The second generation and patented Constaview™ is realised through the use of three high-speed processors (in-house Tornado™ technology). All info gathered by the radar is fully processed within a few milliseconds before displayed, generating a smooth image rotation when sailing in Head-Up mode. When changing to North-Up, the new radar image is displayed without any delay caused by the scanner rotation.
SELECT A TRAIL LENGTH
Other ship’s movement and speed can be monitored from length and direction of their trails, primary serving for collision avoidance. The JMA-9100 radar series integrates three different trail length modes, that will show a ship’s course instantly, a unique operational feature that allows for more flexibility. Example real-time processing.
WIDE DYNAMIC RANGE RECEIVER
The new JMA-9100 series integrates a wide dynamic range receiver that, compared to conventional models, significantly improves the differentiation of noise and targets under sea clutter. The radar system overcomes different sources of unwanted signals, maintaining a constant level of overall visible clutter.
Developed exclusively by JRC, TEF™, allows target enhancement relative to the target size. The smaller echoes are far more enlarged than bigger echoes, giving a better on-screen separation and identification.
TEF™ works by adding pixels to targets displayed on the radar image and allows a vastly improved degree of discrimination between targets. Sophisticated processing results in a proportional enhancement where the relative enhancement of smaller targets is greater than applied to larger targets.
MORE POWERFUL THAN EVER
The JMA-9100 incorporates three Tornado™ processors, which are exclusively developed and designed by JRC, bringing a new level of performance and reliability to radar operation. The new Tornado™ processors, which equal the power of twelve conventional processors, and advanced system architecture make the JMA-9100 series probably the most sophisticated radar available today.
FLEXIBLE BLACK BOX CONFIGURATION
The radars are available in standalone and desktop version to suit your type of vessel. In the desktop version, the processor unit is the heart of the JMA-9100, and shares the same simple configuration as its predecessor, contributing to an enhanced system configuration. Optional TT (Target Tracking) function module with up to 100 targets, and or AIS interface can be built-in.
THEME BASED NAVIGATION
With JRC’s new radar series you don’t have to settle for one constant setting throughout, integrating four navigation themes, facilitating the most optimised radar image, particularly valuable to the dynamically changing conditions. For specific areas, decide on coastal or deep-sea mode and for weather, JRC has a storm and rain mode integrated. JRC-designed themes are easy to customise, so you can adjust and set your radar image exactly as you want.
With its new case design, the keyboard of the JMA-9100 series allows you to carry out all radar operations simply by using the keyboard or on-screen by use of the trackball.
The responsive feel keys allow logical and precise operation and integrates function keys for one-touch access to EBL, VRM, GAIN, SEA and RAIN. This makes it easy to navigate through all common used tasks.
CLEAR ON-SCREEN INFO
The JMA-9100 series make your radar images more brilliant than ever with a sharp 23” high resolution LCD screen. Menu selections, via the keyboard or trackball are clearly shown on the display – allowing “at a glance” interpretation of the radar image. You can also select from multiple background modes e.g. day/dusk/night and adjust the brilliance at your own convenience.
As set by IMO regulations, a Consistent Common Reference Point (CCRP) is a location on own ship, to which all horizontal measurements, such as target range, bearing, relative course/speed, closest point of approach, or time to closest point of approach are referenced.
Where multiple antennas are installed, different position offsets for each antenna in the radar system should be applied with respect to the CCRP.
If you switch between scanners (up to 8 possible – option), the information displayed is generated allows for consistency and uniform output. This new feature is easily accessible from the menu.
MORE BUILT-IN ERGO-FLEXIBILITY
The trackball is designed to work in perfect harmony with the operating system. One of the new features in this radar series is that you can effortlessly assign commonly used functions to the left mouse button, giving you the capability to access a preferred function without having to take your hand off the trackball. You can assign and reassign this multibutton with a range of operational features, which among others are AIS info, TT ACQ, show TT data, property, make mark.
Optional interswitching up to 8 displays possible.
|Unit type||2-unit type||1)3-unit type||2-unit type||2)3-unit type|
|Display||colour raster scan PPI|
|Transmitting frequency||9410MHz ± 30MHz||3050MHz ± 20MHz|
|Beam width 3db||Hor. 1.2°, Ver. 20°||Hor. 1.2°, Ver. 20°||Hor. 1.2°, Ver. 20°||Hor. 0.8°, Ver. 20°||Hor. 1.2°, Ver. 20°||Hor. 1.0°, Ver. 20°||Hor. 0.8°, Ver. 20°||Hor. 1.9°, Ver. 25°||Hor. 1.9°, Ver. 25°|
|Pulse width (freq.)||0.08µs/2250Hz, 0.25µs/1700Hz, 0.5µs/1200Hz, 0.8µs/750Hz, 1.0µs/650Hz||0.07µs/2250Hz, 0.2µs/2250Hz, 0.3µs/1900Hz, 0.4µs/1400Hz, 0.8µs/750Hz, 1.0µs/650Hz, 1.2µs/510Hz|
|Duplexer||circulator + diode limiter||circulator + TRHPL|
|Range scale||0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM|
|Tuning||automatic / manual|
|Modulator||solid state modulator circuit|
|Ambient condition||temperature: -25°C to +55°C (NTG-3225/NTG-3230: -15°C to +55°C), relative humidity: 93% @40°C|
|Radar display unit|
|Model (stand alone)||NCD-4990|
|LCD||1280 x 1024 dot|
|Effective diameter||≥ 320mm|
|Bearing indication||north-up / course-up / head-up|
|Presentation mode||RM display with true trail, RM display with relative trail, TM display|
|EBL||2 (EBL1/EBL2) (center/independent) 000.0° – 359.9°, numerical indication in 4 digits VRM 2 (VRM1/VRM2), 0.000 – 100.0nm, numerical indication in 4 digits|
|Trail indication||3 stages: short, middle, long (e.g. short: off/0.25/0.5/1/3/6/10/15-min)|
|Navigation markers||20.000 points|
|Off center||within 66% of radius, except 96 nm|
|ARPA tracking numbers||100|
|AIS target numbers||300 (sleeping + activated), 100 (activated)|
|Ambient condition||temperature: -15°C to +55°C, relative humidity: 93% @40°C|
(max length 65 m)
|CFQ-6912-40 (40 m)||H-2695110056 (40 m)||CFQ) -6912-40
|H-7AWRD0003 (20 m)
H-2695110056 (40 m)
|HF-20D (30 m)
|Power supply (voltage)||1)AC 110V (AC 100 to 115V) and/or AC 230V (AC 220 to 240V), 50/60Hz, 1Ø|
|Power consumption (max wind)||avg 350VA
(built-in type: up to 2)
(box type: up to 4)
(box type: up to 8)
|Scanner with deicing device||n/a||n/a||NKE-1125-6D||NKE-1125-9D||NKE-2254-6HSD||NKE-1129-7D||NKE-1129-9D||NKE-1130D||NKE-1139D|
1) separate transmitter receiver: NTG-3225
2) separate transmitter receiver: NTG-3230
3) consists of NWZ-170 (display), NDC-1399-9 (processor) and NCE-5163 (keyboard)
4) specify power supply input for drive motor for NKE-1125/1129/1130/1139 series upon ordering (NKE-2103/2254 can operate under both)
DISPLAY FOR DESKTOP
KEYBOARD AND PROCESSOR FOR DESKTOP
TRANSCEIVER FOR 3 UNIT TYPES
10 KW X-BAND SCANNER
25 KW X-BAND SCANNER
30 KW S-BAND SCANNER
WHAT’S STANDARD IN THE BOX?
JRC sets the highest standards for performance and flexibility. With our new JMA-9100 series, you have five key choices to select from, allowing you to ‘configure’ your favoured radar system – from unit type to desktop or stand alone – making it more than ideal for your preferred installation approach.
- 2-unit or 3-unit type?
- transmitting power?
- X-band or S-band?
- conventional or high-speed*?
- desktop or stand alone?
- 2-unit 6
- 3-unit 3
- 10kW 2
- 25kW 5
- 30kW 2
- X-band 7
- S-band 2
- conventional 7
- high-speed 2
both versions available in all 9 models
* high-speed version not available for S-band
|Cable type 1|
|Scanner to display||40 m|
|Cable type 2|
|Scanner to display||40 m (via transceiver)|
|Scanner to transceiver (waveguide)||20 m|
|Cable type 3|
|Scanner to display||40 m (via transceiver)|
|Scanner to transceiver (HF coax cable)||30 m|
(!) The maximum length for cable (scanner to display) must not exceed 65 m