NBH-10-432

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Power line filter modules serve the purpose of protection and control. It filters out noises in the power line, allowing control signals to pass through and avoiding signal errors or destruction. This can prevent damage to devices as well as maintenance costs.The NBH-10-432 power line filter module is a typical triple-stage module ideal for applications that may require high performance power line filtering. It consists of three stages of LC (inductors and capacitors) networks that are capable of handling a maximum voltage of 250V AC and a maximum current of 10Amps.The first stage of the NBH-10-432 is an inductor-capacitor (LC) filter network, which blocks high frequency frequencies such as surges and spikes. It has the capability to attenuate frequencies above 25MHz. The second stage consists of a common mode inductor which is used to filter out any noise interference on the power line. The third stage is a differential mode inductor which provides for the protection of devices and prevents any erroneous signals from entering the protected device. The three stages of the filter module work together to provide high performance filtering and repeatable performance and a much lower impedance than regular linear filters can provide. The NBH-10-432 is especially well suited for applications such as, electric drives, variable frequency drives, CNC machines, HVAC systems, and industrial automation.The NBH-10-432 filter also has a low insertion loss, allowing it to operate at frequencies of up to 25MHz, making it more suitable for applications where higher frequencies are encountered. It is made of UL approved materials and also features a wide operating temperature range, from - 55℃ to +85℃. Due to its high performance and repeatable filtering capabilities, the NBH-10-432 power line filter module is a great choice for various applications, where the power supply is required to be filtered before reaching the device. It provides excellent performance and can help to protect devices from unpredictable power surges and interference.

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