What are the vibration exposure action and limit values and where do they come from?

The exposure action value (EAV) is 2.5 m/s² A(8) and the exposure limit value (ELV) is 5.0 m/s² A(8). These thresholds originate from EU Physical Agents Directive 2002/44/EC and are legally binding in the UK under the Control of Vibration at Work Regulations 2005. In Australia, there is no specific vibration regulation, but the PCBU has a general duty of care under WHS Regulations to manage vibration risks. Safe Work Australia guidance and HSE L140 both recommend adopting the 2.5/5.0 m/s² thresholds as best-practice benchmarks. When the EAV is reached, controls must be introduced and health surveillance offered. The ELV must not be exceeded under any circumstances.

How do I calculate daily vibration exposure A(8) for a worker using multiple tools?

For each tool, you need the vibration magnitude in m/s² and the daily trigger time in hours. The partial A(8) for one tool equals the vibration magnitude multiplied by the square root of the trigger time divided by eight hours. When a worker uses multiple tools, calculate the partial A(8) for each tool, square each partial value, sum the squared values, and take the square root of the total. The HSE provides a free online vibration exposure calculator and a ready reckoner spreadsheet that performs these calculations automatically. Record both partial and total A(8) values on the assessment form for transparency.

How often should vibration exposure be reassessed?

A full reassessment should occur at least annually. Additional reviews are triggered when new tools are purchased, when tasks or shift patterns change, when health surveillance detects symptom progression, or when a worker reports tingling, numbness or finger blanching. Workers whose exposure sits close to the EAV of 2.5 m/s² A(8) should be reassessed every six months to confirm that controls remain effective. The assessment must also be reviewed if a tool manufacturer updates the declared vibration value or if maintenance records indicate a tool has deteriorated.

What is the difference between hand-arm vibration and whole-body vibration assessments?

A hand-arm vibration (HAV) assessment evaluates the mechanical vibration transmitted from hand-held or hand-guided tools to the hands and arms, with the goal of preventing hand-arm vibration syndrome (HAVS). A whole-body vibration (WBV) assessment evaluates vibration transmitted through a seat or standing platform, typically from vehicles, mobile plant or vibrating floors, with the goal of preventing lower back pain and spinal injuries. Both types use exposure standards with action and limit values, but the measurement methods, frequency weighting and threshold values differ. This template focuses on HAV, which is the more common exposure in trades and construction. A separate whole-body vibration assessment may be needed for plant operators and drivers.

What health surveillance is required for workers exposed to vibration?

Workers whose daily exposure reaches or exceeds the EAV of 2.5 m/s² A(8) should be enrolled in a health surveillance programme. This typically includes an initial baseline questionnaire covering symptoms such as tingling, numbness, pain and finger blanching, followed by periodic re-screening (annually or more frequently for higher-exposed workers). If the questionnaire identifies symptoms, the worker should be referred for clinical examination and, where indicated, vascular testing such as cold provocation or finger systolic blood pressure measurement. In Australia, health surveillance is required under WHS Regulations when there is a significant risk to health from vibration exposure.

Can vibration exposure assessments be managed digitally instead of on paper?

Yes. Digital platforms such as MapTrack allow you to build this assessment as a mobile form linked to your asset register, automatically pull tool vibration data from the equipment record, calculate A(8) exposure values, flag workers approaching or exceeding the EAV or ELV, schedule reassessments by due date and generate compliance reports for WHS audits. Digital records provide a searchable audit trail and make it straightforward to track trends across sites and teams. Book a demo to see how MapTrack helps you digitise vibration risk management.

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Free vibration exposure assessment template (PDF-ready). Tool inventory, A(8) exposure calculation, EAV/ELV comparison and controls. Digitise with MapTrack.

Jarrod Milford

Commercial Director

Updated 3 May 2026

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What is a vibration exposure assessment template?

A vibration exposure assessment template is a structured document used to identify every tool and piece of equipment that transmits mechanical vibration to workers hands and arms, record the vibration magnitude of each source, calculate daily exposure values and compare them against recognised action and limit thresholds to determine whether workers are at risk of developing hand-arm vibration syndrome (HAVS). The assessment follows a systematic process: compile a tool inventory with manufacturer-declared vibration data, estimate or measure the daily trigger time for each worker or work group, calculate the eight-hour energy-equivalent vibration exposure value known as A(8), compare the result against the exposure action value (EAV) of 2.5 m/s² A(8) and the exposure limit value (ELV) of 5.0 m/s² A(8), assign a risk rating, and document control measures to reduce exposure where thresholds are approached or exceeded.

In Australia, the WHS Regulations do not prescribe specific vibration exposure limits, but the PCBU has a general duty of care to manage health risks from vibration at the workplace. Safe Work Australia guidance references the EU and UK thresholds of 2.5 m/s² EAV and 5.0 m/s² ELV as best-practice benchmarks that Australian workplaces should adopt. In the United Kingdom, the Control of Vibration at Work Regulations 2005, which implement EU Physical Agents Directive 2002/44/EC, make these thresholds legally binding. Hand-arm vibration syndrome is a progressive and irreversible condition affecting blood vessels, nerves, muscles and joints. Once vascular symptoms such as finger blanching appear, the damage cannot be reversed. A documented vibration exposure assessment programme is the primary mechanism for identifying high-exposure tasks early, implementing controls before symptoms develop, targeting health surveillance at the most exposed workers and demonstrating regulatory compliance during audits and enforcement visits.

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Benefits of using this vibration exposure assessment template

Early risk identification: systematically identifies workers and tasks approaching or exceeding the EAV of 2.5 m/s² A(8) before irreversible HAVS symptoms develop, enabling proactive intervention.
Regulatory compliance: demonstrates that vibration risks have been assessed and controlled in accordance with WHS Regulations (Australia), the Control of Vibration at Work Regulations 2005 (UK) and Safe Work Australia best-practice guidance.
Tool procurement guidance: assessment data ranks tools by vibration magnitude, giving procurement teams objective evidence to select lower-vibration alternatives at the next purchase cycle.
Exposure management: daily A(8) calculations support trigger-time limits, job rotation schedules and task redesign that keep cumulative vibration exposure within safe levels across a full shift.
Health surveillance targeting: assessment results identify which workers exceed the EAV and should be prioritised for health surveillance programmes including symptom questionnaires, clinical examination and vascular testing.
Audit and insurance evidence: completed assessments create a documented, date-stamped record of your vibration management programme for WHS regulators, insurers and third-party auditors.

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What to include in a vibration exposure assessment template

This vibration exposure assessment template covers 10 key areas:

Assessment header: date, assessor name and qualifications, site or location, department, specific task or work area being assessed.
Tool and equipment inventory: every vibration-producing tool or machine, including make, model, serial number or asset ID, and the manufacturer-declared vibration emission value in m/s².
Vibration magnitude source: whether the value comes from manufacturer declaration, published reference data (e.g. HSE or Safe Work Australia databases) or on-site measurement with a calibrated accelerometer, and the measurement standard used (ISO 5349).
Daily trigger time: estimated or measured duration in minutes that each worker or work group uses each vibration tool per shift.
A(8) exposure calculation: the calculated eight-hour energy-equivalent vibration value for each tool and the cumulative total across all tools for each worker.
EAV and ELV comparison: clear notation of whether the calculated A(8) is below the EAV (2.5 m/s²), between EAV and ELV, or above the ELV (5.0 m/s²).
Risk rating: overall risk level for each worker or task (low, moderate, high) based on the A(8) result and proximity to the thresholds.
Control measures: existing controls such as low-vibration tool selection, anti-vibration gloves, tool maintenance programmes, job rotation and trigger-time limits, plus recommended additional controls where exposure remains above the EAV.
Health surveillance referral: confirmation of whether each exposed worker has been referred to or is currently enrolled in a hand-arm vibration health surveillance programme.
Sign-off and review date: assessor signature, manager or WHS officer review and acknowledgement, next assessment due date.

How to use this vibration exposure assessment template

Walk the site to identify every vibration-producing tool and compile a comprehensive tool inventory.: Physically inspect each work area and list every tool and piece of equipment that transmits vibration to workers hands and arms. Common sources include angle grinders, hammer drills, impact wrenches, jackhammers, needle scalers, chainsaws, plate compactors, concrete vibrators, reciprocating saws and powered sanders. Record the make, model, serial number or asset ID and the age or condition of each item. Do not overlook tools used infrequently, as even short exposure to very high-vibration tools can contribute significantly to daily totals.
Obtain the vibration magnitude for each tool from manufacturer data, published reference databases or on-site measurement.: Check the manufacturer declaration, CE marking documentation or product datasheet for the declared vibration emission value in m/s² (measured per ISO 5349 or EN 60745). If manufacturer data is unavailable, use published reference values from the HSE vibration database, Safe Work Australia guidance or equivalent sources. Where neither is available, arrange on-site measurement using a calibrated tri-axial accelerometer mounted on the tool handle per ISO 5349. Note the data source on the assessment form, as manufacturer-declared values are often measured under idealised conditions and real-world exposure may be higher.
Estimate the daily trigger time for each worker and each vibration tool, then calculate the A(8) exposure value.: For each worker or work group, estimate or measure the total time per shift that each vibration tool is actually operating in the hands (trigger time), excluding idle time, set-up and breaks. Use the standard exposure formula or an online calculator (such as the HSE vibration exposure calculator) to convert vibration magnitude and trigger time into the A(8) value. Where a worker uses multiple tools, calculate the partial exposure from each tool and combine them to produce the total daily A(8). Record all calculations on the assessment form.
Compare each worker A(8) result against the EAV and ELV thresholds and assign a risk rating.: Mark each exposure as below the EAV (less than 2.5 m/s² A(8), low risk), between EAV and ELV (2.5 to 5.0 m/s² A(8), moderate risk, controls required) or above the ELV (exceeds 5.0 m/s² A(8), high risk, immediate action required). Workers at or above the EAV must be provided with information and training on vibration risks, offered health surveillance and have controls implemented to reduce exposure. Workers above the ELV must have their exposure reduced immediately below the limit.
Document existing control measures, recommend additional controls and confirm health surveillance referrals for exposed workers.: Record all controls currently in place: low-vibration tool procurement, regular tool maintenance to keep vibration levels within specification (sharp blades, balanced heads, replaced bearings), anti-vibration gloves where appropriate, job rotation schedules that spread vibration tasks across the crew, trigger-time limits posted at the work area, and warm-up breaks in cold weather. Where exposure remains above the EAV, recommend specific additional measures such as substituting a lower-vibration tool model, mechanising the task to remove hand contact, or redesigning the work sequence. Confirm whether each worker above the EAV has been referred to the health surveillance programme.
Sign off the assessment, brief affected workers on the findings and schedule the next review date.: The assessor signs and dates the completed form. A site manager or WHS officer reviews the findings and signs to acknowledge the assessment and accept the recommended actions. Brief all affected workers on their individual exposure level, the controls in place and how to report early symptoms such as tingling, numbness or finger blanching. Update tool registers, job rotation schedules and trigger-time limits as needed. Set the next review date, typically 12 months or sooner if new tools are introduced, tasks change or health surveillance results indicate symptom progression.

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How often should you complete this assessment?

Vibration exposure assessments should be conducted at least annually as part of your vibration management programme. An assessment is also required whenever new vibration-producing tools or equipment are introduced to the site, when existing tools are replaced with different models that may have different vibration characteristics, when work tasks or shift schedules change in a way that affects daily trigger times, after health surveillance results reveal new or progressing symptoms in exposed workers, or when a worker reports symptoms such as tingling, numbness or finger blanching. For workers whose exposure is close to the EAV of 2.5 m/s² A(8), six-monthly reassessment is recommended to confirm that controls are keeping exposure below the threshold. The UK HSE L140 guidance emphasises that the assessment must be reviewed and updated whenever there is reason to believe it is no longer valid.

Frequently asked questions

What are the vibration exposure action and limit values and where do they come from?: The exposure action value (EAV) is 2.5 m/s² A(8) and the exposure limit value (ELV) is 5.0 m/s² A(8). These thresholds originate from EU Physical Agents Directive 2002/44/EC and are legally binding in the UK under the Control of Vibration at Work Regulations 2005. In Australia, there is no specific vibration regulation, but the PCBU has a general duty of care under WHS Regulations to manage vibration risks. Safe Work Australia guidance and HSE L140 both recommend adopting the 2.5/5.0 m/s² thresholds as best-practice benchmarks. When the EAV is reached, controls must be introduced and health surveillance offered. The ELV must not be exceeded under any circumstances.
How do I calculate daily vibration exposure A(8) for a worker using multiple tools?: For each tool, you need the vibration magnitude in m/s² and the daily trigger time in hours. The partial A(8) for one tool equals the vibration magnitude multiplied by the square root of the trigger time divided by eight hours. When a worker uses multiple tools, calculate the partial A(8) for each tool, square each partial value, sum the squared values, and take the square root of the total. The HSE provides a free online vibration exposure calculator and a ready reckoner spreadsheet that performs these calculations automatically. Record both partial and total A(8) values on the assessment form for transparency.
How often should vibration exposure be reassessed?: A full reassessment should occur at least annually. Additional reviews are triggered when new tools are purchased, when tasks or shift patterns change, when health surveillance detects symptom progression, or when a worker reports tingling, numbness or finger blanching. Workers whose exposure sits close to the EAV of 2.5 m/s² A(8) should be reassessed every six months to confirm that controls remain effective. The assessment must also be reviewed if a tool manufacturer updates the declared vibration value or if maintenance records indicate a tool has deteriorated.
What is the difference between hand-arm vibration and whole-body vibration assessments?: A hand-arm vibration (HAV) assessment evaluates the mechanical vibration transmitted from hand-held or hand-guided tools to the hands and arms, with the goal of preventing hand-arm vibration syndrome (HAVS). A whole-body vibration (WBV) assessment evaluates vibration transmitted through a seat or standing platform, typically from vehicles, mobile plant or vibrating floors, with the goal of preventing lower back pain and spinal injuries. Both types use exposure standards with action and limit values, but the measurement methods, frequency weighting and threshold values differ. This template focuses on HAV, which is the more common exposure in trades and construction. A separate whole-body vibration assessment may be needed for plant operators and drivers.
What health surveillance is required for workers exposed to vibration?: Workers whose daily exposure reaches or exceeds the EAV of 2.5 m/s² A(8) should be enrolled in a health surveillance programme. This typically includes an initial baseline questionnaire covering symptoms such as tingling, numbness, pain and finger blanching, followed by periodic re-screening (annually or more frequently for higher-exposed workers). If the questionnaire identifies symptoms, the worker should be referred for clinical examination and, where indicated, vascular testing such as cold provocation or finger systolic blood pressure measurement. In Australia, health surveillance is required under WHS Regulations when there is a significant risk to health from vibration exposure.
Can vibration exposure assessments be managed digitally instead of on paper?: Yes. Digital platforms such as MapTrack allow you to build this assessment as a mobile form linked to your asset register, automatically pull tool vibration data from the equipment record, calculate A(8) exposure values, flag workers approaching or exceeding the EAV or ELV, schedule reassessments by due date and generate compliance reports for WHS audits. Digital records provide a searchable audit trail and make it straightforward to track trends across sites and teams. Book a demo to see how MapTrack helps you digitise vibration risk management.

Applicable regulatory standards

This template aligns with the following regulations and standards:

Control of Vibration at Work Regulations 2005 (UK, based on EU Physical Agents Directive 2002/44/EC)
Safe Work Australia - Managing risks of hazardous manual tasks and vibration (general duty of care under WHS Regulations)
HSE L140 - Hand-arm vibration: The Control of Vibration at Work Regulations 2005 (Guidance on Regulations)
ISO 5349 - Mechanical vibration: measurement and evaluation of human exposure to hand-transmitted vibration

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