Premium Information is available for this item - Upgrade for $1 a day
5360-01-079-7124
Compression Helical Spring
5360010797124 010797124 9852
An open coiled spring, wound in various forms and from different shapes and types of materials and finished at the ends, designed to provide resistance to compression forces. Excludes springs designed for thermal actuation (springs in which the torsion forces are designed to be counteracted by changes in temperature) and SPRING, REINFORCING, HOSE. View more Compression Helical Spring
January 2023
4
Marketplace 5360-01-079-7124
Request a Quotation from participating marketplace vendors
Related Documents 5360-01-079-7124 2+ Documents (More...)
Day 5360-01-079-7124 RQST NE Updated Every Day 5360-01-079-7124 RQST Updated Every Day 5360-01-079-7124
/fsc-5360/us 5360-01-079-7124 Compression Helical Spring 5360010797124 9852 An open coiled spring, wound
Restrictions 5360-01-079-7124
5360-01-079-7124 is a Compression Helical Spring that does not have a nuclear hardened feature or any other critical feature such as tolerance, fit restriction or application. This item is considered a low risk when released from the control of the Department of Defense. The item may still be subject to the requirements of the Export Administration Regulations (EAR) and the Code of Federal Regulations (CFR). This item is not suspected to be hazardous. The precious metals content of this item is unknown.
End Users 5360-01-079-7124
- NASA (G860)
- Effective Date:
- 1 Apr 1991
Approved Sources 5360-01-079-7124
- Part Number
- Manufacturer
- Status
- 9852
- Manufacturer
- 49576 - Quincy Compressor Division Of Coltec (Active)
- Primary Buy
- Primary Buy
Datasheet 5360-01-079-7124
- Characteristic
- Specifications
- FIIG
- Specifications
- A02900
- Accommodated Rod Diameter [AHQJ]
- 1.004 Inches Nominal
- Bore Diameter [ABXV]
- 1.250 Inches Nominal
- Coil Helix Direction [AXLH]
- Right-Hand Or Left-Hand
- Coil Quantity [APCN]
- 6
- End Style [ABQK]
- Spring End,Squared Both Ends
- Material [MATT]
- Steel Overall
- Inside Diameter [AARX]
- 1.030 Inches Nominal
- Spring Deflection Rate [AXLP]
- 14.140 Pounds Per Inch Nominal
- Spring Free Length [AGEK]
- 1.875 Inches Nominal
- Spring Free Outside Diameter [AXLQ]
- 1.202 Inches Nominal
- Spring Solid Length [AXJQ]
- 0.602 Inches Maximum
- Style Designator [STYL]
- Cylindrical
Similar Supply Items to 5360-01-079-7124
Freight Information 5360-01-079-7124
5360-01-079-7124 has freight characteristics managed by the Southwestern Power Administration.It has a National Motor Freight Classification (NMFC) of 177970. A Sub NMFC of Z. It has a NMFC Description of SPRINGS NOI STL O/T WIRE. 5360-01-079-7124 has not been rated for freight class when transported by Less-Than Truckload (LTL) freight. It has a Uniform Freight Classification (UFC) number of 87420 which rates the freight between FCL and LCL. 5360-01-079-7124 has a variance between NMFC and UFC when transported by rail and the description should be consulted. It has a Water Commodity Code (WCC) of 579 for ocean manifesting and military sealift. 5360-01-079-7124 is not classified as a special type of cargo when transported by water. 5360-01-079-7124 is not a consolidation and does not exceed 84" in any dimension. It should be compatible with a standard 72" Aircraft Cargo Door when transported by air.
Packaging Data 5360-01-079-7124
- Responsible Activity
- Packaging Data Source
- Primary Inventory Control Activity (PICA)
- Packaging Data does not meet current MIL-STD-2073-1E
Item Pack Level (Unpackaged)
- Item Size
- Item Weight
- Characteristics
- Weight/Dimensions Category
- Fragility
- Item Preservation
- Item Weight
- --
- --
- --
- --
- --
- --
Unit Pack Level (Packaged)
- Quantity per Pack
- Unit Size
- Unit Weight
- Unit Cube
- Preservation Method
- Cleaning/Drying
- Unit Size
- --
- --
- --
- --
- --
- --
- --
- Preservation Material
- Wrapping Material
- Cushioning/Dunnage
- Cushioning Thickness
- Container
- Special Marking
- Wrapping Material
- --
- --
- --
- --
- --
- --
- --
Intermediate Pack Level
- Quantity of Unit Packs
- Container
- See Method of Preservation
- --