Radio Design Labs D-RLC10 Remote Level Control Rotary

Product Description

The RADIO DESIGN LABS D-RLC10 is a rotary remote level control designed for audio signal processing applications. It provides a remote volume or level adjustment point in an audio signal chain, allowing installers to place a control surface at a convenient location without running the full signal path to that point. The D-RLC10 is a single-unit component sold individually and is suited for integration into installed sound systems, broadcast environments, and commercial AV signal routing setups where remote gain staging is required.

The D-RLC10 fits into professional audio installations where distributed control of signal levels is necessary. It is typically deployed in commercial, institutional, or broadcast facilities where a technician or operator needs accessible level adjustment at a secondary location. AV integrators and low-voltage technicians are the primary installers of this device in rack-based or wall-mounted signal processing configurations.

Key Features

• Rotary control interface for intuitive level adjustment
• Remote placement capability separates the control point from the main signal processor
• Single-unit packaging for straightforward procurement and inventory
• Designed for use in audio signal processing and amplifier systems

Compatibility

Designed as a remote level control accessory for use within RADIO DESIGN LABS audio signal processing and amplifier systems. Consult RADIO DESIGN LABS documentation to confirm compatibility with specific processor or amplifier models before installation.

Installation Notes

Installation is typically performed by a licensed AV integrator or low-voltage technician. De-energize the connected audio system before making any wiring connections to the D-RLC10. Follow the manufacturer wiring diagram for correct signal and control connections. Installations in commercial facilities may be subject to local low-voltage wiring codes and should be performed in accordance with applicable NEC guidelines.