CATU Class 2 20kV Dielectric Boots
An electrically insulating Class 2 dielectric boot with an integral steel toe cap and vulcanized rubber sole for superior slip resistance. The class 2 Dielectric boot provides high voltage protection of up to 20kV over the complete boot for over 8 hours, and 35kV over the sole for 3 minutes. This high-voltage boot is suitable for use by electricians, utility engineers and live working up to 17kV
Standards
- EN ISO 20345:2011 - SB E CI HRO SRC FO
- EN 50321:2018 Class 2
- ASTM F1117
Product Features
- 200 Joule epoxy coated steel toe cap (soft toe version also available)
- Heat resistant sole EN 20345:2012 HRO, 60 seconds at 300°C
- Cold insulation to EN ISO 20345:2012 CI
- Fuel and oil-resistant sole
- Vulcanized rubber sole for improved slip resistance - 30% better than a conventional safety boot sole
- Durable, cut-resistant vulcanised rubber sole, significantly extends the working life, even in harsh terrain
- Cleated outsole for maximum grip in wet and oily conditions (SRC)
- Energy absorbing tunnel system in the heel to EN 20345:2011 E
- Injection moulded using our proprietary Dielectric compound for a seamless boot with excellent electrical insulation properties
- Non-wicking knitted nylon lining
- Step voltage protection up to 35kV
- Arc flash protection – Meets the requirements of ASTM F2621-2019 at 40Cal/cm²
- Ergonomic cushioned insole (removable & machine washable) for greater wearer comfort
- Kick-off lug
- Adjustable height
- CE marked on the shaft with date and year of manufacture
- REACH Compliant
- Machine washable at up to 40°C
- Shelf life of over 10 years
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ManufacturerCATU SAS is a subsidiary of the SICAME Group
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Country of OriginFrance
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Sizes AvailableUK Size 6 - European Size 39, UK Size 7 - European Size 41, UK Size 8 - European Size 42, UK Size 9 - European Size 43, UK Size 10 - European Size 44, UK Size 11 - European Size 45, UK Size 12 - European Size 46, UK Size 13 - European Size 47, UK Size 14 - European Size 49, UK Size 15 - European Size 50
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Operating Voltage AC17 000 V, Not Applicable
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Operating Voltage DC25 500 V, Not Applicable
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ATPV (Cal/Cm²)40, Not Applicable
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Class2, Not Applicable
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CategorySRC, Not Applicable
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Pack SizeEach, 5
EN 50321-1:2018 is the new standard for insulating footwear for live working and was published earlier this year, it replaces EN 50321:1999 and is currently out for approval as an IEC standard which will make it a global standard, not just European.
The main changes in the 2018 revision are the introduction of new 4 classes (see below) for working up to 36 KV (the old standard only went up to Class 0 - 1 KV). Boots are now tested by filling with water instead of ball bearings to simulate water or perspiration potentiality wicking up the lining and creating a flash over. There is also now an electrical test after perforation of the sole by a nail, to ensure boots still give electrical protection after perforation. Even non-metallic perforation inserts can allow water to pass through them so will allow an electrical current to pass when the sole is punctured. The table below lists the classes and the test requirements:
Class Rating | Maximum Working Voltage | Withstand Test Voltage | Leakage Current Test Voltage | Maximum Leakage Current |
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Class 00 | 500V | 5kV | 2.5kV | 3mA |
Class 0 | 1kV | 10kV | 5kV | 5mA (8mA) |
Class 1 | 7.5kV | 20kV | 10kV | 10mA (16mA) |
Class 2 | 17.5kV | 30kV | 20kV | 18mA |
Class 3 | 26.5kV | 40kV | 30kV | 20mA |
Class 4 | 36kV | 50kV | 40kV | 24mA |
(Overboot requirements are in brackets where they are different from knee high boots)