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Zebra Z-Select 4000D 10010046-R 4.0 x 1.5 inches Direct Thermal Paper Labels for S4M, DA402 Label - Single Pack
$28.35 $25.97
Zebra Z-Select 4000D 10010046-R 4.0 x 1.5 inches Direct Thermal Paper Labels for S4M, DA402 Label - Single Pack
The Zebra Z Select 4000D is a direct thermal, bright white, coated paper label for printing high contrast, black, visible light images in cold temperature applications. It has a special acrylic based cold temperature adhesive that survives at temperatures as low as 65 deg. F and applied at temperatures as low as 20 deg. F. Ideal for use with freezer grade materials. Not recommended for applications involving exposure to sunlight or extreme heat.
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Value 622-8518 - 0-18 X.001 VERNIER HEIGHT GAGE
$334.64 $81.97
Value 622-8518 - 0-18 X.001 VERNIER HEIGHT GAGE
Measuring Inspecting 0 18 X.001 VERNIER HEIGHT GAGE, Vernier Height Gages Maximum Measurement Inch 18 Maximum Measurement mm 450.00 Graduation mm 0.02 Graduation Decimal Inch 0.0010 Minimum Measurement Inch 0 Minimum Measurement mm 0.00 br br A Vernier height gauge is typically used to take precise vertical measurements of various objects. It is possible to measure many different things with the gauge, but they are most often used in metalworking and other related industries. Has a scribing tool as the measurement level, allowing the operator to repeatedly mark vertical distances on pieces of metal that can then be worked on. Heights or vertical distances may also be measured using the bottom of the scribe. br br The name of this tool is derived from the special, sliding vernier scale that the devices make use of. Vernier scales are an additional measurement tool that can augment a straight scale and allow for more accurate measurement. This is typically achieved by a fixed scale printed along the length of the measuring device, while a sliding vernier scale is on the moving component. When the zero mark on the sliding scale is located between two graduations on the fixed scale, the operator can find the location where the vernier and fixed graduations line up to determine a precise measurement. This system can allow for a much higher measurement resolution than is normally possible with a straight scale. br br
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