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Double Insulated Nut Drivers 1000V

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Double Insulated Nut Drivers rated for exposure up to 1000VAC. Lifetime guarantee and made in the U.S.A.

Availability: In stock

Product Name Price Qty
NUT DRIVER 3/16" X 3"
$17.40
NUT DRIVER 1/4" X 3"
$17.40
NUT DRIVER 5/16" X 3"
$17.40
NUT DRIVER 11/32" X 3"
$17.40
NUT DRIVER 3/8" X 3"
$17.40
NUT DRIVER 7/16" X 3"
$18.85
NUT DRIVER 1/2" X 3"
$18.85
NUT DRIVER 9/16" X 3"
$18.85
NUT DRIVER 5/8" X 3"
$18.85
NUT DRIVER 3/16" X 6"
$31.90
NUT DRIVER 1/4" X 6"
$31.90
NUT DRIVER 5/16" X 6"
$31.90
NUT DRIVER 11/32" X 6"
$31.90
NUT DRIVER 3/8" X 6"
$34.80
NUT DRIVER 7/16" X 6"
$34.80
NUT DRIVER 1/2" X 6"
$34.80
NUT DRIVER 4MM X 3"
$15.95
NUT DRIVER 5MM X 3"
$15.95
NUT DRIVER 6MM X 3"
$15.95
NUT DRIVER 7MM X 3"
$15.95
NUT DRIVER 8MM X 3"
$15.95
NUT DRIVER 9MM X 3"
$17.40
NUT DRIVER 10MM X 3"
$17.40
NUT DRIVER 11MM X 3"
$18.85

Description

Details

made in the USA Every insulated hand tool is rated for exposure up to 1000VAC and dielectrically tested at 10,000VAC.

  • Heavy duty hollow shaft - 6.6in. depth
  • Hollow shafts allow for fit over extended bolts
  • Hardened for maximum torque and wear resistance
  • Cushion-grip handle allows for greater torque and comfort
  • Lifetime guarantee on the tool

Each OEL manufactured hand tool is rated for exposure up to 1000VAC and dielectrically tested at 10,000VAC.

  • These tools meet or exceed ASTM F1505-01 and IEC 900 Standards for Insulated Hand Tools.
  • These tools are necessary for compliance with OSHA 1910.333 (c)(2), and NFPA 70E 2004.
  • The insulating material used to coat the tools is impact resistant and flame retardant.
  • Two-color insulation makes inspection easier, which adds to the overall safety of the tool.
  • All OEL Insulated Tools are made in the U.S.A.

If the yellow under layer is showing, the tool may no longer be insulated properly, so it should be considered for replacement and removed from service.

Any doubts that your company is compliant? Your employees safe?

The 2012 Edition of the NFPA 70E recommendations are in print and take effect January 1, 2012.

Do you and your employees know all of the changes? Have they been implemented into your Electrical Safety Program? Do you have an Electrical Safety Program? Have you had Electrical Safety Training in the last year?

If the answer to any of those questions is no, then contact Macron Safety today!

Call 916-905-6535 or contact us to be certain you are in compliance.

Additional Info

Additional Info

Model MS-DI-NDRIVER-
Set Product as New to Date No
Usually Ships No
Country of Origin USA
Manufacturer Warranty Lifetime guarantee on the tool
Specification No

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NFPA 70E Training

Any doubts that your company is compliant? Your employees safe?

The 2015 Edition of the NFPA 70E recommendations are in print and take effect January 1, 2015.

Do you and your employees know all of the changes? Have they been implemented into your Electrical Safety Program? Do you have an Electrical Safety Program? Have you had Electrical Safety Training in the last year?

Electrical Safety Compliance Chart for NFPA 70E 2015

If the answer to any of those questions is no, then contact Macron Safety today!

Call 916-905-6535 or contact us to be certain you are in compliance.

Determine the Correct Protection Level, To evaluate Fire Retardant clothing materials in order to measure the heat transferred through the fabric, two values are calculated: Arc Thermal Performance Value (ATPV)...the minimum energy causing the predicted onset of second-degree burns and Heat Attenuation Factor (HAF)...the percentage of total energy of the arc that the fabric prevents from passing through, OSHA requires that each employer must assess the potential hazards in the work environment and determine the appropriate clothing materials using ASTM PS57-97. Always do a hazard assessment. You will need to know electrical system voltage, fault current available, number of phases, Arc time duration, estimated Arc gap, minimum distance from the Arc, and Arc configuration.

Free Duke Power Heat Flux Calculator: For the purpose of calculating heat flux received at a surface some distance from an Electric Arc.