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バッテリーチャージャー CTEK 1018のPDF ユーザーマニュアルをオンラインで閲覧またはダウンロードできます。CTEK 1018 15 ページ。 Multi us 7002 battery charger

Caution: If the MULTI US 7002 does not switch to maintenance charge mode after three

days, manually switch it to pulse maintenance mode.

Note: A battery that hasn't changed to maintenance charge after three days is most likely

worn out and needs to be replaced. All other batteries can be maintained for a very long

time.

BATTERY TYPES AND SETTINGS

MULTI US 7002 can easily be set for different types of batteries or conditions. The follow-

ing recommendations should, however, only be seen as guidelines. Please consult the

battery manufacturer for further instructions.

time until the required mode is reached, the button is then released. After about 2 seconds

the charger activates the selected mode. The selected mode is saved in a memory in the

charger and remains there even if the charger is switched off.

Mode 14.4V - Normal setting for wet batteries, maintenance free and for

NORMAL

most Gel batteries. Some Gel batteries prefer a slightly lower charging volt-

age. Please consult the battery manufacturer when in doubt.

Mode 14.7V - This setting is recommended for a battery at temperatures

< 41°F. It is also recommended for many AGM batteries like Optima, and

Odysseys. Consult your battery manufacturer when in doubt.

Mode 13.6V / Supply - The charger is operating at a constant voltage of

SUPPLY

13.6V. This is the maintenance mode for applications where maximum ca-

that the Spark protection function is suppressed in this mode.

Mode 15.7V / 1.5A / 0.5–4h - This mode is used to recover deep discharged

in the bottom, low on top). This mode will also recover some spiral cell AGM

batteries that has been deep cycled. Check with battery manufacturer when

in doubt.

RECOND

because the high voltage will cause some water loss. 16V is normally no

problem for electronics, but consult your supplier when in doubt. Life of light

bulbs will be reduced at higher voltage. Try to avoid using 12V light from the

battery during this phase. Maximum effect and minimum risk for electronics

is achieved by charging a disconnected battery.

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