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Silver zinc, remotely activated

A typical performance profile at 27°C for an Eagle Picher remotely activated silver-zinc battery is shown in Figure 30.5. [Pg.324]

Other suppliers (Eable Richer, Silberkraft) produce remotely activated silver-zinc batteries for applications such as torpedoes, rockets, missiles and pyrotechnic devices, ignition and fuse applications, and emergency standby batteries. [Pg.388]

Primary batteries, magnesium perchlorate-manganese dioxide remote or manually activated types, remotely activated silver-zinc, silver-seawater batteries, copper-seawater types silver-cadmium, nickel-zinc, zinc-air types. [Pg.727]

Remotely activated silver oxide-zinc batteries... [Pg.132]

This type of battery can now replace many remotely activated silver oxide-zinc applications, resulting in an equal or smaller size, lightweight battery at lower cost. [Pg.307]

The cost of high-performance primary zinc/silver oxide batteries is dependent on the specifications to which they are built and the quantity involved. Manual-type batteries may cost anywhere from 5 to 15 per Watthour remote-activated types will cost about 15 to 20 per Watthour. When the price of silver is high, material cost becomes one of the chief disadvantages of these batteries. There are many applications, however, in which no other technology can meet the high energy density of the zinc/silver oxide primary system. [Pg.509]

Silver-zinc (remotely activated) 1.20-1.55 -35 49 60 132 range Unlimited shelf life, instantaneous activation at... [Pg.95]

Silver-zinc primary batteries can be remotely activated for single use within seconds or fractions of a second, even after long-term storage, by inserting the... [Pg.132]

In an alternative design of remotely activated primary silver-zinc batteries the electrolyte reservoir is sealed at both ends with high-pressure (6.89 MPa burst strength) metal diaphragms. The gas generator to pump in the electrolyte is activated by a squib or a primer, which is electrically, mechanically or inertially activated. The expanding... [Pg.253]

Figure 20.2 Schematic layout of remotely activated Sllberkraft silver-zinc battery (Courtesy of Dryfit)... Figure 20.2 Schematic layout of remotely activated Sllberkraft silver-zinc battery (Courtesy of Dryfit)...
Silver-zinc primary batteries can be remotely activated for single use within seconds or fractions of a second ever, after long-tenn storage, by inserting the electrolyte under pressure. In addition to a unit containing dry charged plates they also contain an electrolyte vessel from which the cells are filled by electrical or mechanical means. Pile batteries are a new development of remotely activated primary batteries, which consist of bipolar electrodes that confer a very high density on the battery. Such batteries are available from Silberkraft (Table 52.13) and are recommended... [Pg.606]

Table 52.13 Remotely activated primary silver-zinc batteries (Silberkmfl)... Table 52.13 Remotely activated primary silver-zinc batteries (Silberkmfl)...
Figure 52.7 Eagle Richer remotely activated primary silver-zinc battery typical performance profile at 27°C (Courtesy of Eagle Richer)... Figure 52.7 Eagle Richer remotely activated primary silver-zinc battery typical performance profile at 27°C (Courtesy of Eagle Richer)...

See other pages where Silver zinc, remotely activated is mentioned: [Pg.253]    [Pg.253]    [Pg.96]    [Pg.494]    [Pg.94]    [Pg.606]   
See also in sourсe #XX -- [ Pg.4 , Pg.20 ]




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