부품 정보
Double wire loop ends furnished with two screw hooks
TXT
묘사:
Extension Helical Spring
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:
0.263 inches
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the end.ABQK
End Style:
Double twist loop both ends
Spring Free Length:
16.000 inches
MRC:
Indicates the design type of the item.APGF
Design Type:
Closed
MRC:
An indication of the coil helix direction.AXLH
Coil Helix Direction:
Right-hand
Spring Free Outside Diameter:
0.375 inches
Hook Radius:
0.134 inches both ends
MRC:
An indication of the angular relationship of the ends of the item.AXMH
End Angular Relationship:
End w/lh helix of coil parallel to center section and end w/rh helix of coil parallel to center section
Coil To Hook Inside Length:
0.319 inches both ends
MRC:
The chemical compound or mechanical mixture properties of which the item is fabricated.MATT
Material:
Steel
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:
Zinc or cadmium
MRC:
The style designation indicating the configuration that most nearly corresponds to the appearance of the item.STYL
Style Designator:
Cylindrical
MRC:
The number,letter,or symbol that indicates the type,style,grade,class,and the like,of an item in a nonidentifying specification or standard.ZZZT
Specification Or Standard:
F1845 type
MRC:
The technical differentiating characteristic/s/ of an item of supply which depart/s/ from the text of a specification or a standard in that it represents a selection of characteristics stated in the specification or standard as being optional,or a variation from one or more of the stated characteristics,or an additional characteristic not stated in the specification or standard.ZZZW
Departure From Cited Document:
As modified by surface treatment
