Clear-Com PS-702 2 Channel Intercom Power Supply

Reliable Power Supply for Intercom Systems
The Clear-Com PS-702 is a single-rack-space, two-channel power supply designed to support Clear-Com beltpacks, speaker stations, and headset stations. Capable of supplying up to 2 amps at 30 volts DC, this power supply ensures reliable operation for a variety of intercom configurations. Whether for small production setups or large-scale systems, the PS-702 delivers consistent power and performance.

Advanced Protection with Fail-Safe Design
The PS-702 features Clear-Com's exclusive Intelligent Fault/Overload Sensing (IFOS) technology, which distinguishes between short circuits and overloads. This advanced system protects the unit from damage and restores power in as little as 0.5 seconds, depending on the issue's severity. The fail-safe design ensures that your intercom system remains operational with minimal downtime.

Flexible Front Panel Access for Convenience
A convenient front panel intercom line jack allows quick access to either channel, streamlining troubleshooting and saving time during setup. The front panel controls also include a switchable A+B Link function, enabling single-channel operation when required. This versatility makes the PS-702 ideal for dynamic production environments where quick adjustments are critical.

Scalable Design for Larger Systems
The PS-702 supports parallel connections with other units, increasing system capacity and offering backup redundancy. Multiple power supplies can synchronize their response to faults and overloads, ensuring uninterrupted performance even in the most demanding applications. This scalability makes the PS-702 suitable for growing systems and complex setups.

Integrated Program Input and Diagnostics
For added functionality, the PS-702 includes a balanced program input with both global and individual channel controls. A built-in test tone generator aids in setup and diagnostics, making it easier to optimize performance and troubleshoot issues during installation or operation.