---
title: "Overhead Crane Inspection Requirements and Intervals — Ervan Cranes"
description: "Overhead crane inspection requirements: who may inspect, how often, what is examined, load tests, reports and defects – plus a preparation checklist."
url: https://ervancranes.com/en/blog/overhead-crane-inspection-requirements/
language: en
---

Overhead crane inspection requirements follow the same pattern in most countries: a competent person examines the crane before first use, at regular intervals set by national law – in many countries at least once a year – and after exceptional events such as modifications or accidents. Each examination ends in a written report, and the employer is responsible for having it done.

## Pre-use checks, maintenance and statutory inspection are not the same thing

On site, these three are often lumped together, yet they differ in who carries them out, how often and why – and none of them replaces the others.

- **Pre-use check:** before each shift, the operator checks the emergency stop, brakes, upper limit switch, hook, latch and rope or chain, to catch obvious defects before a load is lifted.
- **Periodic maintenance:** the maintenance team or a service provider lubricates, adjusts, measures and replaces wear parts at the intervals in the operating manual. Our [overhead crane maintenance checklist](https://ervancranes.com/en/blog/overhead-crane-periodic-maintenance-checklist/) covers this level.
- **Statutory inspection:** a competent person assesses whether the crane as a whole is safe to use and issues a written report. A service technician saying “the crane is fine” is no substitute.

The levels feed each other: defects reported by operators are fixed during maintenance, and maintenance records show the inspector the crane's history.

## Overhead crane inspection requirements in the EU, the UK and the US

### European Union and Türkiye

In the EU, the Work Equipment Directive 2009/104/EC sets the pattern on which national rules build. It requires inspections by competent persons:

- **After installation and before first use**, where safety depends on the installation conditions – as it does for an overhead crane assembled on its runway – and again after assembly at a new site.
- **Periodically**, with testing where appropriate, where equipment is exposed to conditions that cause deterioration.
- **After exceptional circumstances** such as modifications, accidents, natural phenomena or long periods of inactivity.

Results must be recorded and kept available to the authorities. Intervals and inspector qualifications are left to national law: Germany, for example, requires cranes to be inspected at least once a year by a qualified person (befähigte Person / Sachkundiger) under the BetrSichV and DGUV Vorschrift 52, with results entered in the crane logbook. Türkiye's work equipment regulation (İş Ekipmanlarının Kullanımında Sağlık ve Güvenlik Şartları Yönetmeliği) follows the same model: authorized persons inspect lifting equipment at least once a year.

### United Kingdom

In Great Britain, the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER) require a thorough examination by a competent person after installation and before first use, then at least every 12 months for cranes – every six months for lifting accessories and equipment for lifting people – or in line with an examination scheme. Exceptional circumstances trigger an extra examination. Defects that are or could become dangerous must be reported to the employer immediately; if there is an existing or imminent risk of serious personal injury, a copy of the report also goes to the enforcing authority.

### United States

OSHA 29 CFR 1910.179 distinguishes frequent inspections (daily to monthly) from periodic inspections (every 1 to 12 months, depending on activity, severity of service and environment). Hooks, hoist chains and running ropes need monthly inspections with a certification record, and a crane idle for a month or more must be inspected before reuse. Many users also apply ASME B30.2.

These are examples, not a complete legal overview; rules change and vary by country and sector, so check the current requirements where your crane operates. Heavy duty, dust, heat or outdoor use are good reasons to inspect more often than the legal minimum. Our guide to [overhead crane standards in Europe](https://ervancranes.com/en/blog/overhead-crane-standards-europe/) shows where the product standards fit in.

## What does the inspector examine?

The inspector examines the crane and its documents, first without load and, where required, with load. Depending on crane type, age and use, these areas are typical:

| Area | What is examined | Typical finding |
| --- | --- | --- |
| Steel structure | Girders, welds, bolted joints | Cracks, loose bolts, permanent deflection |
| Crane runway | Rails, rail fixings, end stops | Loose rail clips, rail wear |
| Travel drives | Wheels, flanges, brakes, couplings | Flange wear, signs of skewing |
| Rope and drum | Rope (ISO 4309), grooves, sheaves | Broken wires, crushing |
| Hook block | Throat opening, cracks, safety latch | Opened throat, missing latch |
| Brakes | Holding, linings, air gap | Load creeping, worn linings |
| Safety devices | Limit switches, overload limiter, emergency stop | Misadjusted limit, faulty emergency stop |
| Electrics and controls | Panel, cables, protective earth, pendant or radio | Burnt contacts, damaged cables |
| Markings and records | Rated-load sign, direction labels, previous reports | Illegible sign, missing records |

Function tests complete the inspection: every motion is run at every speed step, and the operational limit switches, the emergency upper limit (if fitted) and the emergency stop must stop the crane reliably. Our articles on [overhead crane safety devices](https://ervancranes.com/en/blog/overhead-crane-safety-devices/) and [overhead crane wear parts](https://ervancranes.com/en/blog/overhead-crane-wear-parts/) explain how these devices work and when ropes, brakes and wheels must be replaced.

## Is a load test part of a periodic inspection?

Initial tests and periodic inspections are different things. Under the Machinery Directive 2006/42/EC (Annex I, 4.1.2.3), power-operated lifting machinery must withstand a static test with at least 1.25 times and a dynamic test with 1.1 times the rated load. On overhead cranes, these tests are normally carried out on site after installation, before the crane goes into service, and documented in the commissioning records.

Whether a periodic inspection includes a load test, and with what load, depends on the applicable national rules, the relevant standards, the manufacturer's instructions and the inspector's assessment. Do not assume a fixed factor; agree it with the inspector before the date.

If a test is needed, have weights of verified mass, suitable slings and a safe set-down area ready. Checking that the overload limiter trips usually needs a load of known weight as well.

## The inspection report and how to handle defects

The report records the crane's condition and what must be fixed by when. Formats differ by country and inspection body, but a report typically contains:

- crane identification: manufacturer, serial number, rated load, location
- the date, and the inspector's name and signature
- scope and methods, including any load test and the test load used
- findings, ideally with photos
- a conclusion on whether the crane is safe for continued use, and the next due date

Findings usually fall into three groups. With **no defects**, the crane stays in use. **Defects without immediate danger**, such as an illegible rated-load sign or early corrosion, allow continued use but must be fixed by a stated date. With **safety-relevant defects**, such as a rope that has reached its discard criteria, a brake that does not hold or a limit switch that fails to trip, the crane must not be used until the defect has been fixed and the repair verified.

Tag a crane taken out of service and lock its main isolator, so that nobody uses it “just once” at shift change. Record every repair with the date, the work done and the parts replaced, and keep reports and repair records in the crane's file for as long as it is in service. The next inspector will first ask whether the previous findings were closed.

## How to prepare: a crane inspection checklist

### Documents to have ready

- Operating manual with maintenance and inspection instructions
- EC or EU declaration of conformity
- Commissioning and initial load test records
- Previous inspection reports and evidence that defects were fixed
- Maintenance records, including rope, brake and wheel replacements
- Rope and hook certificates
- Operating hours or counter readings (for the remaining-life assessment of serial hoists under FEM 9.755)
- Records of modifications and repairs, electrical diagrams

### On site

- Book the inspection before the due date in the last report, and plan it with production and any other cranes on the same runway.
- Provide safe access to the girder, trolley and control panel: a walkway with handrails or a mobile elevating work platform.
- Clear and cordon off the area under the crane.
- If a load test is required, prepare test weights and slings in advance.
- Plan isolation and lockout: when the crane is live, when it is locked out, and who holds the key.
- Have an operator who knows the crane and an electrician or maintenance technician available throughout.

## Ervan Cranes: maintenance between inspections

The statutory inspection is carried out by a competent or authorized person under national rules; maintenance by a manufacturer or service provider does not replace it. Between inspections, our [maintenance and technical support](https://ervancranes.com/en/solutions/maintenance-and-technical-support/) covers periodic maintenance, breakdown response and operator training, and we supply spare parts such as wheels, ropes, hook blocks, brakes and control components. On the cranes we build, the team that designed them also installs, load-tests and commissions them. Each of our [single and double girder overhead cranes](https://ervancranes.com/en/products/overhead-cranes/) is engineered to its load, span, lifting height and duty class.

## Frequently Asked Questions

### How often does an overhead crane need to be inspected?

National law sets the interval: at least once a year in Germany and Türkiye, at least every 12 months (or per an examination scheme) under LOLER in Great Britain, and every 1 to 12 months for periodic inspections under OSHA in the US. Inspections are also due after installation, modifications, accidents and long standstills.

### Who can carry out a crane inspection?

A competent person as defined by the law where the crane operates: in Germany a qualified person (befähigte Person / Sachkundiger), in Türkiye an authorized person under the work equipment regulation. In Great Britain, HSE guidance expects the competent person to be sufficiently independent and impartial to make objective decisions. Routine maintenance, whoever carries it out, does not replace the inspection.

### Is a load test carried out at every periodic inspection?

Not necessarily. The Machinery Directive's 1.25 × static and 1.1 × dynamic tests belong to the initial tests before first use. Whether a periodic inspection includes a load test, and with what load, follows national rules, standards, the manufacturer's instructions and the inspector's assessment – agree on it in advance so that test weights are available.

### Can we keep using the crane if the report lists defects?

That depends on the defect. Minor defects can usually be fixed by a deadline while the crane stays in use; if a defect affects safety, the crane must not be used until it has been fixed. If in doubt, ask the inspector and keep the crane out of service.

Planning a new overhead crane, or looking for maintenance and spare parts for an existing one? Send us the rated load, span, lifting height and operating conditions through our [quote request form](https://ervancranes.com/en/request-a-quote/).

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