Echonautics - CB131H1kW 1kW 130-210kHz High CHIRP Bronze Thru-Hull Transducer

High-Performance Marine CHIRP Transducer for Superior Depth and Temperature Readings

The Echonautics CB131H1kW is a powerful and precise high CHIRP transducer designed for serious marine applications. Engineered with a bronze thru-hull stem, this transducer provides excellent durability and reliability in harsh marine environments. Operating at a CHIRP frequency range of 130-210kHz, it delivers exceptional depth and temperature readings with enhanced target separation, making it an excellent choice for professional and recreational mariners seeking optimal performance.

Advanced CHIRP Technology for Accurate Readings

With a broad CHIRP frequency range of 130-210kHz, the CB131H1kW offers superior resolution and target definition compared to traditional single-frequency transducers. This ensures precise detection of fish, structures, and seabed contours, providing clear and detailed underwater imaging for better navigation and fishing success.

Rugged Bronze Thru-Hull Construction

Built for longevity, the transducer features a durable bronze housing, ideal for thru-hull installations. This robust construction enhances resistance to marine growth and corrosion, ensuring a reliable performance even in demanding saltwater conditions.

Technical Specifications

• Function: Depth and Temperature
• Frequency: CHIRP 130 - 210 kHz
• Material: Bronze
• RMS Power: 1 kW
• Temperature Sensor: NTC

Key Features

• High CHIRP frequency range for enhanced target separation and superior sonar clarity
• Durable bronze thru-hull design for long-lasting marine performance
• Provides precise depth and temperature readings for improved navigation and fishing efficiency
• Powerful 1 kW RMS output for strong signal penetration in various water depths
• Equipped with an NTC temperature sensor for accurate thermal monitoring

This high-performance transducer is an excellent addition to any marine vessel, offering the reliability and accuracy needed for confident navigation and superior sonar imaging.