Honda Electronic Rubber Mold Type TD47 Transducer

The Honda Electronic Rubber Mold Type TD47 Transducer is built to serve as the high-power core of professional echo sounder systems.

Description

The Honda Electronic Rubber Mold Type TD47 Transducer is built to serve as the high-power core of professional echo sounder systems. By utilizing a heavy-duty rubber mold construction, this transducer effectively dampens hull-borne vibrations and mechanical noise, ensuring that the sonar signal remains clean and free from interference even in turbulent seas. The 1kW power rating provides the necessary thrust to reach the seabed in deep offshore corridors where lower-powered sensors fail to maintain a bottom lock.

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

  • (50&200kHz) (5pin)
  • 94 x 170 x 60 mm
  • Cable Length : 12 meters

Features

  • High-Power 1kW Transmission: Delivers high-energy pulses for superior depth penetration and stable performance in deep-water environments.

  • Industrial Rubber Mold Construction: Provides exceptional acoustic damping, vibration resistance, and a watertight seal for maximum sensor longevity.

  • Dual-Frequency Capability: Equipped with 50kHz for deep-range search and 200kHz for high-resolution target identification.

Applications

  • Deep-Sea Commercial Fishing: Tracking pelagic schools and bottom-dwelling species at depths where 600W sensors are insufficient.

  • Industrial Maritime Navigation: Precise depth monitoring for large-scale vessels navigating deep-sea channels and offshore routes.

  • Bathymetric & Hydrographic Surveys: Collecting high-power acoustic data for seabed mapping and geological research.

  • High-Vibration Vessels: The preferred choice for steel-hull or high-powered vessels where mechanical noise isolation is critical.