Heavyduty 6hole lockout hasp — stainless steel construction with erosionresistant plated finish, OSHAcompliant design Key benefits Prevents accidental reactivation: the sequential locking mechanism requires every technician to remove their padlock before equipment can be reenergized, enforcing collective accountability and compliant lockout/tagout (LOTO) practice. Supports multiworker safety: six padlock holes allow up to six workers to lock out a single energyisolating point, ensuring every worker on the job has individual control over reenergization. Durable and corrosionresistant: heavyduty stainless steel body with an erosionresistant plated finish stands up to industrial environments and repeated use. Clear fit and compatibility: 1.75' wide hasp body for stable placement and a 1' inner claw diameter that accommodates standard padlock shackles for multiworker compliance. Features and specifications Design: Sequential lockout hasp with six padlock holes (OSHAcompliant configuration) Material: Heavyduty stainless steel construction with erosionresistant plated finish Hasp width: 1.75' (hasp body width) Inner claw diameter: 1' (accepts padlock shackles up to 1' diameter) Use capacity: Up to six padlocks for simultaneous worker isolation How it solves problems Eliminates singlepoint control: By requiring each worker to place and remove their own padlock, the hasp prevents a single person from reenergizing equipment while others remain exposed. Simplifies LOTO procedures: Easy to install and use, the hasp integrates with existing LOTO programs and standard padlocks to provide a visible, verifiable isolation point. Withstands industrial conditions: Robust materials and protective plating reduce corrosion and wear in power plants, refineries, and manufacturing environments. Typical applications Power plants and electrical cabinets: Secure circuit breakers, disconnects, or control panels while multiple technicians perform testing or repairs. Pipelines and process equipment: Lock out valves or pipeline isolation points during maintenance in oil refineries and petrochemical plants. Manufacturing maintenance and machine repairs: Use during adapter adjustments, tooling changes, or hazardous energy source control when maintenance crews need individual lock control. What to expect in the field Easy placement around isolation points with a stable 1.75' hasp body. Clear verification that up to six workers have applied locks before equipment reactivation. Durable performance in harsh industrial settings thanks to stainless steel construction and erosionresistant plating. Compatible with standard padlocks; designed to enforce strict LOTO compliance and improve team safety during maintenance and hazardousenergy control.