3DS MAX1024-U 사용자 설명서 - 페이지 6
{카테고리_이름} 3DS MAX1024-U에 대한 사용자 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. 3DS MAX1024-U 11 페이지. Solar controller
페이지 인쇄Solar charge controller MAX series User Manual
5.2.4 Fault indication
Status
Load short circuit
Load over current
Battery low voltage
Battery over voltage
Over temperature
PV over voltage
PV over current
PV short circuit
5.3 Parameters setting
When the icon
Press the
MENU key for 1s, then icon
press the MENU key to lower the parameters.Press and hold the MENU key for 1 second to exit.
5.3.1 PV voltage&Charging current
5.3.2 Battery type
1.Charging Voltage Parameters(Liquid, GEL, AGM)
When choosing Liquid, GEL or AGM for battery type,the parameters of boost, equalization and float
charge voltage can be set by pressing the button. The range of parameters is as follows.
voltage parameters
are 25℃/12V system parameters, 24V displayed values
Charging stage
Charging Voltage Range
Default charging voltage
2.Charging Voltage Parameters(Lithium)
When the battery type is lithium battery, the lithium overcharge protection voltage can be set by
pressing the button.
Icon
Load off, load icon flashes, the LCD screen displays E01.
E01
Load off, load icon flashes, the LCD screen displays E02.
E02
Battery level shows empty, battery frame flashes, the LCD
E03
screen displays E03.
Battery level shows full, battery flashes, the LCD screen
E04
displays E04.
The charge and discharge are off, icon ℃ flashing, the
E05
LCD screen displays E05.
PV level shows high, PV frame flashes, the LCD screen
E06
displays E06.
Overcurrent, PV frame flashes, the LCD screen displays
E07
E07.
PV short circuit
E08
E08.
appears in the display interface, it means that the parameters can be set.
Display PV voltage
Choosing Lithium,AGM, GEL or
Display
Boost
14.0~14.8V
14.5V
Page 5 of 10 pages
Description
, PV frame flashes, the LCD
flashes, Press the OK key to raise the parameters, and
Liquid
for battery type
Battery type
GEL(Default)
Liquid
AGM
Lithium
Equalization
13.2~14.0V
14.3~15.0V
14.8V
screen displays
Display charging current
are multiplied by a factor of 2.
Float
13.7V
The
following