CCR 30

Contact Closure Remote with Three LED Switches
Key Features
  • Three-button contact closure remote control panel for Extron switchers or control modules with contact closure ports
  • Switches can be individually configured for latching or momentary operation
  • LED ring lights provide visual feedback of switch status
  • Individually selectable internal or external tally input for control of LED lighting modes
  • LEDs can be powered by an external Extron Everlast™ power supply, part #70‑1175‑01
  • +12 VDC loop-out power port
The Extron CCR 30
Model Version Description Part #
 CCR 30 Three LED switches, black 60-1446-02

The Extron CCR 30 provides simple, remote control of input selection on Extron switchers or control modules with contact closure control ports. The CCR 30 features three brushed aluminum pushbutton switches with blue LED ring lights for visual feedback. Switches can be individually configured for latching or momentary operation. The LEDs can be powered by any available 12 VDC power supply. To streamline installation, a +12 VDC power loop-out port allows sharing of external power with another Extron product. The LEDs can be controlled by the tally outputs on Extron switchers such as the MPS 601, or by an integrated tally driver circuit. The CCR 30 features a black anodized metal faceplate that complements Extron Cable Cubby® Series/2 cable access enclosures.

The CCR 30 provides remote control of a wide variety of functions. For example, switches configured for latching operation can power a display on or off, or raise or lower a motorized screen. Switches configured for momentary operation can be used for input selection, volume adjustment, or other functions.

The CCR 30 measures 1.75" (4.4 cm) high and 4.5" (10.16 cm) wide, providing a small footprint for integration wherever desired into tabletops and similar flat surfaces. Hidden clamps secure the faceplate to the furniture surface without tools or visible screws.

Custom, laser-etched faceplate labeling is available for easy identification of switch functions.