The Cascadia 4×4 10A Waterproof MPPT Charge Controller from Nomadic Supply Company is a simple yet highly effective unit that has been designed with extreme durability in mind.
The waterproof unit is IP67-rated and is highly resistant to heat and vibration. The Cascadia 4×4 10A Waterproof MPPT Charge Controller automatically controls how much electricity reaches the battery and prevents overcharging. It is pre-wired with fuses, terminals, and connectors. The Cascadia 4×4 10A Waterproof MPPT Charge Controller can be mounted using the pre-installed 3M VHB tape or with self-tapping screws.
Cascadia 4×4 10A Waterproof MPPT Charge Controller Features:
- Rugged Construction: IP67 waterproof rating, heat and vibration resistant.
- Smart Controller: Automatically controls how much energy reaches the battery and prevents overcharging.
- Accessory output wires allow for 12v charging with built-in low voltage cut-off to protect the vehicle battery.
- Prewired with fuses, terminals, and MC4 connectors.
- 3M VHB mounting tape pre-installed.
- 2-year warranty.
Cascadia 4×4 10A Waterproof MPPT Charge Controller Specifications:
| Maximum Charging Current (Controller -> Battery) | 10A |
| System Type (Voltage) 12V Maximum Power Input | 130W |
| Maximum Voltage Input | 45V |
| Battery Compatibility | AGM/Gel/Pb-Acid |
| Output Current (ACC Wires) | 10A |
| Continuous Low Voltage Disconnect (ACC Wires) | 11.4V |
| Voltage Reconnect (ACC Wires) | 12.0V |
| MPPT Charging Voltage | <14.5V @25C |
| Float Voltage | 13.7V @25C |
| Boost Voltage | 14.5V @25C |
| Connector Type | MC4 + Ring Terminal |
| Fuse | 15A |
| Battery Wire Length | 2200mm (14 Gauge) |
| Equal Voltage | 14.8V @25C |
| Temperature Compensation | -4.17mV/K per cell (Boost, Equal). -3.33mV/K per cell (Float) |
| Maximum Tracking Efficiency | 99.9% |
| Maximum Charge Conversion | 96% |
| Self Current Draw | 6mA |
| Protection Rating | IP67 |
WARNING: This product may expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to