Product Details
Tilted Element™ SS175M Bare Wire Stainless Steel Flush Thru-hull Mount Transducer (SS175C-20-M-0) by Airmar®. Measures: Depth/Temperature. Frequency: 85-135kHz. Max Power: 1000W. Accommodates Deadrise: 8° - 15°. Tilt: 12°. Medium frequency delivers the right combination of coverage under the boat, extended depth range, and the ability to produce clean and accurate target and structure returns in mid to deeper water. Operating at a frequency range of 85 to 135 kHz, this transducer reveals fish at medium depths of up to 457 m (1,500') and delivers ultra-clear target resolution.
Specifications
| CHIRP-ready |
| Power: 1kW |
| Function: Depth, Temperature |
| Frequency: 85-135 kHz |
| Mount Style: Thru-Hull, Flush, Tilted |
| Housing Material: Stainless Steel |
| Weight: 2.7 kg (6 lb.) |
| Recommended Boat Length: Up to 11 m (36') |
| Hull Material: Compatible with all hull materials |
| Hull Deadrise: 16 to 24° |
| Acoustic Window: Urethane |
| Fiberglass or wood hull—95 mm or 3-3/4" |
| Metal hull—105 mm or 4-1/8" |
| Transducer Element: One internal ceramic assembly |
Features
- Depth and fast-response water-temperature sensor
- 1 kW with maximum depth to 762 m (2,500')
- Low frequency: 40 to 60 kHz, 32° to 21° beamwidth. Great deep-water performance
- Low-profile, thru-hull housing provides good resolution at speed when installed properly
- Stainless steel housing for use on stepped, planing or displacement hull
- Exclusive Xducer ID® technology
Airmar® is the primary supplier of ultrasonic transducers to manufacturers of marine electronics for recreational boating, sportfishing, and commercial fishing applications. From small personal watercraft sensors to large transducer arrays, Airmar products are synonymous with quality and performance. Airmar has the most advanced transducers on the market when it comes to fishing. From broadband transducers with high sensitivity to Chirp-ready transducers that can identify fish species at depths that were once unimaginable, Airmar is leading the way in fishing transducer technology.