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MidNite Solar Epanel Breaker MNKID-C1D2

Name: MidNite Solar Epanel Breaker MNKID-C1D2 - Melanite
SKU: MNKID-C1D2

MidNite Solar Epanel Breaker (MNKID-C1D2): Rugged, Class 1 Div 2 certified, MPPT charge controller with Auto Gen-Start for off-grid systems.

Product Details

The MidNite Solar Epanel Breaker (MNKID-C1D2) is a Class 1 Div 2 certified MPPT charge controller designed for off-grid applications in hazardous locations. It offers up to 30A battery output with low input voltage, supporting 12V, 24V, 36V, and 48V battery systems. The controller features Auto Generator Start (AGS), HyperVOC for cold climates, and a programmable load circuit with lighting control. Its fanless design, reverse polarity protection, and front-panel exchangeable fuses ensure durability and ease of maintenance. The MNKID-C1D2 is sealed for harsh environments and includes a wall mount adapter for flexible installation.

SKU: MNKID-C1D2 Category: Charge Controller Tag: Midnite Solar Charge Controllers Brand: Midnite Solar

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Product Description

The MidNite Solar Epanel Breaker (MNKID-C1D2) is a versatile MPPT charge controller engineered for off-grid systems in hazardous environments. Certified to Class 1 Div 2 standards, it ensures safe operation where flammable gases or vapors may be present. This controller supports multiple battery voltages—12V, 24V, 36V, and 48V—and delivers up to 30A battery output, making it suitable for various renewable energy setups.

Key features include Auto Generator Start (AGS) for seamless integration with backup generators, HyperVOC technology to extend input voltage in cold climates, and a highly programmable load circuit with lighting control capabilities. The MNKID-C1D2 also offers a programmable auxiliary control output for running relays or lithium battery management systems. Its fanless design and reverse polarity protection enhance reliability, while the front-panel exchangeable fuses simplify maintenance. Sealed for harsh environments, this charge controller is built to withstand challenging conditions, ensuring consistent performance in off-grid applications.