MPPT Tracer BN Marine Series Controllers

The Tracer BN marine series controllers are EP Solar’s second generation of MPPT controllers. They have rapid MPP (Maximum Power Point) calculation capability to achieve the maximum output of a solar array.  At 99.5% efficiency they are one of the most energy efficient controllers available which means they will convert the maximum amount of solar energy to battery charging power.

These controllers also have extensive communication ability.  You can monitor your solar panel performance through your laptop computer or through the MT50 remote display.  An option to monitor solar system performance through Bluetooth or WiFi is also available.

The die-cast aluminum design ensures excellent heat dispersion; no heat dissipating fans are required. The Tracer BN package includes the MT50 remote display.  The Tracer BN can be programmed from the MT50 remote display or from a computer connected via special cable.

Four Models

Tracer1215BN 10A    

Tracer2215BN 20A      

Tracer3215BN 30A       

Tracer4215BN 40A (special order)

Features：

•  Advanced MPPT technology, with efficiency no less than 99.5%
•  Maximum conversion efficiency of 98%
•  Ultra-fast tracking speed and guaranteed tracking efficiency
•  Accurately recognize and track multiple power points
•  Reliable automatic limit function of maximum PV input power, ensuring no overload 
•  Die-cast aluminum design, ensuring excellent heat dissipation characteristic
•  Automatically detect 12 and 24 volt systems
•  Support 4 charging options: Sealed, Gel, Flooded and User.
•  Battery temperature compensation function.
•  Real-time energy statistics function.
•  Real-time data monitoring and parameter setting using PC and/or external displaywith RS-485 communication bus
• Support software upgrade. 

Electronic protection

• PV short circuit             
• PV over current 
• PV reverse polarity
• Battery over voltage
• Battery over discharge
• Battery reverse polarity
• Load overload
• Load short circuit
• Battery overheating
• Controller overheating