Third Party Verification Claim

Page 62 of 129 Report No.: JAT2209271146SR-1
UL 859
Clause
Requirement + Test
Result - Remark
Verdict
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44.5.1
A hand-supported hair dryer shall be tested with
the adjustable temperature control, if any, set for
the most severe condition of use and supported in
the position representing the most severe
conditions of use. The dryer shall be operated
continuously until stabilized conditions are
achieved, first without any attachment on the
heated air outlet nozzle, and then, if the dryer is
provided with one or more attachments for the
heated air outlet, in turn with each attachment in
place, as intended.
N/A
44.5.2
A dryer with screen-covered air inlet openings
shall have two layers of fabric loosely secured
over the openings to simulate the accumulation of
hair, lint, or other particulate matter. The fabric
shall be white, 100 percent untreated cotton
terrycloth having a pile weave and a nominal
weight of 8 ounces per square yard (271 g/m2)
N/A
44.5.3
If an automatically-resetting thermostat operates
during the test procedure described in 44.5.2, the
test is to continue for no less than 5 cycles, or 3
hours (whichever is less) to determine maximum
temperatures under those conditions. The test is
then to be repeated with only one layer of fabric
over the air inlet openings. If the thermostat
operates under this condition, the test is to
continue for no less than 3 cycles, or 1 hour
(whichever is less) to determine maximum
temperatures under those conditions. The test is
then to be repeated with no fabric. Operation of
the thermostat under this condition is not permitted
N/A
44.5.4
During each of these tests, the plane of the
thermocouple grid specified in 44.5.5 is to be
positioned 1 inch (25.4 mm) from the plane of the
heated air outlet of
N/A
The dryer nozzle or
N/A
The attachment nozzle
N/A
The center of the air stream is to be directed at the
center of the grid. Temperatures are to be
measured throughout the test. There shall not be a
temperature rise greater than the limits specified in
Tables 44.1 and 44.2, nor greater than 100°C
(180°F) for the average of the five highest
thermocouple readings on the grid described in
44.5.5
N/A