American Lock A5101KA-35745 Steel Keyed Alike Padlock

Product Description

The AMERICAN LOCK A5101KA-35745 is a steel-bodied padlock designed for keyed-alike applications in commercial and industrial security. The rectangular body measures 1-1/2 inches wide and 3/4 inches thick, providing a compact but solid form factor. The boron alloy shackle measures 1/4 inch in diameter, 3/4 inch in width, and 1-1/2 inches in height, offering cut resistance suitable for securing gates, hasp assemblies, electrical lockout stations, and equipment enclosures. A 5-pin cylinder provides added pick resistance. At 0.625 pounds, this padlock is lightweight enough for frequent use without sacrificing durability.

This padlock is well suited for facilities maintenance, HVAC lockout/tagout procedures, electrical panel lockout, and general trade use where multiple locks must be operated by the same key. Keyed-alike configurations simplify key management on job sites or in facilities where technicians carry one key for multiple locks. The steel body and boron alloy shackle hold up to the demands of light industrial and commercial environments.

Key Features

• Steel rectangular body, 1-1/2 inches wide and 3/4 inches thick
• Boron alloy shackle for improved cut resistance
• Shackle dimensions: 1/4 inch diameter, 3/4 inch width, 1-1/2 inch height
• 5-pin cylinder for increased pick resistance
• Keyed-alike for simplified key management across multiple locks
• Compact and lightweight at 0.625 pounds

Compatibility

Designed as an OEM-style keyed-alike padlock of the A5101 series, suitable for standard hasp, lockout/tagout, and chain-and-lock applications requiring a 1-1/2 inch body width.

Installation Notes

Installation requires no tools beyond threading the shackle through the target hasp or locking point. Always verify that the shackle clearance and diameter are compatible with the hasp or staple before deploying. For lockout/tagout applications, follow OSHA 29 CFR 1910.147 control-of-hazardous-energy procedures. Ensure all energy sources are isolated and de-energized before applying the lock.