Place of Origin: | Zhejiang |
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Location: | Wenzhou, Zhejiang, China (Mainland) |
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Business Type: | Manufacturer |
Main Products: | Modified Sine Wave Power Inverter, Pure Sine Wave Power Inverter, Power Inverter With Charger |
Model No.: | PWM5024Z |
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smart solar charge controller 12v 24v 50 amp auto recognition for solar energy system
Quick Detail:
50a pwm solar panel charge controller
1, Three working mode
2, PWM charging mode
3, multi-protection fuction
4, LCD display(charging and discharging progress display and fault indication)
5, Temperature compensation
6, Technical data adjustable
Specification:
Model | PWM5024Z |
Rated current | 40A,50A |
Rated voltage | 12V/24V |
Maximum voltage of solar panel | ≤50V |
Float voltage | 13.7V/27.4V |
Low Voltage Disconnection | 10.7V/21.4V |
Low Voltage Reconnection | 12.6V/25.2V |
No load loss | <30mA |
Loop voltage drop | ≤200mV |
Charging mode | PWM Mode |
Temperature compensation | -4mV/Cell/ |
Installation cable area | >3# AWG (<25mm2) |
Operating temperature | -20~50 |
Storage temperature | -30~70 |
Humidity Requirement | ≤90%, No Condensation |
Size | 130mm×188mm×62mm |
Mounting hole spacing | 98 mm×178 mm --Φ5 |
Weight | 590g |
Notes | Model suffix“Z” represent automatic identify system voltage level,“T”represent controller with remote monitoring. |
Solar charge controller forms an essential component of virtually all solar power systems that utilize batteries. The charge controller is used to regulate the current flowing from the solar panels to the batteries. These solar controllers prevent the battery from the damages caused by overcharge and disconnect the battery in case of severe discharge by shutting of loads. Easy Photovoltech's solar charge controllers are specially designed to improve the battery performance and increase the life.
Features:
You can View and Set the Parameters:
1.Battery Voltage
2.The load on/off control
3.Environment Temperature
4.Solar Panel charging current
5.Load discharging current
6.Accumulated charging power (Ah) by solar panel and back to zero
7.Accumulated discharging power (Ah) by Load and back to zero
8.Low Voltage Disconnection Protection
9.Low Voltage Reconnection
10.High Voltage Disconnection