10EB33

Power Line Filter Modules are devices that incorporate a variety of components to limit the amount of noise that passes through the system. In particular, the 10EB33, a line filter module manufactured by Emerson Power, is used to protect sensitive instrumentation against voltage surges and for protecting other electrical/electronic equipment against interference by harmonics or switching transients. It also serves as an effective low-cost technique to reduce EMI/RFI.

Physical Specifications

The 10EB33 is a three-phase, 400VAC 50/60 Hz, 3-wire connection filter module. It consists of an input terminal block, chordal filter components, control boards, and an output terminal block. The filter components, including the capacitors and inductors, are welded securely to the filtering board and then placed in the metal housing. It also includes an incoming and an outgoing cable that is suitable for use in industrial power systems. The maximum operating temperature is +125 C.

Application Field and Working Principle

The 10EB33 is primarily used in industrial applications that require protection against harsh electrical environments. It is typically installed in power supply systems to protect sensitive instrumentation against power surges and provide effective EMI/RFI reduction. It is also used in motor-operated and relay control systems.

The 10EB33 operates by reducing noise on a two-stage basis. The first stage is the capacitor section, which is designed to attenuate high frequency signals, while the second stage is the inductor part, which is used to filter out low frequency signals. The combination of these components is intended to provide effective EMI/RFI reduction and provide protection against high voltage transients. As such, it is a reliable and cost-effective solution for any application where EMI/RFI and protection against voltage spikes are needed.

Conclusion

The 10EB33 Power Line Filter Module is a reliable and cost-effective solution for any application requiring EMI/RFI and protection against voltage spikes. It is designed with robust components and is suitable for use in industrial power systems.