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Airmar B744V-BL B744V Lowrance 7-Pin Bronze External Thru-hull Mount Transducer

$ 157.87

Availability: 88 in stock
  • Type: Transducers
  • Product Type: Fish Finders BM Store
  • All returns accepted: ReturnsNotAccepted
  • Condition: New
  • Mount Type: External Thru-hull
  • Product Name: Transducer
  • Brand: Airmar
  • Product SubType: Transducers
  • UPC: Does not apply
  • Other Part Number: 4068951856
  • Manufacturer Part Number: B744V-BL
  • Material: Bronze

    Description

    Airmar B744V-BL B744V Lowrance 7-Pin Bronze External thru Hull Transducer
    B744V Navico 7-Pin Bronze External Thru-hull Mount Transducer (B744V-BL) by Airmar®, Measures: Depth/Speed/Temperature. Frequency: 50/200kHz. Max Power: 600W. Accommodates Deadrise: 0° - 24°. The B744V is a TRIDUCER ® Multisensor featuring depth, speed, and temperature in a single housing. The 50/200 kHz, dual-frequency, single, ceramic element provides great target detail in shallow water at 200 kHz and good deep-water bottom tracking at 50 kHz. The B744V is also available with a longer stem (B744VL) that may be needed for steep-deadrise vessels or thick cored-fiberglass or wood hulls.
    Specifications:
    Triducer® Multisensor
    Power: 600W
    Function: Depth, Speed, Temperature
    Frequency: 50/200 kHz
    Mount Style: Thru-Hull
    Housing Material: Bronze
    Weight: 2.5 kg (5.5 lb.)
    Recommended Boat Length: Up to 9 m (30')
    Hull Material: Fiberglass or wood
    Hull Deadrise: Up to 24° with fairing
    Acoustic Window: Urethane
    Hole Diameter: 51 mm or 2"
    Speed Range: 1 to 45 knots (1 to 52 MPH)
    Includes: High-performance fairing and mounting hardware
    Features:
    Depth, speed, and temperature in one housing
    600 W
    Dual-frequency element:
    50 kHz with a wide 45° beamwidth for depth performance to 353 m (1,200')
    200 kHz with a 12° beamwidth for depth performance to 206 m (700')
    Bronze housing with a high-performance fairing for optimal bottom tracking at higher speeds
    Self-closing water valve reduces water flow into the hull when paddlewheel insert is removed
    Fins on sides of paddlewheel cavity improve accuracy in cross-flow conditions