5/1/2023 0 Comments Army protractor![]() This information was last updated on Jul 01, 2022. NAICS classification category 334519: other measuring and controlling device manufacturing. ![]() The Schedule B End Use is listed as measuring, testing, control instruments. This NSN is associated to Schedule B 9017208060: drawing, marking-out or mathematical calculating instruments, nesoi. Military Coordinate Scale Protractor (5 X 5) Is An Ideal Tool For Military Personnel To Use In Tandem With A Map To Mark Their Location And Destination. They should be an essential tool in any soldier’s kit The protractor is clearly marked with mils measurements and romer markings for plotting bearings. NSN 6675002666880 contains an unknown precious metal. The military map protractors are useful tools for navigation on air, land or sea. The requirement for an MSDS is dependent on a hazard determination of the supplier or the intended end use of the product. There is no information in the HMIRS however, the NSN is in an FSC in Table II of Federal Standard 313 and an MSDS may be required by the user. This item does not have a nuclear hardened feature or any other critical feature such as tolerance, fit restriction or application. This NSN is assigned to Item Name Code (INC) 04388. Plastic military protractor with 3 right angle map coordinators used by Rudolph Sichel, a Jewish refugee from Frankfurt, Germany, who served in the US Army. (Potential sources shall include dealers/distributors.) The Government has unlimited rights to the technical data, and the data package is complete. These protractors are for use with the military topographic maps. They use the metric system for measuring distance and feature both compass degrees and mils around the edges. They are scaled to the Military Grid Reference System (MGRS). Based on a planned procurement review by the Primary Inventory Control Activity (PICA) on Jul 01, 2020, this NSN's acquisition method was noted as: Suitable for Competitive Acquisition. The most recognizable map protractor is the one that is in use with the U.S. The 24 month forecast from the US Government for this part number has high volatility, with an estimated forecasted value of US$ 65,201. The demand for this NSN originated from less than 5 countries. There has been a small amount of demand for this national stock number. This NSN is unique to one weapons system. The total value of the awarded contracts has been US$ 716,162.09. The US Government has awarded contracts to 7 different suppliers. There is moderate competition for this NSN. ![]() There have been 48 contracts issued for this part number, with 48 awards given. This part number is actively being procured by the US Government, with procurement history within the last 90 days. Of the active suppliers, there are no suppliers that are deemed design controlled or valid supply parts. Today, one supplier is listed as an Active supplier for this NSN. The manufacturer part numbers were originally supplied by one supplier. 2 of those part number(s) are considered obsolete. There are 3 manufacturer part numbers associated with this NSN. This NSN does not replace any other NSNs. This NIIN is Available for Manual Assignment. If they are equal, the protractor is correct.National Stock Number (NSN) 6675-0, or NIIN 002666880, (protractor,one arm) was assigned Januin the Federal Logistics Information System (FLIS). Read 0 degree on the top to this north-south grid line, and read 180 degree at the bottom to the same grid line. The north-south grid line is cutting the protractor at both the top and bottom.The user should re-read the azimuth between the azimuth and north-south grid line to check the initial azimuth.Then you can see whether the initial azimuth reading data is correct. Find the place where azimuth line cuts the north-south grid line, aligning the base line of the protractor directly over the intersection of the azimuth line with the north-south grid line.How to check the protractor’s base line is parallel to a north-south grid line ? Move away the protractor and draw a straight line connecting point A and B on the map.Make a mark on the map at the desired azimuth.Find the center point crossing the base line and a north-south grid line, put the protractor there.Change magnetic to grid for the azimuth.Plot an azimuth from a known point on the map
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