Honeywell - Salisbury Electrical Safety Catalog

INSULATING PLASTIC GUARDS/ COVERS

LINE HOSES/ COVERS

ARC FLASH PPE

DIELECTRIC FOOTWEAR

INSULATED JUMPERS

VOLTAGE DETECTORS

INSULATED TOOLS

OUTAGE PROTECTION

SLEEVES

BLANKETS

HISTORY

CONTENT

GROUNDING

SAFETYLINE

HOT STICKS

INSULATORS

GLOVES

ELECTRIGRIP BOOTS

For users who depend on a single, comfortable boot to provide primary protection from the risk of electric shock. Electrigrip boots were designed around the Honeywell Muck®boots. They feature a proven fit with a locking ankle to prevent heel slip and an outsole design that diverts liquid away to provide better traction and increased stability on slippery surfaces. They are arc flash tested to 40 Cal/cm 2 (per ASTM F2621) and available with quick drying thermal lining to keep feet warm and dry in working conditions.

Electrigrip™ dielectric boots have also been tested and certified compliant to ASTM 2413, and by UL to the CSA Z195 standard.

PULL-ON HANDLES for quick donning.

100% WATERPROOF

REFLECTIVE STRIPE provides enhanced visibility for added user safety.

HIGH-VIS COLOR for quick recognition and added visibility.

DIELECTRIC FOOTWEAR

FAQ

HEEL KICK-OFF LEDGE for easy removal.

HAND LAYERED PREMIUM VULCANIZED RUBBER

Q: What are the benefits of dielectric footwear? A: Protects ground workers from step and touch potential in the whole work zone, not just one confined work area, like a grounding mat. Q: What is touch potential? A: Voltage difference between any energized object and the feet of the worker who may be in contact with it. If you touch an energized unit, your body will become the path for the current to flow to the ground. Examples of this danger include downed power lines. Q: What is step potential? A: Voltage difference between each foot of a person near an as the energy moves across the ground depending on the resistance of the soil. Lightning, induced voltage, downed wires, metal and wood fences, wet soil, puddles, trees and utility poles can all create zones of high voltage. energized, grounded unit. Voltage is highest at the source and fades

RAISED HEEL with ladder grips for additional traction and stability.

BUILT-IN COMPOSITE SAFETY TOE CAP

Navigating the realm of electricity, particularly in wet or damp environments, presents inherent hazards. Individuals undertaking such tasks require specialized insulating footwear to safeguard against electric shock within medium to high voltage settings. It's crucial to recognize that even after equipment shutdown, there remains a potential risk stemming from residual charges. Additionally, even when a worker is at a considerable distance from an electrical site, the threat of shock persists due to step potential. The use of dielectric footwear becomes paramount, offering electrical insulation that effectively mitigates the risk of electric shock. It is imperative for such footwear to adhere to the standards outlined in ASTM F1117 and F1116 for comprehensive safety compliance.

INTEGRATED SHANK Wide supportive fiberglass shank distributes body weight evenly and reduces stress on back, legs, and feet.

100

101

QUICK DRYING STYRENE BUTADIENE RUBBER FOAM lining that is lightweight and helps feet stay dry and healthy.

PUNCTURE RESISTANT SOLE reduces the possibility of damage or injury from nails, sharp metal, or other objects that could penetrate the sole.

RELEVANT ASTM STANDARDS Standards

EXCEPTIONAL OUTSOLE TRACTION designed to shed mud and debris and prevent slips and falls on uneven ground, loose sand and dirt, wet grass, and slick mud.

Description

SIZES: • 15 inch height • Whole sizes, 5-16

ASTM F1116

This test method covers testing to determine the “Dielectric Strength” of dielectric overfoot and overshoe footwear. Testing is done over the maximum possible area of the dielectric footwear without permitting flashover between electrodes. This specification covers acceptance testing of dielectric overfoot and overshoe footwear designed to provide additional isolation or insulation of workers if in accidental contact with energized electrical conductors, apparatus, or circuits.

ASTM F1117

All Salisbury dielectric footwear is tested to 20 kV (except if otherwise noted) and endures a 3 minute wet test to ensure the entire shoe passes the voltage requirement. Each shoe is marked clearly and permanently with the standard, size and ac voltage rating.