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Percussion Fuze Primers

Percussion fuze primers described below belong to obturated types [Pg.852]

The Navy fuze percussion primers described in Ref 23 include  [Pg.852]

PERCENTAGE BY WiSffl FULMINATE OF MERCURY 31.25% tO.3% POTASSIUM CHLORATE 37.50% tO.3% ANTIMONY SULFIDE 31.25% tO.3% [Pg.852]

027 0002 GRAM MOISTEN 6 L8 BATCH WITH 350 CC OF THE FOLLOWING SOLUTION  [Pg.853]

ANTIMONY SULFIDE 30% t 2% MERCURY FULMINATE 35% t 2% POTASSIUM CHLORATE 35% WEIGHT OF CHARGE 0.025 GRAM [Pg.853]

The components of Navy percussion fuze primers contg MF usually consist of a Cu (or cartridge brass) primer cup, a tin (or Cu) sealing cup or disk, and a tin-plated brass anvil. Cartridge brass and gilding-metal is used by the Army for primer cups contg MF... [Pg.854]

See also Instantaneous Percussion Fuze Primers, pp D852-L ro D854-L Refs 1) Davis (1943), 453—54 2-) Anon,... [Pg.585]

Hayes (1938), 572-78 (Propellent primers-percussion, friction, electric, combination and igniting) 578 (Fuze primers) 579-97 (Projectile fuzes) 624-25 (Historical on primers in military rifles) 658-60 (Small arms primers) 660 (Berdan primer)... [Pg.1024]

More detailed descriptions of construction and properties of fuze percussion-primers are given in Ref 23, pp 3-13 to 3-22... [Pg.854]

Bomb Nose Fuze, M111A2 is similar in appearance (but shorter in length) and operation to the fuzes AN-Ml46-series (shown here in Figs 4-27 4-28), except for the absence of the detonator slider and its cover plate and lock pin assembly. Its percussion primer is always in line with the firing pin. [Pg.1005]

Trench mortars, historical) 276 (Ignition cartridge and fuze for 3-inch trench mortar ammo) 279 283 (Ignition cartridges for 81-mm trench mortar) 291-318 (Trench mortar fuzes) 319-23 (Artillery fuzes-his-torical, classification and forces available to cause artillery fuzes to function) 326-28 (Percussion primers American M36 and Berdan M37 for 2 0-mm shells) 328, 337, 340-42, 356-57, 369-76, 383-99, 435-44, 455-56, 462, 469-71, 484, 497-502, 525 532-33 (Fuzes for various caliber artillery ammo) 331-35, 364-66, 403-07, 510, 528 541-45 (Primers, percussion for various caliber artillery ammo) 557-62, 580-91 606 (Bomb fuzes) 579-80 (Primer-detonators for bombs) 623-32 (Depth bomb fuzes) 643-52 (Fuzes for fragmentation bombs) 668-71 (Chemical bomb fuzes) ... [Pg.1024]

Priming and initiating components) 58-81 (Firing devices) 81-2 (Percussion primers) 82-3 (Military blasting caps) 130-31 (Fuze, bullet impact, Ml)... [Pg.1028]

Anon, "Artillery Ammunition", Dept of the Army Technical Manual TM 9-1300-203 (1967), pp 1-10 to 1-11, Figs 1-5 1-6 (Explosive train) 1-39 (Fuze, definition) 1-39 to 1-44 (Primer, definition, classification and brief description of various types used in guns and howitzers) 2-88 to 2-89 Fig 2-57 2-129, Fig 2-85 (Electric percussion primer Mk 15 and Mod 2) 2-89,... [Pg.1036]

Method No 209. Primer Mix in the M29A1 Percussion Primer, used in artillery fuzes. US Military Specification MIL-P-2496D(1967) requirements Moisture, max 0.30% and Composition TNT, Sb sulfide, Pb thiocyanate K chlorate. Percentages of ingredients are not given Procedures ... [Pg.1064]

Section 200 (Methods 201 to 212). Specification of Multiple Component Primer Compositions Fuze Powder Primer Mix, (JS Standard Primer Mix, New No 4 Primer Mix, MK V Primer Mix, No 70 Primer Mix, PA100 Primer Mix, NOL No 130 Primer Mix, M3 Ignition Cartridge Primer Mix, M29 Percussion Primer Priming Composition, Lead Starter Type RDX Booster Pellets and Tetryl Booster Pellets... [Pg.351]

Delay-Relay Element. It is a component of HE train which introduces a delay in the time of functioning of the fuze. The delay element is always followed by a relay and the two are really one unit. The relay is an expl (such as BkPdr) designed to provide continuity of the expl train by picking up the weak flash from the delay element and augmenting it sufficiently to initiate, by detonation, a succeding component. The delay-relay element is located in the fuze of a projectile betw the percussion primer and the detonator (Ref 1)... [Pg.476]

For many years the standard mixture in France for all caps which were to be fired by the blow of a hammer was made from 2 parts of mercury fulminate, 1 of antimony sulfide, and 1 of saltpeter. This was mixed and loaded dry, and was considered to be safer to handle than similar mixtures containing potassium chlorate. Where a more sensitive primer was needed, the standard French composition for all concussion and percussion primers of fuzes was made from 5 parts of mercury fulminate and 9 parts each of antimony sulfide and potassium chlorate. [Pg.455]

See other pages where Percussion Fuze Primers is mentioned: [Pg.852]    [Pg.852]    [Pg.850]    [Pg.588]    [Pg.474]    [Pg.473]    [Pg.474]    [Pg.119]    [Pg.783]    [Pg.783]    [Pg.791]    [Pg.792]    [Pg.801]    [Pg.818]    [Pg.831]    [Pg.832]    [Pg.843]    [Pg.853]    [Pg.857]    [Pg.908]    [Pg.928]    [Pg.928]    [Pg.993]    [Pg.1025]    [Pg.1025]    [Pg.1028]    [Pg.1029]    [Pg.1029]    [Pg.1036]    [Pg.699]    [Pg.9]    [Pg.454]    [Pg.381]   


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