DL107 NET D Single Channel DSP Loop Amplifier with Dante input
DIGI-LOOP DSP SINGLE CHANNEL LOOP AMPLIFIER WITH DANTE™ INPUT
Digi-Loop is definitely state-of-the-art – the first of its kind to maximize modern amplifier technology. Its network-control capability provides seamless, remote system set-up, operation and monitoring via laptop or tablet. DSP audio processing offers flexible, powerful software control of mixing, equalization, compression and more. Powerful Class D, pulse-width amplifiers maximize efficiency.
The Digi-Loop’s amplifier design offers either single or dual 9.5 A rms loop outputs for perimeter loop(s), single array(s), dual loop, or phased-array configuration. A 70-100 V input provides connection to a distributed speaker/paging system, ensuring announcements are heard by loop users.
- Network control - allows control and calibration of unit remotely with application software
- High continuous current 9.5 Arms (13.4 Apk) per output continuous
- LCD Screen with VU metering, easy one-button menu control
- DSP Audio Processing
- Dante™ Input (“D” models)
- USB for firmware updates
- Input mixing, parametric equalization, compression, metal compensation, high and low-pass filters, AGC and audio delay
- Power-save mode
- Adjustable output delay for multiple amps in large venues
- Fault warning and active protection against shorted or open circuits and overheating
- Loop fault relay output
- XLR and 3-position terminal block input configurable as microphone input or line-input, balanced or unbalanced.
- Standard 1 RU, 19” rackmount
- Magnetic signal couples directly to devices equipped with telecoils (T-coils) such as hearing aids, cochlear implants, or optional loop receivers.
- DL207 suitable for phased-array or dual-loop systems; DL107 suitable for perimeter loop or single array.
- Phased-array mode automatically produces 90° phase shift in slave loop output
- Meets IEC 60118-4 system performance requirements when integrated into a correctly designed and installed system.
- Meets IEC Specification 60118-4 (when designed and commissioned properly)
- Tested to IEC Specifications 62489-1 Benchmark Standards