Airmar SS175C-20-L 20d Tilt Low CHIRP with Raymarine 11-Pin

Ships Within 1-2 Business Days

Free Shipping On Orders Over $500

Options

$1,759.00
Or

WARNING ⚠️

You must be 18 or older to purchase shotgun or rifle ammunition and 21 or older to purchase handgun ammunition and firearms. Please reference our requirements for ammunition orders to "restricted" states HERE.  Always make sure you use the correct ammunition for your firearms. Ammo cannot be shipped to a PO Box. Please reference state & local laws before making a firearm or ammunition purchase.

Purchasing a Firearm? Click HERE to see our firearm purchasing guide. 

Info

SKU:AIRSS175C20L11R

SKU: AIRSS175C20L11R

MPN: SS175C-20-L-11R

Info

SKU:
AIRSS175C20L11R
MPN:
SS175C-20-L-11R

Description

Airmar SS175C-20-L 20d Tilt

Low CHIRP with Raymarine 11-Pin

Model: SS175C-20-L
  • Depth and fast-response water-temperature sensor
  • 1 kW
  • Low Frequency: 40 kHz to 60 kHz with maximum depth performance to 762 m (2500') = 32° to 21° beamwidth
  • Great deep water performance
  • Stainless steel housing for use on stepped, planing or displacement hulls in fiberglass, wood or metal
  • Recommended boat size: Up to 11 m (36')
  • Also available in a bronze housing (B175L) model for use in fiberglass and wood hulls
  • Exclusive Xducer ID® technology

Airmar’s low profile Chirp-ready transducer models are the perfect addition to smaller boats such as center consoles. The low frequency band is the deep water performer delivering excellent coverage and tracking in deeper depths. The SS175L transducer delivers up to 20 kHz of total bandwidth in just one installation and delivers tremendous deep water performance.

Because the transducer is installed almost flush to the hull, when the transducer is installed the tilt corrects for the hull deadrise and orients the ceramic element horizontally to assure maximum echo returns to the transducer.

Specifications
Weight2.7 kg (6 lb)
Hull Deadrise16° to 24° hull deadrise
Acoustic WindowUrethane
Hole Size98 mm (3-7/8")
Seven internal broadband ceramic assemblies