Raymarine TM185HW 1Kw Depth and Temperature CHIRP Transom Mount
Model: A80804- Depth and fast-response water-temperature sensing
- 1 kW of power
- High frequency: 150 to 250 kHz - Constant 25° beamwidth - Maximum depth of 152 m (500')
- 100 kHz of total bandwidth from one transducer
- Covers popular fishing frequency of 200 kHz plus everything else in the bandwidth
- Stainless steel bracket for installation on outboard or inboard/outboard powered boats
- Recommended for use on planing and displacement hulls
- SEALCAST™, seamless, urethane housing for long life in the water
- Also available as thru-hull Tilted™ Element (B175HW)(SS175HW), thru-hull with fairing (B285HW), and in-hull (M285HW) mounts
- Patented Xducer ID® technology
Get more coverage under your boat with Airmar’s unique, wide-beam, high-frequency, Chirp-ready TM185HW. The high-frequency band operates across a range of 150 to 250 kHz and has a fixed 25° beam. The high-frequency band yields superior shallow-water performance, bottom detail, and fish-target separation. The constantly wide beam provides twice the coverage for detecting fish in the upper-water column and clear fish arches on the display compared to most high-frequency, narrow-beam transducers. The high wide is the ideal choice for both inshore and pelagic fishing, where resolution and maximum coverage are essential down to 152 m (500').
Specifications| Power Rating | 1 kW | 
| Transom Angle | 3° to 21° | 
| Functions | Depth, Temperature | 
| Max Vessel LOA | Up to 10 m (33') | 
| Acoustic Window | Urethane | 
| Common Use | Leisure/Yachting, Fishing | 
| Freq Hi Wide | 150-250 kHz | 
| High-Wide Beamwidth | 25° | 
| Housing | Urethane/Stainless Bracket | 
| Hull Material | Compatible w/ all hull materials | 
| Max Depth | 150 m (500') | 
| Mounting Style | Transom | 
| Retractable housing | No | 
| Single or Dual Frequency | CHIRP-Ready Single-Band | 
| Tilted Element | No | 
| Weight: | 4.2 kg (9.2 lb.) | 
 


 
			
               
             
                    


 
         
         
        