DESCRIPTION
PRIMA-VA/RC is a compact PA/VA controller that offers 6 loudspeaker outputs. It is integrated with 6 high efficiency Class-D amplifiers built-in and 1 battery charger. It is capable of handling loudspeaker output power of 80 Watts per zone which provides ease of system wiring and installation. One amplifier can also be used as a back-up amplifier.
PRIMA-VA/RC is based matrix control functions and digital message players, with front access for a fully monitored fireman microphone and an emergency message trigger button. The controller integrates our latest technology "Flexcontrol" providing you a huge potential for system configuration. Different types of settings can be freely assigned to the 6 potentiometers located in front go the unit.
The controller has 8 monitored logic control inputs, 8 relay outputs, 2 interfaces for paging consoles (PSS-G2, CD8-G2 or PSM8WJB), 2 balanced audio inputs which allow to connect music sources such as music sources and HF microphone, 1 audio output for Third Party Control, 1 Ethernet port, 6 independent amplifier outputs and 1 battery charger. A XLR 5 pin connector is available on front panel for the optional monitored fireman microphone PRIMA-VA/FM.
Thanks to it's IP connectivity, PRIMA-VA/RC enjoys extreme flexibility. The system is SIP compatible and can communicate with the entire range of Audio over IP Vox@ products, as well as the Vox@net g2 audio server software, allowing interconnections with remote sources and endpoints. Up to 256 PRIMA VA systems can be connected to each other. From a single solution to an IP networked application, PRIMA VA system easily adapts to a wide range of your applications.
PRIMA-VA/RC can be easily set up thanks to it's web browser, for both "Basic" and "Advanced" configurations. Several parameters, such as volume control, priorities, source selection, etc. can be configured from the web server.
As a Voice Evacuation System, PRIMA VA is certified to the EN54 standard. All its components and peripherals are constantly monitored, and all incidents (faults and alarms) are recorded in a history file that can be read via Web browser.
