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Starrett 125 Series Vernier Caliper, Stainless Steel, Inch/Metric, For Depth/Inside/Outside/Step Measurements, 0.001"/0.02mm Resolution
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About Starrett 125 Series Vernier Caliper, Stainless
The Starrett 125 series vernier caliper measures in inches and metric, has a 0.001"/0.02mm graduation, and four-way jaws for measuring the inside diameter (ID) and outside diameter (OD) of holes, grooves, and tube thicknesses, and depth and step measurements of bores and grooves. The inch scale on the caliper has an accuracy of + or - 0.001" on 0-4" measurements and + or - 0.0015" on measurements over 4"; the metric scale on the caliper has an accuracy of + or - 0.025mm for each 300mm. Sharp black graduations on a satin-finished bar ease reading. A fine-adjustment screw ensures accurate measurements and a locking screw secures the measurement tightly in place for accurate readings. The hardened stainless steel depth rod is durable and wear-resistant. The caliper includes a fitted case. Vernier calipers are measuring instruments commonly used for inspection in manufacturing to provide the precise measurements of an object. A pair of jaws attached to a long beam with a marked scale is used to take inside, outside, and step measurements. An additional depth probe slides along the beam to take depth measurements. One jaw is fixed to the end of the scale, while the other jaw slides along it with gearless precision to take measurements. The main scale is engraved directly on the beam while the vernier scale is engraved on the slider mechanism. The base measurement is taken from the long beam, which provides the initial whole measurement in inches, centimeters, or millimeters. To obtain the total measurement, the base reading is added to the vernier scale reading, which provides fractional measurements in inches or millimeters. A locking mechanism provides the ability to take differential measurements for determining the difference in measurements between two objects. Compared to digital and dial calipers, vernier calipers are more durable because they do not have internal moving parts, and are less prone to inaccuracy caused by shock, debris,
