What this is
What is a conveyor inspection?
What is a conveyor inspection?
A conveyor inspection is a periodic check of a conveyor system's belt, rollers, guarding, pull cords and drive, run to confirm the machine is both mechanically sound and safe to work around. It is carried out by a technician on a frequency set by the criticality of the conveyor, weekly or monthly rather than an annual statutory cycle.
Why are pull cords checked separately from other guarding?
Because a pull cord that is present but slack, or that only stops the conveyor from one end, gives a false sense of an emergency stop that does not actually work over its full length. The inspection tests function and reach, not just presence, which is the distinction that catches the failure mode that actually causes injuries.
Does a conveyor inspection cover hygiene as well as mechanical condition?
Yes, where the conveyor handles product. Belt surface cleanability, delamination, product build-up and drip tray condition sit alongside the mechanical checks, because a conveyor that is mechanically sound can still be a contamination source if the belt is fraying or product is accumulating underneath it.
Scope
When is a conveyor inspection required?
Conveyor inspection covers the conveyor itself, its guarding and its pull cords. It does not extend to the equipment the conveyor feeds or the product on it, and it is not the record for a one-off repair or a modification to the line.
Use this template when
- The inspection frequency set for this conveyor by criticality has arrived, weekly or monthly
- A new record is needed; each one gets its own ID in the form INSP-2026-000
- You are running the Asset Inspection and Statutory Examination programme and this is one of its steps
- A change has been made to guarding, pull cords or the belt and the effect needs confirming
- A linked record needs this one to exist: links asset
Do not use it for
- Asset Condition Inspection, which assesses general condition against defined criteria rather than conveyor-specific guarding and pull cord function.
- Vibration Analysis Record, which records vibration readings from rotating equipment rather than a visual and functional conveyor check.
- Crane and Hoist Inspection, a separate statutory examination for overhead lifting equipment.
- Racking Inspection, which covers storage racking rather than conveying equipment.
- Anything outside KnowMaintain, which belongs in the workspace that owns that process
Compliance mapping
Which OSHA 1910.212 requirements does this satisfy?
Conveyor guarding sits under general machine guarding law rather than a dedicated conveyor statute in most jurisdictions, with CEMA supplying the industry-specific design and inspection practice that the general duty doesn't spell out.
| Clause | Requirement | Where it lands |
|---|---|---|
| CEMA | Belt tracking, tension, splice and roller condition assessed against manufacturer and industry design practice | Belt and rollers |
| OSHA 1910.212(a)(1) | General duty to guard the point of operation and in-running nip points by one or more guarding methods | Guarding and safety |
| CEMA | Emergency stop pull cords operable and function-tested from any point along the full length of the conveyor | Guarding and safety |
| General food hygienic design practice | Belt and drip tray surfaces kept cleanable, with no product build-up permitted to accumulate underneath the belt | Hygiene |
| OSHA 1910.212(a)(1) | Deficiencies classified by severity and hazard type, and tracked to closure rather than left as a general comment | Findings |
| OSHA 1910.212(a)(1) | Removal from service or restricted use where a guarding or emergency stop deficiency constitutes a hazard | Result |
| CEMA | Inspection frequency set by conveyor criticality, and confirmed current at each inspection | Header |
What it does not cover
- Crane and Hoist Inspection, a separate statutory examination for overhead lifting equipment.
- Asset Condition Inspection, which assesses general condition against defined criteria rather than conveyor-specific guarding and pull cord function.
- Lifting Gear Inspection, for slings, chains and shackles rather than conveying equipment.
- Machine risk assessment, which addresses every mode of operation under ISO 12100 rather than a routine periodic check.
- Lockout/tagout procedure, which governs how energy is isolated for maintenance, not the condition of the guarding itself.
Global
Conveyor Inspection requirements by country
Conveyor guarding duties sit inside general machine safety law almost everywhere; what differs is how directly the regulator names conveyors and how much weight an industry body like CEMA carries as the practical standard.
OSHA 1910.212; CEMA standards
OSHA 1910.212 imposes a general duty to guard moving machinery parts without naming conveyors specifically; CEMA fills the gap with conveyor-specific design and inspection practice.
A citation for unguarded nip points or a non-functional pull cord is issued under the general standard, with CEMA practice used to establish what an adequate guard looks like.
Provision and Use of Work Equipment Regulations 1998 (PUWER), regulation 11
Dangerous parts of machinery must be guarded, with guards adequate for the risk and maintained in that condition.
A guard that is fitted but not functioning, such as a slack pull cord, does not satisfy the duty; the regulation is about the guard remaining effective, not merely present.
ISO 12100 and CEMA design standards
Machine guarding assessed against the risk it is intended to control, with conveyor-specific dimensions and clearances set by CEMA and equivalent bodies.
Where a national regime is silent on conveyor detail, CEMA and ISO 12100 supply the technical basis competent inspectors actually work to.
How to complete it
How to complete a conveyor inspection, step by step
The form asks pass, partial or fail against each guarding and mechanical item. What makes the record trustworthy is whether the guarding was actually operated, and whether a fail became an action rather than a comment.
Pull Cord Operates From Both Ends is a distinct question from presence and tension for a reason. A cord tested only from the usual operating position can look fine while failing to stop the conveyor from the far end, which is exactly where someone caught in the machine is likely to be.
Trapped key and interlock guards, drive guards and crossover guarding all need to be assessed as controls that work, not panels that are present. A guard left unfastened after the last maintenance visit looks correct from a distance.
A belt can track true, hold tension and pass every mechanical item while fraying at the edge or trapping product underneath. Rating the hygiene section on its own merits, rather than assuming a mechanically sound belt is automatically clean, is what catches contamination risk a mechanical check alone will miss.
The findings section repeats for a reason: each deficiency gets its own severity, hazard tag and, where it isn't fixed immediately, its own finding ID to track to closure. Folding several issues into one general comment loses the ability to close them individually.
What auditors find
Most common conveyor inspection findings
Conveyor findings are less about the equipment going unexamined and more about guarding that is present but not functioning, and deficiencies that get logged without being tracked to closure.
| Finding | Clause | What fixes it |
|---|---|---|
| Pull cord recorded as present without being operated from both ends to confirm it stops the conveyor. | CEMA | Test operation from both ends of the run as a distinct step; presence and tension checks do not confirm this. |
| Nip point or drive guard recorded as fitted without confirming it is actually secured and cannot be bypassed. | OSHA 1910.212(a)(1) | Physically check the guard is fastened and cannot be removed without a tool; a guard resting in place is not a secured guard. |
| Belt fraying or delamination noted but not linked to a contamination risk in the hygiene assessment. | General food hygienic design practice | Score No Delamination Or Fraying independently of belt mechanical condition, and treat a fail as a contamination finding, not only a wear finding. |
| A Fail result is recorded in the repeating findings section without a severity or hazard tag. | Standard-specific | Set severity and element tag for every fail; an untagged fail cannot be aggregated or reported on across the fleet. |
| Deficiency marked not fixed on the spot, but no finding ID raised to track it to closure. | Standard-specific | Raise the finding record and enter its ID whenever Fixed On The Spot is No; an untracked deficiency has no route back to verification. |
| Inspection frequency left at a generic default rather than set by the criticality of the specific conveyor. | CEMA | Confirm Inspection Frequency against the conveyor's actual criticality at each review, rather than carrying forward whatever was set at commissioning. |
Case in point
Case in point: the pull cord that worked from one end
A distribution centre inspected a long belt conveyor feeding a sortation line. The pull cord ran the full length, was recorded as present and correctly tensioned, and was tested by pulling it near the control panel where the technician normally stood. The inspection recorded a pass.
A stoppage weeks later happened when a worker caught a sleeve at the far end of the conveyor and pulled the cord there; it took over a second longer to stop than the near end, long enough for injury. Investigation found the switch at the far end had corroded and was operating on a delayed contact, a fault invisible to a test performed only at the near end. The fix was not a new question on the form; Pull Cord Operates From Both Ends already existed. It was enforcing that the test is actually performed at both ends of the run, every time, rather than at whichever end is convenient to reach.
The template
The template, field by field
The form exactly as it installs. Every field, option, score and conditional rule is editable, and the links to other templates come with it.
6 sections
- Reference
- MNT-038
- Archetype
- Inspection
- Record ID
- INSP-2026-000
- Scoring
- Percent with knockout items
- Direction
- High is good
- Singleton
- No
- Basis
- OSHA 1910.212, CEMA
- Links
- Links Asset
- Tags
- Maintenance, Inspection
- Sections
- 6
- Fields
- 53
- Follow up fields
- 9
- Repeating sections
- 1
- Links out
- 4
Header
13 fieldsInspection ID*
Auto sequence. Format INSP-2026-00000.
The record's own ID. Other templates point at this value.
Status*
Drives who this goes to next.
- Planned2 pts
- In progress2 pts
- Complete3 pts
- Deferred0 pts
- Open0 pts
- Closed3 pts
- Overdue0 pts
Date and Time*
Raised By*
Site*
Site ID*
Format SITE-000.
Links to FDN-001 Site ID
Area
The area within the site.
Exact Location
Drop a pin for anything hard to find.
Asset*
Asset ID*
Format AST-0000.
Links to FDN-002 Asset ID
Conveyor Type*
Length Metres
Inspection Frequency*
Belt and rollers
6 fieldsBelt Condition*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Belt Tracking*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Belt Tension*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Belt Joints And Splices*
Failed splices and lost belt fasteners are a common foreign body source.
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Rollers Free Running*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Bearings Condition*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Guarding and safety
9 fieldsNip Point Guards In Place*
- Yes2 pts
- No0 pts
- N/Aexcluded from denominator
Drive Guards Secure*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Trapped Key Or Interlocks Function*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Pull Cords Present Full Length*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Pull Cord Tension Correct*
- Yes3 pts
- Slack1 pt
- No0 pts
Pull Cord Operates From Both Ends*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Emergency Stops Function*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Crossover Or Under Points Guarded*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Start Warning Alarm Works
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Hygiene
6 fieldsBelt Surface Cleanable*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
No Delamination Or Fraying*
Fraying belt edges shed fibres into product.
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Underside Accessible For Cleaning*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Scrapers And Wipers Effective
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Product Build Up Absent*
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Drip Trays Clean
- Pass2 pts
- Partial1 pt
- Fail0 pts
- N/Aexcluded from denominator
Findings
Repeats7 fieldsResult*
- Pass3 pts
- Pass with conditions2 pts
- Fail0 pts
Severity
- Minor3 pts
- Moderate1 pt
- Serious0 pts
Element Tag
Groups deficiencies by hazard type across every template.
Deficiency Detail
Photo Evidence
Fixed On The Spot
Finding ID
Raise a finding record where this needs tracking to closure.
Links to FDN-015 Finding ID
Result
12 fieldsItems Assessed*
Excludes anything marked N/A.
Items Failed*
Score Percent*
Calculated on submission. High is good. N/A items leave the denominator.
Result Band*
- Pass3 pts
- Caution1 pt
- Fail0 pts
Completeness Percent*
How much of the template was actually answered. A high score on a half completed form is not a high score.
Action Required*
Raise the action record, then enter its reference here.
- No2 pts
- Yes0 pts
Priority
- High0 pts
- Medium1 pt
- Low3 pts
CAPA ID
Format CAPA-2026-00000.
Links to FDN-014 CAPA ID
Action Owner
Next Inspection Due*
Technician*
Signature*
MNT-038 · record IDs look like INSP-2026-000 · Links Asset
Open in KnowellaRun it with agents
From a document you fill in to a programme that runs itself
The inspection record itself is simple. What slips is whether a guard that looks fitted was actually confirmed to function, and whether a logged deficiency gets tracked to closure rather than absorbed into a passing score.
Holds the conveyor library against the frequency set for each asset by criticality, flags conveyors running past due, and keeps findings linked to their inspection record.
Watches for deficiencies marked not fixed on the spot with no finding ID raised, and surfaces them rather than letting an untracked fail sit inside a passing score.
Tracks guarding and emergency stop function tests across the conveyor fleet separately from general mechanical condition, so a pull cord fault doesn't get buried in an overall percentage.
This template lives in KnowMaintain — asset maintenance. Work orders, planned maintenance, calibration, reliability and shutdowns.
Meet KnowMaintain→Glossary
Conveyor Inspection definitions and key terms
- Nip point
- A point where two surfaces come together, at least one moving, capable of trapping a body part; the primary hazard a conveyor's guarding is designed to prevent.
- Pull cord (emergency stop cable)
- A cable running the length of a conveyor that stops the machine when pulled from any point along its run, tested for function and reach rather than presence alone.
- CEMA
- Conveyor Equipment Manufacturers Association, the industry body whose design and safety practice fills the detail that general machine guarding law leaves unspecified for conveyors.
- Knockout item
- A field on the inspection whose failure determines the fit-for-service or restricted-use outcome regardless of the overall percentage score.
- Interlock (trapped key)
- A guard that prevents access to a hazard while the machine is running, releasing only once the machine is confirmed stopped, distinct from a fixed panel guard.
FAQ
Frequently asked questions about conveyor inspection
How often should a conveyor be inspected?+
Weekly or monthly, set by the criticality of the specific conveyor rather than a fixed statutory interval. A conveyor feeding a single line with no buffer is typically inspected more often than one with redundancy or a lower consequence if it stops.
Why does the pull cord get tested separately from other guarding?+
Because a pull cord can be present and correctly tensioned and still fail to stop the machine promptly from one end of its run. Testing operation from both ends is the only way to catch a worn or delayed switch at the far end, which a visual check or a single test near the control panel will not reveal.
What is a nip point and why does guarding it matter so much?+
A nip point is where two surfaces close together, at least one moving, can trap a body part; it is the dominant hazard on a belt or roller conveyor. OSHA 1910.212's general duty to guard moving parts is aimed squarely at this hazard, and the inspection checks the guard is fitted, secured and cannot be bypassed.
Does hygiene matter on a conveyor that isn't in a food area?+
Less, but not zero; delamination and product build-up still indicate wear and poor maintenance even where contamination isn't the concern. Where the conveyor does handle food or open product, the hygiene section is not optional regardless of how the mechanical section scores.
What happens when a deficiency isn't fixed during the inspection?+
It gets a finding ID and is tracked to closure separately from the inspection record, rather than being left as a comment inside a passing overall score. The repeating findings section exists so several distinct issues from one inspection don't collapse into a single note.
Who carries out a conveyor inspection?+
A technician, on the frequency set for that conveyor by criticality. It doesn't require the same statutory competent-person sign-off as a crane or pressure vessel examination, but the guarding and pull cord function tests still need to actually be performed, not assumed from a visual check.
Keep going
Related templates and programmes
Industries this is written for
Programmes this belongs to
Used together in Asset Inspection and Statutory Examination
Asset Condition Inspection
Assesses the general condition of an asset against defined criteria
Vibration Analysis Record
Records vibration readings taken from rotating equipment
Thermographic Survey
Records infrared images of electrical panels, motors and bearings to find hot spots
Oil Analysis Record
Records laboratory analysis of lubricating oil, covering wear metals, contamination and additive condition
Ultrasonic Inspection Record
Records ultrasonic readings used to find air leaks, electrical discharge and early bearing wear
Pressure Vessel Inspection
Checks pressure vessels and their safety devices for corrosion, damage and correct operation
More in Asset Inspections
Asset Condition Inspection
Assesses the general condition of an asset against defined criteria
Vibration Analysis Record
Records vibration readings taken from rotating equipment
Thermographic Survey
Records infrared images of electrical panels, motors and bearings to find hot spots
Oil Analysis Record
Records laboratory analysis of lubricating oil, covering wear metals, contamination and additive condition
Ultrasonic Inspection Record
Records ultrasonic readings used to find air leaks, electrical discharge and early bearing wear
Pressure Vessel Inspection
Checks pressure vessels and their safety devices for corrosion, damage and correct operation
Written and reviewed by
Siddarth Singh
Founder & Chief Executive Officer, Knowella
Certified Safety Professional and industrial and systems engineer with more than a decade inside food supply chain, freight and manufacturing operations. This page was written against the current text of the standards it cites, not against secondary summaries of them.
- Certified Safety Professional (CSP), Board of Certified Safety Professionals
- MBA, University of Chicago Booth School of Business
- MS and BS, The Ohio State University, Industrial and Systems Engineering
- Six Sigma Black Belt
Sources and last review. Reviewed 16 August 2026 against:
- OSHA 1910.212 — Machine guarding general requirements
- CEMA — Conveyor Equipment Manufacturers Association design and safety practice
- Provision and Use of Work Equipment Regulations 1998 (PUWER), regulation 11 (UK)
- ISO 12100 — Safety of machinery, general principles for risk assessment
This page is general guidance, not legal advice. Confirm requirements with your jurisdiction’s regulator.