Milwaukee Electric Tool Corp 540-24 Aluminum I-beam Level 24 in

Product Description

The Milwaukee Electric Tool Corp 540-24 is a 24-inch aluminum I-beam level built for trade professionals who need accurate, durable layout and leveling tools on the job. The anodized aluminum I-beam frame provides structural rigidity while keeping weight manageable at 3.15 pounds. Shock-absorbing end plates protect the tool during transport and on busy job sites. Solid block acrylic vials are accurate to within 0.00005 inches per inch and will not break, leak, or fog over time. A top-read window adds flexibility in tight overhead or confined spaces. Large, easy-to-read number graduations reduce eye strain and speed up work in low-light conditions.

This level is suited for residential and light commercial applications where precision layout is required. It performs reliably in all 10 level and plumb working positions, making it a practical tool for a wide range of tasks. Typical use cases include wallpapering, shelving installation, tile work, framing checks, and use as a straight cutting guide. Electricians, plumbers, carpenters, and general contractors will find the 24-inch length versatile across common trade applications.

Key Features

• Vials accurate to within 0.00005 inches per inch in all 10 level and plumb working positions
• Super strong anodized aluminum I-beam frame resists flex and wear
• Shock-absorbing end plates protect against impact damage
• Solid block acrylic vials will not break, leak, or fog
• Top-read window allows readings in confined or overhead positions
• Large number graduations for fast, clear readings on the job

Compatibility

Designed as a general-purpose aluminum I-beam level suitable for layout, leveling, and plumb tasks across residential and light commercial trade applications.

Installation Notes

No power source or shutoff is required for level installation or use. Clean the reference surface before placing the level to ensure accurate readings. Handle with care to avoid dropping on hard surfaces, which can affect vial calibration even with shock-absorbing end plates. Periodically verify vial accuracy against a known flat reference surface as part of routine tool maintenance.