8km X-Band Radar Azimuth One-Dimensional Active Phase Scan Single Pulse Radar

• Type: Sensor
• Usage: Security Warning and Protection
• Installation Mode: Ground Steel Bracket or Tripod
• Model NO.: X8000
• Certification: ISO
• Application: Industry, Special Equipment
• External Interfaces: Rj-45
• Power Consumption: ≤30W
• Communication Protocol: TCP/IP
• Transport Package: Aviation Box Packaging
• Specification: X Band
• Trademark: OME acceptable
• Origin: China
• HS Code: 8526109090
• Production Capacity: 1000pieces/Year

Product Description

 

Basic Information

Model NO.	X8000
Operating frequency	X Band
Work frequency point	eleven
tracking mode	TWS
Azimuth scan range	8) ± 45°, and the scanning range can be set arbitrarily within the range of ±45° Machine scanning range: 360° continuous scanning in azimuth
Target velocity range	0.5m/s~50m/s(1.8km/h~180km/h)
Accuracy error	The distance is ≤5m, the azimuth ≤ 0.4°, and the speed ≤ 0.1m/s
Reliability and serviceability	MTBF ≥ 5000h,MTTR ≤ 0.5h

Packaging & Deliver

weight	≤13kg
Structural dimensions	475mm×350mm×110mm
Ingress protection	IP66

Schematic Diagram of the Work

Schematic Diagram of Radar Multi-Array Combination

 

 

 

peculiarity

X8000 This radar is a versatile, fully coherent, one-dimensional active phase-scanning, single-pulse two-coordinate radar. Specifically engineered for challenging terrains and maritime conditions, it adeptly detects pedestrians, vehicles, ships, and more. After extensive field application and continuous enhancement, its performance is both reliable and stable, perfectly suited for extreme environments like frigid cold, humid heat, and salt spray conditions.

Technological Advantages

1) By employing active phase scanning technology, it enables azimuth electric sweeping. This grants it a significant edge over mechanical scanning radars, offering an exceptional scanning rate, swift beam direction changes, and unmatched target measurement accuracy.

2) With cutting-edge radar signal processing technology, the radar boasts an impressively low false alarm rate, ensuring a clear monitoring display, enabling precise target detection and locking.

3) The pitch beam encompasses a broad angle, simultaneously covering ground, sea surface, valleys, and hillsides. This ensures effective detection of pedestrians, vehicles, boats, and even wildlife.

4) It features flexible networking capabilities, allowing for adaptable network configurations as per actual requirements, enabling a single display and control terminal to manage multiple radar units concurrently.

5) Each functional component is designed modularly, with clear and intuitive interfaces, greatly simplifying maintenance tasks.

6) The structure boasts an exquisite layout, with a lightweight and compact form factor, ensuring ease of transport, portability, and quick deployment.

7) Utilizing a human-machine integration design, radar operation is made intuitive and highly practical.

8) All active components are optimized for power efficiency, resulting in minimal overall power consumption, adaptable to various power sources.

9) Featuring fanless thermal equilibrium technology, verified through comprehensive simulation and physical testing, it is well-suited for extreme temperatures and environments.

10) With a fully sealed design, the entire system meets IP66 standards, offering dustproof, waterproof, and anti-salt spray capabilities, making it ideal for harsh conditions like those found in gobi, desert, and marine settings.

Functions

 

Primarily used for border defense and critical site surveillance, this radar effectively monitors personnel, vehicles, and vessels within its range, with key functionalities including:

Efficiently executes search and tracking functions for pedestrians, moving vehicles, boats, and other targets.

Equipped with online detection, fault diagnosis, fault location, and temperature monitoring capabilities.

Includes self-positioning and orientation functions.

Features automatic recording and playback of operational status.

Offers guidance information to higher-level systems, ensuring collaborative operational capabilities.

Incorporates networking functionality, enabling coordinated operations across multiple radars.