OVERVIEW

• Coaxial 3 way beam steering line array
• 48 DSP and amplifier channels
• Beam steering over software in real time
• Max array length of 8.9 m on a flying frame possible
• Optional cardioid module VIDA C
• Additional mechanical tilting with installed angle measuring tool

TECHNICAL DATA

Design Active 3 way coaxial line array with beam steering

Frequency range -10 dB

80 Hz – 22 kHz 'LCut Mode'
65 Hz – 22 kHz 'FR Mode'

Frequency range ±3 dB

115 Hz – 21 kHz 'LCut Mode'
77 Hz – 21 kHz 'FR Mode'

Coverage angle horizontal

90° nominal (in vertical operation)

Coverage angle vertical

Coverage angle adjustable up to 90°
Steering angle +/- 45°

Max SPL (1 m) 135 dB

Components

32 x 1″ dome tweeters
12 x 3.5″ high mid chassis
6 x 6.5″ low mid chassis

Power AMP OUT

2 x 400 Watt RMS/4 Ω

Minimum impedance AMP OUT 4 Ω/channel

AUX OUT Nominal +6 dBu

Analog input Fullscale at +18 dBu

Connectors

1 x Analogue input (XLR)
1 x AES/EBU input (XLR)
1 x VIDA BUS input (Ethernet)
1 x PowerCon True 1
1 x Analogue link (XLR)
1 x AES/EBU link (XLR)
2 x Dante remote (primary/secondary)
1 x AUX OUT (XLR)
1 x AMP OUT (speakON®)
1 x VIDA BUS output (Ethernet)
GPIOs (Phoenix-Connector)

Mechanical Tilt

Single and double-stranded possible, also in combination with VIDA C

Power Supply

100 V – 240 V AV 50/60 Hz

Rated input power

520 watts (@ 1/8 rated output power

Maximum power consumption

2,350 watts

Note

Be sure to use a power-plug design suitable for mains connection at your location. This might require replacing the existing power plug.

Enclosure

Extruded aluminium profile with internal hidden flight mechanics, back action rail with slot nuts for mounting brackets and VIDA C, flight mechanics to be secured/released via a back action operating lever, heavy duty powder coating in black, terminal set obliquely downward, ball proof steel grille with black acoustic foam

Dimensions (H x W x D)

210 x 1075 x 341 mm (VIDA L)
210 x 1075 x 480 mm (VIDA L with VIDA C)

Weight

48.2 kg (VIDA L)
61.8 kg (VIDA L with VIDA C)