Simrad S5100 Module Redefining High-Performance Sonar 000-13260-001

The S5100 high-performance CHIRP sonar module features three fully independent channels able to deliver high-resolution sonar coverage across multiple depth ranges, precision-focused for offshore sportfishing anglers. Simultaneous split-screen viewing capability puts you in complete control of the water column, while advanced processing technology allows you to fish with noise-free clarity at all depth ranges without ever losing bottom depth tracking. Mix and match your favourite transducer coverage and transmit power for wide and narrow beam-widths to reveal more fish, detecting small and tightly spaced fish and identifying thermoclines; or adjust specific CHIRP frequencies from 28 to 250 kHz to precisely target specific depths producing big, crisp arches with clear target separation.

Key Features

Three fully independent sonar channels deliver high-resolution coverage
Noise-free clarity at all depth ranges
Combine any three frequency ranges to target multiple depths, including Ultra-Low, Low, Medium, or High CHIRP
Compatible with wide-angle CHIRP transducers for greater coverage of the water column
Simultaneous split-screen viewing of multiple depth ranges on your display
Maximum depth of 3,000 metres / 10,000 feet (transducer dependent)
Easy to install with three plug-and-play 9-pin transducer connectors
Compatible with Simrad NSS evo3 and NSS evo2 multifunction displays, NSO evo2 systems, and S2000-series fish finders

Three Independent Channels
The S5100 is our first sounder module to feature three fully independent sonar channels, delivering true simultaneous coverage of up to three different depth ranges with uncompromising performance at every range. Connect three single-channel transducers, or pair one dual-channel and one single-channel, to create the perfect sonar coverage for the areas you fish and the species you target.

Noise-Free Clarity
CHIRP sonar uses frequency-swept pulses to provide improved target resolution and noise rejection compared to traditional single-frequency sonar. With the S5100’s advanced CHIRP technology, you’ll see clear to the bottom with no mid-water noise or clutter.

Wide-Angle Transducer Support
The Simrad S5100 is compatible with Airmar’s wide‐angle CHIRP series of transducers. These are a perfect fit for targeting pelagic species, with enhanced coverage of the upper water column. Wide-angle transducers are also useful in shallow water, where traditional narrow beam angles can provide limited bottom coverage. A wider coverage area not only speeds your search but means individual fish targets are easier to see.

Simultaneous Split-Screen Viewing
View multiple depth ranges simultaneously in customisable “split-screen” configuration. Because all three sonar channels are completely independent, different frequency ranges can be viewed simultaneously in real-time on a single display.

Plug-and-Play Multifunction Display Compatibility
The S5100 module connects to Simrad NSS evo3 and NSS evo2 multifunction displays, NSO evo2 glass bridge systems, and S2000-series fish finders. High-speed Ethernet connectivity enables easy installation almost anywhere on board. An S5100 module can be used to add sonar capabilities to a modular NSO evo2 system, or to provide additional sonar capabilities on integrated displays with built-in sounder technology.

What's in the Box:

S5100 Module
Powercord
4.5m Ethernet cable
7 TO 9 Pin Adapter Cable X 3

Networking Connectors
Ethernet	1 X 100 Mbps
General
Warranty Period	2 Years
Interface	Ethernet 1 x 100 Mbps
Technical/Environmental
Dimensions (W x H x D)	340 x 100 x 250 mm excluding connectors (378 mm D including connectors)
Mounting Type	Bulkhead or desk mount
Weight	4.7 kg (10.4 lbs)
Type Approval	..
Storage Temperature Range	Up to 95% at 35C (95F) non-condensing
Operating Temperature Range	- 15C - +55C (5F - 131F)
Shock and Vibration	According to IEC 60945
Power
Recommended Fuse Rating	5A
Power Consumption, typical	85W Max
Power Consumption, min.	23 W
Supply Voltage	12 or 24 (10.4 - 31.2)