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DOD-STD-2134

STORAGE BATTERY ARRANGEMENT FOR MINIMUM STRAY MAGNETIC FIELD (METRIC)

Organization:
NAVY - SH - Naval Sea Systems Command (Ship Systems)
Year: 1981

Abstract: This standard covers the arrangement of storage batteries and the arrangement of connections to storage batteries, in a manner that will reduce the stray magnetic field, produced by the current, through the batteries and their associated connections to a minimum.
The general requirements of this standard (see section 4) are applicable to the arrangement of all types of storage batteries, where a minimum stray magnetic field is desired. The detailed requirements of this standard (see section 5) are applicable to the arrangement of 6-volt DOD-B-15072 storage batteries aboard minesweepers and submarine lead-acid storage batteries covered by DOD-B-24200 and DOD-B-24541. Requirements specified herein are normally applied during ship construction, overhaul, ship alteration or ship repair. Requirements which are within the ship's capability may be applied by ship's force, as needed.
The three-cell, 6-volt battery tray arrangements covered by this standard shall be of the following types:
           Type I - When looking down on the top of the tray, with the cells                      oriented in the vertical direction, and the top cell                      terminals being negative-positive from left to right,                      the external negative battery connection shall be made                      at the top of the tray and the external positive                      battery connection at the bottom of the tray as shown                      on figure 1.            Type II - When looking down on the top of the tray, with the                       cells oriented in the vertical direction, and the top                       cell terminals being negative-positive from left to                       right, the external positive battery connection shall                       be made at the top of the tray and the external                       negative battery connection at the bottom of the tray                       as shown on figure 1.


URI: http://yse.yabesh.ir/std;query=autho162sear3FCDCAC426159DD6E273C9F/handle/yse/215647
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    DOD-STD-2134

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contributor authorNAVY - SH - Naval Sea Systems Command (Ship Systems)
date accessioned2017-09-04T18:33:26Z
date available2017-09-04T18:33:26Z
date copyright08/03/1981
date issued1981
identifier otherJEBQDAAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std;query=autho162sear3FCDCAC426159DD6E273C9F/handle/yse/215647
description abstractThis standard covers the arrangement of storage batteries and the arrangement of connections to storage batteries, in a manner that will reduce the stray magnetic field, produced by the current, through the batteries and their associated connections to a minimum.
The general requirements of this standard (see section 4) are applicable to the arrangement of all types of storage batteries, where a minimum stray magnetic field is desired. The detailed requirements of this standard (see section 5) are applicable to the arrangement of 6-volt DOD-B-15072 storage batteries aboard minesweepers and submarine lead-acid storage batteries covered by DOD-B-24200 and DOD-B-24541. Requirements specified herein are normally applied during ship construction, overhaul, ship alteration or ship repair. Requirements which are within the ship's capability may be applied by ship's force, as needed.
The three-cell, 6-volt battery tray arrangements covered by this standard shall be of the following types:
           Type I - When looking down on the top of the tray, with the cells                      oriented in the vertical direction, and the top cell                      terminals being negative-positive from left to right,                      the external negative battery connection shall be made                      at the top of the tray and the external positive                      battery connection at the bottom of the tray as shown                      on figure 1.            Type II - When looking down on the top of the tray, with the                       cells oriented in the vertical direction, and the top                       cell terminals being negative-positive from left to                       right, the external positive battery connection shall                       be made at the top of the tray and the external                       negative battery connection at the bottom of the tray                       as shown on figure 1.


languageEnglish
titleDOD-STD-2134num
titleSTORAGE BATTERY ARRANGEMENT FOR MINIMUM STRAY MAGNETIC FIELD (METRIC)en
typestandard
page22
statusActive
treeNAVY - SH - Naval Sea Systems Command (Ship Systems):;1981
contenttypefulltext
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