voltage tester

  1. 4 Reasons to Choose a Fluke T-Series Two Pole Voltage & Continuity Tester

    The image has a grey background. On the left, two rows of five yellow, horizontal arrow heads point right. One row is at the top of the image and one is at the bottom. On the right, large text reads "4 Reasons to Choose a Fluke T-Series Tester". Beneath this are three horizontal, yellow zig-zag lines. Beneath these lines are four tick-bullet points with text reading "Reliable, Easy to Use, Rugged, Safe". In the centre is a collage of images. The largest image  in the collage is located on the left of the collage; it depicts somebody wearing white work gloves using a Fluke T-Series Two-Pole Voltage Tester to check an electrical box. On the right of the image a picture showing someone in white work gloves is using a Fluke T-Series Two-Pole Voltage Tester to check a fuse box. Beneath this is a close-up image of the durable probe protector. Critical to ensuring safe working practices, experienced, professional electricians know they can rely on Fluke’s T-Series of Two-Pole Voltage & Continuity Testers to deliver reliable voltage and continuity detection and readings (model dependent). Fluke’s T-Series Two Pole Voltage & Continuity Detectors are built with state-of-the-art measurement and safety technology; however, if you’re still on the fence about purchasing one of these indicators, here are four reasons why you should pick a Fluke T-Series Two-Pole Voltage & Continuity Tester. Continue reading →
  2. New BS Voltage Tester Standard bans Fuses

    The British Standard relating to two-pole voltage indicators, BS EN61243-3 was revised in 2010 and came into force in May 2013. Now all voltage indicators on the British and European markets should comply with the latest version of the standard, which precludes the use of a fuse. Continue reading →
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