Spark resistant aluminum hasp lock, model M D10, hook diameter 1.50 inch, lock hole diameter 0.39 inch, holds 6 padlocks

Product Characteristics Material & Spark Resistance: Handle is engineering plastic nylon (injection-molded), lock body is aluminum die-cast, providing excellent spark resistance and durability, ideal for use in environments with flammable materials. Dimensions & Capacity: Hook diameter 1.50in (38mm), lock hole diameter 0.39in (10mm), holds up to 6 padlocks for multi-person LOTO management. Visibility: Bright red color ensures the hasp lock is easily noticeable, reducing the risk of accidental operation and improving overall workplace safety. Multi-Person Management: Designed for multi-person lockout, allowing multiple team members to secure equipment or energy sources, ensuring comprehensive safety compliance. Industry Applicability: Suitable for industrial, chemical, electronic, petroleum, coal, and flammable-explosive environments requiring spark-resistant lockout devices for LOTO procedures. Usage Method Identify the equipment or energy source in spark-sensitive environments that requires lockout and determine the number of authorized personnel involved. Attach the QVAND Hasp Lock M-D10 to the lockout point or equipment using the hook. Each authorized personnel inserts their respective padlock into the lock holes (up to 6 padlocks can be used). Verify that the hasp lock is securely fastened and the equipment is locked out. When the work is completed and it is safe to remove the lockout, all authorized personnel must remove their padlocks before releasing the hasp lock from the equipment. Application Scenarios Industrial facilities in chemical, petroleum, and coal sectors implementing LOTO procedures for machinery and equipment maintenance where spark prevention is mandatory. Workplaces with flammable materials where multi-person lockout management using spark-resistant devices is critical for safety. Environments requiring spark-resistant lockout devices to comply with safety regulations and prevent fire hazards during maintenance.