Portable EOD Signal Jammer: Advanced Countermeasure Technology
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In an era where wireless threats are increasingly sophisticated, the Portable EOD Signal Jammer (MOP14 PORTABLE JAM22-01) stands as a critical tool for security professionals. This compact yet powerful device is designed to neutralize remote detonation signals and unauthorized communications, making it indispensable for high-stakes environments. Whether safeguarding VIPs, securing critical infrastructure, or supporting tactical operations, this jammer delivers reliable performance where it matters most. Its lightweight, portable design allows for rapid deployment, ensuring that users can maintain control over signal-sensitive zones without compromising mobility.
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Application Places for the MOP14 Portable Jammer
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The versatility of this jammer extends across a broad spectrum of security scenarios. Its primary use cases include establishing no-fly zones for drones, protecting luxury residences, securing scenic spots, and safeguarding oil stations, depots, and power systems. Additionally, it plays a vital role in important leader or VIP security details, single combat operations, special police teams, detonation squads, anti-terrorism and anti-drug units, explosion-proof teams, security checkpoints, administrative law enforcement, hostage negotiations, border control, and military security forces. This wide-ranging applicability ensures that professionals from various fields can rely on a single, effective solution for signal disruption.
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Key Features and Performance Parameters
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Understanding the technical capabilities of the Portable EOD Signal Jammer is essential for effective deployment. The device operates with an omni-directional antenna, providing a signal shielding range of 2 meters to 20 meters, depending on the field strength of nearby base stations. Its portable design ensures lightweight convenience, ideal for mobile applications such as detonation operations. The jammer supports 14 output channels with a total RF transmit power not exceeding 30W, and it effectively covers 2G, 3G, 4G, 5G, wireless remote controls, and other frequencies, with customizable options available. The signal system employs an analog plus noise processing mode for robust interference. Built-in protection features include temperature alarm and standing wave protection, while an intelligent heat dissipation system with fan cooling enables continuous operation. The unit is powered by a built-in 8.4V-30A battery, providing over one hour of continuous use, and it comes with an external charger. The standard antenna configuration is omni-directional, but it can be swapped for a directional antenna to enhance shielding effectiveness. The main chassis is constructed from ABS plastic, utilizing excellent production technology. Multiple super cooling fans and thick cooling teeth ensure optimal performance even in high-temperature environments.
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Detailed Technical Parameters
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The following table outlines the selectable frequency band parameters for the MOP14 Portable Jammer:
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| Channel | Frequency Range | Signal Type | RF Power |
|---|---|---|---|
| CH1 | 315MHz | Analog + Noise | 2W |
| CH2 | 433MHz | Analog + Noise | 2W |
| CH3 | 758-803MHz | Analog + Noise | 3W |
| CH4 | 861-894MHz | Analog + Noise | 3W |
| CH5 | 925-960MHz | Analog + Noise | 3W |
| CH6 | 1805-1880MHz | Analog + Noise | 2W |
| CH7 | 2110-2170MHz | Analog + Noise | 2W |
| CH8 | 2620-2690MHz | Analog + Noise | 2W |
| CH9 | 3400-3600MHz | Analog + Noise | 2W |
| CH10 | 3600-3800MHz | Analog + Noise | 2W |
| CH11 | 1222-1232MHz | Analog + Noise | 2W |
| CH12 | 1565-1609MHz | Analog + Noise | 2W |
| CH13 | 2400-2500MHz | Analog + Noise | 2W |
| CH14 | 5150-5850MHz | Analog + Noise | 2W |
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Physical and System Specifications
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| Parameter | Value |
|---|---|
| Mainframe Dimensions (LWH) | 370300190mm (without carrying handle) |
| Antenna Size | Length 200mm, Diameter 16mm |
| Antenna Type | High Gain omni antenna (14 sticks), Rod Antenna |
| Power Supply Method | AC: 110V~240V, or Built-in battery power |
| Weight | 3Kg |
| Temperature / Humidity | -20°C to +50°C / ≤80% |
| Complete Machine Reliability | MTBF not less than 1000 hours |
| System Response Time | No more than 30 seconds (from power on to system normal operation) |
| Case Design | ABS plastic housing |
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Installation and Operating Notes for Optimal Use
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Proper handling of the Portable EOD Signal Jammer ensures safety and longevity. Begin by carefully screwing each FRP antenna into its corresponding port on the mainframe, verifying a firm and stable connection. After powering on, wait approximately one minute and recheck the antenna interfaces. If any interface shows abnormal temperature rise, it may indicate poor contact between the feeder cable and the output connector. Immediately power off, unscrew the connection, and reconnect it carefully. When unpacking the machine, inspect the appearance and accessories, and avoid opening the unit unnecessarily. Before powering up, confirm that all antennas are connected and in good contact; operating the jammer without antennas can cause damage. In rainy weather, keep the unit in its box to prevent short circuits from water ingress. During operation, do not touch live electrical parts to avoid electric shock. The cooling fan blades spin at high speed when powered on, so keep hands away to prevent injury. Finally, ensure that installation is performed by a professional engineer using the provided accessories.
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The Portable EOD Signal Jammer represents a pinnacle of portable signal disruption technology, combining advanced engineering with practical design. Its ability to adapt to diverse environments, from VIP protection to military operations, underscores its value as a reliable countermeasure against remote detonation and unauthorized signals. By integrating robust safety features, customizable frequency options, and a user-friendly interface, this device empowers professionals to maintain security with confidence. Whether deployed in urban settings or remote areas, it delivers consistent, effective performance, making it an essential asset for modern security forces.
