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Introduction to Basic Manufacturing Processes and ... - always yours

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Fitting 381<br />

4. Ring gauge<br />

5. Snap gauges (Fig. 19.29)<br />

No Go<br />

Go<br />

No Go<br />

Go<br />

Fixed anvils<br />

Adjustable<br />

anvils<br />

Fig. 19.29 Snap gauges<br />

6. Feeler gauge (Fig. 19.30)<br />

.006<br />

.004<br />

.003<br />

.008<br />

.0 10<br />

.00 2<br />

.012<br />

.0015<br />

.015<br />

L<br />

O<br />

C<br />

K<br />

Hindustan<br />

Fig. 19.30 A feeler gauge<br />

7. Wire gauge<br />

8. Template gauge<br />

9. Adjustable gap gauge (Fig. 19.31)<br />

10. Screw pitch gauge (Fig. 19.9)<br />

11. Fillet <strong>and</strong> radius gauge<br />

Fixed<br />

anvils<br />

Go<br />

Adjustable<br />

anvil<br />

Not Go<br />

Fig. 19.31 An adjustable gap gauge<br />

For manufacturing the above gauges, high carbon <strong>and</strong> alloy steels materials are commonly<br />

employed for manufacturing or production of gauges. Steel gauges may be used subject <strong>to</strong><br />

some dis<strong>to</strong>rtion during hardening. These difficulties can be overcome by making gauges by<br />

use of cemented carbide material or providing chrome plating at the surface of the gauge.

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