ELENOS ETG Indium Medium Pemancar FM



Features

High Efficiency Power Consumption

Smart Function Transmitter

Very Compact Size FM Transmitter

Planar Technology Power

Conected Everywhere IP Based




INDIUM SERIES MEDIUM POWER ETG3500 W, ETG5000 W & ETG10000 W

The Elenos medium power transmitter product line includes models from 2500W to 5000W.

These models can come with an amplifier and integrated modulator (exciter) in the same chassis (4U), or with a separate ETG 2U series low power modulator (exciter) and an E 4U series amplifier totaling 6U.

These products represent the most advanced technology in terms of electrical efficiency, compactness, reduced weight, ease of use, and diagnostics.

Additionally, the technology in these products offers the most complete access to transmitter operating data, protection operation, and the ability to operate under severe environmental conditions while maintaining undiminished RF and audio specifications.

This product line has been designed to guarantee the maximum performance and operation while lowering operational costs through energy saving technology.

How is this possible?
Mainly due to innovative techniques in RF design, intelligent power supplies, and through the use of powerful algorithms designed for optimal performance management.

 

The ETG Indium 4U transmitters achieve levels of overall electrical efficiency unseen in the market today, while also providing an extremely high operational performance under extreme environmental conditions (high external temperatures, poorly adjusted antenna, and fluctuations in the network).

The great efficiency of the RF amplifiers, modulator, and power supplies has also allowed a noticeable reduction of operating temperature, system weight and size.

The resulting advantages are substantial: easier installation and lowered transportation, rack space and energy costs.

Each of the transmitters in this product line provide accurate real-time operating data, thus allowing the user a precise status of the equipment operation in order to easily identify possible problems, either through a local user interface or via remote devices.

The user can receive data and send instructions to the transmitter via several communication channels – SMS, GPRS, TCP/IP and SNMP.