| Model: | APW-250C2-15 |
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| Brand: | ComMax |
| Origin: | Made In Taiwan, China |
| Category: | Consumer Electronics & Lighting / Lighting / Other Lights & Lighting |
| Label: | Surge Protector , Arrestor , Surge Absorber |
| Price: |
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| Min. Order: | - |
| Last Online:26 Aug, 2014 |
~Feature
- No grounding resistance requirement. (Effective surge protection performance in high or low ground resistance, or even with NO ground conditions)
- Surge Protection for Lightning Flash Surge (LFS) ; power switching surges (PSS) ;Switching Inrush Current (SIC) ; Electric Magnetic Pulse (EMP)
- Tested by combination wave surge (1.2x50μs,10KV / 8x20μs, 5KA) under ON-line condition with load.
- Meet standard ANSI C62.41, category C high exposure (10KV/5KA), and IEC 61000-4-4, IEC 61000-4-5, IEC 61643-1.
| Specification: | AC voltage range: AC100~250V Max. Load current: 15A Way of connection: Series connection Method of Handling Surge Energy: Surge Energy Transfer to Voltage, then release and overlap on voltage wave Suppressing Surges: Lightning Flash Surge (LFS) ; power switching surges (PSS) ;Switching Inrush Current (SIC) ; Electric Magnetic Pulse (EMP) Grounding Resistance Requirement: Non (means, excellent surge protection performance in high or low ground resistance, ,or even no grounding) Surge Energy Absorbing Rate: ≥ 98%±2% , (unground condition) at 1.2x50μs,10kV / 8x20μs, 5kA Combination surge wave Surge Immunity Test: 1.2x50μs,10kV; 8x20μs,5kA Combination surge wave, at least 2 times , in 60 sec interval AC Waveform Correction Ability: ≥ 3 cycles , at 1~3A load current EMP (fast transient/bust) Immunity Test & Absorbing Rate: 95%±2% , 4.5kV in 5x50ns EFT waveform, Protection Mode: Line(L) –Neutral(N) Applicable Standards: ANSI C62.41 Category C ; ANSI C37.90 ; IEC 61643-1; IEC 61000-4-4 (X level); IEC 61000-4-5 Case : Plastic IP 68 Dimension / Weight : 74 L x 37 W x 26 H, mm / 83 g Parallell connection to extend the capacity: 1.) Connected in parallel up to 6 units to extend the capacity to 90A ; 2.) 3 units group connected to get a.) 3ph 3W 250Vac Δ connection (R,S,T), b.) 3ph 3W 430Vac/250Vac Y connection (R,S,T,N) |
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