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LSC Control Systems LSC MDRR RACK MOUNT MDR SPLITTER

LSC Control Systems - MDRR
LSC Control Systems - MDRR
LSC Control Systems - MDRR
LSC Control Systems - MDRR
New
LSC Control Systems - MDRR
LSC Control Systems - MDRR
LSC Control Systems - MDRR
LSC Control Systems - MDRR
LSC Control Systems LSC MDRR RACK MOUNT MDR SPLITTER
$555.00
  • Stock: 1
  • Code: BS20911
  • Model: MDRR

The LSC Control Systems LSC MDRR Rack Mount MDR Splitter is a robust and reliable splitter designed for professional lighting control applications. This rack-mountable unit facilitates the distribution of DMX512 signals, ensuring seamless communication between lighting consoles and fixtures. It is an essential tool for large-scale lighting setups in theaters, live events, and broadcast environments where precise and dependable DMX signal distribution is crucial.

Technical Details

• DMX512 Signal Distribution: Effectively splits and distributes DMX512 signals to multiple outputs, ensuring reliable communication across your lighting setup. • Rack-Mountable Design: Fits into standard 19-inch equipment racks, optimizing space in control rooms and production environments. • Multiple Outputs: Provides numerous DMX outputs, allowing for extensive signal distribution to multiple lighting fixtures and devices. • Robust Build Quality: Engineered for durability and reliability in demanding professional settings, ensuring long-term performance. • LED Indicators: Features LED indicators for power and signal status, providing quick visual feedback for monitoring and troubleshooting. • Easy Integration: Compatible with a wide range of lighting consoles and DMX-controlled devices, offering versatility in various lighting setups. • Secure Connections: Equipped with secure DMX connectors to ensure stable and uninterrupted signal transmission. • User-Friendly Operation: Simple and intuitive to use, making it easy for lighting technicians to manage and distribute DMX signals efficiently. • Enhanced Performance: Designed to maintain signal integrity, preventing data loss or corruption across distributed signals.