Airmar SS175C-12-H 12d Tilt High CHIRP with Mix-N-Match Plug Marine Navigation & Instruments

Airmar SS175C-12-H 12d Tilt

High CHIRP

Model: 41-843-1-01

High: CHIRPS from 130 kHz to 210 kHz, beamwidth from 15° to 9°
Available in 0°, 12° or 20° tilted versions
80 kHz total bandwidth from one transducer
Fast-response depth and water temperature sensor
Steel transducer housing
Boat size: up to 11 m (36 ')
Hull type: steel or aluminum
Exclusive Xducer ID technology

Rely on Airmar's new wideband transducers for your ultimate fishing mission. Whether you're a commercial fisherman, charter captain, or tournament fisherman, there's a new game in town! Chirp transducers provide bottom sensing down to 3,000 m (10,000') with 5 to 10 times greater detail and resolution, so precise that it is possible to distinguish individual baitfish, peasgame sounds and underwater structures. One transducer provides up to 80 kHz of total bandwidth in a single installation, saving customers time and money.

This transducer is designed for small boats up to to 36 feet (11 m).

An inclined element model in the Chirp Thru-Hull product line, the Chirps SS175H on the following bandwidth: H Model — High Frequency 130-210 kHz

Specifications

Hull body	Up to 24°
Acoustic window	Urethane
Weight	2.7 kg (6 lb)

High CHIRP Model: 41- 843-1-01 High CHIRPS from 130 kHz to 210 kHz, beamwidth from 15° to 9°, tilt version available at 0°, 12° or 20° Total bandwidth of 80 kHz a...
PRODUCT ID: 1000167
SKU: NVN-1000167
CSKU: CWR-1000167
REWRITE: 1011278-airmar-ss175c-12-h-12d-tilt-high-chirp- with
MPN: 41-843-1-01
UPC:
ASIN:
WSKU: AIRSS175C12HMM
SSKU:
NAME: Airmar SS175C-12-H 12d Tilt High CHIRP with Mix-N-Match plug
PTITRE: Airmar SS175C-12-H 12d Tilt High CHIRP with Mix plug -N-Match
TYPE: Navigation and Marine Instruments -> Transducers
SELLER: Airmar
Airmar SS175C-12 -H 12D Tilt High Chirp with Mix-N-Match Jack

Gtags:

GSpecs:

Airmar SS175C-12-H 12d Tilt High CHIRP with Mix-N-Match Plug Product Description

Airmar SS175C-12-H 12d Tilt

High CHIRP

Model: 41-843-1-01

High: CHIRPS 130 kHz to 210 kHz, beamwidth 15° to 9°
Available in versions tilted at 0°, 12° or 20°
80 kHz total bandwidth from a single transducer
Depth and temperature sensor fast response water
Steel transducer housing
Boat size: up to 11m (36')
Hull type: steel or aluminum
Exclusive Xducer ID technology

Rely on Airmar's new wideband transducers for your ultimate fishing mission. Whether you're a commercial fisherman, charter captain, or tournament fisherman, there's a new game in town! Chirp transducers provide bottom detection down to 3,000 m (10,000') with 5 to 10 times more precise detail and resolution, ifclarifies that it is possible to distinguish individual baitfish, gamefish and underwater structures. One transducer delivers up to 80 kHz of total bandwidth in a single installation, saving customers time and money.

This transducer is designed for small boats up to to 36 feet (11 m).

A slanted element model in the Chirp Thru-Hull product line, the SS175H chirps over the following bandwidth: Model H — High Frequency 130-210 kHz

p>Specifications

Dead body	Up to 24°
Acoustic window	Urethane
Weight	2.7 kg (6 lb)

High CHIRP model: 41-843 -1-01 High CHIRPS from 130 kHz to 210 kHz, beamwidth from 15° to 9° -version available at 0°, 12° or 20° tilt. Passbandtotal ante of 80 kHz.

Save $640 when you purchase the Airmar SS175C-12 -H 12d Tilt High CHIRP with Mix-N-Match Plug for only $849from NVN Marine! Same day dispatch before 3 p.m. Airmar SS175C-12-H 12d High Tilt CHIRPWith Mix-N-Match Plug Technical Specifications

Type:	Marine Navigation & Instruments \| Transducers
Supplier:	Airmar
Weight:	11.0 lbs

Airmar SS175C-12-H 12d Tilt High CHIRP with Mix-N -Match Plug User ReviewsAirmar SS175C-12-H 12d Tilt High CHIRP with Mix-N-Match Plug Shipping & Returns

Shipping Weight:	11.0 lb
Box sizes:	1.00 (h) x 1.00 (l) x 1.00 (l)
Cubic feet:	1.0
Returnable:	Yes
USPS First Class:	Yes
P65:	Yes

For details shipping policy, please view our shipping policy and you can find our return and refund policy here.