Mitutoyo Solar Caliper 500 784 0 6" Range

Mitutoyo 500-784 Digital Caliper, IP67, LCD, Solar Powered, 0-6"/0-150mm Range, +/-0.001" Accuracy, 0.0005"/0.01mm Resolution

The Mitutoyo 500-784 is one of Mitutoyo’s Series 500 MyCal Solar Absolute Digimatic Calipers and measures 0” to 6” or 0 to 150 mm with +/- 0.001” or +/- 0.010 mm accuracy. It is made of durable hardened stainless steel and uses Mitutoyo’s ABSOLUTE linear encoder technology. Coolant-proof, it meets IP 67 standards with a dust-tight, waterproof, oil-proof, and damage-resistant construction. Its hard-coated solar panels protect the solar cells storing energy for operation. Through solar power, you can measure in any location (even low-lit areas) without the need to replace batteries. This digital solar caliper has .295-inch/7.4-mm LCD characters with a five-digit display and easy-to-reach function control buttons, such as Inch/Metric to convert from inch to metric measurements and On/Off to automatically shut off the caliper after 30 minutes. Its solar battery retains its origin point for life (even after the caliper has remained in complete darkness), without requiring the caliper to zero-set its LCD display due to low light intensity. Although identical to dial and vernier calipers in its ability to make precise measurements, this digital solar caliper also has the LCD, which clearly shows values and increases reading reliability over the other types. The 500-784’s LCD also reflects all ABSOLUTE system activities. The Absolute Scale (ABS) function tracks the origin point—even after shutoff. In environments with available light of 60 Lux or more, the caliper becomes active and you can immediately start measuring, without zero resetting or worrying about overspeed errors. You can make and compare incremental measurements without having to subtract the first measurement from the second. The 500-784 is IP67 rated for dust, water, and oil protection. It has the ABSOLUTE electromagnetic induction linear encoder and hard-coated solar panels, for increased durability in storing energy in solar cells for safe operation. It weighs approximately 1 lb (453 g) and measures outer diameter (OD), inner diameter (ID), depth, and step, where the butt end of the fixed jaw measures one end of a work piece before its upper/lower or inner/outer "steps" are measured. Outside Jaw Depth is 1.57”/ 39.87 mm, Inside Jaw Depth is .65”/16.51 mm, Upper Jaw Length is 1.57”/ 39.87 mm, and Lower Jaw Length is 1.57”/ 39.87 mm. Range is 0 to 6"/0 to 150 mm, LCD Resolution is .0005"/0.01 mm, Repeatability is .0005"/0.01 mm, and Accuracy is rated + or - 0.0001"/0.02 mm. Also included are inch/metric and on/off automatic shutoff function buttons. A Digital LCD Data Reading Hold function is available with the optional Data Hold Unit (959143), sold separately. An alarm alerts the user to low voltage and scale contamination and counting value composition errors. A rolling thumb wheel makes fine adjustments and a thumb screw locks the scale’s position. Response speed is unlimited. The caliper has no SPC (Statistical Process Control) output capability. The built-in solar cells can store energy for up to three hours of caliper operation. The caliper can be used continuously above 60 Lux (or luminous fLux) ambient illumination. Calipers measure the distance between two opposing sides of an object. They make inside, outside, depth, or step measurements, according to their type. Calipers are commonly used in architecture, metalworking, mechanical engineering, machining, manufacturing, carpentry, and medicine. The simplest calipers have two legs to mark the two points and require a ruler to take the measurement. More complex calipers use two sets of jaws instead of legs and have up to two graduated scales. Vernier, dial, and digital calipers all give direct and accurate readings and are functionally identical, having a calibrated scale with a fixed jaw and another jaw with a movable pointer that slides along the scale. The vernier caliper has a scale sliding parallel to the main scale for an additional, fractional reading to improv