Raymarine i40 Depth Display ( Thru-Hull Transducer)
Raymarine i40 Depth Display ( Thru-Hull Transducer) is backordered and will ship as soon as it is back in stock.
Description
Description
The Raymarine i40 Depth Display #E70064 is a compact and efficient tool perfect for boaters who need reliable depth readings. With its user-friendly design and easy-to-read display, it’s built to seamlessly integrate with other Raymarine navigation equipment. Plus, its energy-efficient operation ensures you’re not draining your boat’s power supply.
Features & Benefits
- Extra-large digits for easy readability
- Seamless integration with Raymarine autopilots and navigation systems
- Energy-efficient, drawing less than 0.4 watts
- Shallow and deep depth alarms
- Depth offset controls for customized calibration
- Red backlighting for visibility in all lighting conditions
- SeaTalk® compatibility
Designed with boaters in mind, this device operates on 12V DC power and features an LCD display with red backlighting for enhanced visibility. The i40 Depth Display comes with a low-profile surface mounting kit and a silicone rubber sun cover, and it’s compatible with a thru-hull transducer. With a sleek design that complements the Raymarine a-Series, c-Series, and e-Series Multifunction displays, it adds both functionality and style to your helm.
Usage
This depth display is best suited for monitoring your boat's depth and setting alarms for shallow and deep areas to ensure safe navigation. Its customizable calibration makes it adaptable for various boating situations.
Features
Features
i40 Key Features:
- Ultra-modern design complements Raymarine's latest a-Series, c-Series and e-Series Multifunction display and instrument systems.
- High contrast LCD displays with large digits for excellent visibility.
- Red backlighting for outstanding night-time visibility.
- Simple SeaTalk networking with other Raymarine instruments, autopilots and MFDs.
- Built-in transducer connections simplify installation.
- Small form factor saves space at the helm without sacrificing features.