Honda Electronic Rubber Mold Type TD381 Transducer

The Honda Electronic Rubber Mold Type TD381 Transducer serves as a critical bridge between your bridge electronics and the underwater environment.

Description

The Honda Electronic Rubber Mold Type TD381 Transducer serves as a critical bridge between your bridge electronics and the underwater environment. Unlike standard plastic or metal sensors, the rubber-mold design of the TD381 provides unique acoustic advantages by significantly reducing “ringing” and suppressing noise caused by hull vibrations. This leads to a much cleaner signal return, allowing operators to identify fish schools and seabed characteristics with industrial-grade precision.

Brand

Honda Electronics

Honda Electronics

HONDA ELECTRONICS has brought innovations to the world by introducing ultrasonic technologies since the release of the world-first transistor fishfinder in 1956. With originality in mind, HONDA ELECTRONICS also respects technologies in various fields and participates in many collaborative projects. This “Open Technology” policy shall lead us to make further contributions that will enhance human life.

Specifications

  • 3kW 38-70kHz
  • 1kW 130-220kHz
  • (5pin)
  • 109 x 268 x 148 mm
  • Cable Length : 15 meters 

Features

  • Advanced Rubber Mold Construction: Specifically designed for superior vibration damping and impact resistance in harsh sea conditions.

  • High-Power Deep-Sea Performance: Delivers robust acoustic energy to ensure stable bottom tracking and target detection at significant depths.

  • Enhanced Signal-to-Noise Ratio: The specialized housing minimizes mechanical interference, providing a crisper and more accurate sonar display.

Applications

  • Industrial Maritime Navigation: Providing reliable depth and obstacle data for large merchant vessels and tankers.

  • Hydrographic Surveying: Collecting stable acoustic data for seabed mapping and geological research.

  • High-Vibration Vessels: The ideal solution for steel-hulled vessels where mechanical noise isolation is a primary requirement for sonar clarity.