Fully Insulated Tools
- Allen Keys
- Cable & Core Cutters
- Cable Core Stripper
- Cable Knife/Coring Knife
- Connector Holding Tools
- Core Bending Bars
- Electrician Scissors
- Insulated Saws/HackSaws
- Insulated Hammer
- Insulated Link Extractors
- Insulated Pliers
- Insulated Screwdrivers
- Insulated Socket Inserts + Sets + T Bar Levers
- Insulated Tool Kits
- Nut Spinners
- Reversible Ratchet Lever
- Tape Measure
- Tool Cases/Boxes/Bags
- Cable Preparation Tools
- Personal Protective Equipment
- Insulating Shrouding
- Electrical Safety Products
Temporary Earthing and Short Circuiting Equipment
- Accessories for Cable Vehicles
- Ball Point Connectors
- Cartridges for Fuse Bases
- Conductor Connection Clamps
- Conductor Fixed Points
- Connection Coupling/Cables
- Diazed Fuse Links
- Earth Connection Clamps
- Earthing Cable
- Earthing Handle
- Earthing Inserts
- Earthing Rods
- Fuse Tongs
- Low Voltage Earthing & Short Circuiting
- Low Voltage Stored Energy Discharge Device
- Downloadable Adobe PDF Brochures
Products: 1–6 of 11
11 Jun 2019
Boddingtons Electrical Limited have been appointed the UK exclusive ARCUS ELEKTROTECHNIK
ALOIS SCHIFFMANN GMBH distributor for over 20 years
- Connectors and tools for underground cables
- Detectors and phase comparators for encapsulated switchgear
- Devices for current tapping and power supply
- Earthing and short circuiting devices with cables and bars
- High voltage detectors for nominal voltages up to 380 kV
- Lance earthing devices for outdoor switchgear up to nominal voltage 380 kV
- Overhead line clamps
- Safety equipment for railway systems
04 Jun 2019
Electrical rubber mats should be applied at any point where Operatives are working with high voltage equipment where the risk of electrical shocks is high, including:
- In front of switchboards
- In front of machine control gear
- In plant rooms
- In lift control gear rooms
- Portable protection for site engineers working on live equipment
and need protection from the dangers of electric shock.
Rubber is known for its exceptional electrical insulating properties. With the ability to reduce or stop electric currents, electrical rubber matting or switchboard matting is a common surface for high voltage environments. Used to protect workers from electrical shocks it is ideal for plant rooms, control rooms, switchboards and places where individuals handle live equipment.
For the insulated hand tools, made of conductive material, which is completely or partly coated with insulating plastic, many criteria are fulfilled the Norm IEC 60900: 2012 / EN 60900: 2012.
These hand tools are manufactured and processed in such a way that the safety conditions for trained specialists are met very well. All of our insulated tools are equipped with these symbols to ensure maximum safety, with a glance at the standard of the Tool. Therefore, the inscriptions must be placed on the tool in a clearly visible and legible manner.
All safety tools are stamped with the appropriate marks of the standard:
IEC 60900: 2012 / EN 60900: 2012 or with GS as well as with article number, dimension, year of manufacture, manufacturer, 1000V and double triangle
Protecting feet against hazards in the workplace is key. The footwear you choose for your employees should meet legal standards, be appropriate for the task, the individual, and the environment in which they are working. It must also be used and cared for correctly by those who are wearing them. Employers are legally responsible for providing the correct footwear as part of the Personal Protective Equipment at Work Regulations 1992.
We understand that it can be confusing to decide what safety footwear is suitable for your workers, so we’ve put together this guide on the main safety footwear standard to help.
What is EN ISO 20345?
The full name is EN ISO 20345:2011 Personal Protective Equipment – Safety Footwear and this is the standard that all styles classified as ‘safety footwear’ are tested to. It was formerly referred to as EN345, but this was replaced by EN ISO 20345:2004. EN ISO 20345:2007 was the next revision, followed by EN ISO 20345:2011, which is the current version of this standard. This will be superseded by ISO/WD 20345 In due course, which is still in development.
The EN ISO 20345:2011 standard sets out new tougher minimum requirements than previous versions. It specifies that ALL safety footwear must have toe protection and also specifies a standard of 200 joules impact resistance (equivalent to a 20kg weight dropped 1020mm onto the toes), and a 15KN compression test (equivalent to 1.5 tonnes resting on the toe area).
All safety footwear manufactured after the 31st July 2013 must meet this standard. However, this doesn’t mean that footwear made before that date is now of no use, but that those produced after that date will meet the new tougher standard.
09 May 2019
Boddingtons Electrical new website is a fully functional marketplace platform
- the convenience to order products online
- comprehensive product information
- downloadable technical literature including datasheets and user manuals
- the ability to reach out out to our sales team via live chat and receive real-time information
- for registered customers to view specific pricing and volume quantity breaks
We are pleased to announce that Boddingtons Electrical Ltd have been appointed an exclusive UK distributor for all Dielectric Insulating Shoes including models like Volt, Franklin, Ampere, Tesla, Edison and Hertz.
Hard Rock Dielectric is the specific shoe for people who work with electrical cables and are more exposed to a danger of electrocution. This is possible thanks to the e rubber compound of the shoe which assures a complete protection from the discharges from the ground.
Boddingtons Electrical have also access to the full range of Hard Rock Antistatic safety shoes with Category Classes from S1-S3. Hard Rock Antistatic is a shoe born to face the most extreme working conditions thanks to its rubber outsole. It has been studied to assure the maximum resistance to the most difficult weather conditions (from -35°C to 300°C) and the maximum protection against external cutting bodies (ex. slipperies, etc.).