Freedom Series™ 2400V Ferro CCR

2400V Ferroresonant Type Switchgear Constant Current Regulator

Liberty Airport Systems' 2400V Ferroresonant CCR brings the latest in digitally controlled ferroresonant technology to airports using 4160V systems. The Freedom Series™ 2400V ferro CCR allows airports with RSS Type regulators to expand or upgrade their existing switchgear lineup using ferroresonant technology. They can also be installed in a standalone fashion for airports needing a 2400V dry-type ferro CCR. Freedom Series™ sets new standards in performance, ease of maintenance, and personnel safety.

System Application

Ferroresonant CCRs are recommended for series circuits that have oscillating loads, where low output harmonic content is desired, or when used with power line carrier control technology. While the trend is to power regulators at 600V or less, there are many installations in North America still operating at a line voltage of 2400V. Liberty offers a complete line of 2400V CCRs to complement these existing installations.

Freedom Series™ 2400V CCRs are designed to be integrated into a switchgear line-up assembly and powered from a single supply. Applications include:

Standards Compliance

Fig. 1 Liberty 2400V CCRs installed next to RSS20 CCR.

Technology Benefits

Switchgear Features

Maintenance & Safety Features

Fig. 2 Freedom Series Digital Door

Control and Monitoring

Built-in Networking

Other Regulator Products

Existing Westinghouse, H&P and Honeywell RSS Type CCRs can be upgraded to the latest digital technology described in this brochure allowing the airport to maintain their existing 4160V infrastructure (switchgear, generator and automatic transfer systems).

We also manufacture complete lines of Ferroresonant and thyristor style regulators operating at 208 to 600V input. These regulators are available standalone as well as in complete switchgear lineup configurations.

Application Engineering

If you have any unique power or control system requirements or applications, please do not hesitate to contact us. Our engineering staff would be pleased to work with you on finding a cost-effective solution using current technology.