Prevention of electrical hazards due to short circuits / Prevention of circuit breaker tripping / Prevention of power supply interruptions
Prevents electric shock by absorbing and attenuating leakage current and prevents electrical fires due to short circuits.
Prevents electric shock accidents due to leakage current and secures stability.
Prevents electric shock accidents caused by flooding of power and electrical facilities in agricultural and fisheries facilities.
Prevents damage and secures safety by preventing electric shock caused by flooding.
Prevents disasters due to flooding/condensation of power distribution boxes in public facilities.
Prevents electric shock accidents caused by the rise of sea levels due to global warming and tsunamis.
Prevents malfunctions in signal systems and major accidents caused by flooded railway facilities.
Prevents electric shock accidents such as safety accidents caused by flooding.
Prevents electric shock accidents due to leakage current and secures stability.
Rapid increase in the amount of electrical energy used due to industrialization and informatization.
Property damage and social problems due to electric shock (※ 35% of annual electric shock accidents occur in summer.)
Necessity of reducing energy loss due to short circuits and of improving efficiency.
Semiconductor Field | Malfunction of unknown cause, burned product, damage due to noise and high frequency |
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Communication Field | Slow Internet speed or disconnection, malfunctioning I/O card in IT field, damage of LAN card and IC chip |
Hospital Field | Malfunction of unknown cause, burned product, damage due to noise and high frequency |
Human Bodies | Use of PCs and electronic products may cause fatigue, body heat, headache and dizziness. |
IT Equipment | Errors in IT equipment and precision machinery due to unknown reasons, duplicate failure of electronic products, computer paralysis |
Internet Field | Unstable wired Internet and Wi-Fi speed, frequently stopped IPTV and cracked effect occurring |
ㆍEffect of improving inequality in each phase (device protection)
ㆍHarmonic solving effect (device protection)
ㆍNoise reduction effect (device protection)
ㆍAnti-flickter effect
ㆍPower factor and reactive power improvement effect (efficiency improvement)
ㆍVoltage compensation effect (efficiency improvement)
ㆍSurge protection (protection of internal devices)
ㆍA device that automatically maintains L-phase even when the extreme phase changes
ㆍPrevention of secondary electric shock accidents
ㆍInstallation at the bottom of ELB
The smart earth leakage protector prevents electrical injuries even in humid environments or submerged environments, and helps the product to operate without problems.
Functions of the world's first leakage current shielding, absorption and attenuation
By compensating the frequency with a “device for detecting the abnormal state of applied voltage or current and controlling frequency compensation,” it is possible to prevent electric shock accidents by shielding, absorbing and attenuating leakage current without external interference.