- Electrical Machinery And Equipment And Parts Thereof; Sound Recorders And Reproducers, Television Image And Sound Recorders And Reproducers, And Parts And Accessories Of Such Articles
- Electrical Machines And Apparatus, Having Individual Functions, Not Specified Or Included Elsewhere In This Chapter.
- Electrical Machines And Apparatus, Having Individual Functions, N.e.s. In Chapter 85
solar charge controller waterproof with led driver
Product Images
Product Property
Rated Current : | 10A |
Rated Voltage : | 12V |
Product Status : | New |
Sample Available : | yes |
Shipment Terms : | Negotiable |
Payment Mode : |
T/T,L/C,cash,PayPal,WesternUnion |
Description
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
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 mode |