Spi CMS161101003 Electronic Depth Gage 0-150mm

Product Description

The SPI CMS161101003 is a stainless steel electronic depth gage designed for precise depth, step, and shoulder measurements in metalworking, machining, and inspection environments. It measures from 0 to 150mm (approximately 0 to 5.9 inches) with an accuracy of 0.02mm (0.001 decimal inch) and a resolution of 0.0005 decimal inch (0.01mm), making it well suited for quality control and dimensional verification tasks. The unit runs on a CR2032 battery and features a data output port for connection to statistical process control or logging systems. A hook attachment is included for inside-groove and undercut measurements.

This depth gage is appropriate for use in machine shops, tool rooms, and manufacturing inspection stations handling light to medium precision work. The 100mm (3.937 inch) base length provides stable registration across a wide range of workpiece surfaces. Technicians and quality inspectors working with milled pockets, bored holes, recesses, and stepped features will find the measurement range and resolution practical for everyday production and incoming inspection use.

Key Features

• 0 to 150mm measurement range with 0.02mm accuracy
• 0.01mm (0.0005 inch) resolution for fine dimensional verification
• 100mm base length for stable, consistent seating on part surfaces
• Data output port supports SPC and digital logging integration
• Hook included for inside-groove and undercut depth measurements
• Stainless steel construction for corrosion resistance and durability in shop environments
• CR2032 battery included

Compatibility

Designed as a general-purpose electronic depth gage for use with standard flat reference surfaces; compatible with common SPC data collection systems via built-in data output port.

Installation Notes

This instrument requires no installation and is ready to use after battery insertion. Ensure the reference base is clean and free of burrs or debris before seating on the workpiece to avoid measurement errors. Handle with care to protect the measuring beam from impact or bending, which can permanently affect accuracy. Calibration should be verified against a certified reference standard before use in critical inspection applications.