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XCP-S 3P+N+PE XCP-S CU (4 CONDUCTORS) IN=2500A (Starline)
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| Voltage V | 1000 |
|---|---|
| Frequency Hz | 50 |
| Current Rating A | 2500 |
| Rated Insulation Voltage V | 1000 |
| Ip Rating | 55/65* |
| Number Of Conductors | 5 |
| Phases | 3 |
| Fire Load | |
| Product Name | |
| Short Circuit Rating Ka |
| SKU | XCP-S 3P+N+PE XCP-S CU (4 CONDUCTORS) IN=2500A |
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| Conductor configuration | |
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| Conductor scheme | |
| Overall dimension of the busbars |
| Peak current |
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| Allowable specific energy for three-phase fault |
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| Rated short-time current of the neutral bar (1 s) |
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| Peak current of the neutral bar |
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| Rated short-time current of the protective circuit (1 s) |
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| Peak current of the protective circuit |
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| Phase resistance at 20°C |
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| Phase reactance (50hz) |
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| Phase impedance |
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| Phase resistance at thermal conditions |
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| Phase impedance at thermal conditions |
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| Neutral resistance |
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| Resistance of the protective bar (PE 1) |
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| Resistance of the protective bar (PE 2) |
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| Resistance of the protective bar (PE 3) |
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| Reactance of the protective bar |
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| Resistance of the fault loop (PE 1) |
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| Resistance of the fault loop (PE 2) |
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| Resistance of the fault loop (PE 3) |
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| Reactance of the fault loop (50hz) |
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| Impedance of the fault loop (PE 1) |
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| Impedance of the fault loop (PE 2) |
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| Impedance of the fault loop (PE 3) |
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| Zero-sequence short-circuit average resistance phase - N |
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| Zero-sequence short-circuit average reactance phase - N |
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| Zero-sequence short-circuit average impedance phase - N |
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| Zero-sequence short-circuit average resistance phase - PE |
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| Zero-sequence short-circuit average reactance phase - PE |
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| Zero-sequence short-circuit average impedance phase - PE |
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| Voltage drop with distribuited load cosϕ = 0,70 |
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| Voltage drop with distribuited load cosϕ = 0,75 |
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| Voltage drop with distribuited load cosϕ = 0,80 |
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| Voltage drop with distribuited load cosϕ = 0,85 |
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| Voltage drop with distribuited load cosϕ = 0,90 |
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| Voltage drop with distribuited load cosϕ = 0,95 |
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| Voltage drop with distribuited load cosϕ = 1,00 |
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| Weight (PE 1) |
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| Weight (PE 2) |
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| Weight (PE 3) |
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| Insulation material thermal resistance class |
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| Losses for the Joule effect at nominal current |
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| Ambient temperature min/MAX (daily average)** |
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| Footnote |
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