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Created with Pixso. Surge Protection Control Cabinet for Power Distribution and Equipment Safety

Surge Protection Control Cabinet for Power Distribution and Equipment Safety

Marchio: HMD
Numero di modello: 1545615641514
Moq: 1
prezzo: 955
Tempo di consegna: 7 giorni
Condizioni di pagamento: T/T, Unione Occidentale
Informazioni Dettagliate
Luogo di origine:
Cina
Certificazione:
CE
Utilizzo:
Controllo PLC
Numero di scaffali:
Regolabile
Sistema di controllo:
PLC
Fine:
Rivestito in polvere
Umidità:
Dal 10% al 90%
Tipo di montaggio:
Montaggio a parete , in piedi , monte a palo
Valutazione IP:
IP54 IP55 IP65 IP66
Meccanismo di bloccaggio:
Lock chiave
Livello di protezione:
IP65
Colore:
Grigio/altri
Materiale:
Acciaio inossidabile
Ventilazione:
Tensione di uscita:
24vdc
Numero di porte:
Singolo/doppio
Alimentazione elettrica:
CA 220 V - 380 V
Imballaggi particolari:
cassa di legno
Capacità di alimentazione:
PC
Evidenziare:

Surge Protection Control Cabinet

,

Control Cabinet for Power Distribution

,

Equipment Safety Surge Protection Control Cabinet

Descrizione di prodotto
Surge Protection Control Cabinet for Power Distribution and Equipment Safety
Applications
  1. Commercial and Industrial Power Distribution Systems
  • Installed in main distribution boards or subpanels of factories, office buildings, data centers, and hospitals.
  • Protects switchgear, control circuits, PLCs, and communication equipment from voltage surges.
  1. Telecommunication and Data Centers
  • Ensures stable operation of servers, network routers, and communication towers.
  • Reduces downtime caused by transient voltage spikes or lightning-induced surges.
  1. Renewable Energy and Outdoor Power Systems
  • Used in solar photovoltaic stations, wind farms, and EV charging stations.
  • Protects inverters, controllers, and sensors exposed to outdoor lightning and grid disturbances.
  1. Building Automation and Smart Infrastructure
  • Installed in intelligent building control systems to protect HVAC, lighting, and monitoring devices.
  • Enhances system reliability in IoT-based power management networks.
Technical Specifications
Parameter Description / Recommendation
1. Rated Voltage and System Type Define AC 220 V, AC 380 V, or DC 48 V/110 V systems. Specify TN, TT, IT, or TN-S earthing system.
2. Surge Protection Level Select Class I, II, or III SPD according to installation location (main distribution, subpanel, terminal).
3. Maximum Discharge Current (Imax) Typical ranges: 40 kA – 100 kA per phase. Choose based on lightning density and system sensitivity.
4. Monitoring Function Optional remote signal output, RS485/Modbus communication, or cloud-based status reporting.
5. Power Distribution Design Specify number of incoming/outgoing circuits, breakers, and control relays.
6. Enclosure Type and Material Common sizes: 600 × 500 × 250 mm to 1200 × 1000 × 400 mm. Materials: cold-rolled steel, galvanized steel, or stainless steel.
7. Installation Environment Indoor or outdoor use; define IP rating (IP54 / IP65 / IP67) and ventilation requirements.
8. Cable Entry and Termination Top/bottom entry options; ensure compatibility with site wiring layout.
9. Indication & Alarm System Visual indicator lights (SPD status, fault alarm) or sound-light alarm units.
Surge Protection Control Cabinet for Power Distribution and Equipment Safety 0