Rts Tr 30N Intercom System Uhf Vhf Beltpack 2Ch Band B 13

The RTS TR-30N Intercom System is a premium two-channel wireless intercom engineered for professional productions where reliability, clarity, and fast coordination matter. Featuring region-ready VHF/UHF operation and a 25 kHz narrowband modulation scheme, the TR-30N delivers crystal-clear, low-latency communication even in challenging RF environments. Built for live broadcasts, large-scale productions, and complex stage setups, this system merges rugged, broadcast-grade durability with seamless RTS ecosystem integration. With two independent channels, you can coordinate multiple teams—camera crews, stage managers, and technical operators—without cross-talk, ensuring cues are precise and timing remains on schedule. The synthesized transmission design optimizes spectrum usage, minimizes interference, and promotes stable performance across venues, touring productions, and varying regulatory regions. Whether you’re managing a multi-camera shoot, coordinating a theater production, or running a live event, the TR-30N keeps conversations crisp, decisions timely, and workflows streamlined, allowing crews to stay focused on the script and the moment.

• 2-channel operation ensures simultaneous, independent conversations for multiple teams, reducing wait times and cross-talk on busy sets.
• 25 kHz narrowband modulation optimizes RF spectrum usage while preserving audio clarity, even in crowded RF environments.
• VHF/UHF synthesized coverage provides flexible regional deployment, enabling quick adaptation to different venues, studios, or touring locations.
• Rugged, broadcast-grade design is built to withstand the rigors of live productions, frequent transport, and repeated setup/teardown cycles.
• Seamless RTS ecosystem integration supports easy linking with base stations, belt-packs, and accessories for fast setup, maintenance, and scalable expansion.

Technical Details of RTS TR-30N Intercom System

• Channels: 2-channel operation for simultaneous crew communication, enabling efficient coordination on busy sets and stages.
• Modulation bandwidth: 25 kHz narrowband design to maximize spectral efficiency while preserving audio clarity.
• Frequency range: VHF/UHF synthesized bands, region-dependent to meet local regulatory requirements and provide robust performance in diverse environments.
• System architecture: wireless intercom with synthesized transmission, engineered for low latency and dependable handshakes between base stations and remote units.
• Audio and control fidelity: high-quality intercom audio with clear intelligibility and consistent control signaling for reliable cueing and workflow continuity.
• Durability and reliability: rugged build designed for frequent transport, setup, and teardown, suitable for touring productions and long-run broadcasts.
• Power and connectivity: designed to operate with standard RTS power and data interfaces, ensuring straightforward integration with existing RTS infrastructure.

How to install RTS TR-30N Intercom System

• Plan your deployment by mapping base station locations to optimize coverage for all beltpack users and minimize dead zones in the venue.
• Unpack and inspect all components for any shipping damage; verify that you have the base station, beltpacks, antennas, power adapters, and required accessories.
• Connect the base station to a reliable power source and align with your venue’s RF environment. If applicable, connect any network or control interfaces per your RTS configuration.
• Set the region and frequency parameters on the base station to match the venue’s regulatory requirements and available spectrum. Confirm that the selected bands are clear in the space.
• Pair the base station with the beltpacks and confirm two independent channels are active. Assign channel labels or numbers to keep crews organized (e.g., Channel 1 for camera, Channel 2 for stage management).
• Attach beltpacks securely to operators’ gear, ensuring comfortable belt placement and unobstructed microphone and speaker paths. Verify battery life and charging options if applicable.
• Test the audio path by running a quick rehearsal cue sequence. Check for clarity, latency, and proper cue signaling across both channels. Adjust gain, squelch, and volume levels as needed.
• Document the deployment settings, including channel assignments, scan priorities, and region-specific configurations, so setup is repeatable for future productions.
• Plan maintenance routines: periodic system checks, battery replacements, and firmware updates to keep the RTS TR-30N operating at peak reliability.

Frequently asked questions

• Q: What is the RTS TR-30N Intercom System?
  A: The TR-30N is a two-channel wireless intercom designed for professional productions, offering region-ready VHF/UHF operation, 25 kHz narrowband modulation, and seamless integration with the RTS ecosystem for reliable, real-time coordination.
• Q: How many communication channels does it support?
  A: It supports two independent channels, allowing simultaneous conversations, cueing, and coordination without interference between paths.
• Q: What frequency bands does the TR-30N use?
  A: The system uses synthesized VHF/UHF bands with region-dependent settings to comply with local regulatory requirements and optimize performance in different venues.
• Q: Is the TR-30N compatible with other RTS equipment?
  A: Yes. It is designed to integrate seamlessly with RTS base stations, beltpacks, and accessories, enabling fast setup and scalable expansion across a production environment.
• Q: What makes the TR-30N reliable for touring and live events?
  A: Its rugged, broadcast-grade construction is built to withstand frequent transport, repeated assembly/disassembly, and demanding live conditions, while maintaining low-latency, clear communication.
• Q: How do I install or upgrade the TR-30N?
  A: Install by planning channel assignments, syncing base stations with beltpacks, selecting the appropriate region/frequency, and testing the audio path. For firmware updates, follow RTS official procedures and ensure power stability during the process.