Enespro

The Enespro RevoLite™ 40 Cal (CAT 4) protective suit utilizes a proprietary, highly engineered material system to minimize physical weight while maintaining excellent thermal protection:

• Fabric Weight: Constructed with a specialized 11.2 oz/yd² (ounces per square yard) inherently flame-resistant fabric system. This is approximately 30% to 50% lighter than standard multi-layer 40 Cal systems, which typically weigh between 16 and 22 oz/yd².
• Arc Rating: Delivers an Arc Thermal Performance Value (ATPV) of 40 cal/cm², classifying it as NFPA 70E PPE Category 4 (CAT 4) compliant.
• Material: The fabric is inherently flame-resistant, meaning its thermal protection is engineered straight into the fibers at a molecular level and will never wash or wear out over the lifespan of the garment.

Traditional arc flash face shields utilize a heavy green-pigmented dye to absorb the high-energy light spectrum of an electrical arc, but this tint restricts visible light and distorts color optics. The Enespro PureView™ faceshield utilizes advanced gray-tinted polycarbonate lens chemistry:

• Light Transmission: Delivers significantly higher Visible Light Transmission (VLT) compared to standard green visors, allowing more ambient light to reach the operator's eyes inside dark electrical rooms.
• Color Optics: Provides exceptional color recognition, allowing electrical contractors to identify and distinguish complex wiring color schemes (such as red, blue, green, and black) without lifting the shield.
• Safety Standards: Fully compliant with NFPA 70E, ASTM F2178 for arc flash protection, and ANSI/ISEA Z87.1 (Z87+ High Impact Rating) for physical debris and particle impact defense.

Standard full-shroud arc flash hoods are completely sealed, requiring the user to unbuckle and remove the entire hood assembly, hard hat, and hearing protection anytime they need to communicate, drink water, or cool down. The Enespro Lift-Front Hood incorporates a heavy-duty, dual-jointed hinge assembly:

• Operation: Allows the entire front visors and face protection shield to pivot upward completely, securing in a stable open position above the hard hat line.
• Site Safety: Allows the technician to instantly catch a breath of fresh air and communicate clearly with ground spotters when standing in a safe, de-energized boundary, fully eliminating the need to completely de-gown their PPE.
• Venting: Can be paired with Enespro's integrated dual-fan hood ventilation systems to continuously cycle fresh, cooling air through the shroud during hot summer shifts.

Enespro arc flash protective garments are rigorously designed, laboratory tested, and manufactured in the USA to meet or exceed several critical industrial electrical safety standards:

• NFPA 70E: Complies with the Standard for Electrical Safety in the Workplace, fulfilling the requirements for PPE Category 4 (CAT 4) tasks.
• OSHA 29 CFR 1910.269: Meets federal safety requirements for electric power generation, transmission, and distribution operations.
• ASTM F1506: Certified under the standard specification for flame-resistant and arc-rated textile materials used in apparel.
• CSA Z462: Complies with the Canadian workplace electrical safety standard.

Insulated rubber gloves are classified by ASTM D120 based on their maximum allowable AC/DC operating voltages and laboratory proof-test thresholds:

• Class 0 Gloves: Rated for a maximum AC use voltage of 1,000 Volts AC (proof-tested up to 5,000V AC). Standard for general low-voltage commercial electrical tasks.
• Class 1 Gloves: Rated for a maximum AC use voltage of 7,500 Volts AC (proof-tested up to 10,000V AC).
• Class 2 Gloves: Rated for a maximum AC use voltage of 17,000 Volts AC (proof-tested up to 20,000V AC). Mandatory for high-voltage industrial distribution networks, utility lines, and heavy-duty substations.

To ensure continuous field safety, all rubber voltage gloves must undergo an official laboratory electrical re-test and certification every six months from their date of first use.

Insulated rubber voltage gloves are manufactured from highly flexible, natural or synthetic rubber materials designed exclusively to resist electrical current; they have virtually no mechanical tear, puncture, or abrasion resistance. If a rubber glove is nicked by a sharp copper wire end, a sharp metal panel corner, or a sliding hand tool, the electrical insulation is compromised, exposing the operator to potential shock. Wearing a heavy, ASTM F696 compliant leather protector glove over the rubber sleeve acts as an essential physical armor, absorbing mechanical stress and preventing sharp objects from puncturing the critical rubber barrier.

A thorough visual inspection of your arc flash suit must be completed before every single shift to ensure safety compliance:

• Inspection: Check the entire jacket and bib overall layout for visible tears, fraying seams, compromised zippers, or embedded petroleum oils, grease, and dirt, which can act as flammable fuel under arc temperatures.
• Storage: Store your arc flash suit inside a dedicated, clean, and dry protective gear bag. Avoid storing the suit near heavy hand tools, sharp materials, or under direct sunlight, as UV rays can degrade flame-resistant fibers over time. Never fold or compress the PureView™ faceshield, as this can cause permanent cracks.

As an authorized stocking trade distributor and certified jobsite safety equipment supplier, Ohio Power Tool stocks a comprehensive lineup of high-voltage safety products. We maintain deep regional field stock on Enespro RevoLite™ 40 Cal complete arc flash kits, Lift-Front hoods with integrated fans, Class 0 and Class 2 rubber voltage gloves, leather protector sleeves, and highly transparent PureView™ replacement visors to ensure your active commercial contracting, utility, and substation maintenance teams operate with complete safety compliance.