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Quick Details
-
Brand Name:
-
snaterm
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Model Number:
-
PVSY-380W10A
-
Work Time (h):
-
The local illumination time
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Max PV Power:
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380W
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Max PV Voltage:
-
12V-50V
-
Certificate:
-
CE
-
Warranty:
-
one year
-
Protection level:
-
Ip66
-
PV MAX POWER:
-
380W@38V
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PV MAX CURRENT:
-
10A
-
Battery Voltage:
-
48V/60V/72V(Self setting)
Quick Details
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Type:
-
MPPT
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Application:
-
Charger Controller, Solar System Controller
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Place of Origin:
-
Guangdong, China
-
Brand Name:
-
snaterm
-
Model Number:
-
PVSY-380W10A
-
Work Time (h):
-
The local illumination time
-
Max PV Power:
-
380W
-
Max PV Voltage:
-
12V-50V
-
Certificate:
-
CE
-
Warranty:
-
one year
-
Protection level:
-
Ip66
-
PV MAX POWER:
-
380W@38V
-
PV MAX CURRENT:
-
10A
-
Battery Voltage:
-
48V/60V/72V(Self setting)
Product Description
Newly MPPT Solar Boost Controller 48v60v72v 380W Battery Charger Charge Digital Controller
Product characteristics
01.Maximum input power:
38Vx10A=380W
02.Maximum input current:
10A(DC)
03.Input voltage range:
12V~50V(DC)
04.Output voltage range:
53V~90V(DC)
05.Class of protection: IP55
06.With over temperature, over voltage, over current and other protection functions.
07.USB port for phone charging (5V-1A, with short circuit protection)
Safety precautions
01.Please do not overload to use the controller,
18V
solar panel
(open circuit voltage22V) max power 200W, if divided into two pieces, can be connected in series or parallel, preferably in series.
36V
solar panel
(open circuit voltage 44V) max power 360W, if divided into two or more, must be used in parallel.
02.Please note that long-term low voltage has a bad impact on the service life of the battery pack, please keep full power for battery pack at least once a month,when the power generation from the solar panel is greater than the load consumption, the battery pack may be filled.
03.Please note that the positive and negative poles of the solar panel and battery must not be reversed and short-circuited.
04.Install the controller as close to the battery as possible to avoid voltage drop caused by too long cables, which affects the normal voltage judgment.
05.According to the actual situation, you can choose to install a ≥20A PV DC circuit breaker in the "+ "pole of the solar panel, or install a ≥20A battery DC switch in the "+" pole of the battery.
06.This product adopts aluminum alloy die-casting molding, has good heat dissipation, pay attention to avoid exposure, try to install it in a flat, well-ventilated place (the best metal surface),in order to better heat dissipation.
07.This controller can only use the solar panel as the charging source, do not use other DC or other power sources as the charging source.
08.This product protection grade is IP55, can prevent rain, recommended vertical installation, do not soak in water, pay attention to dust and moisture, prevent electric shock.
User notice:
01. Input of this controller:
best for 360W-36V solar panel.
02. The output of this controller:
best for any lead-acid battery and various lithium batteries from 48V to 72V.
03. Check the nominal output voltage range of the solar panel. The
output voltage
of the solar panel
should be within
12V-50V.
04. The connection wire of the soalr panel and the battery pack shall not be less than the national standard 2mm² insulated copper core wire.
Product packaging information
1.Product external size:129mmx97mmx38mm
2.Product packaging size: 180mmx140mmx50mm
3.Product net weight:0.37kg
4.Product gross weight: 0.46kg
5.With 15A spare fuse
6.Gift DC voltage adjustment screwdriver
Specification
Battery detailed parameter diagram
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value
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|
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|||
Battery type
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Nominal voltage
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Battery string
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Charging voltage (V)
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|||
Lead-acid
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48V
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4x12=48
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Low: 4x10.5=42
High:4x13.8=55.2
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|||
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60V
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5x12=60
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Low: 5x10.5=52.5
High:5x13.8=69
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|||
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72V
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6x12=72
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Low: 6x10.5=63
High: 6x13.8=82.8
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|||
Ternary lithium
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48V
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12x3.7=44.4
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Low:12x3=36
High: 13x4.2=50.4
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|||
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28.8V(24V System)/ 43.2V(36V System)/ 57.6V(48V System)/72V (60V System)/ 86.4V(72V System)/ Custom voltage
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13x3.7=48.1
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Low: 13x3=39
High: 13x4.2=54.6
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|||
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60V
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17x3.7=62.9
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Low: 17x3=51
High: 17x4.2=71.4
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|||
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72V
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20x3.7=74
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Low: 20x3=60
High: 20x4.2=84
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LiFePO4
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48V
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15x3.2=48
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Low: 15x2.5=37.5
High: 15x3.6=54
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|||
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16x3.2=51.2
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Low: 16x2.5=40
High: 16x3.6=57.6
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60V
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20x3.2=64
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Low: 20x2.5=50
High:20x3.6=72
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|||
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72V
|
24x3.2=76.8
|
Low: 24x2.5=60
High:24x3.6=86.4
|
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