waterproof solar charge controller with led driver inside

Features:

Infrared remote control with LCD display

Waterproof IP67 for high humidity areas

Microcontroller and CPU software intelligent control

Digital LED indicating light to show the working mode and lighting time

Protection against overload,short circuit and reverse connection

Temperature compensation

Utilizes serial mode PWM control for maximum Efficiency

ISO9001 CE ROHS Certificate Approved



Specifications:



Common system errors and solutions:

Phenomenon
Causes and solutions

When there is sun rays irradiating at solar panels LED indicator (1) don't work ;
Check the if connection of solar panels and this controller is correct like if there is reverse connection of anode and cathode even if there is disconnect of terminals;

Solar panel indicator (1) flashes fast;
System is in the stage of over voltage; there is disconnection between battery and solar panels even final loads , check if the charge circle is in right connection.

Load indicator (3) working normally but there is no output;
Check if the connection of loads and controller is in the right method

Battery indicator turns red and there is no output-loads don't work;
Battery is in the stage of over charge , charge the battery again to reuse




Electrical parameters

Model
SDL-SF60W constant solar charge controller

System voltage
12V; 24V;

Power output
12V≤30W 24V≤60W

Voltage output
(Vin+5V)~60V

Voltage distortion range
+/-600mV

Output current
≤1.2A

Current output accuracy
<2%

Normal efficiency
90%

Normal working temperature range
-30°C— +65°C

No load working current consumption
≤10 mA

Inner charge circuit voltage drop
≤ 0.26V

Inner discharge circuit voltage drop
≤ 0.15V

Over voltage protection
17V,×2/24V;

Boost charge voltage
14.6V;×2/24V; (10 minutes duration and only occurs when over-discharge happens)

Direct charge voltage
14.4V; ×2/24V; (10min duration)

Float charge voltage
13.6V; ×2/24V;(Charging Voltage duration will last until the voltage turn to the returned voltage point )

Returned voltage after charging
13.2v; ×2/24V;

Temperature compensation
-5mv/°C;

Under voltage
12.0V; ×2/24V;

Over discharge voltage
11.1V-; ×2/24V;
Returned voltage point after charging from last over-discharge
12.6V;×2/24V;
Working principle
PWM charging mo