Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
Study of Technology for Detecting Pre-Ignition Conditions of ... - NIST
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Table 1. <strong>Conditions</strong> and results <strong>of</strong> pmmetiic tests<br />
Test ~OOd, -n~e Pam Volume mm to <strong>Ignition</strong><br />
No. cm <strong>Ignition</strong> Temp.<br />
Mass<br />
1 Corn oil, 2.9 L (3 qt) sauce 500 mL 14 min 15 s 373 “c<br />
D: typical- stairdess steel, copper clad<br />
outpug gas bottom<br />
18 cm diam., 11.7 cm ht.<br />
Model U<br />
2 Corn oil, 2.9 L (3 qt) sauce 500 mL No ignition; None,<br />
D: typical- aluminum, ceramic coated Steady temp. T~teady=<br />
output, gas Model V at 33 min 336 “C<br />
3 Corn oil, 2.9 L (3 qt) sauce 250 mL 9 min 10 s 3’77 “c<br />
D: typical- stainless steel, copper clad<br />
output, gas bottom<br />
18 cm diarn., 11.7 cm ht.<br />
Model U<br />
4 Corn oil, 2.9 L (3 qt) sauce cast 250 mL No ignition; None,<br />
D: typical- aluminum, ceramic coated Steady temp. T,te.dY=<br />
output, gas Model V at 25 min 334 ‘c<br />
5 Corn oil, 25 cm (10 in) f~ing 250 mL No ignition; None,<br />
D: typical- aluminum, non-stick Steady temp. :Stydg<br />
output, gas Model W at 28 min<br />
6 Baked beans, 1.9 L (2 qt) sauce 670 g No ignition; None,<br />
A: open-coil aluminum, thin-gauge Increasing Temp.<br />
sheathed Model X temp. exceeded<br />
element, 530 “c<br />
electric<br />
7 Corn oil, 25 cm (1 O in) fi-ying 250 mL approx. 12 not<br />
A: open-coil aluminum, non-stick min measured<br />
sheathed Model W<br />
element,<br />
electric<br />
6<br />
. .-