Insulated Electrician Tools

About Insulated Electrician Tools

We all know electricity is dangerous, so it's important to ensure that your range of tools is fully insulated and can't conduct electricity. Not doing so could lead to an extremely nasty accident.

Our range of specially insulated tools and equipment ensures you have everything to remain safe when carrying out essential work on live systems.

Popular Products

• ITL Deluxe 20 Piece Insulated Tool Kit: The ITL 00002 deluxe kit includes twenty fully insulated tools. They are rigorously tested and are compliant with IEC 60900:2004 standards.

• CK Tools T49144 Dextro VDE Parallel Screwdriver: These fully insulated screwdrivers are VDE certified and suitable for live working conditions up to 1000V. The slotted parallel screwdrivers are available in several different sizes.

• Rothenberger 1500003163 Electrical Combination Plier: The pliers have a titanium surface, forged steel jaws, an induction-hardened cutting edge, and three grip zones. They are protected up to 1000V and tested up to 10 000V and include an integrated 8-10mm ring spanner and a notched jaw for wire stripping.

• ITL 01745 Totally Insulated Torque Wrench - 1/2" Drive Size: This special torque wrench is fully insulated across its entire body and equipped with a ½” drive. It protects the user against a voltage of 1000V no matter where it's gripped.

• Sofamel 505 Compact Fibreglass Ladder: These Sofamel 505 compact safety ladders are available in five sizes with 3, 4, 5, 6, or 7 steps. They have a platform with wire aluminium steps that provide stability when working at heights.

FAQs

• What’s the difference between insulated and non-conductive tools?
  Insulated tools are designed with a protective layer, like rubber or plastic, to shield users from electric shock when working on live circuits and are voltage-rated for safety. Non-conductive tools, made from materials that do not conduct electricity, reduce the risk of electric shock but are not intended for direct use with live electricity.

• How do I know if a tool is properly insulated?
  To determine if a tool is insulated, check for certification marks, look for voltage ratings and non-conductive material on the handles, and refer to the manufacturer's specifications. The insulation should be free of cracks or damage. The tools are usually colour-coded.

• What voltage rating should I look for in insulated tools?
  The voltage rating to look for depends on the job being done by the tools. Insulated tools have a covering of insulation so that they keep people protected from electricity passing through them at certain voltage levels. The most popular voltage ratings for insulated tools are 1000 V, mostly used in low-voltage applications and 1500 V, used in applications where voltages are higher than this. Always ensure that the tools are tested for compliance through applicable standards.

• Can insulated tools replace other safety measures?
  No, insulated tools cannot replace other safety measures. While insulated tools provide an extra layer of protection against electrical shock, they are only effective when used properly and in conjunction with other safety precautions. Insulated tools are an important part of an overall electrical safety plan but should never be relied on as the sole means of protection.

• Are insulated tools necessary for all electrical work?
  Standard tools can be used when there is total disconnection from supply and no risk of any electrical contact. However, an insulated tool can add extra defence. Always follow the safety guidelines and use insulated tools in any doubtful case regarding electrical hazards.

• What certifications should I look for in insulated tools?
  Major certifications include IEC 60900, ASTM F1505, and VDE (Verband der Elektrotechnik). Tools that bear IEC 60900 have been tested for specific voltage levels (e.g., 1000V) and are certified for satisfactory electrical shock protection. ASTM F1505 is an American standard for compatibility in the U.S. Tools that indicate VDE (Verband der Elektrotechnik) have been tested and certified to a standard for high-power, high-voltage electrical work.

• Can insulated tools protect against arc flashes?
  Insulated tools are useful against electrical shock but do not prevent an individual from falling under arc flashes. Arc flashes involve energy, heat, and light, making personal protective equipment specifically made for arc flash protection necessary, such as flame-resistant clothing and arc-rated gloves. Proper use of safety methods and arc flash-rated equipment is required, as is any other general safety practice, such as conducting regular risk assessments relevant to environments characterised by the possibility of arc flashes.