Internal Air Shaft Spring

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(Created page with "=='''Component Summary'''== :*'''Component Name:''' :*'''Quantity:''' :*'''Material:''' :*'''Manufacturing Process:''' :*'''Part Number:''' :*'''Function:''' :*'''Observations...")
 
(Component Summary)
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=='''Component Summary'''==
 
=='''Component Summary'''==
:*'''Component Name:'''
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:*'''Component Name:''' Internal Air Shaft Spring
:*'''Quantity:'''
+
:*'''Quantity:''' 1
:*'''Material:'''
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:*'''Material:''' Steel with Rubber Coating
:*'''Manufacturing Process:'''
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:*'''Manufacturing Process:''' Drawing and Coiling [Steel] as well as injection molding [rubber]
:*'''Part Number:'''
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:*'''Part Number:''' n/a
:*'''Function:'''
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:*'''Function:''' Allows for the storage of potential energy and the release of kinetic energy when the cocking bolt is pulled into place and the trigger is pressed, respectively
 
:*'''Observations:'''
 
:*'''Observations:'''
:**Aesthetic:
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:**Aesthetic: Silver with rubber coating at the top, bottom, and middle of the Internal Air Shaft Spring
:**Connection to Major Component:
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:**Connection to Major Component: Base
:**Notes:  
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:**Notes: Fully analyzed in Component Analysis
 
:*'''Picture:'''
 
:*'''Picture:'''
  

Revision as of 05:54, 16 November 2012

Component Summary

  • Component Name: Internal Air Shaft Spring
  • Quantity: 1
  • Material: Steel with Rubber Coating
  • Manufacturing Process: Drawing and Coiling [Steel] as well as injection molding [rubber]
  • Part Number: n/a
  • Function: Allows for the storage of potential energy and the release of kinetic energy when the cocking bolt is pulled into place and the trigger is pressed, respectively
  • Observations:
    • Aesthetic: Silver with rubber coating at the top, bottom, and middle of the Internal Air Shaft Spring
    • Connection to Major Component: Base
    • Notes: Fully analyzed in Component Analysis
  • Picture:

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