Spi MS160719034 Electronic Depth Gage 0-300mm Nist

Product Description

The SPI MS160719034 is a digital electronic depth gage with a measurement range of 0 to 300mm (0 to 11.811 inches). It delivers 0.04mm (0.0015 inch) accuracy and 0.01mm (0.0005 inch) resolution, making it a reliable choice for precise depth measurements in shop, field, and inspection environments. The gage features a 4-inch (101.60mm) hardened base, an embedded linear scale, and supports SPC and USB data output for direct integration with measurement software. A NIST traceability certification is included, meeting documentation requirements for quality-controlled work environments. Licensed machinists, metrology technicians, and precision tradespeople are the primary users.

This depth gage is suited for dimensional inspection, layout work, and quality control in manufacturing, machining, and mechanical service settings. The 4-inch base provides stable contact across wider workpiece surfaces, reducing tip errors. The unit ships with a CR2032 battery installed and arrives in an ABS plastic protective case. The automatic shut-off feature extends battery life during intermittent-use applications common in trade and shop environments.

Key Features

• Measurement range: 0 to 300mm (0 to 11.811 inches)
• Accuracy: 0.04mm (0.0015 inch); Resolution: 0.01mm (0.0005 inch)
• 4-inch (101.60mm) hardened base for stable, wide-contact measurement
• SPC and USB data output for direct connection to quality management software
• Embedded linear scale for consistent, repeatable readings
• NIST traceability certification included
• Automatic shut-off preserves CR2032 battery life

Compatibility

Designed as a general-purpose electronic depth gage suitable for use with standard depth measurement applications on flat, machined, or cast surfaces in shop and inspection environments.

Installation Notes

Electronic depth gages require no permanent installation. Before use, verify the base and blade are clean and free of debris to ensure accurate seating on the reference surface. Calibration should be confirmed against a known reference standard before critical measurements. Handle the unit with care to avoid dropping, which can damage the embedded linear scale or affect calibration.