Samlex Europe SEC - 1215E, Руководство пользователя

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DESCRIPTION
These chargers are used to charge Lead Acid Batteries (Fle ece/AGM/Gel/Wet). SEC-1215E
(Maximum charging current 15A) and SEC-1230E ( Maximum charging current 30A) are used
to charge 12Vbatteries. SEC-2415E (Maximum charging current 15A) is used to charge
24V batteries. These chargers can be powered from AC power source of 230 V, 50Hz.
FEATURES
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State of the art switched mode technology is used for very high efficiency, light weight and
quiet operation.
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User selectable 2 or 3 stage charging algorithm ensures rapid and safe charging of all types
of lead acid batteries-Fleece, AGM, Wet, Gel or batteries with external load.
(Through externally accessible Dip Switch- see pages 7 & 8 for instructions )
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Fully automatic —”Connectand Forge” operation
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3banksofbatteriescanbecharged simultaneously without use of an external battery isolator
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Monitoring through ON status LED and Amp meter
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Temperature controlled cooling fan (SEC-1230E, SEC-2415E)
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Protectionsagainst short circuit, overcurrent, reverse battery connection and over
temperature (over temperature for SEC-1230E and SEC-2415E)
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Can be used as a power supply or as a DC UPS ( Uninterruptible DC Power Supply )
when used with a battery (Dip Switch set at—Battery with load“)
COOLING
SEC-1215E is cooled by convection and does not have any thermal overload shut down.
SEC-1230E and SEC-2415E are cooled by convection and in addition, have a temperature
controlled fan for forced air cooling. Two temperature sensors mounted on the power
transformer control the switching of the fan and over temperature shut down. The fan will be
switched on by the first temperature sensor when the power transformer reaches 70 degrees C.
HENCE,AT LOWER LOADS, THE FAN MAY NOT CUT IN AND WILL BE OFF.
THIS IS NORMAL. In case the fan fails or if the cooling is not adequate, the second
temperature sensor will shut down the unit ifthe power transformer reaches 100 degrees C.
The red LED will switch off. The unit will automatically recover on removal of thermal
overload condition.
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