Midnite Solar Charge Controller (MNBRAT)

  • Selectable charging modes 20A charger with 1 0A load control 30A charger without load control
  • Bulk, Absorb, Float, and Equalize (user adjustable)
  • Oto 100% PWM, no relays, no fans, no external heat-sink
  • Clear UV stabilized polycarbonate housing; rain
  • 12V/24V Flooded, GEL, AGM battery supported
  • Reverse polarity protected
  • Short Circuit Protection
  • Auto resetting over temperature protection
  • 8 position switch for main charger settings
  • 16 position rotary switch for lighting controller
  • Four LEDs for Bulk, Float, Load On and Low Battery
  • Patterned blinking LEDs provide feedback about fault conditions
  • Highly customizable lighting controller (dusk-dawn, hourly, day, night, etc.)
  • Load/Test Button
    • 1 0 second test of the load circuit
    • Requests a manual EQ
    • Resets LED fault notification
  • Field repairable printed circuit board (by a qualified technician)
  • Built in Arlington, WA USA
SKU SE-MS-CC-7 Categories ,


The Brat is the most versatile charge controller in its class. Ideal for RVs, marine applications and renewable energy systems such as lighting and water pumping.

Additional information

Weight 1.5 lbs
Dimensions 7.75 × 7.375 × 3.375 in


Midnite Solar

Midnite Solar is a US-based manufacturer of advanced solar charge controllers, inverters, and other power electronics, designed to optimize and manage solar energy systems. The company is based in Arlington, Washington, and has been providing high-quality solar products for more than 20 years. Midnite Solar's product line includes a range of charge controllers and inverters that are designed to work seamlessly with solar panels, batteries, and other components, providing customers with a reliable and efficient source of solar power. With a focus on innovation and sustainability, Midnite Solar's products are built to withstand harsh environments and deliver exceptional performance, making them a top choice for residential, commercial, and industrial solar applications.