Master Lock Grip Tight Circuit Breaker Lockouts for Std. Single/Double provide a reliable, safety‑first solution to prevent energization during maintenance and repairs. Built for everyday rugged use, this compact lockout device is designed to stay secure on standard breaker toggles, making it a go‑to choice for professionals on the job.
Grip Tight design: The patented mechanism locks onto the breaker toggle with a simple thumb turn and then a closing clamping handle, delivering a secure grip without tools. This streamlined operation helps you complete lockouts quickly and accurately.
Universal compatibility: Engineered to fit a wide range of breaker toggles, the Grip Tight lockout offers versatile performance across many panel types. It accepts all American Lock and Master Lock safety padlocks and most lockout hasps for full lockout capability.
Durable construction: Crafted from powder‑coated steel and reinforced polymer, this lockout withstands harsh environments while maintaining reliable performance over time.
Compact and portable: The lightweight, one‑piece design is easy to carry and store, making it ideal for professionals who travel between sites or work in tight spaces.
Effortless operation: No tools are required for installation—simply adjust to the breaker with the thumb turn and close the clamping handle for a secure grip on the toggle. This straightforward process saves time during lockout procedures.
The Master Lock Grip Tight™ Circuit Breaker Lockout is Red, unmistakable, and built to endure the demands of industrial environments. It’s designed for standard single and double breakers, delivering dependable safety and efficiency on every job.
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Enhanced safety: Prevents accidental energizing of circuit breakers, reducing electrical hazards on the worksite.
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Quick, tool‑free locking: Thumb‑turn operation enables fast, reliable lockouts.
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Universal fit: Works with a broad range of breaker toggles and lockout accessories.
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Durable design: Powder‑coated steel and reinforced polymer for longevity in challenging environments.
