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The WF3020-A manual RF shielding box represents advanced testing technology for wireless communication equipment. This high-precision shielding solution delivers exceptional performance for EMI testing across multiple frequency bands including WiFi, 5G, and GSM mobile phone frequencies.
Designed specifically for wireless network card testing and wireless communication equipment detection, this manual shielding box features a robust sheet metal construction that ensures both structural integrity and superior shielding performance. The compact design makes it an economical yet highly effective solution for high and low temperature shielding tests.
The WF3020-A model incorporates the latest shielding materials with exceptional wave absorption capabilities and outstanding blocking performance. Its miniaturized design offers significant advantages in terms of size and weight while maintaining excellent shielding characteristics. The extrusion seal design enhances shielding effectiveness, providing reliable test results across various applications.
This shielding box features a comprehensive test interface design that simplifies integration with testing equipment. The interface configuration includes multiple connection options to accommodate various testing requirements. The manual control mode ensures straightforward operation and reliable performance in laboratory and production environments.
With a working frequency range of 0.8-8GHz, the WF3020-A delivers consistent shielding performance across critical communication bands. The shielding effect reaches ≥80dB at 2.4GHz/5.8GHz and ≥75dB at 7.5GHz, ensuring accurate test results for wireless devices. The internal working dimensions of 225mm(W)×320mm(D)×160mm(H) provide adequate space for most testing applications.
The product's construction utilizes high-quality materials that contribute to its durability and long-term reliability. The standard appearance features a gray body with blue cover, though customization options are available to meet specific requirements. Weighing approximately 15kg, the unit maintains portability while ensuring stability during operation.
As a customizable product, the WF3020-A can be tailored to specific interface requirements and application needs. The standard configuration includes multiple filter options and comprehensive interface support, with additional customization available for specialized testing scenarios. This flexibility makes it suitable for various research, development, and quality control applications in the wireless communication industry.
My experience with the Manual RF Shielding Box WF3020-A was primarily positive, focusing on the delivery and initial impressions. The logistics were handled exceptionally well. The shipment arrived ahead of the estimated schedule, which was a pleasant surprise. The packaging was robust and secure, with ample protective material ensuring the box arrived without a single dent or scratch. The courier service provided consistent tracking updates, making it easy to monitor the shipment's progress from dispatch to delivery. Moving to the quality, the initial build quality is impressive. The exterior finish is smooth and professional, and the seams appear tight and well-constructed, which is crucial for effective shielding. The hinges and latch mechanism operate smoothly without any stiffness, suggesting good manufacturing standards. The interior lining, designed for shielding, looks precisely applied with no visible gaps or imperfections. Regarding service, the communication from the seller was prompt and clear. They confirmed the order quickly and provided all necessary documentation, including a basic spec sheet, without needing a follow-up request. While I have not yet used the box for rigorous EMI testing of WiFi or 5G GSM devices, the initial physical inspection and the seamless delivery process have instilled confidence. The product appears to be a solid, well-made piece of equipment that arrived efficiently and was supported by good pre-sales service. This foundation is promising for its intended application in wireless testing environments.
