A lifting device that looks ready is not necessarily approved to work. When an inspector, GC, owner representative, or safety manager asks for paperwork, the job can stop until the equipment, test records, and identification all match. This lifting device approval checklist helps project teams prepare before the lift is scheduled, not after an inspector is standing at the gate.
Approval requirements vary by device type, project specifications, manufacturer instructions, and the authority having jurisdiction. The goal is the same on every site: confirm the device is suitable for the planned lift, in serviceable condition, properly marked, inspected, and supported by current documentation.
Start With the Actual Lift
Do not approve a device in isolation. Start by defining what it will lift, where it will be used, and how it will be rigged. A lifting beam used for a controlled shop pick may need a different review than the same beam used for a critical lift over active work areas, near personnel, or in a marine environment.
Confirm the load weight, including rigging and below-the-hook attachments. Verify the expected center of gravity, pick points, sling angles, travel path, and any side loading risk. If the lift plan calls for multiple lifting devices, each component must be compatible with the full rigging arrangement.
This step catches common jobsite problems early. A device may have enough rated capacity on paper but still be wrong for the pick because the connection points do not fit, the load will not stay level, or the planned sling angle creates forces beyond the intended configuration.
Lifting Device Approval Checklist: Equipment Review
Before requesting approval, physically inspect the device and compare it to its records. The identification on the equipment should be legible and consistent with the certificate, inspection log, and project submittal.
Review these items:
- Manufacturer name, model number, serial number, and unique asset identification
- Rated load or working load limit for the intended configuration
- Device type and approved use, such as lifting beam, spreader beam, plate clamp, lifting lug, magnet, personnel basket, or custom fixture
- Connection points, shackles, hooks, pins, latches, and hardware for fit, wear, deformation, cracking, or unauthorized substitution
- Warning labels, operating instructions, and configuration markings
- Evidence of modification, welding, repair, corrosion, bent members, damaged threads, or missing components
If the identification plate is missing or unreadable, do not assume the capacity from a similar device. A painted color, a shop nickname, or a handwritten capacity marking is not enough for approval. The device needs a traceable identity and supportable rating.
Custom-built lifting devices require extra attention. Confirm that drawings, engineering information, fabrication records, and capacity details are available when required by the project or inspector. A well-built fixture can still be rejected if there is no documentation tying its design and capacity to the device on site.
Verify Capacity in the Planned Configuration
Capacity is not just a number stamped on steel. It depends on how the device is used. A spreader beam may have different ratings at different lengths. A lifting clamp may be limited by plate thickness, surface condition, load direction, or required minimum load. A lifting lug may be rated only for a specific shackle size and loading angle.
Check that the rated capacity exceeds the total applied load with the required margin under the governing standard and project rules. Include rigging weight. Confirm that shackles, slings, hooks, and attachment hardware have compatible capacities and do not create a bottleneck in the system.
Also look for side loading, eccentric loading, and out-of-plane forces. These issues are especially common with beams, fabricated lifting frames, and devices connected to uneven loads. If the planned lift differs from the manufacturer-approved configuration or engineered drawing, stop and get direction before proceeding.
Confirm Inspection Status
A current inspection is different from a proof load test, and both may be required. Routine visual inspections identify damage, wear, missing markings, and functional problems. Periodic inspections provide a more formal review based on equipment type, service conditions, and applicable requirements. Proof load testing demonstrates performance under a specified test load and produces documentation that many projects require before first use or after certain events.
Review the inspection history for the device. Make sure it shows the asset identification, inspection date, inspector information, condition findings, and disposition. A record marked “pass” without a serial number or clear device description may not satisfy an inspector trying to verify the exact equipment in front of them.
Take the device out of service if you find cracks, bent structure, damaged welds, excessive corrosion, altered components, malfunctioning latches, worn pins, or any condition that affects safe use. Do not cover a problem with paint, a field repair, or a verbal explanation. Document the condition and have the device evaluated before it returns to work.
Get Proof Load Test Documentation Right
For many lifting devices, the approval package depends on a valid proof load test certificate. The certificate should clearly identify the tested device and state enough detail for the project team to verify what was tested.
A usable certificate typically includes the device description, manufacturer or owner information when available, serial or asset number, rated capacity, test load, test date, test method, result, and the testing company or qualified person responsible for the record. It should also note any applicable standard, project requirement, or test procedure used for the work.
The test load and interval depend on the equipment, its use, the governing requirements, and the project specification. Do not guess based on another contractor’s paperwork. Some devices require testing after fabrication, repair, alteration, overload, or an extended period out of service. Others may be subject to customer-specific recertification intervals.
Make sure the tested configuration matches the one being placed into service. If a beam was tested at one span setting but will be used at another, confirm the documentation supports that configuration. If removable lifting points, extension arms, or adapters are part of the system, they need to be included in the review.
Build an Approval Package an Inspector Can Use
The fastest approvals happen when the documents are organized before they are requested. Put the equipment identification first, followed by proof load test records, inspection forms, manufacturer information, engineering documents when applicable, and any project-specific submittal forms.
Keep each device’s package separate. Combining certificates for several nearly identical beams or fixtures creates confusion, especially when serial numbers are hard to read in the field. Label the documents with the same asset ID used on the equipment.
A practical approval package should answer five questions without a long explanation: What is this device? What is it rated for? Is it in acceptable condition? Has it been inspected and tested as required? Is the documentation tied to this exact device?
That clarity matters when a lift is waiting on approval. It also makes future audits, equipment transfers, and recurring inspections easier to manage.
Plan for Changes, Repairs, and Jobsite Damage
Approval is not permanent. A device can be approved at the start of a project and become unapproved after damage, modification, repair, or use outside its intended limits. Field welding, drilling holes, replacing a pin with non-equivalent hardware, or adding an attachment can change the device’s behavior and invalidate prior documentation.
Treat any suspected overload or impact event seriously. Remove the equipment from service, identify it, and have it inspected. Depending on the finding and the governing requirement, a new proof load test or engineering review may be needed before it returns to work.
This is where mobile service can save a schedule. Pacific Load Testing can perform proof load testing at your location, helping contractors and operators get the certification records needed without sending equipment across town and losing more production time.
Make Approval Part of Pre-Lift Planning
The best time to find a missing certificate is before the crane arrives. Include lifting-device records in the pre-lift meeting, along with rigging inspection, operator qualifications, signal person requirements, exclusion zones, and the lift plan. The supervisor should be able to match every critical device in the field to its current paperwork.
For recurring work, keep a simple equipment register showing the asset ID, rated capacity, last inspection date, last proof load test date, and next required action. This does not replace the actual certificates, but it gives the team an early warning before an expiration or missing record delays a job.
When a device is questionable, do not force the approval. Set it aside, document what is missing, and get the right inspection or proof load test completed. A short pause before the lift is far less costly than a failed inspection, a stopped crew, or an incident after the load leaves the ground.