Securing Sensitive Sites: The Power of the Long Distance 3km 12 Band Portable Trolley Case High Power Signal Blocker
As unmanned aerial vehicles become increasingly common, the convenience they offer comes hand-in-hand with significant security risks. Rogue drones frequently breach restricted airspace over airports, government facilities, and public events, creating dangerous vulnerabilities. The Long Distance 3km 12 Band portable trolley case high power 810W Signal Blocker provides a robust, professional-grade solution to this growing challenge. This system is engineered to deliver reliable protection where it matters most, combining formidable output with exceptional portability.
A Portable Trolley Case Signal Blocker Designed for Rapid Deployment
One of the standout features of this device is its thoughtful design. Housed in a rugged, wheeled trolley case, the system can be transported with ease and deployed in minutes. Whether used in crowded city streets, at outdoor venues, or near critical infrastructure, this trolley case signal blocker ensures security teams are never weighed down by bulky equipment. The portable form factor allows operatives to respond quickly to emerging threats, positioning the unit exactly where coverage is needed most. This mobility does not sacrifice power; the 810W high output guarantees a wide effective radius, making it practical for both fixed-site protection and temporary event security.
Technical Specifications and Frequency Coverage
The signal management system operates across 12 dedicated frequency bands, enabling precise control over a wide spectrum of communications. This comprehensive coverage is essential for neutralizing unauthorized drone activity while managing other wireless signals. The following table details the specific parameters for each channel, ensuring clarity for technical operators.
| Channel | Frequency Range | RF Power (W) | Current (A) | Application Signal Format |
|---|---|---|---|---|
| CH1 | 20-100 MHz | 60W | 5 | Unmanned Vehicles – DDS |
| CH2 | 136-174 MHz | 100W | 6 | Walkie-Talkie – DDS |
| CH3 | 200-300 MHz | 100W | 6.5 | Walkie-Talkie – DDS |
| CH4 | 300-400 MHz | 60W | 5 | Walkie-Talkie – Analog Noise |
| CH5 | 400-500 MHz | 60W | 5 | Walkie-Talkie – Analog Noise |
| CH6 | 800-900 MHz | 60W | 6 | CDMA-2G – Analog Noise |
| CH7 | 900-1880 MHz | 60W | 6 | 2G/4G1 – Analog Noise |
| CH8 | 1515-1630 MHz | 60W | 6 | 3G – DDS |
| CH9 | 2100-2600 MHz | 60W | 6.5 | 4G2 – Analog Noise |
| CH10 | 2400-2485 MHz | 80W | 7 | Wi-Fi, UAV – Analog Noise |
| CH11 | 5400-5800 MHz | 60W | 7 | 4G3, 5G1 – Analog Noise |
| CH12 | 5725-5850 MHz | 50W | 7 | Wi-Fi, UAV – Analog Noise |
Operational Parameters and Environmental Resilience
Beyond the frequency specifications, the system is built to perform under demanding conditions. The following table outlines the key operational characteristics that define this unit’s reliability and ease of use.
| Parameter | Specification |
|---|---|
| Overall Size (L x W x H) | 620 x 500 x 350 mm (excluding protruding parts) |
| Number of Modules | 12 |
| AC Power Supply | AC: 110V~240V |
| DC Power Supply | 28V |
| Total Power Consumption | 2214W, AC current: 11A |
| Total RF Power | 910W, DC current: 82A |
| Operating Temperature | -20ºC to +50ºC |
| Operating Humidity | ≤80% |
| Overall Reliability (MTBF) | Not less than 1000 hours |
| Maintainability (MTTR) | Less than 1 hour |
| System Response Time | No more than 30 seconds (from power-on to normal working) |
Conclusion: Reliable Security with the 810W Signal Blocker
The Long Distance 3km 12 Band portable trolley case high power 810W Signal Blocker stands as a critical tool for modern security operations. Its ability to cover a broad range of frequencies, from low-band communications to high-frequency UAV control links, ensures comprehensive threat mitigation. The portable design, combined with a robust power output exceeding 800 watts, allows for effective deployment in diverse environments without compromising on performance. Whether protecting a high-profile event or a permanent sensitive site, this system delivers the reliability and rapid response required to maintain airspace security. With a proven mean time between failures of over 1000 hours and a swift system response time, operators can trust this unit to perform when it matters most, safeguarding assets through advanced signal management.
