製品詳細
起源の場所: 中国
ブランド名: JDY
モデル番号: JDY-600
支払及び船積みの言葉
最小注文数量: 1
価格: $10714
パッケージの詳細: フライトケース
受渡し時間: 30日間
支払条件: 信用状
供給の能力: 1か月あたり200
|
検出距離:
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0~3km
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デバイスの重量:
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≤14kg
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バッテリー寿命:
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連続使用時間約2時間
|
画面:
|
電源と信号のステータスを示すLEDインジケーター
|
得:
|
3±1dBi
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干渉角:
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0°~60° / -60°~+60°
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連続労働時間:
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30~40分
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保管温度:
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-20℃~60℃
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アンテナ:
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指向性
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インターセプト周波数帯域:
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2.4G/5.8g/900MHz/1.1g/1.4G
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電源:
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充電式リチウムイオンバッテリー
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干渉範囲:
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1~2km
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チャンネル数:
|
14のチャネル
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利便性:
|
ポータブル
|
コントロール:
|
手動トリガーボタン
|
|
検出距離:
|
0~3km
|
|
デバイスの重量:
|
≤14kg
|
|
バッテリー寿命:
|
連続使用時間約2時間
|
|
画面:
|
電源と信号のステータスを示すLEDインジケーター
|
|
得:
|
3±1dBi
|
|
干渉角:
|
0°~60° / -60°~+60°
|
|
連続労働時間:
|
30~40分
|
|
保管温度:
|
-20℃~60℃
|
|
アンテナ:
|
指向性
|
|
インターセプト周波数帯域:
|
2.4G/5.8g/900MHz/1.1g/1.4G
|
|
電源:
|
充電式リチウムイオンバッテリー
|
|
干渉範囲:
|
1~2km
|
|
チャンネル数:
|
14のチャネル
|
|
利便性:
|
ポータブル
|
|
コントロール:
|
手動トリガーボタン
|
The omnidirectional anti-drone sector-level countermeasure equipment adopts an advanced regional defense architecture, allowing for flexible configuration of multiple defense sectors based on actual application scenarios. This provides 24/7 security protection for key areas such as airports, ports, energy facilities, government agencies, and industrial parks. The system supports customizable sector angles, coverage distances, and priority settings. Through intelligent identification and precise jamming technology, it performs real-time monitoring, early warning, and response to drone targets entering the protected area. The multi-sector collaborative working mode effectively eliminates defense blind spots, forming a wide-coverage, fast-responding, and accurate low-altitude security protection network, providing reliable drone threat defense capabilities for critical areas.
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| Parameter Item | Technical Specifications |
|---|---|
| Countermeasure Frequency Band | 12G/15G/24G/5.2G/5.8G/433MHz/868MHz/900MHz (Frequency band can be customized) |
| Target | Flight control link, navigation signal |
| Transmission Distance | 1-3000m (subject to local electromagnetic environment) |
| Speed | 2.5s |
| Connection Method | Network connection |
The device has a built-in intelligent blacklist/whitelist management mechanism that automatically classifies and manages drones based on their identity information, serial number, communication characteristics, and authorization status. For drones included in the blacklist, the system can quickly initiate directional suppression, navigation guidance, or expulsion measures to achieve precise strikes and effective control; for authorized whitelist drones, they are allowed to fly and operate normally, unaffected by the defense system. This mechanism ensures both low-altitude safety management needs and the normal operation of legitimate drones, achieving a balance between safety and efficiency.
The equipment adopts an industrial-grade hardware design and a highly reliable structural solution, enabling it to adapt to complex and harsh outdoor environments. The entire unit possesses excellent rainproof, dustproof, and corrosion-resistant properties, allowing for long-term stable operation in environments with high temperatures, low temperatures, high humidity, sandstorms, and rainfall. The system supports 24/7 uninterrupted operation, equipped with intelligent temperature control and status monitoring functions to ensure continuous online operation during critical periods, providing users with all-weather, all-time, and all-scenario low-altitude safety assurance capabilities.
The equipment supports centralized management and data visualization on a cloud platform, providing real-time display of key data such as drone alarm information, flight trajectories, equipment status, handling records, and regional situation. Through intuitive data dashboards, managers can quickly grasp the low-altitude safety status, improving decision-making efficiency. Simultaneously, the system has historical data storage and retrieval functions, supporting queries and statistical analysis based on time, location, target type, and other conditions, achieving full traceability of events and providing strong data support for safety management, risk assessment, and operational optimization.
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