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Free plant risk assessment template (PDF-ready). AS 4024.1100 and ISO 12100 machinery hazard scoring with WHS Reg 297 designer-supplier evidence.

Jarrod Milford

Jarrod Milford

Commercial Director

Updated 27 June 2026
Also see:Compliance and inspections →Best inspection software →MapTrack vs SafetyCulture →

Updated 27 June 2026

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What is a plant equipment risk assessment template?

A plant and equipment risk assessment is a machinery-specific evaluation that scores the mechanical, electrical, hydraulic, pneumatic, thermal, ergonomic and noise hazards generated by a piece of plant or equipment across its design, supply, installation, operation, maintenance and decommissioning lifecycle. It is the document a designer, importer, supplier or PCBU completes against a specific machine (press, conveyor, mixer, lathe, mill, packaging line, crusher, mobile plant, hoist, robot cell) rather than the broader generic workplace risk assessment that scores tasks or environments. The assessment is anchored against AS 4024.1100 (Safety of machinery - General principles for design - Risk assessment and risk reduction), ISO 12100 (Safety of machinery - General principles for design - Risk assessment and risk reduction), WHS Regulations 2011 Section 297 (duty of designer manufacturer importer supplier of plant), Section 39 to 41 of the Model WHS Act on plant duties, OSHA 29 CFR 1910 Subpart O (machinery and machine guarding), and EU Machinery Directive 2006/42/EC essential health and safety requirements (Annex I).

The assessment is distinct from a generic workplace risk assessment because it works through the hazard categories that exist only at the machine boundary: cutting and severing, crushing, shearing, impact, drawing in and entanglement, stabbing and puncturing, electrical contact and arc flash, hydraulic and pneumatic injection, hot surface burns, noise, vibration, radiation, and ergonomic strain in operator interaction. For each hazard the assessment identifies the lifecycle phase (design, transport, installation, commissioning, operation, cleaning, maintenance, fault-finding, decommissioning), scores the likelihood and severity, applies the machinery-specific hierarchy of controls (inherent design measures first, safeguarding and complementary protective measures second, information for use last) and re-scores the residual risk. WHS coordinators and major-project HSE managers complete the assessment when introducing new plant, when modifying or relocating existing plant, after an incident or near-miss involving the equipment, and when periodic plant review cycles fall due. The output drives the operator manual, the guarding specification, the lockout-tagout procedure, the pre-start checklist and the plant register entry, and provides the evidence WHS Regulators ask for first when investigating any plant-related injury.

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Benefits of using this plant equipment risk assessment template

  • Machinery-specific coverage: scores cutting crushing shearing entanglement and arc flash hazards at the machine boundary that a generic workplace or task-based risk assessment routinely treats as a single item.
  • Designer and supplier evidence: satisfies WHS Regulations 2011 Section 297 duty on designers manufacturers importers suppliers and installers of plant to assess and reduce risks before the equipment is transferred to a workplace.
  • Lifecycle visibility: the assessment is scored across design transport installation commissioning operation cleaning maintenance fault-finding and decommissioning so risks beyond normal use are surfaced and controlled.
  • ISO and AS alignment: the structure follows AS 4024.1100 and ISO 12100 risk reduction hierarchy (inherent design then safeguarding then information for use) so the document is defensible to international and Australian regulators.
  • Guarding and LOTO input: residual risk scoring at each lifecycle phase drives the guarding specification energy isolation strategy and lockout-tagout procedure rather than leaving them to ad-hoc supplier choices.
  • Audit trail: the assessment becomes the foundation document for the plant register operator manual maintenance schedule and pre-start checklist and is the artefact regulators examine first after a plant injury or fatality.

Benefits of digitising forms in MapTrack

When you move your assessments from paper to MapTrack, you get:

  • Field users can easily scan a QR code to complete a form on mobile. Unlimited users.
  • Automatically get alerts when faults are identified.
  • Link every form digitally as a PDF to the relevant asset, location or person.
  • Receive a digital PDF copy with every submission to your email.
  • Ability to share forms digitally.
  • Build conditional logic (show or hide questions based on answers).
  • Take pictures or attach photos. Not possible with a paper-based form.
  • Electronic signatures.
  • Edit forms later without reprinting.
  • Restrict permissions (who can view, complete or approve).
  • Build forms with AI (describe what you need and MapTrack suggests the form).
  • Escalate critical hazards instantly to safety managers via push notification.
  • Maintain an auditable safety register that satisfies WHS regulator requests.
  • Correlate incident trends across sites with built-in safety analytics.

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What to include in a plant equipment risk assessment template

This plant equipment risk assessment template covers 10 key areas:

  • Plant identification: machine name, manufacturer, model, serial number, plant register ID, capacity, location and intended use including any limits or restrictions.
  • Assessment context: trigger for the assessment (new plant, modification, relocation, post-incident, periodic review), assessor name and competency, supplier or designer details and the lifecycle phases in scope.
  • Hazard categories: cutting and severing, crushing, shearing, impact, drawing in and entanglement, stabbing and puncturing, electrical contact and arc flash, hydraulic and pneumatic injection, hot surfaces and burns, slips and falls, noise, vibration, radiation, biological, ergonomic and psychosocial.
  • Lifecycle phases: design and supply, transport and installation, commissioning and testing, normal operation, set-up and changeover, cleaning, maintenance, fault-finding and recovery, training, decommissioning and disposal.
  • Inherent risk scoring: a likelihood and severity matrix scored for each hazard at each lifecycle phase, recording the worst-case event the hazard could realistically produce.
  • Control measures: inherent design measures (geometry, energy reduction, fail-safe defaults), safeguarding and complementary protective measures (fixed and movable guards, interlocks, light curtains, emergency stops, two-hand controls) and information for use (operator manual, warnings, training, PPE).
  • Residual risk scoring: re-scoring of the same matrix after controls are applied so the residual band is recorded against each hazard and lifecycle phase.
  • Operator interaction analysis: ergonomic and human-factors review of the operator station, control reach, visibility, force exertion, manual handling, shift duration and any fatigue or psychosocial loading the design introduces.
  • Compliance mapping: references to AS 4024 series clauses, ISO 12100 risk reduction clauses, OSHA 1910 Subpart O guarding requirements, EU Machinery Directive 2006/42/EC Annex I essential requirements and any product standards (AS 1418 cranes, AS 2939 plant pre-start) applicable.
  • Sign-off and review schedule: assessor signature, plant owner countersign, valid-from and review-due dates, link to the operator manual lockout-tagout procedure and pre-start checklist and the trigger criteria that require an interim review.

How to use this plant equipment risk assessment template

  1. Gather machine information before scoring any hazard: collect the manufacturer technical file, CE or Australian compliance declaration, supplier manual, electrical schematics, hydraulic and pneumatic circuit drawings, prior incident reports, modification records and the plant register entry so the assessment is grounded in the actual machine configuration not a generic template.
  2. List every hazard at the machine boundary across the lifecycle: walk the machine with the operator and the maintainer, identify each cutting crushing shearing entanglement electrical hydraulic hot surface noise vibration radiation and ergonomic hazard, then map the hazard against every lifecycle phase (operation, cleaning, maintenance, fault-finding) because the worst-case is rarely the normal operating mode.
  3. Score the inherent risk for each hazard and phase: apply the AS 4024.1100 risk matrix or the ISO 12100 risk estimation parameters (severity, frequency and duration of exposure, probability of occurrence, possibility of avoidance) to score the worst-case event before any control is in place and capture the score against the hazard and lifecycle row.
  4. Apply the machinery hierarchy of controls and re-score residual risk: work through inherent design (geometry, energy reduction, fail-safe defaults), safeguarding (fixed and movable guards, interlocks, light curtains, two-hand controls, emergency stops) and information for use (operator manual, warnings, PPE) in order, record the chosen control against each hazard and re-score the residual risk matrix.
  5. Document operator interaction compliance mapping and sign-off: complete the ergonomic and human-factors review of the operator station, map each control to AS 4024 ISO 12100 OSHA 1910 Subpart O or EU Machinery Directive 2006/42/EC clauses, write the operator manual lockout-tagout procedure and pre-start checklist entries that this assessment requires and have the assessor and plant owner sign before the machine is released for use.

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How often should you complete this assessment?

A plant and equipment risk assessment is a controlled document that follows the machine across its lifecycle. The assessment must be issued before the machine is supplied or installed (designer manufacturer importer supplier duty under WHS Regulations 2011 Section 297), reviewed before commissioning, refreshed when the plant is modified relocated or has a guarding upgrade, refreshed when normal operation parameters change (new product run, increased throughput, new tooling), and re-issued after any incident near-miss or regulator notice involving the equipment. Beyond event triggers, a periodic review cycle of 3 to 5 years is widely used in Australian industry, aligned with the AS 4024.1100 expectation that risk reduction measures remain valid against current safety state of the art. Some sites tie the review to the major maintenance shutdown cycle so the assessment is refreshed at the same time guarding interlocks and emergency stops are physically inspected. The ISO 12100 standard requires the risk assessment to be reviewed whenever risk reduction measures introduced create new hazards or new states of the machine. In MapTrack the assessment is attached to the plant asset and the review date is scheduled against the plant register entry so it cannot lapse silently.

Frequently asked questions

AS 4024.1100 (Safety of machinery - General principles for design - Risk assessment and risk reduction) and ISO 12100 (Safety of machinery - General principles for design - Risk assessment and risk reduction) are the primary machinery risk assessment standards. WHS Regulations 2011 Section 297 imposes the duty on designers manufacturers importers suppliers and installers of plant. Sections 39 to 41 of the Model WHS Act govern plant duties. OSHA 29 CFR 1910 Subpart O covers machinery and machine guarding in the US. EU Machinery Directive 2006/42/EC Annex I sets the essential health and safety requirements applied to machinery placed on the European market and is increasingly referenced in Australian procurement specifications.

A generic risk assessment template (or PCBU risk assessment) scores tasks workplaces or activities at a broad level and applies the workplace hierarchy of controls (elimination substitution isolation engineering administrative PPE). A plant and equipment risk assessment scores hazards at the machine boundary across every lifecycle phase (design transport installation commissioning operation cleaning maintenance fault-finding decommissioning) and applies the machinery-specific hierarchy from AS 4024.1100 and ISO 12100 (inherent design then safeguarding then information for use). The machinery assessment is required even when a generic workplace assessment already exists because the hazards are mechanical and human-machine interaction specific.

Under WHS Regulations 2011 Section 297 the duty sits with the designer manufacturer importer supplier and installer of plant before the equipment is supplied to a workplace. Once installed the PCBU at the workplace must review and revise the assessment under Sections 39 to 41 of the Model WHS Act and apply controls so far as reasonably practicable. In practice the assessment is completed by a competent person with machinery experience such as a chartered mechanical engineer functional safety engineer WHS coordinator or major-project HSE manager and signed by the plant owner. Operator and maintainer consultation is required under WHS Act 2011 Section 47.

ISO 12100 and AS 4024.1100 expect the assessment to cover every lifecycle phase including design and supply transport and installation commissioning and testing normal operation set-up and changeover cleaning maintenance fault-finding and recovery training and decommissioning. The worst-case event is rarely produced during normal operation because operators are trained and guards are in place; many serious injuries occur during cleaning maintenance fault-finding and set-up when guards are removed energy is partially isolated and operators are exposed to mechanical and energy hazards normally controlled. Each phase must score likelihood and severity separately.

The plant and equipment risk assessment is the upstream document that informs the lockout-tagout procedure (which energy sources to isolate and verify) and the pre-start checklist (which safety-critical items to verify before each operation). The assessment identifies every electrical hydraulic pneumatic mechanical thermal and gravitational energy source the machine carries and determines the residual risk requiring isolation. It also identifies the safety-critical items (emergency stops light curtains interlocks guards) the operator must verify pre-start. Without a current assessment the LOTO procedure and pre-start checklist have no design basis under AS 4024 and may miss energy sources that emerge during cleaning or fault-finding.

The assessment is a controlled document reviewed against events and on a cycle. Review it before commissioning, refresh it whenever the plant is modified, relocated or has a guarding or control-system upgrade, refresh it when operating parameters change (new product run, increased throughput, new tooling) and re-issue it after any incident, near-miss or regulator notice involving the equipment. Beyond event triggers, a periodic review cycle of 3 to 5 years is widely used in Australian industry, aligned with the AS 4024.1100 expectation that risk reduction measures remain valid against the current safety state of the art. Many sites tie the review to the major maintenance shutdown so it is refreshed when guards, interlocks and emergency stops are physically inspected.

Yes. The structure covers fixed and mobile plant (presses, conveyors, mixers and crushers through to hoists, mobile plant and robot cells) because the hazard categories and lifecycle phases are the same. Second-hand and imported machinery need particular attention: WHS Regulations 2011 Section 297 applies to importers and suppliers, so a machine bought without a current assessment or compliance declaration must be assessed before it is supplied or returned to service. Score it against AS 4024.1100 and ISO 12100, confirm guarding, interlocks and emergency stops meet the current standard rather than the standard at original manufacture, and record any gaps as additional controls before the plant is released for use.

Yes. Download and use this plant and equipment risk assessment template for free. Open the file in your browser and use Print then Save as PDF. No MapTrack account is required. MapTrack turns the assessment into a digital record attached to the plant asset, with the review date scheduled against the plant register so it cannot lapse silently, plus photos against each hazard, linked lockout-tagout and pre-start checklists and a searchable register across every machine and site. Start free or book a demo to see how.

Applicable regulatory standards

This template aligns with the following regulations and standards:

  • AS 4024.1100-2014 (Safety of machinery - Risk assessment and risk reduction)
  • ISO 12100:2010 (Safety of machinery - Risk assessment and risk reduction)
  • WHS Regulations 2011 Section 297 (plant designer / supplier duty)
  • OSHA 29 CFR 1910 Subpart O (Machinery and machine guarding)
  • EU Machinery Directive 2006/42/EC Annex I

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  <p style="font-size:12px;font-weight:700;letter-spacing:0.05em;text-transform:uppercase;color:#0E7490;margin:0;">Free template</p>
  <p style="font-size:18px;font-weight:700;color:#071D49;margin:6px 0 0;">Plant equipment risk assessment template</p>
  <ul style="margin:12px 0 0;padding-left:18px;color:#374151;font-size:14px;line-height:1.6;">
    <li style="margin:4px 0;">Plant identification: machine name, manufacturer, model, serial number, plant register ID, capacity, location and intended use including any limits or restrictions.</li>
    <li style="margin:4px 0;">Assessment context: trigger for the assessment (new plant, modification, relocation, post-incident, periodic review), assessor name and competency, supplier or designer details and the lifecycle phases in scope.</li>
    <li style="margin:4px 0;">Hazard categories: cutting and severing, crushing, shearing, impact, drawing in and entanglement, stabbing and puncturing, electrical contact and arc flash, hydraulic and pneumatic injection, hot surfaces and burns, slips and falls, noise, vibration, radiation, biological, ergonomic and psychosocial.</li>
    <li style="margin:4px 0;">Lifecycle phases: design and supply, transport and installation, commissioning and testing, normal operation, set-up and changeover, cleaning, maintenance, fault-finding and recovery, training, decommissioning and disposal.</li>
    <li style="margin:4px 0;">Inherent risk scoring: a likelihood and severity matrix scored for each hazard at each lifecycle phase, recording the worst-case event the hazard could realistically produce.</li>
    <li style="margin:4px 0;">Control measures: inherent design measures (geometry, energy reduction, fail-safe defaults), safeguarding and complementary protective measures (fixed and movable guards, interlocks, light curtains, emergency stops, two-hand controls) and information for use (operator manual, warnings, training, PPE).</li>
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  <p style="font-size:13px;color:#6B7280;margin:14px 0 0;padding-top:12px;border-top:1px solid #E5E7EB;">Free <a href="https://www.maptrack.com/templates/plant-equipment-risk-assessment-template" style="color:#071D49;font-weight:600;text-decoration:none;">Plant equipment risk assessment template</a> by MapTrack</p>
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