Free as/nzs 3760 test and tag record
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Free AS/NZS 3760:2022 test and tag record template (PDF-ready). Covers visual inspection, earth continuity, insulation resistance and polarity tests. Download free.
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What is a as/nzs 3760 test and tag record?
An AS/NZS 3760 test and tag record is a structured document used to record the results of electrical safety testing performed on in-service electrical equipment in accordance with Australian/New Zealand Standard AS/NZS 3760:2022, In-service safety inspection and testing of electrical equipment. It captures the visual inspection findings, earth continuity resistance, insulation resistance, polarity check (where applicable), leakage current measurement and overall Pass or Fail result for each item of equipment. The record links each test result to a unique tag affixed to the equipment, creating a traceable compliance history.
In Australian and New Zealand workplaces, employers have a duty under WHS legislation to ensure that electrical equipment used in the workplace is safe and properly maintained. AS/NZS 3760:2022 provides the framework for inspecting and testing portable and transportable electrical equipment, residual current devices (RCDs), cord sets and similar items. The standard specifies testing frequencies based on the operating environment, ranging from three months for hostile environments (construction sites, demolition, mining) to five years for clean, dry office environments. Maintaining accurate test and tag records is essential for demonstrating compliance during regulatory audits, incident investigations and insurance reviews. Without proper records, organisations cannot prove that their electrical equipment has been tested, which creates significant legal and safety exposure.
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Benefits of using this as/nzs 3760 test and tag record
- WHS compliance: documented test records demonstrate compliance with AS/NZS 3760:2022 and state or territory WHS Regulations for electrical equipment maintenance.
- Traceability: each record links a specific test result to a tagged item of equipment, creating an auditable history of testing dates, results and tester identification.
- Legal protection: in the event of an electrical incident, complete test and tag records provide evidence that the employer fulfilled their duty of care for electrical equipment maintenance.
- Due-date management: recording the test date and next due date for each item ensures equipment is retested at the intervals prescribed by AS/NZS 3760 before the tag expires.
- Defect identification: systematic visual inspection and electrical testing reveals faults such as damaged insulation, broken earth conductors, incorrect polarity and excessive leakage current before they cause electric shock or fire.
- Insurance support: insurers increasingly require evidence of AS/NZS 3760-compliant testing as a condition of public liability and workers compensation coverage.
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What to include in a as/nzs 3760 test and tag record
This as/nzs 3760 test and tag record covers 8 key areas:
- Equipment details: asset ID or tag number, equipment description, make and model, serial number, owner or department, location and operating environment classification (hostile, normal or controlled per AS/NZS 3760 Table 2).
- Tester details: tester name, licence or competency number, testing organisation, date of test and portable appliance tester (PAT) make, model and calibration due date.
- Visual inspection: power cord condition, plug condition, appliance body condition, strain relief, switches, guards and ventilation. Pass or Fail for each visual item.
- Earth continuity test: measured earth resistance in ohms between the earth pin and all accessible metal parts. Pass criteria per AS/NZS 3760 (typically less than 1 ohm for Class I equipment).
- Insulation resistance test: measured insulation resistance in megaohms between active and neutral conductors shorted together and the earth conductor. Pass criteria per AS/NZS 3760 (typically 1 megaohm or greater).
- Polarity check: verification that active and neutral connections are correctly wired (applicable to rewirable plugs, extension leads and cord sets).
- Leakage current test: measured leakage current in milliamps under operating conditions where required by the standard or where insulation resistance testing is not suitable.
- Overall result: Pass or Fail for each item, next test due date based on the applicable testing interval from AS/NZS 3760 Table 2, and tag colour applied.
How to use this as/nzs 3760 test and tag record
- Record the equipment details, operating environment classification and tester information at the top of the record form.: Identify each item of equipment by its unique tag number, description, make, model and serial number. Classify the operating environment as hostile, normal or controlled in accordance with AS/NZS 3760:2022 Table 2, as this determines the testing interval. Record your name, licence or competency number, and the make, model and calibration status of your portable appliance tester.
- Perform a thorough visual inspection of the power cord, plug, appliance body, switches, guards and all accessible components.: Inspect the full length of the power cord for cuts, abrasion, kinks, heat damage and exposed conductors. Check the plug for cracked casings, bent pins, loose connections and correct pin configuration. Examine the appliance body for damage, missing covers, ingress of liquids and compromised ventilation. Verify strain relief is intact at both the plug and appliance entry points. Any visual defect that could compromise safety is an automatic Fail.
- Conduct the earth continuity test by measuring resistance between the earth pin and all accessible metal parts of the equipment.: Connect the portable appliance tester earth lead to the earth pin of the plug and the probe to each accessible metal part of the equipment. The measured resistance must be less than the value specified in AS/NZS 3760 (typically less than 1 ohm for Class I equipment with cord lengths up to 5 metres). Higher resistance values or open circuit readings indicate a broken or high-resistance earth path, which is a Fail. Class II (double-insulated) equipment does not require an earth continuity test.
- Perform the insulation resistance test and polarity check, and record the measured values against the pass criteria.: Apply the test voltage (typically 500V DC) between the active and neutral conductors shorted together and the earth conductor. The measured insulation resistance must be 1 megaohm or greater per AS/NZS 3760. Lower readings indicate insulation breakdown, which is a Fail. For rewirable plugs, extension leads and cord sets, perform a polarity check to verify active and neutral conductors are correctly connected. Record all measured values on the test record.
- Determine the overall result, apply or update the test tag, record the next due date and sign the completed record form.: Mark each item as Pass or Fail based on the combined results of the visual inspection and all electrical tests. For items that Pass, apply a new test tag showing the tester identification, test date, next due date and the applicable tag colour for the current period. For items that Fail, remove the equipment from service, affix a Fail tag or remove any existing Pass tag, and notify the equipment owner. Record the next test due date based on AS/NZS 3760 Table 2 intervals for the operating environment.
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Back to download formHow often should you complete this log / register?
AS/NZS 3760:2022 Table 2 specifies testing intervals based on the operating environment and equipment type. Hostile environments such as construction sites, demolition work, mining and workshops require testing every three months. Normal environments such as factories, warehouses and commercial kitchens require testing every six to twelve months. Controlled environments such as offices and clean, dry retail premises require testing every two to five years.
RCDs (residual current devices) require push-button testing daily or before each use, and a trip-time test at the same intervals as the equipment they protect. Extension leads, cord sets and portable outlet devices are tested at the same interval as the most demanding environment in which they are used. New equipment must be inspected and tested before first use in a hostile environment. After any repair, modification or incident involving electrical equipment, retesting is required before the equipment is returned to service.
Frequently asked questions
- What does AS/NZS 3760:2022 require for test and tag records?
- AS/NZS 3760:2022 requires that records be maintained for all electrical equipment inspections and tests. Each record must include the equipment identification (tag number), description, test date, tester identification, test results (visual inspection, earth continuity, insulation resistance, polarity and leakage current where applicable), overall Pass or Fail result and next test due date. Records must be retained for the life of the equipment or for the period required by the relevant WHS legislation, whichever is longer.
- How often does electrical equipment need to be tested and tagged?
- Testing frequency depends on the operating environment as defined in AS/NZS 3760:2022 Table 2. Hostile environments (construction, demolition, mining) require testing every three months. Normal environments (factories, warehouses, commercial kitchens) require testing every six to twelve months. Controlled environments (offices, clean and dry retail) require testing every two to five years. RCDs require push-button testing daily or before each use, plus trip-time testing at the same intervals as the connected equipment.
- Who is qualified to perform test and tag in Australia?
- AS/NZS 3760:2022 requires that testing be performed by a competent person. In most states and territories, this means a licensed electrician or a person who has completed an accredited test and tag training course and holds the relevant competency units (typically UEERE0002 and UEERE0024). Some jurisdictions have specific licensing or registration requirements for electrical equipment testers. The tester must also be competent in the use of the specific portable appliance tester being used and understand the pass and fail criteria.
- What is the difference between test and tag and fixed wiring inspection?
- Test and tag under AS/NZS 3760 covers portable and transportable electrical equipment, cord sets, extension leads and RCDs. It involves visual inspection and electrical testing of individual items that can be disconnected from the fixed wiring. Fixed wiring inspection under AS/NZS 3000 (Wiring Rules) and AS/NZS 3019 covers the permanent electrical installation, including switchboards, circuits, outlets, protective devices and earthing systems. Both are required for a comprehensive workplace electrical safety programme.
- What tag colours are used for test and tag in Australia?
- Australia uses a colour-coded tagging system where each colour represents a specific testing period. The standard colours rotate through green, blue, red, orange, yellow, white, grey and purple on a quarterly cycle. The tag displays the tester identification, test date, next due date and the applicable colour for the current period. This system allows quick visual identification of whether equipment is within its testing period. Expired or missing tags indicate the equipment may not be safe to use and requires retesting before further operation.
Applicable regulatory standards
This template aligns with the following regulations and standards:
- AS/NZS 3760:2022 (In-service safety inspection and testing of electrical equipment)
- AS/NZS 3012:2019 (Electrical installations - Construction and demolition sites)
- WHS Regulations 2011 (Chapter 4 - Hazardous work, Part 4.7 - Electrical safety)
- AS/NZS 3000:2018 (Wiring Rules)
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