Description
Used product. The ELECTRONICON E50.N13-424N50 is an industrial MKP (metallized polypropylene film) capacitor designed for power electronics and DC applications. According to the markings on the component, it has a nominal capacitance of 420 µF and a rated voltage of 1100 V DC, making it suitable for applications such as DC-Link circuits, voltage smoothing and temporary energy storage in power electronics.
The capacitor features a cylindrical metal housing, a black insulated base and two threaded terminals for electrical connection. The original markings identify MKP technology, SH (Self-Healing) construction and PUR insulation (non-PCB). The capacitor is specified according to IEC 61071, the applicable standard for capacitors used in power electronics.
The specified operating temperature range is -40 °C to +70 °C. The label also states “no internal protection”, indicating that the capacitor does not include dedicated internal protection. The maximum terminal torque is 4 Nm.
The capacitor is used and may show normal signs of previous industrial use, handling, dust and minor surface marks on the metal housing, as visible in the photographs. The original identification label and technical markings are clearly readable.
⚙️ Key Features
✔ Industrial power electronics capacitor
✔ MKP – metallized polypropylene film technology
✔ Capacitance: 420 µF
✔ Rated voltage: 1100 V DC
✔ SH – Self-Healing technology
✔ Cylindrical metal housing
✔ 2 threaded terminals
✔ PUR insulation (non-PCB)
✔ Compliant with IEC 61071
✔ Operating temperature: -40 °C to +70 °C
✔ Maximum terminal torque: 4 Nm
✔ No internal protection
✔ Made in Germany
🔧 Technical Specifications
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Brand: ELECTRONICON Kondensatoren GmbH
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Model: E50.N13-424N50
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Type: MKP power electronics / DC-Link capacitor
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Capacitance: 420 µF
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Tolerance: -15...0%
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Rated Voltage (Un): 1100 V DC
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Technology: MKP / SH (Self-Healing)
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Insulation: PUR (non-PCB)
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Internal Protection: None
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Operating Temperature: -40 °C to +70 °C
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Standard: IEC 61071
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Maximum Terminal Torque: 4 Nm
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Configuration: 2 terminals
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Country of Manufacture: Germany
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Date on Label: 21.02.08
⚡ Applications
Depending on the electrical requirements of the system and destination equipment, the capacitor may be suitable for:
- DC-Link circuits
- Industrial inverters
- Static power converters
- Power electronics
- AC/DC and DC/AC conversion systems
- DC voltage filtering and smoothing
- Temporary electrical energy storage
- High-voltage industrial power equipment
🏭 Construction & Installation
The ELECTRONICON E50.N13-424N50 features a robust cylindrical metal housing designed for integration into industrial electrical and power electronic equipment.
The two threaded electrical terminals provide the connection to the DC circuit, while the insulated base provides mechanical and electrical separation from the mounting surface.
Before installation, the electrical specifications, dimensions, terminal configuration and condition of the capacitor should be carefully checked against the requirements of the destination equipment.
💡 Advantages
✔ Professional ELECTRONICON industrial construction
✔ MKP metallized polypropylene technology
✔ High capacitance of 420 µF
✔ High 1100 V DC rated voltage
✔ Self-Healing (SH) technology
✔ Robust cylindrical metal construction
✔ Wide operating temperature range
✔ Made in Germany
✔ Designed for power electronics applications
✔ Suitable for DC-Link and energy conversion systems
📦 Package Contents
- 1 × ELECTRONICON E50.N13-424N50 Capacitor
- Original cylindrical metal housing
- Integrated electrical terminals
- Original insulated base
Supplied as shown in the photographs.
🟢 Product Condition
Used product, recovered from industrial equipment.
The component presents signs of previous use, including dust and minor surface marks on the housing, as shown in the photographs. The original identification label is present and clearly readable.
Before reuse, professional verification of capacitance, insulation resistance, terminal condition and overall capacitor condition is recommended, particularly considering the production date shown on the original label.
