P900RT

Precision Series™ DSP Remote Amplifiers

Features IRIS-Net Compatable Control System



Remote control and supervision of up to 100 amplifiers via one (or multiple) PCs running IRIS-Net software. Central supervision of all amplifiers and connected loudspeakers. State-of-the-art signal processing (Filter, Delay, Level, Dynamic). Display of the acoustical response of EV speakers in real-time (RACE). Integration with life-safety systems and control of external equipment. Exceptional audio performance and extreme reliability. High-impedance output for 100/70-volt lines with 2x410 watts. Loudspeaker output on barrier strip

Specifications

Input Impedance (balanced) 20 kΩ
Control Protocol CAN-Bus
Continuous rated power (1k Hz, THD 1%) 100v 410 Watts
Continuous rated power (1k Hz, THD 1%) 70v 400 Watts
Continuous rated power
(20-20k Hz, THD<0,2%) 100v
350 Watts
Continuous rated power
(20-20k Hz, THD<0,2%) 70v
350 Watts
Network Control (IRIS-Net) Yes
Signal-to-noise ratio (A–weighted) > 100 dB
Input Sensitivity +6 dBu
Weight Net24 kg ( 52.91 lbs )
Dimensions (HxWxD)132.5 x 483 x 390 mm
(5.22" x 19.02" x 15.35")

Related Products

UCC1
The UCC1 USB-CAN Converter is a bi-directional USB-to-CAN interface for connecting PC or Notebook computers to Electro-Voice devices, such as the DSP Precision Series Amplifiers, RCM-26 module for Tour Grade Series Amplifiers, and REV Wireless Microphone receivers, with CAN interfaces. The UCC1 is a standalone unit with interface drivers for CAN and USB, audio monitoring output for amplifier channels, USB and CAN controllers for converting commands, and data between PC and CAN-bus units. The isolated CAN-bus interface reduces ground-loop interference to an absolute minimum. The UCC1 receives its operational power via USB from the connected PC, so that no external power supply unit is needed. The compact UCC1 adapter is designed for connection to a laptop or notebook computer. However, the supplied 19-inch front panel allows trouble-free integration into a rack system.Up to five UCC1s can be used on a single network to create multiple monitoring and control positions.