Waterproof
Anti-interference
Heat Dissipation
Corrosion Resistance
Lightning Protection
Dustproof
Stable
Modular installation
AY447-130W Original Wall Mount Aluminum Extrusion Case Custom Electronic Box Aluminum Extruded PCB Enclosure
External dimension | 447*357*171MM | Internal dimension | 424*334*100MM | |||
Weight | 12.5KG | Model | AY447-130W | |||
Protection Level | Nema 6 | IP Degree | IP67 | |||
Quality Guarantee | 10 Years | Processing Methods | Die Cast Aluminum | |||
Installation | Pole/Wall Mounting | Operating Temperature | -40℃ to 120℃ | |||
Operating Humidity | ≤90%RH | Operating Voltage | AC100~AC250V | |||
Operating Power | 110-150W | Color | Silver | |||
Surface Treatment | Powder Coating | Product Name | Outdoor Aluminum Enclosure | |||
Material | ADC12 Aluminum | Name | Telecom Shielded Signal Box | |||
High power cast aluminum communication chassis:
-Professional industrial design with innovative and unique shapes;
-High quality aluminum alloy die-casting integrated molding, with an IP protection level of IP67;
-Surface electrostatic spraying, soft light, wear-resistant, and corrosion-resistant;
-Excellent and efficient heat dissipation characteristics and power carrying capacity;
-Clever forming structure and significant electromagnetic shielding characteristics;
-Install signal blockers to effectively shield signals from different frequency bands;
Communication chassis are widely used in:
-Mobile communication base stations, repeaters, and various RRU RF remote ends;
-Broadcasting digital television transmission or relay equipment;
-Outdoor power supply and various outdoor electronic devices, etc;
-Block various outdoor signal frequencies, etc;
-Block various types of drone signals, etc;
Radio Shielding Box | RF / EMI / Signal Shielding Test Solutions
Product Overview
We specialize in manufacturing Radio Shielding Boxes (also called RF Shielding Boxes, Electromagnetic Shielding Boxes, EMI/EMC Test Chambers), widely used in communication devices, mobile phones, WiFi, Bluetooth, 5G modules, GPS units, and UAV electronic systems.
Our shielding boxes effectively block external radio interference while preventing signals from leaking, making them essential tools for laboratory and production line testing.
Mobile & Wireless Communication Testing
Used for mobile phone RF shielding tests, WiFi signal isolation, and Bluetooth module interference shielding, ensuring stable and reliable testing results.
5G & IoT Module Testing
Ideal for 5G communication modules, NB-IoT devices, and IoT sensors, providing effective RF shielding and electromagnetic compatibility (EMC) testing.
GPS / GNSS Devices
Blocks external signals to ensure GPS / GNSS module interference testing is accurate and reliable.
UAV & Automotive Electronics
Provides high-efficiency electromagnetic isolation for UAV communication systems and automotive electronic components during R&D and testing.
Technical Specifications
Shielding Effectiveness: >90 dB (1MHz – 6GHz)
Supported Frequency Bands: 2G / 3G / 4G / 5G / WiFi / Bluetooth / GPS
Optional Interfaces: RF connectors, optical fiber, power filters
Operation: Manual / Pneumatic automatic doors
Compliance Standards: Meets EMI / EMC testing requirements
Product Advantages
High Shielding Performance – Multi-layer electromagnetic absorption structure blocks external interference.
Multi-Protocol Compatibility – Supports WiFi, Bluetooth, 5G, GPS signal testing.
Customizable Options – Tailor size, interfaces, and filter modules to your needs.
Lab & Production Use – Suitable for both research laboratories and production line testing.
FAQ
Q1: What is a Radio Shielding Box?
A1: A Radio Shielding Box, also known as an RF Shielding Box or Electromagnetic Shielding Box, is a testing device that isolates electromagnetic signals.
Q2: Which industries use shielding boxes?
A2: Mainly used in communication device manufacturing, UAV electronic systems, automotive electronics, laboratory research, and security monitoring testing.
Q3: How is a shielding box related to EMC testing?
A3: A shielding box provides a stable isolation environment for EMC/EMI testing, verifying device interference resistance.