⚡  What is Tested  ⚡

Ensuring Electrical Equipment Safety and Compliance

 

External Visual Inspection

Before any electrical testing occurs, we complete a detailed visual check of the equipment. This includes:

  • The appliance body and casing

  • The plug, socket, and strain relief

  • The flexible supply cord (checking for cuts, twisting, exposed inner cores, or makeshift repairs)

Most electrical faults are found at this stage, making it one of the most important parts of the process.

Earth Continuity Test (Class I Equipment)

For appliances that rely on an earth connection — such as kettles, power boards, extension leads, and many workplace tools — we test that the earth path is intact and functioning correctly.

A failed earth test means the item is unsafe and must be removed from service immediately.

Insulation or Leakage Testing

We confirm that the insulation inside the equipment is still providing adequate protection. This can be done by:

  • Insulation resistance testing, or

  • Leakage current testing (used for surge‑protected or sensitive equipment)

This ensures no electricity can escape to accessible metal parts during normal operation.

Polarity Check (Cord Sets & Re‑wireable Plugs)

For extension leads and any re‑wireable plugs or sockets, we verify that the active, neutral, and earth wires are connected in the correct order.

Incorrect polarity is a serious hazard and results in an immediate fail.

What Happens After Testing?

Compliant equipment is fitted with a durable, non‑reusable test tag showing:

  • The test date

  • The next test due date

  • The technician’s ID

  • The equipment ID for your register

Any item that fails is removed from service immediately and clearly labelled to prevent further use.

 

If you need further information or something completely different, please don't hesitate to contact us.


What is tested?

🔍 1. External Visual Inspection

Before any electrical testing occurs, we complete a detailed visual check of the equipment. This includes:

  • The appliance body and casing

  • The plug, socket, and strain relief

  • The flexible supply cord (checking for cuts, twisting, exposed inner cores, or makeshift repairs)

Most electrical faults are found at this stage, making it one of the most important parts of the process.

🌱 2. Earth Continuity Test (Class I Equipment)

For appliances that rely on an earth connection — such as kettles, power boards, extension leads, and many workplace tools — we test that the earth path is intact and functioning correctly.

A failed earth test means the item is unsafe and must be removed from service immediately.

🔒 3. Insulation or Leakage Testing

We confirm that the insulation inside the equipment is still providing adequate protection. This can be done by:

  • Insulation resistance testing, or

  • Leakage current testing (used for surge‑protected or sensitive equipment)

This ensures no electricity can escape to accessible metal parts during normal operation.

🔄 4. Polarity Check (Cord Sets & Re‑wireable Plugs)

For extension leads and any re‑wireable plugs or sockets, we verify that the active, neutral, and earth wires are connected in the correct order.

Incorrect polarity is a serious hazard and results in an immediate fail.

🏷️ What Happens After Testing?

Compliant equipment is fitted with a durable, non‑reusable test tag showing:

  • The test date

  • The next test due date

  • The technician’s ID

  • The equipment ID for your register

Any item that fails is removed from service immediately and clearly labelled to prevent further use.

Why is understanding 'What is Tested' Important?

Why understanding 'What is Tested' is Important?

Knowing what tests are performed is vital for ensuring worker safety, preventing electrical accidents, and complying with health and safety regulations. It provides detailed information that goes beyond basic visual inspection.

Utilising Test Information in Electrical Safety Management

Know Your Equipment (Referencing Test Information)

  • Always check what the electrical equipment is and its last test date.

  • Look at the tag — it tells you everything from "do not use" to "safe to use." The tag is your primary source of information for this.

Store Smart (Guided by Test Information)

  • Keep electrical equipment away from moisture and extreme temperatures.

  • Use proper storage to prevent damage to cords and plugs.

  • Store them somewhere safe and easily accessible for future testing.

Handle With Care (According to Test Information)

  • Inspect cords and plugs for damage before each use.

  • Don't use equipment with a damaged or expired tag.

  • Report any faults or damage immediately.

Be Prepared (Test Information for Emergencies)

  • Know where the emergency stop buttons and circuit breakers are.

  • Have a plan for what to do in case of an electrical fault or emergency.

  • Keep first aid supplies handy for electrical shock incidents.

Dispose Properly (As per Test Information)

  • Don't throw old or faulty electrical equipment in general waste.

  • Separate waste by type and follow local disposal rules for electronic waste.

Learn the Rules (Regulatory Compliance with Test Information)

  • Make sure everyone using the electrical equipment knows the safety basics.

  • Follow local laws and guidelines — it keeps you and the environment safe.

Keep an Eye Out (Maintain Test Information Accuracy)

  • Check equipment regularly for wear and tear or damage.

  • Keep a simple list of what equipment you have so nothing gets forgotten. Regularly review and update your test records.

Main Idea: Utilise test information as your go-to guide for electrical safety. It's about being informed, prepared, and proactive in managing electrical risks.

Integrating Test Information into Your Safety Protocols

Effective safety protocols rely on accurate and accessible test records. Every workplace is unique, and so are its safety needs.

We help you integrate test information into your workplace safety procedures, ensuring compliance with regulations and enhancing electrical safety management practices.

We can assist you in developing

  • Procedures for test information accessibility and training

  • Guidelines for using test information in risk assessments and emergency response

  • Enhanced compliance with electrical safety legislation

  • A more informed and proactive approach to electrical safety

Key Information in a Test Record

Key Information in a Test Record

  • Appliance identification (serial number, description)

  • Date of test

  • Results of visual inspection

  • Results of electrical tests (insulation resistance, earth continuity)

  • Name of person performing the test

  • Next test due date

  • Location of appliance

  • Pass/Fail status

  • Any repairs or actions taken