Changes for page 17A-01 Humidity Test

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2	2	|Test Name|Humidity Test
3	3	|Test Leader|Christiaan van Ommeren
4	4	|Suit|Aouda.X
5		-|Date|(((
6		-05. Jan. 2017, morning (Subtest C)
7		-06. Jan. 2017, whole day (Subtest A, B)
8		-\\The Humidity test is directed by the test leader Christiaan van Ommeren. The test checks the
9		-humidity resistance of suit elements like the helmet, the PLSS (portable life support system), the
10		-communication system and other hardware. Potential hazards within the tests are condensation and
11		-fire. The Humidity test involves three Subtests (A-C).
12		-
13		-
14		-**Subtest A: **The tested temperature is set at 30° Celsius and at a RH (relative humidity) of 75%. This
15		-Subtest checks the temperature of the helmet and the PLSS. Also it checks the functionality of the
16		-communication system, the sensors and other hardware under these circumstances. The test will
17		-take about 8 minutes.
18		-
19		-**Subtest B: **The tested temperature is set at 30° Celsius and at a RH of 100%. The same fields are
20		-tested, but under a higher percentage of relative humidity (temperature of the helmet and PLSS,
21		-communication system, sensor functionality, other hardware).
22		-
23		-**Subtest C: **The tested temperature is set at __**//XX° (TBC)//**__ Celsius. In this test, the functionality of the
24		-same fields as in Subtest A and B are checked but under light rain conditions. To start the test the
25		-rain simulator has to be checked and the space suit has to be transported outside. The temperature
26		-of the helmet and the PLSS are checked before starting the rain simulation (two meters over the
27		-suit). Now the same checks are carried out (temperature of the helmet and PLSS, communication
28		-system, sensor functionality, other hardware).
29		-
	5	+|Date|05. Jan. 2017, morning (Subtest C)\\06. Jan. 2017, whole day (Subtest A, B)
30	30
31		-)))
	7	+