MEC61(40)2CY2CY.jpg&h=125&w=125&zc=0) |
MEC61(40)2CY |
A Multitask Electronics most advanced technology used in our solar controller is a small box consisting of solid state circuitry that is placed between a solar panel and a battery. Its function is to regulate the amount of charge coming from the panel that flows into the deep cycle battery bank in order to avoid the batteries being overcharged. A controller can also provide a direct connection to appliances, while continuing to recharge the battery.
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Parameter name |
Parameter value |
Adjustable |
Default value |
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Model |
MEC61(40)2CY |
MEC61(40)2CY |
MEC61(40)2CY |
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System voltage |
12V/24V |
12V/24V |
12V |
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Output power |
50W/12V 100W/24V |
25W/12V 50W/24V |
20W |
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Output current |
0.15A?3.3A |
0.15A?1.98A |
0.15A?1.67A |
√ |
330mA |
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No-load loss |
9mA/12V; 12mA / 24V |
9 mA /12V |
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Charging current |
15A |
8A |
5A |
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Solar input voltage |
< 55V |
< 30V |
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Efficiency of constant current |
90% ?96% |
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Overvoltage protection |
16.0V?×2/24V |
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Charging limits voltage |
15.5V?×2/24V |
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Equal charging voltage |
15.2V?×2/24V?25?? |
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Equal charging interval |
30 days |
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Ascending charging voltage |
14.2V ?15.0V?×2/24V?25?? |
√ |
14.4V |
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Float charging voltage |
13.2V ?14.0V?×2/24V?25?? |
√ |
13.8V |
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over-discharging recover voltage |
12.0V ?13.0V?×2/24V |
√ |
12.6V |
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over-discharging voltage |
9.8V ?11.8V?×2/24V |
√ |
11.0V |
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