Free csa crane inspection checklist

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Free CSA Z150 crane inspection checklist (PDF-ready). Covers structural members, wire rope, hooks, brakes, LMI and safety devices. Digitize with MapTrack.

Last updated: 2026-05-03

Jarrod Milford

Commercial Director

Updated 3 May 2026

How to use: download the PDF, print or complete digitally on any device.

• ✓PDF format, ready to print or fill on screen
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Benefits of using this csa crane inspection checklist

• CSA Z150 compliance: documented inspections satisfy CSA Z150-20 requirements referenced by provincial OHS regulations, and provide records that safety inspectors review during workplace audits and incident investigations.
• Structural failure prevention: systematic inspections identify cracks, corrosion, deformation and weld defects in boom sections, jib, mast, turntable and chassis before they progress to catastrophic structural failures during lifting operations.
• Wire rope integrity: regular measurement and visual inspection of wire ropes against CSA rejection criteria for broken wires, diameter reduction, corrosion and kinks prevents rope failures that can drop loads or cause boom collapse.
• Overload prevention: verifying load chart accuracy, LMI calibration, anti-two-block function and rated capacity indicators for the current configuration ensures the crane is never operated beyond its safe working load.
• Operator and rigger safety: confirming that all controls, limit switches, brakes, outriggers and safety devices are functional before each shift protects the operator, signal persons, riggers and all workers within the crane operating zone.
• Maintenance planning: inspection findings reveal wear patterns in wire rope, sheaves, hooks, hydraulics and structural connections, informing preventive maintenance schedules, parts procurement and crane lifecycle replacement decisions.

How to use this csa crane inspection checklist

1. Record the crane identification, current configuration details and your inspector qualifications before beginning the inspection.: Enter the crane type (crawler-mounted, truck-mounted, boom truck, wheel-carrier-mounted), make, model, serial number, unit number, maximum rated capacity and current boom length. Record the full configuration: boom length, whether a jib is fitted, counterweight amount installed, and outrigger position (fully extended, partially extended, on rubber). Note the inspection date, shift, your name, qualifications or certification number, and the type of inspection being conducted (daily pre-use, monthly periodic, annual thorough, or post-incident). This header ties the inspection to a specific crane in a specific configuration for CSA Z150 compliance recordkeeping.
2. Inspect all structural members. Check boom sections, jib, mast, turntable, chassis, outrigger beams and counterweight mounting for cracks, deformation, corrosion and weld defects.: Visually inspect each boom section for cracks, dents, bends, weld defects and corrosion. For lattice booms, pay particular attention to chord members, lacing bars and connection pins. For telescopic booms, check for section wear, slide pad condition and cylinder mounting points. Inspect the jib sections and the boom-to-jib connection hardware, including pins and keepers. Check the turntable and slew bearing for cracks, loose bolts and excessive play. Inspect the carrier chassis for frame cracks, corrosion and cab mount integrity. On mobile cranes, check outrigger beams for bends, verify locking pin engagement and assess pad condition relative to ground conditions. Verify the counterweight is securely mounted with all fasteners tight and no cracks at the mounting brackets.
3. Inspect wire rope, sheaves, drums and hooks. Measure wire rope diameter at multiple points, count broken wires per lay length, check sheave groove wear and measure hook throat opening against CSA rejection criteria.: Measure the wire rope diameter at several points along its working length using calipers and compare to the nominal diameter. A reduction exceeding the CSA Z150 rejection criteria (typically 5 to 6 percent depending on rope construction, such as 6x19 or 6x37 class) requires replacement. Count broken wires per rope lay length and compare against the standard thresholds (six or more randomly distributed broken wires in one lay, or three or more in one strand in one lay). Look for corrosion, pitting, kinks, bird-caging, crushing and heat damage. Check end connections, including wedge sockets, swaged fittings and wire rope clips, for correct installation and condition. Inspect each sheave for groove wear where the rope should not sit below the crown. Check the drum for proper spooling, anchoring and flange condition. Measure each hook throat opening and check for twist exceeding 10 degrees, wear at the saddle point, safety latch spring tension, and legibility of the load rating stamp.
4. Test all braking systems, controls, limit switches, LMI and safety devices. Verify the load chart is posted in the cab and matches the current crane configuration.: Test the hoist brake by lifting a test load slightly off the ground and verifying the brake holds with the control in neutral. Test the swing brake, boom hoist brake and travel brakes (for mobile and crawler cranes). Operate all controls, including swing, hoist and boom, through their full range and check for smooth, responsive action without sticking or drift. Test the upper hoist limit switch and the anti-two-block device by slowly approaching the limit and confirming the device stops the hoist motion. Check the boom angle indicator, LMI or load moment limiter readout, level indicator and wind speed indicator (where fitted). Verify the load chart is posted in the cab, legible and correct for the crane model. Confirm the current configuration matches the applicable section of the load chart. Test the emergency stop function from the cab.
5. Inspect the hydraulic system, outriggers, cab environment and electrical system. Check for leaks, verify full outrigger extension, and confirm cab instruments and lighting function correctly.: Inspect all hydraulic hoses, cylinders and fittings for leaks. Check hydraulic fluid level and condition. On mobile cranes, verify each outrigger is fully extended with locking pins engaged and pads properly sized for the ground conditions. Confirm the level indicator reads within tolerance. Inspect the cab for structural integrity, glass condition, operator visibility, instrument accuracy and seat belt condition. Check the access ladder and platform for damage. Test all lighting, including work lights, warning lights and beacon. Check wiring condition, battery terminals and alternator output. Any hydraulic leak affecting crane function or any outrigger that does not fully extend and lock should result in the crane being taken out of service.
6. Record all findings on the checklist. Document each defect with the applicable CSA Z150 clause reference and severity classification. Sign the inspection record and determine whether the crane is released for service or taken out of service.: For each defect found, record the component, a clear description of the condition, the applicable CSA Z150 clause reference (for example, clause 8 for wire rope inspection criteria, clause 5 for structural inspection requirements), the severity classification and the corrective action taken or required. If any defect renders the crane unsafe (structural cracks in primary load-bearing members, wire rope at or beyond rejection criteria, non-functional LMI or anti-two-block, hydraulic failure affecting crane function), take the crane out of service and tag it with a do-not-operate notice. Sign and date the inspection record with your qualifications. The crane operator and site supervisor should acknowledge the record. In MapTrack, you can attach crane inspection records to the crane asset, set inspection schedule reminders based on CSA frequency requirements, and escalate defects into maintenance work orders with priority tracking.

In MapTrack, you can digitise regulatory compliance forms for your region. Each submission is stored as a timestamped PDF against the asset record.

Frequently asked questions

What does CSA Z150 require for crane inspections in Canada?

CSA Z150-20 (Safety Code on Mobile Cranes) establishes the minimum requirements for the inspection, testing and maintenance of mobile cranes operating in Canada, including crawler-mounted, truck-mounted, boom trucks and wheel-carrier-mounted cranes. The standard requires pre-use (daily) inspections by the operator, periodic (monthly) inspections of all safety-critical systems, and thorough (annual) inspections that include detailed structural examination, wire rope measurement, brake testing and safety device verification. Since the 2016 revision, CSA Z150 distinguishes between structural and operational inspections and requires annual inspections to be conducted by an engineer or a competent person supervised by an engineer. Provincial OHS regulations across Canada reference CSA Z150 as the required inspection standard for mobile cranes.

How often must cranes be inspected under CSA Z150?

CSA Z150 requires inspections at three main intervals, plus event-driven inspections. Pre-use (daily) inspections must be done by the operator before each shift, covering controls, safety devices, wire rope visual condition and general crane condition. Periodic (monthly) inspections are more detailed, covering structural components, wire rope measurements, brake testing and all safety devices. Thorough (annual) inspections are comprehensive examinations of the entire crane by a competent inspector, including non-destructive testing of critical structural members where required. Additional inspections are required after any overload event, contact with power lines, collision, structural damage or any other incident that may have affected crane integrity.

How does a CSA crane inspection compare to an OSHA or ASME crane inspection?

CSA Z150 is the Canadian standard for mobile crane safety, while OSHA 29 CFR 1926.1400 series and ASME B30 standards govern crane inspections in the United States. The inspection frequency categories are similar: daily, monthly (periodic) and annual (thorough). However, CSA Z150 is specifically written for the Canadian regulatory framework, and provincial OHS regulations reference CSA standards rather than OSHA or ASME. Wire rope rejection criteria, structural inspection requirements and operator certification requirements may differ in specific thresholds. A key difference since 2016 is that CSA Z150 explicitly separates structural inspection from operational inspection, requiring engineering oversight for structural assessments. Operations crossing the Canada-US border should verify compliance with the applicable standard in each jurisdiction.

What are the CSA Z150 wire rope rejection criteria for cranes?

CSA Z150 establishes wire rope rejection criteria based on the number of broken wires per rope lay length, diameter reduction, corrosion and deformation. The specific thresholds depend on the rope construction (for example, 6x19 versus 6x37 class). General criteria include six or more randomly distributed broken wires in one rope lay, or three or more broken wires in one strand in one lay. Rope diameter reduction exceeding the published limit (typically 5 to 6 percent) also requires replacement. Other rejection conditions include evidence of heat damage, kinking, bird-caging, core protrusion and severe corrosion or pitting. Any single broken wire at an end connection or fitting requires immediate attention. When in doubt, consult the rope manufacturer data and the specific CSA Z150 clause for your rope construction and crane type.

Who is qualified to conduct a CSA crane inspection?

Daily pre-use inspections are conducted by the crane operator, who must be trained and competent in identifying visual and functional defects. Monthly periodic inspections should be conducted by a person competent in crane mechanics and CSA Z150 criteria, such as a qualified crane technician. Annual thorough inspections, particularly the structural component, must be conducted by a professional engineer or a competent person working under the direct supervision of a professional engineer, as required by CSA Z150. Provincial OHS regulations may impose additional certification requirements. In Alberta, OHS Code Part 6 requires compliance with the applicable CSA standard for the crane type.

Is this CSA crane inspection checklist free to download?

Yes. Download and use this CSA Z150 crane inspection checklist at no cost. Open the file in your browser and use Print then Save as PDF to create a paper or digital copy. No MapTrack account is required. If you want to digitize crane inspections on mobile with photo capture, automatic defect escalation to work orders, load chart configuration tracking and compliance dashboards per crane unit, MapTrack can do that. Book a demo to see how it works.

CSA Crane Inspection Checklist preview