Electricians Gloves help protect worker from electricity
- Electricians Gloves for electrical work with a maximum voltage of 1000 volts
- Dielectric natural latex is durable and comfortable to wear
- Patterned finish provides good grip in damp conditions
- Outer orange elastomer layer provides resistance to mechanical hazards
- Electricians gloves are ideal for use in an arc flash environment
- Chlorinated inside
- Electrician gloves conform to EN 60903
- Available in five sizes: 7, 8, 9, 10, 11
Wearing the right glove size can bring a huge difference to the wearer. Very tight gloves can restrict movement, while extra loose gloves can accidentally slide off the wearer’s hand.
The key to finding the correct glove size is to determine the diameter of the wearer’s palm. This is gauged at the middle of the palm then adding or subtracting ½”, depending on the wearer’s comfort level. The diameter of the wearers palm in inches is equivalent to the right glove size, which can be adjusted based on the wearer’s tightness preference and finger length.
Make the most out of your electrical gloves by heeding these guidelines:
If you use your electrical safety gloves frequently, test them every 5 months or less.
If you use your high voltage gloves occasionally, check them after every use or every 12 months or less.
Test gloves in stock every 12 months or less.
Store electrician’s gloves in their original anti-UV and opaque packaging, without compacting or folding them.
Do not expose your electricians gloves to sunlight, artificial light, heat, and radiators.
Store your electrical gloves between 10°C and 21°C.
Additional Information
| Brand | Honeywell |
|---|---|
| Classes | 00 |
| Clothing Size | 7,8,9,10,11 |
| Colour(s) | Orange |
| Description | Maximum working voltage: 1000 Volts |
| Electrical Risks Protection (EN60903) | Yes |
| Material | Latex |
| Resistance | 500 V |
| Supplied in | Per pair |
| Type | 0 |
EN 60903
Electrical risks (EN60903)
To protect yourself from electrical risks requires that you use special gloves. Gloves that are manufactured and approved according to EN standard 60903 are the only gloves that should be used when there is a risk for electrical shock.To help in the decision as to which glove provides the best protection, it is important to know which voltage level can occur.
Refer to the table below for a summary of which glove classes tolerate different voltage levels. To protect the electrical protection gloves against wear and tear, for example sharp cables, etc, a specially designed protective glove can be worn over the electrical gloves.
Class | Tested at: | Approved for work under: | Class | Tested at: | Approved for work under: |
|---|---|---|---|---|---|
00 | 2500V | 500V | 2 | 20000V | 17000V |
0 | 5000V | 1000V | 3 | 30000V | 26500V |
1 | 10000V | 7000V | 4 | 40000V | 36000V |
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