The Elenos ETG5000 is part of the Indium Series medium power transmitter line, offering models ranging from 3500W to 5000W. Here’s a breakdown of its key features:
- Amplifier and Integrated Modulator (Exciter): The ETG5000 comes with both the amplifier and integrated modulator in the same chassis (4U), or it can be configured with a separate low-power modulator (exciter) and amplifier, totaling 6U.
- Advanced Technology: These transmitters utilize cutting-edge technology for electrical efficiency, compactness, reduced weight, ease of use, and diagnostics.
- Access to Operating Data: Provides complete access to transmitter operating data, protection operation, and the ability to operate under severe environmental conditions while maintaining RF and audio specifications.
- Energy Saving Technology: Designed to lower operational costs through innovative techniques in RF design, intelligent power supplies, and powerful algorithms for optimal performance management.
- High Electrical Efficiency: Achieves unprecedented levels of overall electrical efficiency in the market today, even under extreme environmental conditions such as high external temperatures and poorly adjusted antennas.
- Reduced Operating Temperature, Weight, and Size: Efficient RF amplifiers, modulators, and power supplies contribute to lower operating temperatures, system weight, and size, resulting in easier installation, transportation, reduced rack space, and energy costs.
- Real-time Operating Data: Each transmitter provides accurate real-time operating data, allowing users to easily identify potential problems through a local user interface or remote devices.
- Communication Channels: Users can receive data and send instructions to the transmitter via multiple communication channels, including SMS, GPRS, TCP/IP, and SNMP.
- High Performance: Features fast boot-up time, high temperature resistance, and robust construction, ensuring quick on-air deployment and durability even in challenging conditions.
Overall, the Elenos ETG5000 combines advanced technology with energy-saving features and high performance, making it an ideal choice for medium-power broadcasting applications.
