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Contactpersoon : Wang Hong

High Voltage Capacitor Power Supply -6W/10W/15W/18W for Smart Grid Systems equipment

Plaats van herkomst Xian-China
Merknaam XIWUER
Certificering ISO
Modelnummer LEDZW-12
Min. bestelaantal 1 eenheid
Prijs Onderhandelbaar
Verpakking Details KARTON
Levertijd 10-15 dagen
Betalingscondities L/C, T/T
Levering vermogen 1,000, 000 eenheden per jaar
Productdetails
Markeren

220VAC±10% Output Voltage High Voltage Capacitor Power Supply

,

IP67 Waterproof Level Capacitor-Powered Power Supply

,

Insulating Resin Potting HV Capacitor Power Supply

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Productomschrijving
A New Standard for the Recloser Industry—Compatible with New Capacitor-Powered Power Supplies
A New Standard for the Recloser Industry—Compatible with New Capacitor-Powered Power Supplies
Electrical Performance Index
Serial Number Categories Unit Index
1 Output Voltage V 220VAC±10%
2 Output Power W 10
3 Working Temperature ºC -40~+70
4 Capacitor Dimension mm Φ129*330
5 Main Size mm 186*135*75
6 Heat Dissipation Structure - Insulating Resin Potting
7 Package Structure - Plastic & Metal Shell
8 Waterproof Level - IP67
Technical Diagram
High Voltage Capacitor Power Supply -6W/10W/15W/18W for Smart Grid Systems equipment 0
Promotion and Application
  • Scope: The smart power grid detection system can be used in distributed energy access systems and industrial high-voltage equipment operation monitoring fields, such as photovoltaic power station and wind power access monitoring, and metallurgy and petrochemical industrial equipment monitoring.
  • Conditions: The technology is mature, advanced power management and voltage stabilization technologies have been developed, while reducing costs; more research and design for application scenarios are needed.
  • Prospects: Demand continues to grow; technological progress and cost reduction will promote its large-scale application, adapting to the development trend of energy intelligent monitoring and inspection. However, there are problems such as large device volume, high cost, and power matching. Improvements are needed in developing high-performance materials, miniaturization, optimizing circuits, strengthening insulation design, reducing costs, and designing power supplies with different powers.