Produkteigenschaften:
| Spezifikation | BR-60 150 1P | BR-60 275 1P | BR-60 320 1P | BR-60 385 1P | ||
| SPD-Klassifizierung gemäß EN61643-11 | Typ 2 | Typ 2 | Typ 2 | Typ 2 | ||
| SPD-Klassifizierung gemäß IEC61643-11 | Class II | Class II | Class II | Class II | ||
| Max. Dauerbetrieb mit Wechselstrom Stromspannung | Uc | 150V | 275V | 320V | 385V | |
| Nominal discharge current (8/20μs) | In | 30kA | 30kA | 30kA | 30kA | |
| Max. discharge current (8/20μs) | Imax | 60kA | 60kA | 60kA | 60kA | |
| Spannungsschutzniveau | Hoch | ≤1.0kV | ≤1.6kV | ≤1.8kV | ≤2.2kV | |
| Voltage protection level 5kA | Hoch | ≤0.5kV | ≤0.6kV | ≤1.0kV | ≤1.2kV | |
| Max. backup fuse | 160A gG | 160A gG | 160A gG | 160A gG | ||
| Short-circuit withstand capacity | Isccr | 25kA | 25kA | 25kA | 25kA | |
| Temporary overvoltage TOV-withstand | UT | 180V/5sec. | 335V/5sec. | 400V/5sec. | 500V/5sec. | |
| Temporary overvoltage TOV-safe failure | UT | 230V/120min. | 440V/120min. | 520V/120min. | 650V/120min. | |
| Ansprechzeit | tA | ≤25ns | ≤25ns | ≤25ns | ≤25ns | |
| Betriebstemperaturbereich | Di | -40℃-80℃ | -40℃-80℃ | -40℃-80℃ | -40℃-80℃ | |
| Operating state/fault indication | green/red | green/red | green/red | green/red | ||
| Cross-section area (Min.) | 4mm² | 4mm² | 4mm² | 4mm² | ||
| Cross-section area (Max.) | 35mm² | 35mm² | 35mm² | 35mm² | ||
| Zur Montage | 35mm Din rail | |||||
| Gehäusematerial | Thermoplastic UL94-V0 | |||||
| Schutzart | IP20 | IP20 | IP20 | IP20 | ||
| Bestellcode | B18791 | B18793 | B18795 | B18797 | ||
| Order Code (With remote signaling) | B18792 | B18794 | B18796 | B18798 | ||
Merkmale:
Modular SPD.
Type 2.
SPD BR-60 is for Imax 60kA.
The core parts are metal oxide vristor components with high discharge capacity.
Supplied with replaceable cartridges and operational indicator.
Remote signaling contact for control device: optional.
Working temperature: -40°C-80°C; Relative humidity: 5%-95%.
Housing protection level (IEC 60529): IP20.
Housing material fram-retarded level (Ul94): UL94-V0.
Anwendung:
Used for AC power line of house, bank, telecom tower and so on.
It’s to provide economical and reliable protection to primary distribution panel boards and power distribution systems.
It’s applied in low-voltage power supply and distribution systems such as computer room equipment, monitoring room equipment, fire control room equipment, telephone room, other low-voltage rooms, offices, and household electrical equipment forpreventing them from indirect lightning strike and surges.
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