| ETG Electronic Film Thickness Gauge |
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| Description |
| ETG gauges are microprocessor technology electronic coating thickness gauges which measure to .00001 inch (ten millionths) and automatically round off to .0001 (tenths of a mil) or 1 micron for a stable digital display. range: 0 to 40 mils (0 to 999 microns). ETG comes with precision calibration foils and plate, instruction manual, 9 volt alkaline battery, and hard plastic storage case with room for accessories such as print cables and disks. |
| Four Models |
| ETG-I (Ferrous) The Industrial model is specially designed for those who need to use
plated calibration thickness standards (NIST calibration sets, for example) or those who need
to frequently measure chrome and other hard platings. ETG-I also has an expanded memory. ETG-A (Ferrous) The Automotive model is designed specifically for measuring paint on steel and has special circuitry to minimize the effect of the substrate on readings. However, ETG-A needs special calibration for measuring chrome platings. Therefore choose ETG-I for measuring hard platings or NIST standards; if not choose ETG-A for its advantages. For further information, look at Feature 9. ETG-N The Nonferrous model measures the thickness of nonconductive coatings on nonferrous metals such as aluminum and brass. In addition, its circuitry was specifically designed to be minimally affected by the conductive particles in metallic paints or by the variation in thickness and alloy encountered in substrates such as aluminum panels. Print Models (ETG-AP, ETG-IP, ETG-NP) enable printing the stored readings using a standard DOS (IBM compatible) computer system; no extra cost printer is needed. Not only do ETG printing models cost many hundreds of dollars less than comparable gauges, ETG print programs and computer cable are included for free. |
| Features |
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ETG's easy-to-use programs enable you to
automatically print the locations of the readings (Print models) along with high, low, average etc. Any ETG can be upgraded to print at anytime in the future. Each ETG is designed and dedicated specifically for its ferrous or nonferrous task which does not compromise the accuracy. *Note: Although it is not visible to the eye, residual magnetism is frequently found in industrial and automotive applications. For example, residual magnetism is generated in steel during arc or spot welding where the heavy current flow creates strong magnetic fields. ETG models do not use the inexpensive Hall sensors and are unaffected by residual magnetism. |
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| Available items |
| Item Number | Item |
| DF-9510 | ETG-A (Ferrous) Automotive model to measure paint on steel |
| DF-9511 | ETG-I (Ferrous) Industrial model used with plated calibration thickness standards (NIST calibration sets) or measure chrome platings |
| DF-9515 | *ETG-AP (Ferrous) Automotive model with print option |
| DF-9516 | *ETG-IP (Ferrous) Industrial model with print option |
| DF-9531 | ETG-N (Non-Ferrous) for nonconductive coatings on nonferrous metals |
| DF-9532 | *ETG-NP (Non-ferrous) model with print option |
| * Print models print stored readings using DOS (IBM compatible) computer system. Software & cable are included. | |
| Printer Upgrade - Call For PN & Pricing | |
| Combo cases hold two gages & are available upon request with purchase of two gages. Optional certificate of inspection traceable to NIST is available | |
| Paul N. Gardner Company, Inc. • Phone 1.800.762.2478 • Fax 954.946.9309 |