Knowella

Conveyor and Transfer Safety Review

Conveyors get risk assessed machine by machine, and each one can pass on its own. The place someone actually loses fingers is the transfer point where one belt hands off to the next, because it sits between two assessments and neither owns it. This review looks at the line as a system rather than a stack of individual machines, and treats every junction as a hazard in its own right.

KnowSafeReviewSAF-17458 fields across 7 sectionsFull researchSee the form

Reviewed by Siddarth SinghCSPLast reviewed 16 August 2026

Basis
ISO 45001 cl.6.1.2
Workspace
KnowSafe
Form type
Review
Review trigger
Yearly, and after any line change or incident
Completed by
Engineering with operators

The short version

  • Individual conveyors passing their own risk assessments does not mean the line is safe; injuries cluster at the transfer points between machines, which nobody's individual assessment covers.
  • An emergency stop that only halts the section it sits on is worse than useless if the adjacent, crossing section keeps running into the same person.
  • Pull cords fitted to only one side, or left slack, do not meet the intent of a continuous stop function even where a cord physically exists.
  • Jam clearing is the point in the process where isolation discipline breaks down fastest, because it is unplanned, urgent and usually done by whoever is standing nearest.

What this is

What is a conveyor and transfer safety review?

What is a conveyor and transfer safety review?

It is a line-level review that checks nip points, pull cords, crossovers, start warnings and jam clearing across an entire conveyor system rather than one machine at a time. It exists because machine-by-machine risk assessments routinely stop at the machine boundary, leaving the transfer point itself unassessed by anyone.

What counts as a transfer point?

Any place where product, and therefore a hand following it, moves from one conveyor section to another: a belt-to-belt handoff, a merge, a divert, or a change of incline. These are the highest-injury locations on a line because guarding designed for one machine rarely extends across the gap into the next.

Why review the whole line instead of each machine?

A machine-level assessment can pass every individual conveyor and still leave the junctions unguarded, because each assessor only owns their own equipment. The line review is the only record that forces someone to look at the gaps between machines rather than the machines themselves.

Scope

When is a conveyor and transfer safety review required?

This review sits at the level of the whole conveyor system. Point assessments of individual machines, or of unrelated hazards that happen to be nearby, belong to other templates and should not be folded into this one.

Use this template when

  • A conveyor line or system is being brought into service, extended, or has had a section replaced
  • The annual review interval for the line has been reached
  • An incident or near miss has occurred at a transfer, crossing or clearing point
  • A new merge, divert or crossing point has been added to an existing line
  • The Machine Safety programme is being run and this line has not yet had its own review record

Do not use it for

  • Robot and Automation Safety Assessment, which assesses collaborative and caged robotic cells for safeguarding, speed and separation, teach mode and recovery from fault.
  • Combustible Dust Assessment, which assesses whether dust from powders or packaging can accumulate and ignite, and what controls exist.
  • Machine Risk Assessment, which covers a single machine in isolation rather than a line of connected conveyors.
  • Pinch Point Survey, which is a narrower, point-in-time survey of specific pinch hazards rather than a full line review.
  • The mechanical inspection of the same conveyor system, which is a maintenance record tracked separately and only linked back here.

Compliance mapping

Which ISO 45001 cl.6.1.2 requirements does this satisfy?

The review is built against ISO 45001's hazard identification and risk assessment clause, applied at the level of the conveyor system rather than any single asset within it.

ClauseRequirementWhere it lands
ISO 45001 cl.6.1.2Hazards from moving parts, including nip and trap points, are identified before they cause harmNip and trap points
ISO 45001 cl.6.1.2Hazards arising from stored kinetic energy at start-up and shutdown are identified and controlledStopping the line
ISO 45001 cl.6.1.2The scope of hazard identification covers the whole work system, not an arbitrarily narrow slice of itHeader
ISO 45001 cl.8.1.1Operational controls, such as crossing points and guarding, are kept effective and verified in actual use, not just on installationAccess and crossing
ISO 45001 cl.9.1Performance of controls is monitored against defined criteria, with a documented resultResult
ISO 45001 cl.10.2Nonconformities identified during the review are recorded and tracked through to corrective actionFindings

What it does not cover

  • A pull cord fitted along one side of the conveyor only, which leaves anyone on the far side of the belt without a stop function they can reach.
  • An emergency stop that halts only the section it sits on, which lets an adjacent, crossing section keep running into the same person.
  • A restart that happens automatically when a guard door closes, which removes the deliberate action a worker needs to take before the line moves again.
  • A transfer point guard that has been modified or removed for access, which reintroduces the exact hazard the guard was fitted to control.
  • Jam clearing carried out without isolation because the stoppage is treated as urgent, which is precisely the moment isolation discipline is needed most.

Global

Conveyor and Transfer Safety Review requirements by country

Conveyor and transfer safety draws on general machinery guarding law almost everywhere it is regulated, but the instruments that actually get inspected against differ by jurisdiction.

United Kingdom

Provision and Use of Work Equipment Regulations 1998 (PUWER), regulation 11

Requires dangerous parts of machinery, including conveyor nips and traps, to be guarded so far as is reasonably practicable, with guards that do not themselves create a hazard.

A guard that must be removed to clear a routine jam, and is then left off, is a PUWER failure regardless of how the original risk assessment scored the conveyor.

United States

OSHA 29 CFR 1910.212, general requirements for all machines

Requires guarding at the point of operation and at in-running nip points, and is the standard OSHA cites most often after conveyor amputations.

Transfer points and drive drums without physical guarding are the most commonly cited failure under this standard, independent of whether an internal review ever flagged them.

European Union

Machinery Regulation (EU) 2023/1230, read with EN 620 / EN 619 conveyor safety standards

Sets essential health and safety requirements for conveying equipment placed on the market, including guarding of nip points and emergency stopping arrangements.

A line assembled from individually CE-marked conveyors can still fail the essential requirements at the transfer points, since compliance for the assembled line is a separate obligation from compliance for each machine.

How to complete it

How to complete a conveyor and transfer safety review, step by step

Filling in every field is the easy part. Whether the record is actually defensible comes down to a handful of judgement calls the reviewer has to make honestly rather than mechanically.

What counts as a transfer point on this specific line

The count entered against Transfer Points has to match what a hand could actually get caught in, not what the layout drawing labels as a junction. Undercounting here quietly removes locations from the scope of every other section in the review.

Whether an incline, decline or spiral section can honestly be marked not applicable

These options score the same as a full pass, so marking a section not applicable when it exists but was skipped, rather than genuinely absent from the line, inflates the result without anyone noticing until the next incident.

Whether stopping zones actually match how sections physically interact

Stopping Zones Defined and Adjacent Sections Stop Together are two different claims. A site can define zones on paper and still wire the controls so a crossing section keeps running, and only a reviewer who checks both fields against each other will catch it.

Whether the jam-clearing answer reflects practice or policy

Isolation Required For Jam Clearing describes what the procedure says. Whether operators actually isolate before clearing under time pressure is a separate, harder question, and a review that only checks the paperwork will miss the gap where most conveyor injuries actually occur.

What auditors find

Most common conveyor and transfer safety review findings

The findings that recur most often on conveyor reviews cluster around the same handful of failure points, almost all of them at a junction rather than inside a single machine.

FindingClauseWhat fixes it
Transfer point guard missing, propped open, or modified to speed up accessISO 45001 cl.6.1.2Refit a fixed or interlocked guard sized to the actual gap, and route any recurring access need through a documented, isolated procedure instead of a permanent modification.
Pull cord present on one side of the conveyor only, or slack enough that it does not tripISO 45001 cl.8.1.1Extend the cord the full length on both sides and retension to the manufacturer's trip specification, then test it from both ends before closing the finding.
Adjacent conveyor sections do not stop together when one section's emergency stop is operatedISO 45001 cl.6.1.2Rewire the stopping circuit so any section within reach of a hazard also drops power on a crossing or adjacent section, and re-test before signing off.
Line restarts automatically once a guard or access door is closedISO 45001 cl.8.1.1Convert the restart to a manual, deliberate action taken from a position where the operator can see the hazard area, not from the point where the guard was closed.
Jam clearing is routinely carried out without isolating the sectionISO 45001 cl.10.2Mandate isolation before manual clearing in the written procedure, add a spot-check to the periodic LOTO inspection, and treat any observed exception as a finding in its own right.
People are seen climbing over or under the conveyor rather than using the provided crossingISO 45001 cl.6.1.2Move the crossing to where people actually need it, since a crossing being ignored is evidence it is in the wrong place rather than evidence people are being careless.

Case in point

Case in point: the junction nobody assessed

A site running three individually risk-assessed conveyors passed every machine-level review for two years running. Each conveyor's guarding, e-stops and pull cords were checked against its own manufacturer documentation and signed off clean.

The injury happened at the belt-to-belt handoff between the second and third conveyor, a point that belonged to neither machine's assessment. A hand followed product across the gap during a jam clear, and the section that should have stopped kept running because it was wired as an independent zone. The line-level review, introduced afterward, exists to catch exactly that gap before it becomes an incident rather than after.

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.

58fields
7 sections
Reference
SAF-174
Archetype
Review
Record ID
CTS-2026-000
Scoring
Findings open
Direction
Low is good
Singleton
Yes
Basis
ISO 45001 cl.6.1.2
Links
Links Machine safety, Conveyor inspection
Tags
Manufacturing, Conveyors
Sections
7
Fields
58
Follow up fields
9
Repeating sections
1
Links out
4
Field typesOwn ID, generated on saveCase thread and parentPick list from a registryLinked to another templateFollow up, dashed outlineScored

Header

12 fields
Text

Review ID*

Generated on save

Auto sequence. Format CTS-2026-000.

The record's own ID. Other templates point at this value.

Single Choice

Status*

Scored

Drives who this goes to next.

  • Planned2 pts
  • In progress2 pts
  • Complete3 pts
  • Deferred0 pts
  • Open0 pts
  • Closed3 pts
  • Overdue0 pts
Date & Time

Date and Time*

Users

Completed By*

Pick List

Site*

From FDN-001 Site NameFilter: Status is Active
Text

Site ID*

Linked

Format SITE-000.

Links to FDN-001 Site ID

Single Choice

Area

Optional

The area within the site.

Cutting roomBoning hallPackingChill storeFreezerPasteurisingFillingCulture roomDespatchYardWorkshopPlant roomOffices
Location

Exact Location

Optional

Drop a pin for anything hard to find.

Info

Assessed Machine By Machine, Injuring At The Junctions

Individual conveyors get risk assessed. The transfer points between them, where one belt meets another, are where hands get caught and nobody owns the assessment.

Text

Line Or System Reference*

Numeric Answer

Conveyor Sections*

Numeric Answer

Transfer Points*

Scored

Nip and trap points

9 fields
Single Choice

All Nip Points Identified*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Drive And Tail Drums Guarded*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Transfer Points Guarded*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

In Running Nips At Rollers Guarded*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Guards Require A Tool To Remove*

Scored
  • Yes3 pts
  • Some1 pt
  • No0 pts
Single Choice

Guards Present And Not Modified*

Scored
  • Yes3 pts
  • Some modified1 pt
  • No0 pts
Single Choice

Merge And Divert Points Assessed*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Incline And Decline Sections Assessed

OptionalScored
  • Yes3 pts
  • Not applicable3 pts
  • No0 pts
Single Choice

Spiral Or Vertical Sections Assessed

OptionalScored
  • Yes3 pts
  • Not applicable3 pts
  • No0 pts

Stopping the line

9 fields
Single Choice

Pull Cords Full Length Both Sides*

Scored
  • Yes3 pts
  • One side1 pt
  • No0 pts
Single Choice

Pull Cord Tension Correct*

Scored
  • Yes3 pts
  • Slack1 pt
  • No0 pts
Single Choice

Pull Cords Latch And Require Reset*

Scored
  • Yes3 pts
  • No0 pts
Single Choice

Emergency Stops Reachable From Every Position*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Stopping Zones Defined*

Scored

An emergency stop that only stops one section leaves the crossing belt running into somebody.

  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Adjacent Sections Stop Together*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Start Warning Alarm Fitted*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Restart Requires Deliberate Action*

Scored
  • Yes3 pts
  • Automatic on door close0 pts
Single Choice

Remote Start Prevented During Work*

Scored
  • Yes3 pts
  • No0 pts

Access and crossing

6 fields
Single Choice

Crossing Points Provided Where Needed*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

People Observed Climbing Over Or Under*

Scored

If people cross where there is no crossing, the crossing is in the wrong place.

  • No3 pts
  • Occasionally1 pt
  • Routinely0 pts
Single Choice

Under Conveyor Access Guarded*

Scored
  • Yes3 pts
  • Partly1 pt
  • No0 pts
Single Choice

Jam Clearing Procedure Defined*

Scored
  • Yes3 pts
  • Informal1 pt
  • No0 pts
Single Choice

Isolation Required For Jam Clearing*

Scored
  • Yes3 pts
  • Sometimes1 pt
  • No0 pts
Single Choice

Cleaning Requires Isolation*

Scored
  • Yes3 pts
  • Sometimes1 pt
  • No0 pts

Findings

Repeats7 fields
Single Choice

Result*

Scored
  • Pass3 pts
  • Pass with conditions2 pts
  • Fail0 pts
Single Choice

Severity

OptionalScoredShows if Result equals Fail
  • Minor3 pts
  • Moderate1 pt
  • Serious0 pts
Single Choice

Element Tag

OptionalShows if Result equals Fail

Groups deficiencies by hazard type across every template.

Hazard identificationPPEHousekeepingEnergy isolationMachine guardingErgonomicsChemicalElectricalWorking at heightConfined spaceMobile equipment
Text

Deficiency Detail

OptionalShows if Result equals Fail
File Upload

Photo Evidence

OptionalShows if Result equals Fail
Single Choice

Fixed On The Spot

OptionalShows if Result equals Fail
YesNo
Text

Finding ID

OptionalLinkedShows if Fixed On The Spot equals No

Raise a finding record where this needs tracking to closure.

Links to FDN-015 Finding ID

Related records

1 field
Text

Conveyor Inspection ID

OptionalLinked

The mechanical inspection of the same system.

Links to MNT-038 Inspection ID

Result

14 fields
Numeric Answer

Items Assessed*

Excludes anything marked N/A.

Numeric Answer

Items Failed*

Numeric Answer

Score Percent*

Scored

Calculated on submission. High is good. N/A items leave the denominator.

Single Choice

Result Band*

Scored
  • Pass3 pts
  • Caution1 pt
  • Fail0 pts
Numeric Answer

Completeness Percent*

How much of the template was actually answered. A high score on a half completed form is not a high score.

Single Choice

Action Required*

Scored

Raise the action record, then enter its reference here.

  • No2 pts
  • Yes0 pts
Single Choice

Priority

OptionalScoredShows if Action Required equals Yes
  • High0 pts
  • Medium1 pt
  • Low3 pts
Text

CAPA ID

OptionalLinkedShows if Action Required equals Yes

Format CAPA-2026-00000.

Links to FDN-014 CAPA ID

Users

Action Owner

OptionalShows if Action Required equals Yes
Date & Time

Next Due*

Users

Engineering*

Signature

Signature*

Users

Safety Lead*

Signature

Second Signature*

SAF-174 · record IDs look like CTS-2026-000 · Links Machine safety, Conveyor inspection

Open in Knowella

Run it with agents

From a document you fill in to a programme that runs itself

The review itself is one afternoon's work. Keeping the record current as the line changes, and making sure a transfer-point finding actually gets closed, is the part that slips without something watching it.

KnowSafe

Holds the conveyor and transfer safety review against the site's line register, flags when the annual interval or a line change should trigger a fresh review, and keeps findings visible until closed.

KnowMaintain

Tracks the linked mechanical inspection and LOTO records for the same system, so a guard or isolation finding raised here shows up against the equipment that actually needs the work.

KnowOps

Surfaces near misses and jam-clearing patterns from day-to-day line operation, which is often where an undocumented transfer-point workaround first becomes visible.

Ella
Ella

Coordinates engineering and operations on the review, rolls open findings into one view across the line, and holds every write for your approval before it touches a record.

This template lives in KnowSafe — safety and compliance. Incidents, hazards, permits, inspections and the critical controls behind them.

Meet KnowSafe→

Glossary

Conveyor and Transfer Safety Review definitions and key terms

Nip point
The location where two surfaces, such as a belt and a roller or two rollers, come together and can draw in and trap a hand or clothing.
Pull cord
A safety rope switch running the length of a conveyor that stops the line when pulled from any point along it, intended to be reachable from both sides.
Transfer point
The junction where product moves from one conveyor section to another, whether by direct handoff, merge, or divert, and the location where guarding designed for a single machine most often falls short.
Jam clearing
The unplanned task of removing a blockage or misfeed from a running or stopped conveyor, distinct from planned maintenance and the point where isolation discipline is most likely to be skipped.
Stopping zone
The defined section of a conveyor line that stops together when an emergency stop within it is operated, which must include any adjacent section a person could be caught by.

FAQ

Frequently asked questions about conveyor and transfer safety review

What is the conveyor and transfer safety review template based on?+

It is built against ISO 45001 clause 6.1.2, hazard identification and risk assessment, applied at the level of the whole conveyor system rather than any single machine within it.

How often should this review run?+

Yearly as a baseline, and again whenever the line is extended, modified, or has had an incident or near miss at a transfer, crossing or clearing point.

Who normally completes it?+

Engineering leads the review, with operators involved because they are the ones who actually cross, clear jams on, and work around the line day to day.

Is this a one-off record or a recurring one?+

It is a singleton: one record per conveyor line or system, set up once and reviewed on the interval, rather than a new record generated for every event.

How is the review scored?+

Findings open is the headline metric, and low is good. The score exists to surface how many transfer-point and stopping-function issues remain unresolved, not to produce a single percentage.

How does this differ from a machine risk assessment?+

A machine risk assessment covers one conveyor in isolation. This review specifically covers the junctions between machines, which is where individual assessments consistently stop looking.

Keep going

Related templates and programmes

Siddarth Singh

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
Verify with BCSP →

Sources and last review. Reviewed 16 August 2026 against:

  • ISO 45001 cl.6.1.2 — Hazard identification and assessment of risks
  • ISO 45001 cl.8.1.1 — Operational planning and control
  • PUWER 1998, regulation 11 — Dangerous parts of machinery
  • OSHA 29 CFR 1910.212 — General requirements for all machines
  • Machinery Regulation (EU) 2023/1230, with EN 619 / EN 620

This page is general guidance, not legal advice. Confirm requirements with your jurisdiction’s regulator.

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