Furuno NavPilot 711C Control Unit

Description

Control a compatible Furuno autopilot from the Furuno NavPilot 711C Control Unit FAP-7011C, which uses a 4.1-inch high-resolution color LCD and dedicated function keys. The flush-mount display connects through the NavPilot processor’s CAN-bus system and runs from the 12V to 24V DC autopilot supply. Its 115 mm by 115 mm face size, IP56 front-panel rating, and day or night display modes should be reviewed when choosing a helm location.

The 4.1-inch TFT display has a 320 x 240 resolution, an 82.6 x 61.9 mm effective display area, eight backlight steps, and typical 700 cd/m2 brightness. Furuno supports up to six compatible control units in a NavPilot 711C installation. Heading, drive, and rudder-reference functions remain dependent on the connected processor and complete autopilot system.

Key Specifications of the Furuno NavPilot 711C Control Unit

• The FAP-7011C uses a 4.1-inch TFT color LCD with 320 x 240 resolution for NavPilot 711C system control.
• An 82.6 x 61.9 mm effective display area and eight backlight steps support the documented day and night viewing modes.
• CAN-bus networking connects the control head with a compatible NavPilot 711C processor through the autopilot system architecture.
• Flush mounting accommodates a 115 mm by 115 mm control face, requiring suitable panel space and rear cable clearance.
• The NavPilot system operates from 12V to 24V DC, with processor power specified at 4.0A to 2.0A excluding pump load.
• Up to six compatible control units can connect to a NavPilot 711C processor for multi-station helm-control planning.
• An IP56 front-panel rating supports the documented environmental specification for the control display at a compatible helm location.

System Integration and Control

This Furuno control head is part of a NavPilot 711C installation and does not operate as an independent autopilot, heading sensor, drive unit, or rudder-reference device. The compatible FAP-7002 processor coordinates system functions, while the FAP-7011C provides display and menu-based control.

CAN bus and NMEA 0183 connections are managed at the processor level. Confirm the existing processor, network architecture, display location, cable routing, and control-station requirements before installation. Included components consist of the control unit, sun cover, and CAN-bus cable.

Why Choose the Furuno NavPilot 711C Control Unit

The Furuno NavPilot 711C Control Unit adds a 4.1-inch color display with dedicated controls to a compatible FAP-7002 processor system. Its 320 x 240 resolution, eight-level backlight, 115 mm square flush-mount format, IP56 front protection, 12V to 24V system support, CAN-bus connection, and multi-station capability provide specific considerations for configuring a NavPilot 711C helm station.

Setup and Network Considerations

Confirm that the vessel has a compatible Furuno NavPilot 711C processor before ordering this control head. Plan the 115 mm by 115 mm flush-mount opening, rear clearance, CAN-bus cable route, and 12V to 24V DC system supply. Follow Furuno documentation for control-unit connections, processor configuration, available multi-station arrangements, and complete autopilot commissioning.

Warranty and Support

Furuno warranty terms vary by product and region, and the supplied specifications do not provide a named warranty period for the FAP-7011C. Mulmarine.com can help you review NavPilot 711C processor compatibility, display-mounting space, CAN-bus routing, multi-station requirements, power supply, and documented package contents before purchase. Review the applicable Furuno warranty coverage and documented package contents before ordering.

Before Ordering the Furuno NavPilot 711C Control Unit

Confirm that your vessel has a compatible FAP-7002 NavPilot 711C processor and that you need a control head rather than a complete autopilot system. You should verify the 115 mm by 115 mm flush-mount space, rear clearance, CAN-bus connection, 12V to 24V system supply, existing control-unit count, cable routing, and complete autopilot-system requirements before purchase.