language comparison of the three CSA B167 editions Canadian owners deal with — the 1996 edition still named in Alberta and B.C. regulation, the 2016 edition, and the current 2026 edition — plus what to do when your fleet spans provinces.
Read post →The twelve specification clauses we insist on before any overhead crane procurement package goes to bid — commercial terms, performance guarantees and acceptance criteria that protect the owner for 30 years.
Read post →Breaking down the real ROI drivers of an overhead crane modernization — from VFD retrofits to radio remote controls — and where owners consistently over- and under-estimate returns.
Read post →A practical framework for owners weighing another round of repairs against a full replacement — the numbers, the risk factors, and the questions your OEM won't ask.
Read post →An owner-side checklist for auditing your third-party overhead crane inspection provider — grounded in CSA B167 Part 6 requirements.
Read post →Recurring specification errors we see on client projects — from wrong duty class to missing spare-parts commitments — and what to write instead.
Read post →A plain-language guide to CMAA service classes A through F — what each one means, how to pick the right one, and why mis-classification is the most expensive mistake owners make on new cranes.
Read post →Independent perspective on overhead crane procurement, modernization, and lifecycle decisions — from the people who actually work in the field.
Read post →A quick field guide to the CSA B167 obligations that most often get overlooked during pre-purchase and pre-commissioning inspections.
Read post →A simple framework we use with clients to decide when to modernize an existing overhead crane versus replacing it outright.
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