Roxburgh EMC RX730 6.5 A 250V AC 60Hz Chassis Mount RFI Filter Tab 1 Phase

Roxburgh EMC RX730 model chassis mount RFI Filter is designed for suppressing electromagnetic interference in electronic circuits. Rated at maximum current of 6.5 A and operating voltage of 250V AC at 60Hz, it is suitable for single phase power line filtering applications. The filter features an ovaloid low profile aluminum enclosure with a robust metal bracket for secure chassis mounting, utilizing tab connections for easy integration.

This RFI filter integrates 1μF capacitance and 2mH inductance providing efficient reduction of noise and disturbances, preserving signal integrity for sensitive electronic devices such as personal computers and teleprinters. It operates reliably in a broad temperature range from -25°C to 85°C and maintains low leakage current of 240μA to minimize energy waste.

Measuring 68mm length, 16mm height, and 29.5mm depth, the compact design facilitates seamless installation in constrained electronic assemblies. The RX730 series complies with recognized safety and performance standards including UL Listing, CSA Certification, and VDE approval, assuring quality and reliability for industrial and commercial use.

Applications span industrial machinery, power line conditioning in laboratories, manufacturing equipment, HVAC systems, and electronic instrumentation environments requiring EMI mitigation.

Designed for chassis mount installation with tab termination style. Features 1μF capacitance and 2mH inductance for noise filtering. Rated for 6.5 A current at 250V AC, single phase 60Hz supply. Compact dimensions suit low profile electronic enclosures.

Wide operating temperature range and low leakage current. Compliance with UL, CSA, and VDE standards. Robust aluminum casing with mounting bracket included. Optimized for sensitive electronic equipment EMI suppression.

The Roxburgh EMC RX730 RFI Filter is an essential component in industrial and electronic power line noise reduction solutions offered by EnvMart, providing reliability and performance in various demanding operational environments.