Шнайдер A9L16482 - Контактор,автоматический выключатель,солнечный инвертор,электрический счетчик,солнечные батареи

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Шнайдер A9L16482

Шнайдер A9L16482: Acti9 iPRD1 12.5r 3P+N Surge Protective Device

A9L16482 is a Type 1+2 combined устройство защиты от перенапряжения (СПД) из серии Acti9 от Schneider Electric, specially designed for 3P+N three‑phase four‑wire systems. It provides comprehensive lightning and surge protection with remote signaling function, suitable for power input points of residential and small commercial buildings.

  1. Сводка основных параметров
ЭлементСпецификация
МодельA9L16482 (Acti9 iPRD1 12.5r)
Тип защитыТип 1+2 combined SPD (protects against direct and indirect lightning strikes)
Конфигурация полюсов3П+Н (3 фазы + нейтральный)
Номинальное напряжение (УК)350В и (phase‑to‑phase), 255В и (neutral‑to‑earth)
Максимальный ток разряда (Imax)50тот (8/20μs waveform)
Уровень защиты напряжения (Вверх)1.5кВ (phase‑to‑phase), 1кВ (neutral‑to‑earth)
TechnologyМОВ (Металлооксидный варистор) + GDT (Gas Discharge Tube) hybrid technology
Размеры4 modules wide (72мм), height 89mm, depth 69mm
Масса0.649 кг
Wiring CapacitySolid wire 10–35mm², stranded wire 10–25mm²
Earthing SystemCompatible with TN‑S and TT systems
Remote FunctionWith remote signaling contacts, connectable to monitoring systems
  1. Technical Features
  2. Integrated Type 1+2 Защита

No need for an extra Type 1 СПД; one unit provides full lightning protection

Suitable for installation in the main distribution board at the building incomer as the first level of surge protection

  1. Hybrid Protection Technology

GDT: Handles high‑energy direct lightning strikes, with high insulation resistance and low leakage current

МОВ: Fast response to induced lightning and switching overvoltages for fine protection

Combined to achieve a wide range of surge current absorption capacity

  1. Remote Monitoring Function

Built‑in status monitoring circuit, outputs operating status via remote signaling contacts

Connectable to PLC or building automation systems for real‑time SPD status monitoring

Automatically sends alarm signals in case of failure for timely maintenance and replacement

  1. Безопасность Дизайн

Overcurrent protection to prevent overheating in case of SPD failure

Mechanical status indicator window for clear normal/fault indication

Complies with IEC 61643‑11 and EN 61643‑11

  1. Приложения & Installation Recommendations

Recommended Applications

Main distribution boards of residential and small commercial buildings (as first‑level protection)

Power distribution systems near the power input

Intelligent building systems requiring remote monitoring of surge protection status

Three‑phase four‑wire distribution networks with TN‑S and TT earthing systems

Примечания по установке

  1. Install after a 3P+N circuit breaker, close to the power input
  2. Connecting cables should be as short and straight as possible (≤50cm recommended) to reduce inductive effects
  3. Use copper conductor ≥16mm² for earthing; earthing resistance shall comply with local regulations
  4. Remote signaling contacts can be connected to DC 24V or AC 230V monitoring circuits
  5. Cooperate with downstream SPDs (Тип 2/3) to form a multi‑level protection system
  6. Выбор & Replacement Information

Selection Criteria

System voltage: 350V AC suitable for 400V systems (phase‑to‑phase voltage)

Expected surge current: 50kA suitable for most building power incomers

Система заземления: confirm TN‑S or TT

Monitoring requirement: whether remote status monitoring is needed

Сменные модели

МодельОсновное отличиеПриложение
A9L16481Without remote signalingBasic protection without monitoring
A9L16483Higher rated currentHigher‑power distribution systems
A9L16484Different protection levelApplications with special accuracy requirements
  1. Обслуживание & Warranty

Warranty period: 18 месяцы

Regularly check the status indicator (зеленый = нормальный, красный = неисправность)

Inspection and recording are recommended after the SPD operates (even if not damaged)

Replace immediately in case of failure to avoid loss of protection

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