Airmar R599C-LM In Hull 3kW Low/Medium CHIRP No Connector

Explore the Airmar R599C-LM In Hull 3kW Low/Medium CHIRP Transducer

Airmar R599C-LM In Hull 3kW Low/Medium CHIRP No Connector

Airmar R599 Low-Medium Chirp, 3kW, No Connector, Depth

Model: R599C-LM

• Depth only
• 2 to 3 kW for superior deep-water performance
• Low frequency: 28 to 60 kHz
• 23 deg to 9 deg port-starboard beamwidth
• 11 deg to 5 deg fore-aft beamwidth
• Depth performance to 3,048 m (10,000 feet)
• Medium frequency: 80 to 130 kHz
• 13 deg to 8 deg beamwidth
• Depth performance to 914 m (3,000 feet)
• 82 kHz of total bandwidth from one transducer
• Covers popular fishing frequencies of 38, 50, 88, and 107 kHz plus everything else in the bandwidth
• Urethane transducer housing with plastic mounting tank
• Exclusive Xducer ID(R) technology

Having the right tool for the job makes the job easier and provides better results. The right tool for covering deep-water haunts of swordfish, tuna, and other species is a 2 to 3 kW, low to medium-frequency transducer. The Chirp-ready R599LM delivers the deep-water performance of the low frequency down to 3048 m (10000 feet) plus the detailed returns produced by the narrower beams of the medium band.

Chirp technology shows 5 to 10 times-greater detail and resolution than conventional frequencies. The R599LM transmits across the low frequency bandwidth of 28 to 60 kHz and the medium frequency from 80 to 130 kHz. This transducer delivers up to 82 kHz of total bandwidth in a single installation.

The transducer is installed in the included tank which is cut to the boat's deadrise angle and affixed inside the hull. When the transducer is placed inside the tank, it is properly oriented for optimal performance. The R599LM is a popular choice for customers not wanting to drill a hole in their hull and for trailered or multi-hull boats.

Specifications

Cable-Length15 m (49 feet)

Connector
Bare Wire

Cross Reference
A80213

Deadrise Range
0 deg to 22 deg

Display Connector
0

Frequency Band
Low-Medium

Housing Material
Urethane

Hull Material
Solid fiberglass only

Low Frequency
28-60 kHz

Low Frequency Beamwidth
23 deg-9 deg

Max Deadrise
Up to 22 deg (short side), up to 12 deg (long side)

Max Deadrise Angle
22 deg

Max Depth
Low frequency- 3048 m (10000 feet), Medium frequency- 914 m (3000 feet)

Max Vessel LOA
12 m (40 feet) and above

Medium Frequency
80-130 kHz

Medium Frequency Beamwidth
13 deg-8 deg

Mounting Style
In-Hull

Power Rating
2-3 kW

Single or Dual Frequency
CHIRP-Ready Dual-Band

Tilted Element
No

What's in the Box:

• R599 Transducer with 15m cable
• Tank
• Gasket
• Plate
• Hardware

Advanced CHIRP Sonar Technology

The Airmar R599C-LM utilizes advanced Low/Medium CHIRP technology to deliver superior underwater imaging. This dual-frequency transducer allows for enhanced target separation and depth clarity, improving fish detection and bottom tracking. By operating at both low and medium frequencies, it covers a wide range of underwater conditions, making it ideal for professional fishermen and boating enthusiasts who require precise sonar feedback in varied environments.

Durable In Hull Design

Designed to be installed inside the hull, the Airmar R599C-LM provides a sleek, reliable solution without the vulnerabilities of exposed transducers. Its in hull mounting protects it from physical damage and marine growth, offering longevity and consistent performance. The robust housing is engineered to fit seamlessly within fiberglass or composite hulls, reducing drag and eliminating the need for regular maintenance associated with through-hull alternatives.

Powerful 3kW Performance Without Connector

Delivering a powerful 3kW output, the Airmar R599C-LM ensures deep-water sonar penetration and high-resolution readings. The product comes without a connector, providing flexibility for custom cable integration to suit various marine electronics setups. This feature allows installers to tailor the connection to specific vessel configurations, optimizing performance and ensuring lasting electrical integrity in demanding aquatic environments.