■ 제품필수정보
| 제조사 |
Phoenix Contact |
| 제조사품명 |
2905422 |
| 간략설명 |
3 Phase Surge Protector, 50kA, DIN Rail Mount |
■ 제품사양
Device
타입 = Surge Protector Maximum Surge Current = 50kA Range = Isolated Signal Circuits Electrical Phase = 3 Mounting Style = DIN Rail Impulse Discharge Current = 0.5kA
타입 1/2 Lightning Arrest for Phase 3 PSU - Phoenix Contact 2905422 Phoenix Contact bring you a premium lightning arrester that is designed to be used for 3-phase power supply networks with combined N and PE (L1, L2, L3, PEN). This surge arrester can be simply installed efficiently and without any errors, thanks to direct mounting into a base-element. This device also features a no line follow current due to its innovative spark gap. Protection is fulfilled by L-PEN and other modes and the arrester has a nominal voltage of 230/400 V AC. Features and benefits: 2 Div horizontal pitch IEC test classification - I+II, T1+T2 L-PEN and L-N modes of protection Mounts onto a 40mm DIN rail for safety, easy accessibility and easy maintenance Electrical components housed in a great PA 6.6 material When to use lightning arrester? Lightning arresters are designed to prevent lightning or high surges ruin your valued equipment. The SEC range is highly versatile and can be used in protecting the likes of: Energy supplies Building installation equipment Telecommunications Wind power Machine-building Datacenters Complete Line: The SEC series is apart of Phoenix Contacts vast and comprehensive portfolio. Complete line is a solution from Phoenix Contact that gives you a full range of products that all go hand-in-hand to make a perfect control cabinet. It covers all bases from connections, switching and measuring all the way to controlling, supplying and automation. Choosing complete line products makes it far more efficient to get a cabinet working.This article is apart of Phoenix Contacts entire Complete Line range. Complete Line from Phoenix contact is a range designed to bring you the efficiency, ease of use and consistency to your control cabinet. Learn more at
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