Angular Misalignment Requirement: Vector Sum of N deg - Brian

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The discussion revolves around a technical requirement for angular misalignment in a project, specifically addressing the vector sum of angular misalignments about the X and Y axes. The requirement states that the total angular misalignment must be less than a specified value, N, and is mathematically represented as the square root of the sum of the squares of the individual angles. Participants confirm that the interpretation aligns with the mathematical expression provided. Additionally, the requirement includes a tolerance of 3.0 degrees for angular misalignment about the Z axis. Overall, clarity on the requirement's implications is sought for accurate project execution.
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I have document that list different technical requirements on a project I'm working on.

One requirement is on initial angular misalignment.

It states:

Vector sum of N deg about X and Y axes.

Does this simply mean that the:

sqrt(Theta_X^2 + Theta_Y^2) = Theta_Total < N

Or is there something more complex going on here?

Thanks in advance.

Brian
 
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Vector sum of N deg about X and Y axes.

This looks like an incomplete sentence. Could you elaborate?
 
Its an excerpt from a table of requirements. The entire table entry for relative "Angular Missalignment" between two frames A and B consists of the two following requirements.

1.) They allow 3.0 degrees of angular missalignment about the Z axis.

2.) The also require that the vector sum of the individual missalignments on the X and Y axes be limited to 3.0 degrees.

Thanks,

Brian
 
sqrt(Theta_X^2 + Theta_Y^2) = Theta_Total < N
My interpretation of what the requirement means is the same as yours.
 
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