Description
Airmar R109C-LH (low/high) CHIRP - Mix and Match R109C-LH
2 kW
The R109LH is an externally-mounted, 2 kW transducer which delivers excellent target resolution, bottom discrimination, and bait and game-fish separation. The R109LH is packed with a fifteen-element, low-frequency array that operates at anywhere between 38 and 75 kHz, delivering great depth capability down to 1829 m (6000'). The single, high-frequency ceramic operates at any frequency between 130 and 210 kHz and has a narrow, 8° to 4°, beam that provide tremendous bottom detail and fish-target discrimination at depths to 457 m (1500').
Features
Depth and fast-response water-temperature sensing
2 kW of power for excellent deep-water performance
Low frequency: 38 to 75 kHz
19° to 10° port-starboard beamwidth
10° to 5° fore-aft beamwidth
Maximum depth of 1829 m (6000')
High frequency: 130 to 210 kHz
8° to 4° beamwidth
Maximum depth of 457 m (1500')
117 kHz of total bandwidth from one transducer
Covers popular fishing frequencies of 50, 60, and 200 kHz plus everything else in the bandwidth
Urethane housing with fairing for optimal performance
Also available as pocket/keel/welded-tank (PM111LH) and in-hull (R111LH) mounts
Patented Xducer ID® technology
Specifications
Brand: Airmar Technology
Acoustic Window: Epoxy/urethane
Cable-Length: 15 m (49')
Common Use: Fishing, Commercial Fishing
Connector: Bare Wire
Country of Origin: USA
Cross Reference: A80039
Deadrise Range: Up to 25° with fairing
Display Connector: 0
Frequency Band: Low-High
Functions: Depth, Temperature
High Frequency: 130-210 kHz
High Frequency Beamwidth: 8°-4°
Hull Material: Compatible w/ all hull materials
Low Frequency: 38-75 kHz
Low Frequency Beamwidth: 10°x19°-5°x10°
Material: Urethane
Max Deadrise: Up to 22°
Max Deadrise Angle: 22°
Max Depth: Low frequency- 1829 m (6000'), High frequency- 457 m (1500')
Max Vessel LOA: 12 m (40') and above
Mounting Style: Thru-Hull
Power Rating: 2 kW
Single or Dual Frequency: CHIRP-Ready Dual-Band
Tilted Element: No
Weight: 15.1 kg (33.3 lb.)
