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| Lightning
Arrestors |
Unfortunately,
electrical
systems tend to attract lightning. This tendency can often 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.
|
| Specifications |
Use a lightning arrestor to protect the
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".
| Design
|
Silicon Oxide Varistor (SOV)
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| Maximum Current
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60,000 Amps
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| Maximum Energy
|
2000 Joules per line
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| Maximum Number of Surges
|
Unlimited
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| Response Time (1 mAmp test)
|
5 nanoseconds
|
| Response Time to clamp 10,000
Amps
|
10 nanoseconds
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|
Response Time to clamp 50,000 Amps
|
25 nanoseconds
|
| Leak Current at Double rated
Voltage |
None |
| Leads |
18"
#12 THHN |
| Case
Material |
PVC |
| Locknut
and washer are supplied |
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|
Wiring Diagram |
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