Tag: Safety First

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Electrical Safety for Professionals

How do Lockout/Tagout Saves Lives?

Electrical hazards aren’t just a risk—they’re a reality. Whether you’re a contractor, electrician, or project supervisor, electrical safety for professionals should be non-negotiable. And in May, we shine an even brighter light on it—it’s National Electrical Safety Month.

But here’s the truth: safety isn’t seasonal. So why do so many skip crucial steps like Lockout/Tagout (LOTO)?

⚡ Why Electrical Safety Still Gets Overlooked

Familiarity breeds risk. When electrical work is part of the daily grind, it’s easy to go on autopilot—until an incident happens.

Fact: Each year, electrical injuries cause more than 4,000 workplace incidents in the U.S.

🔐 What is Lockout/Tagout and Why It Matters

Lockout/Tagout (LOTO) is a safety procedure that ensures machines and equipment are properly shut off and not re-energized during maintenance or servicing.

  • Prevents accidental startup
  • Stops unexpected energy releases
  • Saves lives and limbs

OSHA ranks LOTO violations among its top 10 most-cited standards.

Download the Lockout/Tagout Checklist → A step-by-step PDF to help crews stay compliant.

🧤 Must-Have Electrical Safety Gear

Using the correct gear is just as important as following procedure. Here’s a list of essentials for electrical professionals:

  • Arc Flash PPE: Arc-rated gloves, face shields, balaclavas, and full-body suits
  • Insulated Tools: Non-conductive pliers, screwdrivers, and more
  • LOTO Kits: Padlocks, tags, breaker lockouts, and more
  • Voltage Detectors: Quick check for live circuits
  • Labeling Tools: For clear, visible hazard warnings

Shop Electrical Safety Gear

🧠 Electrical Safety Culture Starts with Leadership

Electrical Safety for Professionals; even with the best gear, safety starts with people. Supervisors and team leads must set the tone:

  • Conduct regular safety talks and toolbox meetings
  • Enforce use of PPE and LOTO procedures
  • Recognize and reward safe behavior
  • Attend safety events and hands-on trainings

“If you don’t make time for safety, you’ll be forced to make time for accidents.”

🎉 Want Hands-On Safety Training? Join Us at Safety Fest!

Don’t miss Safety Fest 2025, April 28– May 2—your chance to get live training, explore new gear, and connect with safety experts.

  • Live demos of Lockout/Tagout devices
  • Expert-led electrical safety talks
  • PPE fittings and special gear promos
  • Free food, giveaways, and more!

Register now for Safety Fest

✅ Final Takeaways

Electrical safety isn’t just a box to check. For professionals, it’s a daily commitment that saves lives, time, and money.

  • Know your risks
  • Follow Lockout/Tagout procedures
  • Wear the right gear
  • Build a safety-first culture

Join us at Safety Fest April 28–May 2, 2025

Tags: #ElectricalSafety #LOTO #LockoutTagout #ConstructionSafety #PPE #OSHACompliance #SafetyFest2025 #ArcFlashSafety #JobsiteSafety #networking #Safetyfesttn #CPR #OakRidge #SouthernSafetySupply

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When should I re-test rubber insulating gloves for electrical work?

Southern Safety Supply LLC Knoxville TN
Southern Safety Supply LLC Knoxville TN

When should I re-test rubber insulating gloves for electrical work?

When should I re-test rubber insulating gloves for electrical work? According to OSHA (Occupational Safety and Health Administration) standards, rubber insulating gloves used for electrical work must be tested at regular intervals to ensure their safety and effectiveness. The key requirements are outlined in OSHA 29 CFR 1910.137 and ASTM F496 standards.

How often to inspect and retest rubber insulating gloves?

  • Before first issue (unless they have been tested within the previous 12 months).
  • Every 6 months after being issued for use.
  • After any incident that may cause damage (e.g., punctures, exposure to chemicals, or extreme wear).
  • If in storage for over 12 months, they must be retested before use.

Additional Best Practices

  • Daily visual inspection: Workers should inspect gloves for cuts, tears, swelling, or ozone damage before each use.
  • Air testing: Slightly inflating the gloves and listening for leaks is a good daily practice.
  • Storage: Keep gloves away from direct sunlight, heat, chemicals, and sharp objects to extend their life.

Saf-T-Gard has a great in-depth article here.

Additionally, When buying insulated gloves for electrical work, it’s crucial to choose the right type based on OSHA standards, voltage requirements, and durability. Here’s what to look for:

1. Voltage Rating & Class

Rubber insulating gloves are categorized into six classes based on the maximum voltage they can handle. Always choose gloves that meet or exceed your working voltage.

ClassMax AC VoltageMax DC Voltage
Class 00500V AC750V DC
Class 01,000V AC1,500V DC
Class 17,500V AC11,250V DC
Class 217,000V AC25,500V DC
Class 326,500V AC39,750V DC
Class 436,000V AC54,000V DC

2. Compliance & Certification

Ensure gloves meet:
✅ OSHA 29 CFR 1910.137 (Electrical Protective Equipment)
✅ ASTM D120 (Standard for Rubber Insulating Gloves)
✅ ASTM F496 (Testing & Maintenance Guidelines)

3. Material & Durability

  • Natural rubber for flexibility and dielectric strength
  • Thickness appropriate to the class rating
  • No cuts, tears, swelling, or ozone damage

4. Glove Kit – Leather Protectors & Liners

  • Leather protector gloves: Worn over rubber gloves to prevent punctures and abrasions
  • Cotton liners: Improve comfort and reduce sweat during extended use

5. Size & Fit

  • Gloves should fit snugly without restricting movement
  • Measure hand circumference and check manufacturer sizing charts

6. Testing & Expiration

  • Check the date stamp: Gloves must be tested before first use and retested every 6 months
  • Perform daily visual and air tests before each use

Visit:https://southernsafety.com/ Southern Safety Supply