Spi MS160712130 Electronic Caliper 6 Inch 0.0005 in

Product Description

The SPI MS160712130 is a stainless steel electronic caliper designed for precise linear measurement in shop, field, and inspection environments. It measures from 1 to 6 inches with a resolution of 0.0005 inches and an accuracy of 0.0010 inches, making it suitable for close-tolerance work in HVAC, plumbing, electrical, and mechanical trades. The caliper body and jaws are both constructed from hardened stainless steel, providing durability against corrosion and wear during regular service use. Power comes from a standard LR44 battery. This tool is used by technicians and tradespeople who need reliable dimensional verification on the job or at the bench.

The MS160712130 is suited for residential and commercial trade applications where quick, accurate measurements of outside and inside dimensions are required. Its 6-inch maximum range covers the majority of common pipe diameters, fitting sizes, conduit dimensions, and component measurements encountered in HVAC, plumbing, and electrical service work. The inside and outside jaw style allows technicians to measure both internal and external dimensions without switching tools.

Key Features

• 6-inch maximum measurement range with 0.0005-inch resolution
• Accuracy of 0.0010 inches for close-tolerance dimensional checks
• Hardened stainless steel body and jaws resist corrosion and wear
• Inside and outside jaw configuration handles both measurement types
• Battery-powered with standard LR44 cell for easy field replacement
• Compact package at 0.73 pounds for portability in a tool bag

Compatibility

Designed as a general-purpose electronic digital caliper suitable for trade measurement applications requiring up to 6-inch range and 0.0005-inch resolution.

Installation Notes

No installation is required. Before use, ensure the jaws are fully closed and the display is zeroed. Keep the measuring surfaces clean and free of debris for accurate readings. Replace the LR44 battery when the display dims or readings become inconsistent.