Garmin B619 20 Tilt Bronze Thru-Hull Transducer - 8-Pin for Powerboats and Sailboats

B619 20 Tilt Bronze Thru-Hull Transducer - 8-Pin

Minimize Your Drag
The B619 model have been the standard in low-profile models for many years. Their large sensitive ceramics allow deep echosounding up to 206M (700'). These nearly flush units minimize drag as only 5mm (2/10") of the housing extends outside of the hull. The bronze B619 provides a vertical beam without a fairing. Inside the housing, the ceramic element is tilted to provide built-in deadrise compensation. The resulting vertical beam provides excellent echo returns for moreaccurate depth readings.

Applications:

• Cruising powerboats and sailboats
  
• Sailboats

Features:

• Depth only or Depth and temperature
  
• Fixed 20 tilted versions for 16 to 24 hull deadrise
  
• Right angle cable exit offers low headroom and protection when transducer is stepped on
  
• Included rubber washer allows tightening of the hull nut to irregular hull surfaces
  
• Housings are ABYC H-27 compliant
  
• Optional temperature sensor
  
• Bronze housing
  
• Boat Size: Up to 9M (30')

WARNING: This product can expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.

The Garmin B619 20 Tilt Bronze Thru-Hull Transducer is designed for optimal performance on cruising powerboats and sailboats up to 30 feet. Its low-profile, nearly flush design minimizes drag by only extending 0.2 inches outside the hull, making it ideal for streamlined vessel operation. Equipped with large, sensitive ceramics, this transducer provides deep echosounding capabilities up to 700 feet, ensuring precise depth readings even in challenging conditions. The ceramic element inside is tilted to compensate for hull deadrise, resulting in a vertical beam that enhances echo return quality and depth accuracy. The bronze housing not only offers durability but also ensures compliance with ABYC H-27 standards, making it suitable for demanding marine environments.