Komelon ML1812 Measuring Wheel 10000 Ft Gear Driven

Product Description

The KOMELON ML1812 is a gear-driven measuring wheel designed for accurate distance measurement in the field. It counts up to 10,000 feet and displays readings in both feet and inches, making it a practical tool for HVAC layout work, site surveys, plumbing runs, electrical conduit planning, and general contractor use. The accuracy rating of plus or minus 2 inches per 100 feet meets the precision requirements of most field measurement tasks. A magnifying lens aids readability of the counter display, and a push-button reset clears the counter quickly between measurements. The polyvinyl tread wheel improves traction on uneven or slick surfaces.

The ML1812 is suited for outdoor and indoor distance measuring on job sites. Typical applications include measuring lot lines, trench runs, conduit pathways, irrigation layouts, and linear footage for material estimating. The adjustable twist-and-lock handle accommodates different user heights and walking styles, reducing fatigue during extended use. This wheel is appropriate for use by HVAC contractors, plumbers, electricians, pool and irrigation installers, and general tradespeople who need a reliable field measuring tool.

Key Features

• Accurate gear-driven counter with push-button reset for fast zeroing between measurements
• Measures up to 10,000 feet with feet and inches readout
• Magnifying lens improves counter readability in bright or low-light conditions
• Polyvinyl tread provides improved traction on varied surfaces
• Adjustable twist-and-lock handle fits different user heights
• Comfortable grip reduces fatigue during extended measuring sessions

Compatibility

Designed as a general-purpose measuring wheel suitable for trade professionals requiring distance measurement up to 10,000 feet in field applications.

Installation Notes

No installation is required. Before use, verify the counter is reset to zero using the push-button reset. Walk at a steady pace and keep the wheel in full contact with the surface for best accuracy. On loose gravel or extremely rough terrain, results may vary beyond the stated accuracy tolerance.