Honda Electronic Rubber Mold Type TD93 5kW Transducer

The Honda Electronic Rubber Mold Type TD93 5kW Transducer is the ultimate solution for deep-water detection.

Description

The Honda Electronic Rubber Mold Type TD93 5kW Transducer is the ultimate solution for deep-water detection. In the world of industrial maritime instrumentation, power is the key to clarity. With its 5kW transmission capability, the TD93 generates high-intensity sound waves that can pierce through thousands of meters of water, overcoming thermoclines and surface noise that typically blind lower-wattage sensors.

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

  • (40/75kHz) (3pin)
  • 109 x 268 x 148 mm
  • Cable Length : 15 meters

Features

  • Ultra High-Power 5kW Output: Delivers maximum pulse energy for extreme depth penetration and exceptional performance in deep-sea corridors.

  • Heavy-Duty Rubber Mold Housing: Provides superior acoustic insulation and protects internal components from physical shock and pressure.

  • Dual-Frequency Operation: Optimized at 50kHz for deep-range scouting and 200kHz for high-resolution target separation in shallower zones.

  • Advanced Noise Damping: Specifically designed to reduce hull-borne interference, ensuring a crisp and actionable display.

Applications

  • Deep-Sea Bathymetric Surveys: Providing the high-wattage returns necessary for detailed mapping of the ocean floor.

  • Industrial Maritime Exploration: Reliable data collection for underwater geological and biological research.

  • High-Vibration Heavy Vessels: The preferred choice for steel-hull ships and tankers where acoustic isolation is critical for signal clarity.