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Zenitel VSS-V2

Zenitel VSS-V2
Zenitel VSS-V2 (VSS) is a navigation system for receiving external audio signals, designed for ships with a closed bridge. It allows the navigator to pick up sound signals and determine their direction, which significantly increases the safety of navigation. The VSS-V2 meets SOLAS requirements and uses Digital Signal Processor (DSP) technology for active noise reduction, providing clear sound with minimal interference.

The VSS system is easy to install and consists of a single microphone device with four integrated directional microphones that are mounted on the roof of the wheelhouse. The bridge houses the main VSS panel, to which up to four additional panels can be connected. The system is also equipped with outputs for the flight data recorder (DDR) and a relay output for muffling typhon and warning system signals.

System Features:

Active noise reduction and tone detection using DSP technology
  • Dimmer and adjustable backlight
  • Sector indication with 8 LEDs
  • Central microphone unit with 4 directional microphones for installation on the wheelhouse
  • Web interface for system management
  • The output for the flight data recorder (DDR)
  • Remote shutdown when activating typhon or the GGS system/KVU
  • Override function for listening to unfiltered audio from the microphone unit
  • The ability to connect up to 4 auxiliary panels (VSS-SP)
Technical specifications:

VSS-MP Main Panel:

  • Dimensions (WxHxD): 280 x 140 x 90 mm
  • Mounting: console
  • Body: brushed aluminum
  • Moisture protection: IP-22
  • Power supply voltage: 24 V DC
  • The frequency range of the sound: 70 Hz - 2100 Hz
  • Active noise canceller
  • Adjustable volume
  • Number of LEDs: 8

VSS-SP Auxiliary Panel:

  • Dimensions (WxHxD): 280 x 140 x 51 mm

VSS-MU Microphone Unit:

  • Case: Stainless steel
  • Moisture protection: IP-66/67
  • Temperature range: -30C to +55C
Available for order

Zenitel VSS-V2

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Documentation:

Satellite navigational systems Satellite navigational systems Satellite navigation systems determine position by measuring the distance to satellites whose position is known.