Description
Used product.The Electronicon E62.M16-403L30 is a three-phase industrial power capacitor designed for use in AC power systems, industrial electrical equipment, power electronics, and energy conversion systems.
According to the original nameplate, the capacitor has a capacitance of 3 × 40 µF, connected in Delta (Δ) configuration with a tolerance of ±5%. The rated voltage is 640 V AC, with an RMS voltage rating of 450 V AC.
The capacitor uses MKP metallized polypropylene film technology and features a robust cylindrical metal housing designed for industrial applications. The upper section includes the electrical connection terminals, while the bottom features a threaded mounting stud for secure installation.
The component is identified as Electronicon E62.M16-403L30, complies with IEC 61071, and is marked Made in Germany. The nameplate indicates an operating temperature range of -40 °C to +85 °C.
⚙️ Key Features
✔ Three-phase industrial AC power capacitor
✔ MKP – metallized polypropylene film technology
✔ Capacitance: 3 × 40 µF
✔ Delta (Δ) connection
✔ Tolerance: ±5%
✔ Rated voltage: 640 V AC
✔ RMS voltage: 450 V AC
✔ Robust cylindrical metal housing
✔ Top electrical connection terminals
✔ Bottom threaded mounting stud
✔ Operating temperature: -40 °C to +85 °C
✔ Complies with IEC 61071
✔ Made in Germany
🔧 Technical Specifications
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Brand: Electronicon
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Model: E62.M16-403L30
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Type: Three-phase AC power capacitor
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Technology: MKP – metallized polypropylene film
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Capacitance: 3 × 40 µF
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Tolerance: ±5%
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Connection: Δ (Delta)
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Rated Voltage Un: 640 V AC
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RMS Voltage Urms: 450 V AC
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Operating Temperature: -40 °C to +85 °C
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Standard: IEC 61071
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Filling: Castor Oil
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Maximum Terminal Torque: 3 Nm
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Construction: Cylindrical metal housing
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Mounting: Bottom threaded stud
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Country of Manufacture: Germany
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Date on Nameplate: 06.08.10
⚡ Electrical Applications
Depending on the design of the electrical system, the Electronicon E62.M16-403L30 can be used for:
- Reactive power compensation
- Power factor correction
- AC filtering applications
- Reduction of reactive power consumption
- Three-phase electrical systems
- Industrial power equipment
- Power conversion and electrical energy systems
The 3 × 40 µF Delta (Δ) configuration must only be used in systems specifically designed for this connection and the corresponding voltage ratings.
🏭 Construction & Installation
The capacitor features a cylindrical metal housing designed for mechanical strength and reliable operation in industrial environments.
The upper section provides a multi-terminal connection system for the three capacitor sections, while the bottom features a threaded mounting stud for secure mechanical installation.
Suitable applications may include:
- Industrial electrical cabinets
- Power factor correction systems
- Industrial control panels
- Power equipment
- Industrial machinery
- Energy conversion systems
🌐 Applications
Subject to electrical and mechanical compatibility, this capacitor may be suitable for:
✔ Industrial electrical panels
✔ Power factor correction systems
✔ Three-phase electrical installations
✔ AC filtering systems
✔ Industrial motors and drives
✔ Industrial machinery
✔ HVAC systems
✔ Automation equipment
✔ Power electronics
✔ Energy conversion equipment
💡 Advantages
✔ MKP metallized polypropylene technology
✔ High capacitance
✔ High AC voltage rating
✔ Robust industrial construction
✔ Wide operating temperature range
✔ Professional electrical terminals
✔ Secure threaded mounting system
✔ Made in Germany
✔ Compliant with IEC 61071
✔ Suitable for industrial power applications
📦 Package Contents
- 1 × Electronicon E62.M16-403L30 Capacitor
- Original cylindrical housing
- Integrated electrical terminals
- Bottom threaded mounting stud
Supplied as shown in the photographs.
🟢 Product Condition
Used product, removed from industrial equipment/application.
The component may show normal cosmetic signs consistent with its age and previous use, installation or handling. Any visible marks or signs of wear are shown in the photographs.
The original identification nameplate is present and clearly readable.
Before reuse, professional testing of capacitance, insulation resistance, terminal condition, and the absence of deformation or leakage is recommended, particularly considering the production date shown on the nameplate.
