*LAP3000 - 4 Panels*
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*OVERLAY*
Short Delivery Time
Modular Design For Easy Maintenance
Advanced System Monitoring

*FEATURES*
Maximum range up to 5 km and more
Patch array antenna
Binary pulse coding
Advanced Coherent Noise Suppression ACNS
Free positioning of range gates
Unlimited multiple-mode capability
RASS extension available

*SPECIFICATIONS*
Specifications

*SPECIFICATIONS-TABLE*
General Specifications
(Parameter) # (Specification) # (Remarks)
Operating Frequency # 1290MHz # Models with other frequencies are also available.
Antenna Type # Flat antenna with micro‑patch phased array # Electronically steerable.
Number of Beams # 5 beams: 4 oblique beams and 1 vertical beam # The oblique beams have azimuth increment of 90°, such as N, E, S and W.
Pulse Width # 265ns to 3340ns # User selectable with increments of 5ns. The system calibration is valid for all pulse lengths. No pulse-specific recalibrations are required.
Minimum Detection Height # 100m # Dependent on transmit pulse duration, meteorological conditions, and surrounding clutter environment.
Maximum Detection Height # 4 – 5 km in clear air and beyond in precipitation # Dependent on measurement settings, environment, and meteorological conditions.
Vertical Resolution # User configurable from 40m to 500m # Dependent on pulse width.
Wind Speed Accuracy # < 1 m/s
Wind Direction Accuracy # < 10°
Operating Temperature # -40°C to +50°C
Operating Humidity # 0% to 100%
Operating Temperature of Internal Electronics # +10°C to +35°C
Operating Humidity of Internal Electronics # 0% to 80%, non-condensing
Measurement range of horizontal wind component # -100 to 100 m/s # Larger ranges configurable.
Measurement range of vertical wind component # -20 to 20 m/s # Larger ranges configurable.
Averaging Time Interval # 3 to 60 minutes # User selectable.
Update Time Interval # 1 to 60 minutes # User selectable, running averages supported.
RF Power Output # 1000W (Peak) # Given peak values denote the peak RF power at the output ports of the Amplifier Units during the transmit pulses.The average power depends on the pulse duty-cycle of the measurement configuration.
Power Requirements # 100 to 240 VAC, single-phase # The average power consumption of the system depends on the measurement configuration (e.g. pulse duty-cycle). The typical average consumption is in the range from 250 W to 1000 W.

*SPECIFICATIONS-TABLE*
Phase Array Antenna Specifications
(Parameter) # (Specification) # (Remarks)
Antenna Panels and Dimensions # 4 panels, each panel 0.86 m x 0.86 m, in total 2.58 m x 2.58 m
Antenna Aperture # Approx. 3m² # Overall antenna‑array aperture.
Beam Tilt Angles # 144 elements # Microstrip patches.
Number of Radiating Elements # Zenith for the vertical beam, 15.5° from zenith for the oblique beams
Beam Width # 7.1°
Gain # 28.2 dBi

*SPECIFICATIONS-TABLE*
System Specifications for Software
(Item) # (Specification)
Data Output # Horizontal wind speed and direction, wind components u, v, and w, standard deviations of wind, back scatter, moments, precipitation fall-speed, spectra, time series of I/Q samples, quality levels.
Data Export Format # Many different data formats are available like BUFR, XML, text format, NOAA POP, KWPN (Korea), CMA (China), MRI (Japan).
Software Compatibility # Compatible with Windows 10, Windows Server 2016 or older versions.
Real-time Hardware Monitoring # Continuous monitoring and reporting of more than 80 system parameters about the hardware component conditions in real‑time during measurements, which are recorded, stored and presented in the computer.
Control and Configuration # Graphical user interface, no manual editing of configuration files required.
Real-time Display # Wind barb and vector plots, profile plots, time vs. height color plots, wind roses,timeline plots with trend lines, raw time series plots, raw spectra plots and tabular outputs.
Real-time Data Export # Network output a via FTP, TCP, UDP or shared folder.
Reprocessing of Data # The reprocessing of the data can be directly performed via GUI in the same form as is the real-time display. Time series, spectra, moments or main data are also fully configurable via GUI.
Ground and Intermittent Clutter Filters # Removal of airplane, birds, sea and ground clutter by several methods, like the Entropy-Score intermittency detection, DC removal, ICRA method, and GABOR Frame decomposition (Lehmann-Teschke) algorithms.
On-site Hardware Diagnostics # Real-time monitoring of more than 80 system parameters on a dedicated monitoring hardware display, which enables on-site hardware diagnostics without the need of PC-diagnostic display.
Manual Antenna Beam Switching # In diagnosis mode, the antenna beam can be manually switched to any one of the five directions on the MII unit.
Radio Frequency Interference removal # The Advanced Coherent Noise Suppression (ACNS) method cancels distinct radio frequency interference and improves data quality.
Precipitation Detection # Automatic precipitation detection to improve data processing and quality.
Quality Control # Several quality control rules are available for raw moments (e.g. signal to noise thresholds, spectral peaks criteria, cluster quality rules) and main data (e.g.consensus in time and between beams). 
Automation Capability # Additional network and command-line interfaces for automated measurement control, change of configuration and data reprocess.
Web Interface # Fully customizable online data displays in real-time.
Automatic Self-Test # The Self-Test is controlled by SRun software and fully automatic, which takes less than 5 minutes.

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