zł96.75 tax excl.
The RXLG 500W power resistor with a resistance of 5Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.
The RXLG 500W power resistor with a resistance of 5Ω is a high-quality component designed for efficient dissipation of high power in industrial and energy applications. With its robust construction and high resistance to energy pulses, it is suitable for braking circuits in inverters and capacitor bank discharge systems.
Manufacturer
Responsible person
The RXLG 500W power resistor with a resistance of 5Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.
The RXLG 500W power resistor with a resistance of 10Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.
The RXLG 500W power resistor with a resistance of 15Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.
The RXLG 500W power resistor with a resistance of 30Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.
The RXLG 500W power resistor with a resistance of 5Ω is a high-quality component designed for applications requiring efficient dissipation of high power. With its robust construction and high resistance to energy pulses, it is ideal for braking circuits in inverters and capacitor bank discharge systems.