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MidNite SPD
Delta SPD
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Outdoor electrical systems attract lightning.  Lighting doesn't have to hit your installation, a strike close by can destroy components in a renewable energy system, leading to costly repairs and unpredictable power outages.  Protect your investment from the hazards of nature with a lightning arrestor on the DC and AC circuits of your renewable energy system.

Use a surge arrestor also referred to as a Surge Protection Device or SPD to protect AC and DC circuits of a photovoltaic or wind energy installation from lightning strikes.    Three wires make installation quick and simple, while rugged electronic components can handle an infinite number of "surges" however a heavy or continuous high voltage can burn them out.

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In the event of a lightning strike or surge the surge arrestor conducts the charge bleeding it out of the circuit to ground.

PV systems are mounted in locations vulnerable to lightning. The cost of surge protectors are negligible compared to the cost of the equipment being protected.  Consider installing both a DC and an AC surge protector within your system. The DC surge protector can be mounted close to and electrically prior to the solar charge controller.  The AC surge protector can be mounted on the AC load or distribution panel. Both should be connected to the grounded service conductor, or service equipment grounding conductor or a separate grounding conductor.

A lighting and surge arrestor for DC circuits and applications, such as photovoltaic (solar electric) systems and cathodic protection systems for pipelines.

The Midnite Solar surge suppr
essor is a solid state device. The MidNite Solar 115V Surge Protector Device (MNSPD) is a Type 2 device per UL1449 rev3 and has an outdoor rating of 4X for outdoor use. Protection for battery circuits.

The basic design of the DELTA silicon oxide varistor (SOV) arrestor is a pair of metal electrodes separated by a silicon oxide compound. Under normal conditions, the silicon oxide is a good insulator so that no line current flows between the electrodes to ground. When an excessively high voltage occurs on the electrodes, the high energy electrical field ionizes the silicon oxide, changing it from a compound to silicon separate from oxygen. Since the silicon ion is a good conductor, the high energy current is conducted to ground. When the voltage falls toward normal, the silicon and oxygen recombine, forming silicon oxide and shutting off the conduction.


 

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Last modified: November 13, 2018