Further Discounts may be available. Call us for details.
We Ship Worldwide

Model: JMA-7133-12SA - DISCONTINUED

JRC JMA-7133 Marine RADAR with ARPA, AIS, IMO, 12\' Open Scanner - DISCONTINUED
Contact Information

JRC Marine

JRC JMA-7133 Marine RADAR with ARPA, AIS, IMO, 12' Open Scanner - DISCONTINUED

The JRC JMA-7133-12SA has JRC Constaview™ that is realized through the use of three high-speed processors. All of the information that is gathered by the radar is processed in just a few seconds. It generates a smooth image rotation that does not delay new radar images from being displayed.

Contact us today for a free consultation!


Specifications

Display: 19"
Antenna Size: 12'
Antenna Type: Open Array
Power Output: 30 kW
Range: .125 - 96nm

Related Material
JRC JMA-7133 ARPA RADAR Brochure

The JRC JMA-7133-12SA has easy and flexible blackbox configuration. Radars are available in different versions to suit your type of vessel. There is an optional target tracking function module with up to 100 targets, and or AIS interface can be built-in

JRC JMA-7133-12SA

On Screen Information

Where there are multiple antennas installed, different position offsets for each antenna in the radar system should be applied with respect to the CCRP (Consistent Common Reference Point). Switch between up to 8 displays.

JRC JMA-7133-12SA Features

  • Cost-effective with reliable performance
  • One of the most cutting-edge radar products available
  • Digital signal processing via Constaview™
  • Multi-level target enhancement via TEF™
The JRC JMA-7133-12SA has JRC Constaview™ that is realized through the use of three high-speed processors. All of the information that is gathered by the radar is processed in just a few seconds. It generates a smooth image rotation that does not delay new radar images from being displayed. Contact us today for a free consultation! Specifications ...
[Show More]


Contact us today for a free consultation!

JRC JMA-7133 ARPA RADAR Brochure

This product was added to our catalog on Wednesday 28 September, 2016.

Share with: