C60T-3R0-3000 Supercap 3V - 3000 Farad

SECH C60T-3R0-3000 Supercap 3V - 3000 Farad Ultracapacitors buy cheap at masori.de

The SECH C60T-3R0-3000 Supercap 3V ultracapacitors are the answer to the high demands of the car hi-fi world. With a capacity of 3000 Farads and a maximum nominal voltage of 3V, they offer maximum energy and power density. Thanks to the innovative and patented manufacturing process, this supercapacitor impresses with extreme performance. The P type cell in particular impresses with an ultra-low ESR, which is particularly advantageous for regulating voltage drops at high power amplifiers. Combined with their ability to release energy faster than conventional batteries, these capacitors are an indispensable companion for demanding audio setups. Take advantage of on-site installation in Frankfurt (Oder) , the Masori lowest price guarantee, and other services to find the optimal solution.

3000 Farad capacity: What makes this number impressive?

With a capacity of 3000 Farads, SECH ultracapacitors offer extremely high energy storage capacity. This impressive figure represents the ability to store a large amount of energy and quickly release it when needed. Compared to conventional batteries, which often have far less capacity, SECH capacitors offer unmatched efficiency and speed. This high capacity makes them ideal for applications requiring high currents, such as car hi-fi amplifiers, where peak loads must be supplied quickly. A higher capacitance value would increase the size and power handling, but would also increase physical space and weight.

Nominal voltage of 3V: flexibility and safety

With a nominal voltage of 3V and a maximum voltage of 3.1V, the SECH supercapacitor offers high flexibility for use in various setups. This voltage is optimally designed for safe applications in the car hi-fi sector, effectively compensating for voltage fluctuations. A voltage range beyond 3V could increase the risk of overvoltages, while a lower maximum value would limit efficiency in energy storage and delivery.

Ultra-low ESR and its significance

The extremely low ESR (Equivalent Series Resistance) is a distinctive feature of SECH supercapacitors, especially the P-type cell. A low ESR means energy can be delivered more efficiently, as losses within the system are minimized. This is especially important in high-power applications, such as experimental setups in car hi-fi systems, where lower resistance means energy can be delivered directly and without delay. An even lower value would further increase performance but could compromise physical stability.

Excellent cycle life of over 1 million charging cycles

With over a million charge and discharge cycles, the lifespan of these ultracapacitors exceeds that of conventional batteries by several times. This incredible durability ensures that the SECH supercapacitors can last the entire lifetime of a vehicle without losing their performance. Such a high value translates into lower maintenance costs and a long-term, stable power supply for car audio systems. A shorter cycle life would lead to more frequent replacement intervals and increase investment costs.

Threaded connections M12x1.75 and their advantages

The M12x1.75 threaded connectors on the SECH ultracapacitors offer a robust and reliable connection option. They allow for easy and secure integration into existing car hi-fi systems. This type of connector ensures a stable connection that remains secure even under vibration and mechanical stress. A larger threaded connector could offer even greater stability, but would be more difficult to integrate into compact setups.

Compact dimensions and low weight for flexible applications

Measuring 13.8 cm long and 6 cm thick, and weighing just 484 g, the SECH supercapacitors are particularly compact and lightweight. These properties allow for flexible installation in virtually any vehicle without requiring significant space or significantly increasing overall weight. A larger and heavier design could complicate integration and reduce the positive impact on speed and fuel consumption.

Advantages over batteries: Faster and more constant power delivery

A key advantage of SECH ultracapacitors is their ability to deliver power faster than traditional batteries. This capability ensures sufficient energy is available even during sudden and high power demands, such as those encountered in audio systems. Furthermore, the current output remains constant up to the capacity limit, resulting in less power loss during extended use, even at low temperatures.

ISO 16750-3 and SAE 2464: Environmental and safety standards met

SECH ultracapacitors meet important testing standards such as ISO 16750-3 and SAE 2464, which cover environmental and safety standards. These certifications ensure that the supercapacitors operate not only efficiently but also safely and in an environmentally friendly manner. A lack of such certifications could indicate inadequate safety performance and reduce confidence in the product.

Five supercap cells for 600 Farad module at 15.5V

Connecting five SIX supercapacitor cells in series creates a 600 Farad module capable of handling voltages up to 15.5 V. This configuration is ideal for situations where higher voltage is required, such as extremely powerful audio systems. A smaller number of cells would reduce the voltage capacity and limit the application range, while more cells would require more complex integration.

Six supercap cells for 500 Farad module at 18.6V

Another impressive possibility is connecting six supercapacitor cells in series to create a module that achieves 500 Farads at a voltage of up to 18.6 V. This option is particularly valuable for car hi-fi systems that require extremely high voltage to bridge peak current demands. More than six cells could increase circuit complexity and potentially exceed the space requirements.

No need for balancers: efficient and easy handling

Another advantage of SECH supercapacitors in car hi-fi applications is that they do not require a balancer, which significantly simplifies installation and increases efficiency. This eliminates the need for additional electronics, reducing costs and installation complexity. A balancer might be necessary in other products to maintain cell voltage balance, but this is considered unnecessary with SECH ultracapacitors.

Environmentally friendly and leak-proof manufacturing in accordance with RoHS, REACH and UL810

SECH ultracapacitors are manufactured in compliance with strict environmental guidelines that comply with RoHS, REACH, and UL810. This makes them leak-proof and actively contributes to environmental protection without compromising efficiency. Products that don't meet these standards could potentially pose a danger to people and the environment. Thanks to environmentally friendly manufacturing, you can be assured that you're using a high-quality, safe product.

Excellent temperature resistance: -40 to 65 ℃

The SECH supercapacitors feature a wide temperature range, extending from -40 to 65°C. This temperature resistance means they perform reliably even in extreme climates or fluctuating weather conditions. A narrower temperature range would limit flexibility and reliability in different environments and reduce all-weather suitability. Take advantage of comprehensive support, such as the expert support, FAQ & Help , and Audio Blog on masori.de.