Raymarine EV-2 Sensor Core [E70097]

Raymarine EV-2 Sensor Core [E70097]EV 2 Sensor Core At the center of every Evolution system is the intelligent EV sensor core, a 9 axis sensor that monitors vessel motion in all three dimensions. The innovative EV sensor core combines advanced solid state sensors with the Evolution autopilot processor into a single easy to install housing. Mount the EV sensor core above or below decks, the rugged enclosure is fully sealed and built to IPX6 and IPX7 waterproofing and submersion

EV-2 Sensor Core

At the center of every Evolution system is the intelligent EV sensor core, a 9-axis sensor that monitors vessel motion in all three dimensions. The innovative EV sensor core combines advanced solid-state sensors with the Evolution autopilot processor into a single easy-to-install housing.

Mount the EV sensor core above or below decks, the rugged enclosure is fully sealed and built to IPX6 and IPX7 waterproofing and submersion standards.

Features & Benefits:

• Precision monitoring of heading, pitch, roll, and yaw allowing the autopilot to evolve instantly as sea conditions and vessel dynamics change
  
• Flexible installation options - Mount above or below deck
  
• Simple SeaTalk^ng connectivity to the control head and ACU
  
• Solid state sensor technology delivers dynamic accuracy to within 2 degrees in all conditions
  
• Auto-compensation for on board magnetic fields and reliable heading accuracy in the northern and southern extremes
  
• Fast and reliable heading data for MARPA, radar overlay, and heading modes on Raymarine multifunction displays

EV-2 has been designed for the latest drive-by-wire steering systems and connects directly to Raymarine's SeaTalk^ng bus. EV-2 also has a dedicated CAN Bus port for direct connection to steer-by-wire steering systems - such as ZF Pod Drives, Yamaha Helm Master, Volvo IPS and SeaStar Solutions Optimus systems. A single CAN Bus connection to the EV-2 eliminates the need for an Autopilot Control Unit (ACU) further simplifying installation.