رقم الجزء
تجريد
صلاحيه
UOM
NIIN
TXT
وصف:
Air Duct Hose Assembly
MRC:
The style designation indicating the configuration that most nearly corresponds to the cross-sectional shape of the item.AAGR
Cross Sectional Shape:
Round
MRC:
A measurement of the smallest dimension of the wall,in distinction from length or width.AAGT
Wall Thickness:
0.040 inches
MRC:
The length of a straight line which passes through the center of a circular figure or body,and terminates at the inside circumference.AARX
Inside Diameter:
3.000 inches first end
MRC:
The weight per specific length of hose.AMPY
Hose Weight:
7.720 ounces per linear foot
MRC:
Indicates the type of connection/s/.AWLS
Connection Type:
Coupling both ends
MRC:
Those features,not otherwise specified,which may be required for proper functioning of the item.CBBL
Features Provided:
Ozone resistant
MRC:
The means used and the measurement of the longest dimension of an item.CRXX
Measuring Method And Length:
102.000 inches
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the coupling.CXMG
Coupling Style:
Raised face flange both ends
MRC:
The chemical compound or mechanical mixture properties of which the item is fabricated.MATT
Material:
Aluminum alloy 2nd end coupling
MRC:
The chemical compound or mechanical mixture properties of which the item is fabricated.MATT
Material:
Cotton single ply and rubber chloroprene class cr single ply
MRC:
The metallic,nonmetallic,and/or chemical properties with which the item is plated,dipped,and/or coated.the treatment is designed to protect the surface(s) and cannot be wiped off.SFTT
Surface Treatment:
Anodize 1st end coupling
MRC:
The metallic,nonmetallic,and/or chemical properties with which the item is plated,dipped,and/or coated.the treatment is designed to protect the surface(s) and cannot be wiped off.SFTT
Surface Treatment:
Anodize 2nd end coupling
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the item.STYL
Style Designator:
Helically wound continous wire supported
