Spi MS160719005 Electronic Height Gage 450 Mm Nist

Product Description

The SPI MS160719005 is a digital electronic height gage designed for precise linear measurement on surface plates and inspection benches. It delivers a resolution of 0.001 inches and an accuracy of 0.0015 inches, making it suitable for dimensional inspection work in machine shops, quality control labs, and toolrooms. The gage features a large LCD display with inch/metric conversion, a micro-adjustable wheel for fine positioning, and a manual on/off switch. A NIST-traceable short-form certificate of calibration is included with each unit. Machinists, metrologists, and QC inspectors are the primary users of this instrument.

This height gage is used in metrology and dimensional inspection applications where repeatable, accurate vertical measurements are required. It is suited for both production-floor spot checks and formal inspection setups. The included calibration certificate supports documentation requirements in ISO, AS9100, and similar quality management environments. The instrument ships ready to use with a battery installed.

Key Features

• 0.001 inch resolution with 0.0015 inch accuracy for tight-tolerance inspection
• 450 mm maximum measurement range
• Digital LCD display with inch/metric conversion for flexible reporting
• Micro-adjustable wheel enables fine, controlled positioning
• Manual on/off switch conserves battery life between uses
• NIST-traceable short-form certificate of calibration included
• Ships with LR44 battery installed, ready for immediate use

Compatibility

Designed for use on standard surface plates in metrology, quality control, and machine shop inspection setups where a digital height gage with NIST-traceable calibration is required.

Installation Notes

Height gages are operated by QC technicians and machinists on clean, flat surface plates. Before use, verify the surface plate is level and free of debris. Zero the gage at the surface plate reference plane using the zero-setting function before taking measurements. Handle the instrument carefully to avoid dropping or impact, as damage to the measuring column or scribing jaw can affect accuracy.