Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin

Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin

The Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin is a high-performance, low-frequency CHIRP transducer designed for use with Raymarine’s CP370 and CP470 sounder modules. This transducer provides excellent target resolution and penetration, making it ideal for fishing in deep water or in areas with dense vegetation. The Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin features a 12-degree tilt, which allows for more accurate readings and reduced noise. Additionally, its low CHIRP frequency provides better target separation and deeper penetration.

The Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin is a popular choice among fishermen due to its exceptional performance and reliability. With its ability to provide accurate and detailed readings, this transducer is perfect for those who want to get the most out of their fishing experience. Whether you’re fishing in freshwater or saltwater, the Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin is an excellent addition to your fishing gear.

Why pick the Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin:

• Provides excellent target resolution and penetration, making it ideal for deep-water fishing or in areas with dense vegetation.
• Features a 12-degree tilt, which allows for more accurate readings and reduced noise.
• Its low CHIRP frequency provides better target separation and deeper penetration.

Where to use it:

The Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin is suitable for a variety of fishing applications, including:

• Freshwater fishing
• Saltwater fishing
• Deep-water fishing

Tips for maintenance:

To ensure optimal performance and longevity of the Airmar SS175C-12-L 12d Tilt Low CHIRP with Raymarine 11-Pin, follow these maintenance tips:

• Regularly inspect the transducer for signs of damage or corrosion.
• Keep the transducer clean and free of debris.
• Avoid exposing the transducer to extreme temperatures or weather conditions.