Friday, May 31, 2013

Mitutoyo 505-675-52 Dial Caliper, Stainless Steel, Purple Face, 0-6" Range, +/-0.001" Accuracy, 0.00

~~ICV_PjQyfU4xODNfTFdESkY,~~The Mitutoyo 505 series dial caliper uses a combination of a vernier scale and a dial whose pointer travels one rotation for each 0. 1 measured to perform precise outside diameter (OD), inside diameter (ID). The dial caliper has a fixed (main) scale and a movable dial, unlike the vernier caliper which has a second. The dial is circular and has a pointer; it is mounted on a toothed gear track which drives the pointer. As the dial moves over the main scale rule. The second measurement is added to the main scale reading to obtain a final result accurate to the smallest graduation marked on the dial. The main scale and dial are marked in inches. The dial can be rotated beneath the pointer to measure size differential between two objects. The dial caliper is easier to read than the vernier caliper, thus safeguarding against user reading errors. Its standard of precise measurement complements the use of the vernier caliper; the dial provides an ease in reading and interpolating measurements which most vernier calipers, due to their need for direct observation of both scales, may not provide. The dial uses a rack-and-pinion mechanism and is mounted on a gear track where each tooth equals one quarter of the dial revolution, and four teeth equal 0. 1. The smooth-moving dial is graduated to 0. 001 and offers gear train shock protection. A thumbwheel permits fast operation with one hand. A clamping screw controls scale movement and a dial calibration lock holds the sliding jaws position.text2The Mitutoyo 505 series dial caliper uses a combination of a vernier scale and a dial whose pointer travels one rotation for each 0. 1 measured to perform precise outside diameter (OD), inside diameter (ID). The dial caliper has a fixed (main) scale and a movable dial, unlike the vernier caliper which has a second. The dial is circular and has a pointer; it is mounted on a toothed gear track which drives the pointer. As the dial moves over the main scale rule. The second measurement is added to the main scale reading to obtain a final result accurate to the smallest graduation marked on the dial. The main scale and dial are marked in inches. The dial can be rotated beneath the pointer to measure size differential between two objects. The dial caliper is easier to read than the vernier caliper, thus safeguarding against user reading errors. Its standard of precise measurement complements the use of the vernier caliper; the dial provides an ease in reading and interpolating measurements which most vernier calipers, due to their need for direct observation of both scales, may not provide. The dial uses a rack-and-pinion mechanism and is mounted on a gear track where each tooth equals one quarter of the dial revolution, and four teeth equal 0. 1. The smooth-moving dial is graduated to 0. 001 and offers gear train shock protection. A thumbwheel permits fast operation with one hand. A clamping screw controls scale movement and a dial calibration lock holds the sliding jaws position.

Today I will provide interesting information for you, you can get a Mitutoyo 505-675-52 Dial Caliper, Stainless Steel, Purple Face, 0-6" Range, +/-0.001" Accuracy, 0.00 at a very cheap price especially for This day. But before you continue reading, please see reviews about Mitutoyo 505-675-52 Dial Caliper, Stainless Steel, Purple Face, 0-6" Range, +/-0.001" Accuracy, 0.00 below

Features :

  1. Four-way measurement capability for outside dimension (OD).
  2. Inch system of measurement for high-precision readings.
  3. Hardened stainless steel construction for protection of caliper components.
  4. Dial for measuring vernier scale for ease of reading.

Description

The Mitutoyo 505 series dial caliper uses a combination of a vernier scale and a dial whose pointer travels one rotation for each 0. 1 measured to perform precise outside diameter (OD), inside diameter (ID). The dial caliper has a fixed (main) scale and a movable dial, unlike the vernier caliper which has a second. The dial is circular and has a pointer; it is mounted on a toothed gear track which drives the pointer. As the dial moves over the main scale rule. The second measurement is added to the main scale reading to obtain a final result accurate to the smallest graduation marked on the dial. The main scale and dial are marked in inches. The dial can be rotated beneath the pointer to measure size differential between two objects. The dial caliper is easier to read than the vernier caliper, thus safeguarding against user reading errors. Its standard of precise measurement complements the use of the vernier caliper; the dial provides an ease in reading and interpolating measurements which most vernier calipers, due to their need for direct observation of both scales, may not provide. The dial uses a rack-and-pinion mechanism and is mounted on a gear track where each tooth equals one quarter of the dial revolution, and four teeth equal 0. 1. The smooth-moving dial is graduated to 0. 001 and offers gear train shock protection. A thumbwheel permits fast operation with one hand. A clamping screw controls scale movement and a dial calibration lock holds the sliding jaws position.

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