American Lock A5201KA-26272 Steel Padlock Keyed Alike

Product Description

The AMERICAN LOCK A5201KA-26272 is a steel-body padlock designed for industrial and commercial security applications. Built around a 5/16-inch shackle diameter, this padlock provides reliable resistance to cutting and tampering. The keyed-alike configuration allows one key to operate multiple locks — a practical choice for facilities managers, maintenance crews, and contractors who need consistent key control across multiple access points. The steel construction offers durability in demanding environments where exposure to wear and physical stress is a regular factor.

This padlock is suited for use on gates, equipment cabinets, tool storage, and similar fixed or portable security applications in commercial, industrial, and institutional settings. The keyed-alike feature makes it well matched for fleet lockout/tagout programs or any installation where a master-key-style convenience is required. Licensed electricians, maintenance technicians, and facility security teams are the typical installers and end users.

Key Features

• Steel body construction for durability in heavy-use environments
• 5/16-inch shackle diameter provides resistance to cutting attempts
• Shackle clearance of 2 inches accommodates standard hasps and chains
• Keyed-alike configuration — one key operates multiple locks of this keying group
• Compact and portable for use across a wide range of security points

Compatibility

Designed as an OEM-style replacement or direct-use padlock compatible with standard hasps, chains, and lockout devices that accept a 5/16-inch shackle diameter.

Installation Notes

Installation requires no tools — insert the shackle through the hasp or chain link and engage the locking mechanism. Before installing on energized equipment, follow applicable OSHA lockout/tagout (LOTO) procedures and verify the padlock is rated for the intended application. Inspect the shackle and body for wear or damage before each use. Do not force a damaged shackle into a hasp, as this may compromise the locking mechanism.