
( Brand: General Electric ), ( Manufacturer Part Number: 23F394 ), ( Model: PYRANOL ), ( Non-domestic Product: No ), ( Minimum Operating Voltage: 2000 V ), ( Mounting Style: Stand Alone ), ( Shape: Rectangular ), ( Capacitance Rating: 4uf ), ( Country/region Of Manufacture: United States ), ( Maximum Operating Voltage: 2000 Vdc )
The General Electric 23F394 vintage Pyranol capacitor is a historical electrical component, manufactured under the UF 2000 VDC series. This capacitor showcases the engineering excellence of General Electric's (GE) legacy, hailing from an era when electronic components were built to last.
The 23F394 is a radial lead, oil-filled, electrolytic capacitor, designed to store and release electrical energy in an electronic circuit. Its distinctive Pyranol design refers to the use of a special electrolyte material that enhances the capacitor's stability and reliability. The capacitor's voltage rating is 2000 Volts DC, making it suitable for various industrial and power electronics applications.
This GE capacitor features a radial lead geometry, allowing for easy mounting in a PCB or chassis-mounted configuration. Its body is made from a rugged, die-cast aluminum housing, ensuring durability and heat dissipation. The capacitor's electrolyte is enclosed in a sealed container, preventing leakage and minimizing the risk of electrical shorts.
The 23F394 capacitor's high-quality construction and materials result in excellent electrical performance. It boasts a low equivalent series resistance (ESR) and equivalent series inductance (ESL), ensuring minimal power loss and quick response times. Additionally, its long-term stability and high ripple current capacity make it an excellent choice for applications requiring consistent, reliable power delivery.
With its rich history and proven performance, the General Electric 23F394 vintage Pyranol capacitor is a valuable addition to any electronics project or historical collection. Its industrial-grade construction and robust design make it a reliable choice for applications where dependable power storage is crucial. Whether you're restoring vintage equipment, building a custom power supply, or simply seeking a high-quality electrical component, the 23F394 is an excellent choice.
Buying a vintage General Electric 23F394 OFV Pyranol capacitor with a rating of 2000VDC involves considering both its advantages and disadvantages.
Advantages:1. Historical Value: Vintage capacitors like the GE 23F394 are sought after by collectors and hobbyists due to their historical significance and unique design.
2. Durability: Pyranol capacitors were known for their excellent insulating properties and high voltage ratings. They were commonly used in applications where reliable and long-lasting capacitors were required.
3. Low Leakage: Pyranol capacitors have very low leakage currents, which makes them suitable for applications where minimal current flow is desirable.
Disadvantages:1. Limited Availability: Vintage capacitors like the GE 23F394 are no longer in production, making them difficult to find and expensive to purchase.
2. Higher Cost: The price of vintage capacitors like the GE 23F394 is typically higher than that of modern capacitors with similar specifications due to their scarcity.
3. Compatibility: Vintage capacitors may not be compatible with modern electronic equipment due to differences in electrical and physical specifications.
Conclusion:The decision to buy a vintage General Electric 23F394 OFV Pyranol capacitor depends on the specific use case. If you are a collector or hobbyist looking for a historical piece, or if you require a capacitor with exceptional insulating properties and low leakage currents, then this capacitor may be a good investment. However, if you need a capacitor for a modern application, or if cost is a significant factor, then it may be more practical to consider a modern capacitor with similar specifications.
Recommendation:If you are considering purchasing a vintage General Electric 23F394 OFV Pyranol capacitor for a specific application, it is recommended that you first verify that it is compatible with your equipment and that its benefits outweigh the costs. If you are unsure about the compatibility or suitability of the capacitor, it may be advisable to consult with a qualified electronics professional or to explore alternative solutions.
Some cosmetic discoloration, tested with TEL-OHMIKE TO-6 insulation resistance over 1000 meg ohms.