
ATRAD
ABN 72 112 121 801

ATRAD
ABN 72 112 121 801
The ATRAD Atmospheric Boundary Layer Tropospheric Radar System (BLTR) has been specifically designed for wind profiling a localised area (0 - 10 km Radius) at heights between 300 metres up to 6 kilometres above ground level. The actual height coverage will depend on the location.

The BLT has many applications, which include:
ATRAD has supplied Atmospheric Radars to customers around the world. It has established links with many organisations and institutions researching atmospheric phenomena such as wind velocities, turbulence, atmospheric waves and the energy and temperature exchange between different layers of the atmosphere.
ATRAD has formal links with the Atmospheric Physics Research Group in the Department of Physics and Mathematical Physics at Adelaide University in South Australia. ATRAD has access to the University's large field station at Buckland Park north of Adelaide to test and develop new equipment.
ATRAD can customise your system to meet your requirements and provide total life of system support.
| Minimum Power: | 4 kW |
|---|---|
| Minimum Power Increment: | 4 kW |
| Maximum Power: | 24 kW |
| Maximum PRF: | 25KHz |
| Frequency: | 30 - 60 MHz (factory set) |
| Maximum Duty cycle>: | 10% (Gaussian monopulses), 12% (Square/coded pulses) |
3 channels
Typical Coherent Integration 2048
Receiver and Transmitter under separate PC control
| Averaging: | 16 bit signal averaging |
|---|---|
| Typical maximum throughput: | 3*5000*40*2 = 1.2 Msamples / second |
| Expected Range coverage: | 0.3-6 km |
| Range Resolution: | 0.1 km / 0.300 km |
| Number of Ranges: | 60 / 20 |
27 Yagis in three groups of nine
Mains Power (220V or 110V AC) single or three phase
ATRAD Display and Analysis Software Suite
Full Correlation Analysis (FCA)
Dedicated PC for Analysis and External Access
This is an Export Brochure.
Download this brochure in PDF format, or view a typical display of BLTR data.
Specification are indicative only and subject to change without notice