
MEC-DL(4) 30 10 450
Data Sheet: MEC-DL
Product Specifications
- Application: DC Link, Solar Power, Wind Power, Power Conversion Equipment
- Capacitance (µF): 30
- Tolerance: ±10%
- Voltage Rating - DC: 450V
- Operating Temperature: -40 °C to +85 °C
- ESR: 10.5 mOhms
- Irms (Arms): 9
- Lifecycle @ Rated Temp & Voltage: 60,000 hrs
- Dielectric Material: Polypropylene
- Case: Preformed Case with Epoxy Fill
- Termination: Solid Wire
- Mounting Type: Board Mounting
- Dimension mm: 33.0mm T x 22.0mm H x 57.5mm W
Explore our MEC-DL series film capacitor, offering a capacitance of 30 with a ±10% tolerance and a voltage rating of 450VDC; boasting a lifecycle of 60,000 hrs.
The MEC-DL Series Capacitor is designed for wind and solar power generation, power conversion equipment, and DC link applications. Featuring a radial lead plastic case, this capacitor supports high-frequency and large current capacity, ensuring low loss and high resistance. With a safe destruction mode, high-temperature durability (105°C), and a flame-retardant UL94 V-0 certified exterior, it is built for efficiency and safety in demanding environments.
Key Features:
- Radial Lead, Plastic Case Design – Compact and space-efficient.
- High-Frequency & Large Current Capacity – Ideal for power-intensive applications.
- Safe Destruction Mode – Designed for secure failure protection.
- High-Temperature Durability (105°C) – Reliable performance under extreme conditions.
- Low Loss & High Resistance – Optimized for energy efficiency.
- Small Size, High Performance – Perfect for compact power circuits.
- UL94 V-0 Certified Flame-Retardant Exterior – Enhances safety and durability.
Applications:
- Wind & Solar Power Generation – Ensures stable power handling in renewable energy systems.
- Power Conversion Equipment – Supports smooth and efficient energy transfer.
- DC Link Applications – Maintains stable voltage levels in power electronics.
The MEC-DL Series Capacitor is the ideal choice for high-performance power applications, offering exceptional durability, efficiency, and safety.