B. DAN132
(1)
P/N Identification
DAN132 -02 | | | ------------------- Diameter code ---------------------------- Standard P/N
(2)
P/N Characteristics
(a)
Temperature Minimum operating temperature is -55 deg.C (-67.00 deg.F). Maximum operating temperature is 220 deg.C (428.00 deg.F). Shrinkage temperature is 175 deg.C (347.00 deg.F).
(b)
Diameter code and shrinking tools
(Ref. Fig. 009)
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Shrink Sleeves - Shrinking Tools and Allocation Table for Wires
E0484
Figure 008
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Shrink Sleeves - P/N Characteristics and Shrinking Tools
DAN132
Figure 009
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C. NSA937210
(Ref. Fig. 010, 011, 012)
(1)
P/N identification
NSA937210 - MB01 00 | | | | | -------------- length (mm) | ------------------- Diameter code ---------------------------- Standard P/N
(2)
Characteristics
(a)
Temperature Minimum operating temperature is -67 deg.C (-88.60 deg.F). Maximum operating temperature is 250 deg.C (482.00 deg.F). Shrinkage temperature is 327 deg.C (620.60 deg.F).
(b)
Length
------------------------------| Length code | Length in mm | |-------------|--------------| | 00 | 1200 | |-------------|--------------| | 30 | 30 | |-------------|--------------| | 40 | 40 | |-------------|--------------| | 50 | 50 | |-------------|--------------| | 60 | 60 | ------------------------------
(c)
Diameter code and shrinking tools (Ref. Fig. 010)
(3)
Shield stop procedure
(Ref. Fig. 010)
R (a) Cut and remove the insulation to get the dimension B.
R (b) Move the shield rearward on the insulation.
R (c) Install the heat shrink sleeve.
(d) Heat shrink the sleeve.
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Shrink Sleeves - P/N Characteristics and Shrinking Tools
NSA937210
Figure 010
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R
Shrink Sleeves - Allocation Table for Wires
NSA937210
Figure 011
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Shrink Sleeves - Allocation Table for Wires
NSA937210 and NSA937493
Figure 012
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D. NSA937493
(Ref. Fig. 012)
(1)
P/N Identification
NSA937493 - 001 | | | ------------------- Diameter code ---------------------------- Standard P/N
(2)
P/N Characteristics
(a) Temperature Minimum operating temperature is -55 deg.C (-67.00 deg.F). Maximum operating temperature is 260 deg.C (500.00 deg.F). Shrinkage temperature is 327 deg.C (620.60 deg.F).
(b) Length R Supplied by lengths or in cut sleeves, maximum length variation R 20%.
(c) Diameter code and shrinking tools
(Ref. Fig. 013)
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Shrink Sleeves - Shrinking Tools and Allocation Table for Wires
NSA937493
Figure 013
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____________________________________
END CAPS - DESCRIPTION AND OPERATION
R R R R R _______1. General End caps are used to isolate the end of a cable that is not connected. High and low temperature end caps installed on aircraft have the codes that follow: - NSA936601 sealing end cap, high temperature NSA936604 sealing end cap, low temperature - ABS0065 heat shrinkable end cap NSA936603 heat shrinkable end cap
________________2. Sealing End Caps
A. NSA936601
R R (1) P/N identification NSA936601 CA 11 12 | || | | | || | ------------ Max. permitted dia. in 1/10 mm | || | | || ---------------- Min. permitted dia. in 1/10 mm | || | |------------------- Type code | | | -------------------- Cap | --------------------------- Standard P/N
(2) P/N characteristics
(a) Temperature Maximum operating temperature is 250 deg.C (482.00 deg.F).
(b) Color identification (Ref. Fig. 001)
R R (3) Allocation table (Ref. Fig. 002) This table gives the size of the cap to use for the wire type and gauge.
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本文鏈接地址：A320 ESPM Electrical Standard Practices Manual 2(89)
