Features: Battery charging, load control or diversion regulation. Highest reliability - large heat sink and conservative design enables operating at full ratings to 45°C. More information - Internal and optional meter displays extensive system and controller information, automatic self-test and reset. Displays can be in multi-languages. Communications capability - RS-422 connects to a personal computer for custom settings, data logging and remote monitoring and control. Fully adjustable - DIP switch provides user with choice of 7 digital presets. Additional custom settings via RS-422. Extensive electronic protections - Fully protected against reverse polarity, short circuit, over current, high temperature and overvoltage. Parallel connection (Max. 10 sets)
Description: The world's leading solar charge controller for both professional and consumer applications. 3 Stage pulse width modulated charge control. Can be paralleled (Max. 10 sets) at will, according to your demand.
Specifications:
Model No.
DE-SCC-60A-1248
Electrical Specifications
Rated solar, load or diversion current
60A
System Voltage
12V 24V 48V
Accuracy
12/24/48V: ≤0.1% ±50Mv, 48V: ≤0.1% ±100mV
Min. voltage to operate
9V
Max. solar voltage (Voc)
125V
Max. operating voltage
64V
Self-consumption
Controller <30mA (Include LCD meter) Meter 7.5mA
Environmental Specifications
Operating ambient temperature
Controller -10degrees C to +45degrees C Storage temperature: -55degrees C to +85degrees C
Humidity
100% (non-condensing)
Tropicalization
Conformal coating on both sides of all printed circuit boards
Electronic Protections
Reverse polarity protection (any combination)
Short-circuit protection
Over current protection
Lightning and transient surge protection using 4500W transient voltage suppressors
High temperature protection via automatic current reduction or complete shut down
This member assumes full responsibility for the content of this listing. DIYTrade accepts no responsibility whatsoever in respect of such content. To report fraudulent or illegal content, please click here.