ENG

JMA-5212-4HS, 10 kW, VG-MD20 monitor 20 '

JMA-5212-4HS, 10 kW, VG-MD20 monitor 20 '
JMA-5212-4HS is a marine radar station developed by JRC, featuring enhanced radar capabilities specifically designed for high-speed vessels. This model boasts impressive performance and is equipped with a high-resolution 20-inch VG-MD20 monitor. The radar antenna has an output power of 10 kW.

The JMA-5212-4HS comes with a 4-foot open-type antenna and includes a 20-meter antenna cable (CFQ-6912-20) in the package. The radar station offers a wide range of optional features, including the ATA function (tracking up to 30 targets), AIS ID overlay (tracking up to 50 targets), map overlay capabilities, and support for JRC/ENC/C-MAP NT+ options.

This radar station is certified by the Russian River Register and the Russian Maritime Register of Shipping, and it complies with the latest requirements of the IMO resolution.

Technical Specifications:
  • Antenna Length: 4 feet
  • Output Power: 10 kW
  • Operating Frequency: 9410 MHz ± 30 MHz
  • Display Type: Color raster PPI scanning display
  • Range Scales: 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 nautical miles
  • Installation Cable Options: CFQ-6912-10 (10m), CFQ-6912-15 (15m), CFQ-6912-20 (20m), CFQ-6912-30 (30m), CFQ-6912-40 (40m), CFQ-6912-50 (50m), CFQ-6912-65 (65m)
  • Power Supply: DC 24V (DC 21.6–31.2V); 110V to 230V AC
  • Power Consumption: 600 W
  • Operating Temperature Range: -15 to +55°C
  • Relative Humidity: 93% at 40°C
  • Water Resistance Rating: IPx6

The JMA-5212-4HS is an ideal choice for ensuring safety and efficiency in navigation for various types of vessels, particularly those operating at high speeds. With its advanced features and robust design, it provides reliable performance under diverse maritime conditions, making it a valuable asset for ship operators and navigation teams.

Range
X-Band
Certificate:
  • RMRS
Available for order

JMA-5212-4HS, 10 kW, VG-MD20 monitor 20 '

to order
Call our sales manager

Sources of error of magnetic field sensors Sources of error of magnetic field sensors The main sources of error in magnetic field sensors - Variation and Deviation