رقم الجزء
تجريد
صلاحيه
UOM
NIIN
معلومات الجزء
16.0 ft h of lift; hooks w/safety latches; weight 335.0 lbs; ordnance and nuclear components handling
MRC:
Indicates the type of chain by the fabricated shape and/or style of link.AJXY
Chain Type:
Proof coil
MRC:
The means used to operate the item.APHE
Operation Method:
Hand
MRC:
The means used to gain a mechanical advantage.ATWR
Mechanical Advantage Method:
Spur gear
MRC:
The means by which the braking action is applied.ATWS
Braking Method:
Electric
MRC:
The number of hooks provided.ATWT
Hook Quantity:
1
MRC:
The number of elements per hook,which are load bearing.ATWW
Load Element Quantity Per Hook:
Any acceptable
MRC:
The means used in the suspension mounting of an item.AWEH
Suspension Mounting Method:
Hook
MRC:
The distance measured along a vertical line from the suspension hook bearing surface to the load hook bearing surface.AWEW
Raised Position Distance Between Suspension Hook And Load Hook Bearing Surface:
37.000 inches
MRC:
The length of a straight line which passes through the center of the material of which the chain links are made,and terminates at the circumference.AWRC
Chain Material Diameter:
Any acceptable
MRC:
The maximum rated load the item is designed to accommodate.AYXK
Maximum Load Rating:
8000.0 pounds
MRC:
The installed position for which the item is designed.BBJX
Mounting Position:
Any acceptable
MRC:
The master requirement codes of those requirements which are technically critical by reason of tolerance,fit,performance,or other characteristics which affect identification of the item.CRTL
Criticality Code Justification:
Feat
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:
1 class or 2 class and c type
MRC:
The variation when the item is in conformity with a type designator covered by a specification or standard,except in regard to one or more technical differentiating characteristics.ZZZX
Departure From Cited Designator:
As differentiated by height of lift
