Aqua Cobalt C10‑I 10W Industrial FM Transmitter

Aqua Cobalt C10-I Transmitter provides stable 10W FM output for industrial and low-power broadcast applications needing reliable continuous service.

Product overview

The Aqua Cobalt C10-I Transmitter is a compact 10W industrial FM transmitter designed for continuous-duty use in utility, campus and low-power broadcast environments. It combines an FM exciter, RF output stage and control in a robust chassis suitable for rack systems and equipment enclosures. Engineered for stability, spectral purity and protection, it is well suited to small-area coverage and industrial audio distribution tasks. Integrating easily into existing FM transmitter systems, it also aligns with the wider Aqua Broadcast product line for consistent operation and maintenance.

Key features

  • 10W FM RF output for low-power and industrial applications
  • Solid-state RF design for efficient, reliable continuous operation
  • Wideband VHF Band II coverage for 87–108MHz systems
  • Integrated VSWR and over-temperature protection circuitry
  • Adjustable output power for fine coverage control
  • Front-panel indicators for RF, audio and fault status
  • Designed for 24/7 service in demanding industrial environments
  • Compatible with external audio processing and antenna systems

Connectivity and I/O

The Cobalt C10-I provides audio inputs for program or tone sources and a 50Ω RF output on a suitable coaxial connector for low-power transmission lines. Rear connections typically include mains AC input or DC supply options, basic remote interlock contacts and monitoring points for integration with local supervision systems.

In operation

In daily use, the transmitter delivers clean, stable RF output with straightforward control and clear status indication for technical staff. Its modest power level and integrated protection make it ideal for local coverage, industrial plants, campuses and safety-related audio feeds. The rugged design and efficient RF stage help maintain performance in continuous service, reducing the need for intervention and supporting reliable long-term operation.