PAT Testing Equipment

About PAT Testing Equipment

Portable Appliance Testing (PAT Testing) is an important set of electrical testing procedures that most workplaces, commercial environments, and other areas should regularly undergo to ensure that all appliances within that area are safe for humans to use without harm.

PAT Testing is not a legal requirement, but it is widely accepted as a method of meeting the various rules and regulations of regulatory bodies. It is also a common misconception that PAT testing must be carried out by a qualified electrician - this is not the case, and it is perfectly possible for PAT testing to be carried out by someone who has had basic training in the field.

That said, many PAT testing scenarios may require the use of specialist PAT testers who know more about the procedures. To cater to both of these fields there are both simple-to-use PAT testers available that are perfect for entry-level users and there's also a large amount of advanced PAT testing equipment available as well that's perfect for the expert user.

PAT testers are generally built for use on various types of appliances. Depending on the make and model of the tester the overall testing capability of that product will be slightly different, and most higher-end models offer the largest testing scope whereas lower-budget models generally only do the bare minimum of testing.

Portable appliance testers also come in two different forms: PASS/FAIL and full reading. PASS/FAIL testers are suitable for use by novice users as they simply state that a test has passed or failed a test, whereas full reading PAT testers are suitable for use by those who want to know the exact measurement generated during a portable appliance testing procedure.

It's also important to understand the difference between manual and downloadable PAT testers. Manual testers are designed to merely display an image for a user to hot down, whereas downloadable testers can store data in a wide variety of formats and download these results to a PC.

PAT testing accessories, such as labels, calibration services, test leads, software, and carrying cases, are essential for improving the accuracy, efficiency, and regulatory compliance of your testing process. Investing in these tools streamlines procedures and ensures thorough and precise testing of all electrical appliances.

Popular PAT Testers

• Fluke 6500-2: A high-quality downloadable PAT tester is known for its precision and durability. It includes advanced testing functions and is designed for tough working conditions. We also have a selection of Fluke 6500-2 Kits to choose from.

• Seaward Primetest 100: A top choice for its simplicity and reliability. It's battery-powered and shows both test results and pass/fail status, making it suitable for both beginners and professionals who want a straightforward device. We have a few Primetest 100 kits available, make sure you check out our PATBag Kit, PAT Essentials Kit (Bundle 1), and PAT Professional Kit (Bundle 2).

• Kewtech EZYPAT: This model is favoured for its ease of use, compact design, and portability, which makes it ideal for quick, on-site testing in offices or shops. Two EZYPAT are available, we offer a PAT Essentials Kit (Bundle 1) and a PAT Professional Kit (Bundle 2).

• Megger PAT120: This robust, entry-level tester is highly durable and provides essential testing features, including pass/fail results and a scratch-resistant display, ideal for more rugged environments. We also have a couple of bundles with a Megger amount of accessories included, check out our Essentials Kit (Bundle 1) and PAT Professional Kit (Bundle 2).

FAQs

• What is the difference between Class I and Class II appliances?
  Class I appliances have an earth connection, while Class II appliances are double-insulated and don't require grounding.

• How often should I calibrate my PAT tester?
  The recommended frequency for calibration to maintain accuracy is typically once a year.

• What does a failed earth continuity test mean?
  A failed earth continuity test indicates a problem with the grounding of a Class I appliance, which could pose a significant safety hazard.

• What is the best approach for testing appliances with surge protection?
  Surge-protected devices require special consideration, as standard 500V insulation resistance tests can trigger their protection circuits, giving false readings. The tester may need to switch to a 250V test, ensuring proper assessment of such appliances.

• What insulation resistance value is considered a pass for Class I and Class II appliances?
  Insulation resistance should generally exceed 1MΩ for both Class I and Class II appliances, but certain situations might necessitate more nuanced judgment.

• How do I troubleshoot PAT tester error codes?
  To troubleshoot PAT tester error codes, refer to the user manual for the specific error code definitions and recommended solutions, check for common issues like loose connections or calibration problems, reset the tester if necessary, and if the problem persists, contact the manufacturer’s support for further assistance.

• What are the common causes of false readings in PAT testing?
  Common causes of false readings in PAT testing include incorrect calibration, damaged test leads, poor contact, electrical interference, improper testing procedures, and defects in the appliance being tested.

• How can I stay informed about the most recent updates and changes in PAT testing regulations and standards?
  To stay informed about the latest updates in PAT testing regulations and standards, regularly review industry publications, follow relevant regulatory bodies and professional organisations, subscribe to newsletters, and participate in industry forums and events.