| Description |
| Specifically designed for PV/ 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 by solar voltage and a built-in timer, whichever is first as the switch to light off. |
| LC01-F-X-PIR-01 can convey PWM signals (5~10V,500HZ), working with the dimming function of the LED Driver which receives PWM signals, while LC01b-F-X-PIR01 directly operates PWM function from the load terminal to the Linear LED driver without PWM design. Whichever you choose, your LED lamp shall have a PIR motion sensor connecting with it |
| The Capacitor-Pulse circuitry forming a C-MPPTankTM, hooks up with our innovative charging mode of CCP/CVP, enhancing efficiency in transplacing energy from solar cells to storage battery. |
| Feature |
| Solar LED lighting controller over LiFePO4 battery : This is a genuine solar power charge controller over LiFePO4 battery, building up 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-circui |
| 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. |
PIR Motion Sensing Control Function
LC02-F-4-PIR-01// LC02b-F-4-PIR-01 for LED lighting system to dim
| ITEM | 12- Hour Lighting Time Span On/Off: by Day/Night Self-recognition Switch or Time-out, whichever first |
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| Lighting Mode | Full brightness for 10 minutes by % of load | Normal Brightness without human body motion by % of load | Full brightness With Human motion sensing via Motion Startup by % of load | Normal Brightness without human body motion by % of load |
| 100 | 25 | 100 | 25 | |
＊ LC02-F-4-PIR-01 for PWM LED Dimming Driver
＊ LC02b-F-4-PIR-01 for Linear LED Driver (none switch type)
LC02-F-4-PIR-01 //LC02b-F-4-PIR-01 12V/4A
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≦4A | 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 | 4 | 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 | 4 | 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) ＞ | 6 | 150mS | A | ||
| Charging Limits Voltage | 14.6 | 3.65X4 | V | ||
| Cell Balance Voltage | 3.60 | Single cell | |||
| Boost Voltage | 3.0 | Single cell | |||
| Float voltage | 3.35 | Single cell | |||
| Boost Charging Reconnect | ＜3.35 | Single cell | |||
| Low Voltage Reconnect | 3.0 | Single cell | |||
| Under Voltage Warning | 2.8 | Single cell | |||
| Discharging Limit Voltage | 2.0 | Single cell | |||
| 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/Charging | battery | ||
| Green | Lit / Blinking | Workable/Low | load | ||
| Wire Gauge | 17 | 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) | LC02b-F-X | % | ||