Midnite MNSPD-115v AC Surge Protector Lightning Arrestor
Midnite MNSPD-115v AC Surge Protector;
The MidNite Solar Surge Protector Device (MNSPD) is a Type 1 device per UL1449 rev3. It is designed for both AC and DC systems and provides protection to service panels, load centers, or where the SPD is directly connected to the electronic device requiring pro
SPD Install – Hawaii Video
- Environmental Rating – Type 4X (Outdoor)
- Warranty – 5 yrs.
- Listed by ETL for US & Canada
- Made in the USA
The SPD is offered in three different voltages to maximize the required protection level. Protection is achieved by reducing the clamping voltage to a safe level that your system can sustain without damaging any electronics in the system. The MNSPD is designed to clamp a 115,000 amp surge! Blue LEDs provide a visual indication of operation from a distance.
The MidNite Solar Advantage
Due to the growing solar industry, there are numerous listed SPDs entering the market. These new din rail mount SPDs, like the MidNite versions, are much better at clamping surges to a safe voltage level than previously available lightning arrestors. However, din rail SPDs are physically small and typically can only provide 1/8th the protection of the MidNite product.
When exposed to transients above their capability, permanent damage occurs. Din rail SPDs are always mounted inside of a box such as a PV combiner up on a rooftop. When the din rail SPD fails from a near lightning strike, it just quits working. This means that it also quits protecting. Since it is locked away inside a box, you have no way of knowing it has failed until your next lightning storm!
The Midnite SPDs are mounted on the outside of a PV combiner and have blue LEDs viewable from a distance that show your system is still protected.
The MidNite SPDs are built to last. Each MNSPD is capable of clamping a 115,000 amp surge. In the event that the MNSPD does eventually wear out, it can easily be repaired.
Product Specifications
PART NO. | MNSPD115 | MNSPD300 | MNSPD600 |
---|---|---|---|
Nominal Voltage | 0 to 150 VDC | 0 to 300 VAC 0 to 385 VDC | 0 to 485 VAC 0 to 640 VDC |
MCOV VRMS @1mA | 180V (162-198) | 470V (423-517) | 780V (702-858) |
ClamAV @ 100A Current 8/20µs | 295V | 775V | 1290V |
I peak (8/20µs) (Current) | 115kA (Full Device) 57.5kA (Each Section) |
115kA (Full Device) 57.5kA (Each Section) |
115kA (Full Device) 57.5kA (Each Section) |
Energy Absorption | 1120 J (Full Device) 560 J (Each Section) |
3130 J (Full Device) 1560 J (Each Section) |
4320 J (Full Device) 2160 J (Each Section) |
Suggested Placement | 12V,24V,48V DC battery circuits | 120/240VAC circuits, off-grid PV combiners, and charge controller inputs up to 300VDC | 316V/480VAC circuits Grid-tie PV combiners Grid tie inverter input |
Diagnostics | Dual Operating LED Indicators. When voltage is present Operating Temperature Range -40°c to +85°c | ||
Nominal Discharge Current | INA 57.5kA | ||
Thermal Disconnector | Internal | ||
Response time | <1micro sec |
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