Solar System Pwm Based Solar Charge Controller 10A 20A With LCD Display
12V solar controllers HP2410 for solar system with LCD display
Product Description
Features of SR-HP2410/2420
1.12V/ 24 V system voltages are automatically recognized.
2. An upgraded 3-stage PWM charging algorithm is adopted. Application of an equalizing charging to the battery periodically or when over discharged, can effectively prevent the battery from non-equalization and sulfuration, thus extending the battery's service life.
3. With temperature compensation employed, charging parameters can be automatically adjusted.
4. A wide range of load working modes facilitate the product's application to different types of load.
5. The product provides overcharge, over-discharge, overload protection, as well as short-circuit protection.
6. By virtue of an advanced load starting method, large-capacitance loads can be started smoothly.
7. The product provides a dot matrix graphic LCD screen and a human-machine interface with a key.
8. The user-friendly design of browser and dynamic interfaces ensure convenient and intuitive operations.
9. Boasting an industrial grade design, the product can function well in various tough conditions.
10. TVS lighting protection is adopted.
Protection
* PV array short circuit
* over discharge Protection
* Discharge voltage protection
* IP21 Mechanical protection
* Load overload
* the input low voltage protection
* PV Lightning protection
* Battery reverse polarity
* The overcharger protection voltage
Parameter of SR-HP2410/2420
| Model | HP2410 | HP2420 | HP2420-S |
| Rated current | 10A | 20A | 20A |
| current display function | No | No | Yes |
| System voltage | Automatic recognition of 12 V/ 24 V |
| No-load loss | < 10mA/12V;< 12mA/24V |
| Max. Solar energy input voltage | <55V |
| Max. voltage at the battery end | <35V |
| Overvoltage protection | 17.0V;×2/24V; |
| Equalizing charging voltage | 14.6V;×2/24V; |
| Boost charging voltage | 14.4V;×2/24V; |
| Floating charging voltage | 13.8V;×2/24V; |
| Charging recovery voltage | 13.2V;×2/24V; |
| Over-discharge recovery voltage | 12.6V;×2/24V; |
| Over-discharge voltage | 11.1V;×2/24V; |
| Equalizing charging interval | 30days |
| Equalizing charging time | 1H |
| Boost charging time | 2H |
| Temperature compensation | -3.0mV/℃/2V |
| Light control voltage | Light control on 5V, ×2/24V; light control off 6V, ×2/24V; |
| Light control judgment time | 1minute |
| Operating temperature | -25℃ to +55℃; |
| IP protection degree | IP30 |
| Net weight | 100g | 160g |
| Protection functions | Solar panel short circuit and reverse-connection protection |
| Dimensions | 103×71×36(mm) | 130×75×38 (mm) |
Detail of SR-HP2410/2420
Why choose us?
SRNE, as a high-tech enterprise with the government support ,and with own R&D team as well as factory, has become the famous brand and the experts of PV storage management and control, we always insist on good quality, professional service and leading technology. Besides, customer can purchase premium products with favorable prices from us.
Our R&D team and service: in SRNE, there' re some technicians having more than 10 years experience in the field of solar controller and all the products we design are the trend of market development.
Our tenet is continuously in pursuit of warm customer service.
FAQ:
Q: How many charging mode does the controller have?
A: There are two charging modes. There are PWM and MPPT. MPPT is the most advanced. Srne have already developed MTTP charge controller with high performance, reliability, efficiency and fast tracking speed.
Q: What's the difference of the PWM charge controller and MPPT charge controller?
A: 1. MPPT controller uses maximum power tracking technology, compared to the PWM controller, the MPPT can generate more electricity with the same solar panels.
2. MPPT controller has low requirement of solar power system voltage, if the line or component parts damage the voltage, using MPPT controller does not affect the system generating.
3. MPPT controller can detect the temperature of the battery, then adjust the temperature by itself, the solar panel can charge the battery more efficiency.
Q: Why should the controller have temperature compensation function?
A: As temperature rises, electrochemical activity in the battery increases. Similarly, as temperature falls, electrochemical activity decreases. Therefore, as temperature rises, charging voltage should be reduced to prevent overcharge, as temperature falls, charging voltage should be increase to avoid undercharge. In general, to assure optimum service life, use of a temperature compensated charger is recommended.
Q: How does your factory carry out quality control?
A: Quality is our priority. Our QC always attached great importance to quality control from the very beginning to the end of the production. Each product will be fully assembled and carefully tested before packed.
