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The Brown & Sharpe 74.111371 InteRapid dial test indicator reads to 0.0005”, with one-half revolution in either direction equivalent to 0.030”, and a total measurement range of 0.060”. The large measuring span helps when inspecting significant size variations, such as on a surface plate, to measure positional, form, and shape errors. Designed to give true readings when the angle between the stylus and the surface is 12 degrees; in other measuring positions, such as when the stylus is parallel to the workpiece surface, the values read must be corrected. Lever-type dial test indicator has 1.2” dial face mounted parallel to the insert axis. The inclined dial is easy-to-read. The white dial face includes a revolution counter to keep track of the overall measurement and a contrasting black hand to help make measurements easy to read. It has a one-piece, solid case for durability. It also has very high sensitivity for very light measuring pressure. The jeweled mechanism is fitted with ball bearings and is fully reversible, swiveling through 210 degrees without reversing the lever, while the lever system has friction drive to prevent overload. The ball contact tip reaches into the workpiece up to 0.65”.
Dial indicators may also be called dial gauges, dial calipers, and probe indicators. These precision measuring tools are used to accurately measure small linear distances and object sizes. The dial magnifies the measurement so that it can more easily be read by the human eye. Frequently used in manufacturing, laboratories, and other industrial or mechanical fields, dial indicators are used anywhere a small measurement must be found and recorded or transferred, such as checking the variation in tolerance of a workpiece. Dial test indicators are very similar to dial indicators, except that the axis of measurement is perpendicular to the axis of the indicator. Standard dial indicators measure the displacement along the axis of the indicator. Dial indicators can be analog, with a mechanical dial, or electronic, with a digital display. Some electronic models transfer the data electronically to a computer for recording and potential manipulation.
Brown & Sharpe was founded in 1833, had a major part in setting industrial standards in the United States, and has given its name to several standards, including a tool spindle taper, a worm threadform, and others. Brown & Sharpe was acquired by Hexagon Metrology in 2001, and has since focused on precision measuring equipment and metrology hand tools. The Brown & Sharpe line of coordinate measuring machines (CMMs), optical measuring systems, benchtop measuring machines, and precision hand tools offer consistent, high-quality design, construction, and performance. Brown & Sharpe has manufacturing facilities in North America, Switzerland, and China.
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The Brown & Sharpe 599-7032-5 BesTest parallel dial test indicator reads to 0.0001”, with one-half revolution in either direction equivalent to 0.004” and a total measurement range of 0.008”. Continuous clockwise pointer rotation provides error-free reading by preventing plus or minus confusion, with full-metal construction for durability. This indicator is anti-magnetic and corrosion resistant, for safety when used around magnetic workpieces and debris. Monoblock body design with pinions mounted in jeweled bearings in an isolated assembly separate from the outer body, for high accuracy. The ball-bearing lever system with measuring insert swivels through to 240 degrees. The satin black dial and a contrasting high-visibility orange hand help make measurements easy to read. The ball contact tip reaches into the workpiece up to 1/2” to make accurate measurements of turned, milled, and ground parts, for tool setting gauges, fixtures, and inspections. The dial face is 1” in diameter, and rotates to allow horizontal and vertical measurements. This indicator meets the internationally used Deutsches Institut fuer Normung (DIN) 2270 standards and Norme Française, the French Institute for Standardization, NF E 11-053 standards.
Dial indicators may also be called dial gauges, dial calipers, and probe indicators. These precision measuring tools are used to accurately measure small linear distances and object sizes. The dial magnifies the measurement so that it can more easily be read by the human eye. Frequently used in manufacturing, laboratories, and other industrial or mechanical fields, dial indicators are used anywhere a small measurement must be found and recorded or transferred, such as checking the variation in tolerance of a workpiece. Dial test indicators are very similar to dial indicators, except that the axis of measurement is perpendicular to the axis of the indicator. Standard dial indicators measure the displacement along the axis of the indicator. Dial indicators can be analog, with a mechanical dial, or electronic, with a digital display. Some electronic models transfer the data electronically to a computer for recording and potential manipulation.
Brown & Sharpe was founded in 1833, had a major part in setting industrial standards in the United States, and has given its name to several standards, including a tool spindle taper, a worm threadform, and others. Brown & Sharpe was acquired by Hexagon Metrology in 2001, and has since focused on precision measuring equipment and metrology hand tools. The Brown & Sharpe line of coordinate measuring machines (CMMs), optical measuring systems, benchtop measuring machines, and precision hand tools offer consistent, high-quality design, construction, and performance. Brown & Sharpe has manufacturing facilities in North America, Switzerland, and China.
What’s in the Box
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