Third Party Verification Claim

Page 89 of 129 Report No.: JAT2209271146SR-1
UL 859
Clause
Requirement + Test
Result - Remark
Verdict
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60.6
Each of three samples of the appliance is to be
subjected to a single impact of the value specified
in Table 60.1 for the applicable appliance type, on
any surface that can be exposed to a blow during
normal use. This impact is to be produced by
dropping a steel sphere, 2 inches (50.8 mm) in
diameter and weighing 1.18 pounds (0.535
kilogram mass) from a height necessary to
produce the specified impact as shown in Figure
60.1. For surfaces other than the top of an
enclosure, the steel sphere is to be suspended
by a cord and swung as a pendulum, dropping
through the vertical distance necessary to cause it
to strike the surface with the specified impact as
shown in Figure 60.1.
N/A
60.7
The results are acceptable if all samples
N/A
Are operable at the end of the 1,000 hours or
6,000 cycles of operation as specified in 60.2 and
N/A
Comply with the Leakage Current Test, Section
38, and the Dielectric Voltage-Withstand Test,
Section 45
N/A
It is acceptable for the samples to become
inoperable after a drop or an impact
N/A
61
Heating Element Endurance Test
N/A
61.1
Each of six samples of an appliance having an
automatically controlled preheat cycle are
to be subjected to 6,000 cycles of operation. Each
cycle is to consist of energizing the appliance at
the test voltage specified in 44.1.13 from room
temperature to the maximum stabilized
temperature condition, then de- energizing and
cooling to room temperature.
Forced cooling, such as directing air jets at the
appliance, may be used to reduce the cycling time.
Following the successful completion of the 6,000
cycles of operation and after being cooled to room
temperature, each sample is to be subjected to
Leakage Current Test, Section 38, and subjected
to a the Dielectric Voltage- Withstand Test,
Section 45.
N/A
Exception No. 1: Failure of the heating element
assembly before the 6,000 cycles are completed is
permissible if breakage of the heating element,
and movement of the broken pieces of the element
within the appliance, will not result in a risk of fire
or electric shock.
N/A
62
Test of Physical Properties of a Liquid Container, Seal, or Diaphragm
N/A
62.1
If physical deterioration of a liquid container, seal,
diaphragm, or similar part would result in a risk of
fire or electric shock, the component shall be
tested to determine its resistance to deterioration
from the liquid intended to contact it
N/A