| Description |
| Specifically designed as a part of solar power supply system for solar LED lights over LiFePO4 battery. |
| Consisting of Voltage Balance and voltage protection unit for battery, integrated as a complete and perfect part of PV power system, and ensuring longer battery cycle life times. |
| Outstanding LiFePO4 battery BMS inbuilt, thereby a LiFePO4 PCM can be dispensed with. |
| With Day/Night Self-Recognition switch driven by solar array voltage. |
| LC01-F-X controller can convey PWM signals (5~10V,500HZ), working with the dimming function of the LED Driver which receives PWM signals, and attains power saving function, while LC01b-F-X directly operate PWM Duty Cycle (customized) from the load terminal to the Linear LED driver without PWM function. |
| The Capacitor-Pulse circuitry forming a C-MPPTankTM, hooks up with our innovative charging mode of CCP/CVP, one of the best charging modes for solar power systems, ensuring A-plus efficiency in transforming energy from solar cells to storage battery. |
| Feature |
| Minute time simulates hour time via TEST switch after lighting time has been set up. After selecting a lighting time mode, pressing once the lighting time TEST switch, you will have the blue LED play the same role of the lamp, lit on or off long in minute, yet representing the lighting hour time set up. |
| 3-type-and-16-mode lighting time options covering most requirements: Through the rotary switch, you can select one from 16 lighting time modes, which can serve for most purposes from individual requirements of varied applications. |
| A wide range of solar input voltage, Absolute Max 65 Voc( based on a regulated current): Under a given power efficiency, this device allows higher solar panel input voltage to charge the storage battery. (If over current input, current will be regulated for the system.) |
| Solar LED lighting controller over LiFePO4 battery : This is a genuine solar power charge controller over LiFePO4 battery, building an effective, and practical solar power supply system, specifically constructed for LED street lights. |
| Smart MCU drives the system to operate: A microcontroller coordinates operations of the system, driving overload protection, over-charge /over-discharge protection and low voltage protection, and load short-circuit. |
| Easy-to-read LEDs indicate the status of the system, including solar input power, charging, discharging, battery storage, or low battery. |
| Protection against in-rush current from such as thunderbolts via ceramic surge arrester. |
| Reverse polarity connection protection (self-reconnection after removal of condition) |
| A perfect integration, crowned with CCP/CVP charging mode, attaining higher efficiency The integration frame of LiFePO4 battery BMS, and C-MPPTankTM helps the system operate in efficiency and with high cost-performance value, bring the system more reliability in its service life and attain an intelligent management on energy transferring from charging, discharging, energy-storing, and protections, and execute real time monitoring on the system. |
LC01-F-12 12V/12A Key Specifications and Electrical Parameter
| Item | Key Parameter | Conditions | Unit | ||
| Rated Voltage for System | 12 | V | |||
| Max Input Voltage (Abs. Max Voltage) (PV panel for 12V system advised) |
30 (65Voc) | Imp≦12A | Vmp | ||
| Battery Nominal Voltage | 12V | V | |||
| C-MPPTank Design (Max Efficiency＞) | Yes(90) | (%) | |||
| Battery Voltage Range( for LiFePO4 Battery) | 9.6~15.40 | V | |||
| Day/ Night Self-Recognition Switch | Yes | ||||
| Max Input Current | 12 | A | |||
| Reverse Charge Blocking Protection | Yes | ||||
| LFP Battery BMS/PCM built-in | Yes | ||||
| Self-wake-up from LVD. Capability | Yes | ||||
| Capability of Cell Balance | 200 | mA | |||
| Low Battery Warning by Green LED | Blinking | ||||
| Max Continuous Output Current | 12 | A | |||
| Overload Current Protection ＞ | 5±1% | 150 mS | A | ||
| Current Consumption Without Load ≦ | 15 | mA | |||
| Current Drain in Low Voltage Protection | ＜0.5 | uA | |||
| Protections: Over-charge, Over-heat, Under-Voltage, Reverse Connection | Yes | ||||
| Short Circuit Protection (PPTC) ＞ | 14 | 150mS | A | ||
| Over-charge Cutoff Voltage (Protection) | 15.40 | (3.85x4) | V | ||
| LVD Cutoff Voltage (Protection) | 9.60 | (2.40X4) | V | ||
| Working temperature | -30℃——+75℃ | ℃ | |||
| Ambient Temperature | -30℃——+60℃ | ℃ | |||
| Over- Temperature Protection NTC 10KΩ | -20℃——+75℃ | ℃ | |||
| LED Indicators | Orange | Lit | Inputting | solar | |
| Red | Lit / Blinking | Full/Charting | battery | ||
| Green | Lit / Blinking | Workable/Low | load | ||
| Wire Gauge | 12 | AWG | |||
| Anti-corrosion moisture enclosure: Indoor Use | Yes | ||||
| Energy-saving PWM signal to LED DRIVER | 5~10//500 | LC01-F-X | V/Hz | ||
| ＊ Energy-saving PWM Duty Cycle by controller ＊ Only for Linear LED Driver W/O PWM function |
50 (Customized) | LC01b-F-X | % | ||
3-type-and-16-mode lighting run time options
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