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Plug Surge Protector Power Strip
Lightning damage pathways to equipment
Lightning consists of high-energy low-frequency components and
high-permeability high-frequency components. Its two main forms,
one is through the metal pipeline or ground directly conduct
lightning damage to equipment (direct lightning); one is through
the lightning channel and flood channel will be coupled with
lightning electromagnetic pulse induction to the metal pipeline or
ground surge damage equipment (induction lightning / surge). The
vast majority of lightning damage is caused by this induction. For
electronic information equipment, the main hazard comes from the
lightning-induced lightning electromagnetic pulse coupled energy
through the circuit channel to produce transient surges.
Power surge protector is usually connected in parallel to the
circuit system, when lightning occurs, in the building into the
various types of metal pipes, the high intensity of electromagnetic
induction generated on the line, thus generating a large number of
pulse energy, the power surge protector will play a role in the
over-current into the earth, reducing the potential difference
between the ports of equipment. Suitable for transient overvoltage
protection for 220/380V power supply and distribution systems, the
product can effectively suppress the inductive overvoltage caused
by lightning and system operating overvoltage, protect the safety
of equipment and ensure the normal operation of the system.
Brand | HAMMOND |
Material | Metal |
Function | Lighting Protection |
Application | Residential / General-Purpose |
CERTIFICATE | GB18802 |
Color | Black |
Maximum Discharging Current (KA) | 10KA |
Nominal Discharging Current (KA) | 5KA |
Maximum Continuous Operating Voltage Uc (V) | 275V |
