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Copyright PSC
2000781K MkII MLB Operating Procedure
Page 23 of 68
Step
Procedure
Date & Initials
Tech.
QA
7.1.12
If using LCTs ensure they are properly attached per section 17.2 then proceed
to section 17.3.
-----N/A-----
7.1.13
Compress the Lightband. This can be achieved by placing weights on the
Upper Ring, using the weight of the payload, compressing in a fixture, etc. The
total applied force shall be within the range calculated below.
Separation Spring quantity = ________
Minimum force = ____Springs x 20 lb = _____lb
Maximum force = ____Springs x 30 lb = _____lb
Apply the force gradually and verify all Hinged Leaves rotate inside the Upper
Ring as it compresses.
Stop once the minimum force is applied.
7.1.14
Once the minimum compressive force has been applied, verify the Lightband is
properly compressed. Figure 7-7 shows a cross section of the Stowed
Lightband. Verify the pre-Stow flange distance in at least 6 locations evenly
spaced around the Lightband.
If any measurement is not in specification verify proper alignment and
compressive force. The force center may to be translated slightly to better align
with the Separation Spring
s’ net center of force. Increase compressive force as
necessary, up to the maximum allowable per Step 7.1.13, until all
measurements are in specification
Figure 7-7: Lightband pre-Stow distance
Содержание PSC MOTORIZED Lightband MKII
Страница 25: ...Copyright PSC 2000781K MkII MLB Operating Procedure Page 25 of 68 Figure 8 1 Stow test circuit 1...
Страница 37: ...Copyright PSC 2000781K MkII MLB Operating Procedure Page 37 of 68 Figure 9 1 SFF test circuit 1...
Страница 46: ...Copyright PSC 2000781K MkII MLB Operating Procedure Page 46 of 68 Figure 10 1 Deploy test circuit 1...