Saia 830 3s 39µf 24vac

What is Saia 830 3S 39µF 24Vac Capacitor?

Saia 830 3S 39µF 24Vac Capacitor is a device used for storing electrical energy and its subsequent release. As such, it is one of the fundamental components of AC circuits. The capacitance value is 39µF, and it’s working voltage is 24Vac. This item has been produced using the highest quality materials, with long durability and efficient performance.

Key Features of Saia 830 3S 39µF 24Vac Capacitor

High Capacitance Rating: It has a 39µF rating that can store and discharge enough energy to sustain the stability of electrical systems .

Operating @24Vac: This is an AC operation device and is rated to work at 24Vac, enabling this particular capacitor to work in many industrial and commercial areas.

Robust Build: The device is built of robust material, allowing excellent resistance to wear and tear, thereby prolonging its operational life.

Efficient Performance: The capacitor helps in regulating the voltage as well as avoids the massive energy loss, thereby enhancing the efficiency level of the entire system.

Applications of Saia 830 3S 39µF 24Vac Capacitor

HVAC Systems: In HVAC systems, the capacitor is significantly installed for voltage regulation and in support of the compressor’s working.

Lighting Systems: Avoids the flickering action of fluorescent lamps, offers quality lighting and promotes efficient working of those lamps.

Motor Start and Run Capacitor: It is used as a starting or running capacitor in motor-driven appliances, which ensures smooth running of motors.

Industrial Control Systems: Industrial control systems Used in control panels, it stabilizes voltage fluctuation, and the system is made more reliable and safe.

Advantages of Saia 830 3S 39µF 24Vac Capacitor

Reduced Voltage Fluctuations: The use of an output that constantly maintains smooth and stable voltages provides steady operations of electronic systems.

Energy Efficiency: The loss of energy is minimized thereby ensuring effective running and its operational costs are cut down.

Improves System Longevity: Reduces the risk of damage to other components by maintaining stability in the voltage thereby elongating the life of the system as a whole.

Cost-Effective Solution: Reliable and Economical Solution for Sustained System Performance and Reduced Downtime.