Solution for directional mobile phone signal shielding system in factory workshop

Optimizing production processes and safety control in modern factory workshops by providing precise zonal signal shielding and compatibility assurance.

Project Background

A large automobile manufacturing enterprise was facing efficiency and safety hazards caused by mobile phone usage in its production workshops. Employees using mobile phones in key production areas not only distracted attention and affected production efficiency but also posed potential safety risks. At the same time, the company needed to ensure normal communication functions in office areas, rest areas, and emergency communication facilities.

Challenges

  • Mobile phone usage in production areas leading to decreased work efficiency
  • Potential interference with precision electronic equipment from wireless signals
  • Need to distinguish between shielded and non-shielded areas
  • Harsh industrial environment requiring high equipment durability
  • Requirement for remote monitoring and management capabilities

Solution

We customized a targeted zonal shielding and compatibility optimization solution specifically designed for the unique needs of factory workshops.

1Directional Zonal Shielding Technology

Utilizing high-precision directional antenna arrays to precisely control signal shielding range, applying shielding only to designated production areas while ensuring normal communication in office areas, rest areas, and emergency communication facilities remains unaffected.

  • Multi-beamforming technology for precise target area coverage
  • Adjustable shielding radius to adapt to different workshop layouts
  • Edge signal attenuation design to minimize signal leakage
2Electromagnetic Compatibility Optimization

The equipment employs advanced electromagnetic compatibility design, ensuring that while mobile phone signals are blocked, there is no interference with precision instruments, automated equipment, and control systems within the workshop.

  • Out-of-band rejection ratio >70dB
  • Adaptive frequency adjustment to avoid sensitive frequency bands
  • Real-time spectrum monitoring with dynamic transmission parameter adjustment
3Industrial-Grade Environmental Adaptability

Equipment specifically designed for industrial environments, featuring excellent weather resistance and stability for long-term reliable operation under various harsh conditions.

  • Operating temperature range: -30℃ to +65℃
  • Protection rating: IP65 dust and water resistance
  • Vibration-resistant design suitable for large equipment operation environments
  • Corrosion-resistant materials adapted to chemical plant environments
4Intelligent Monitoring and Remote Management

Through a centralized management platform, remote monitoring, configuration, and maintenance of all shielding equipment are achieved, significantly reducing operational costs.

  • Web-based management interface accessible anytime, anywhere
  • Real-time status monitoring and fault预警
  • Timing policy settings adaptable to different shift requirements
  • Detailed logging and audit functionality

Equipment Technical Specifications

Parameter Category Technical Specifications Remarks
Shielding Frequency Bands 2G/3G/4G/5G full bands, Wi-Fi 2.4G/5.8G, Bluetooth Supports all operator frequency bands
Shielding Range 10-50 meters (adjustable) Directional angle ≤30°
Control Method Local control + remote web management Supports SNMP protocol
Operating Temperature -30℃ to +65℃ Industrial-grade wide-temperature design
Protection Rating IP65 Dust and water resistant
Power Input AC 220V/DC 48V Supports dual power redundancy
Installation Method Wall-mounted/Pole-mounted Adapts to different site environments

Implementation Results

After implementation, the system delivered significant economic benefits and safety improvements:

12% increase in production efficiency by reducing work interruptions caused by mobile phone use
25% reduction in safety incidents, enhancing production area safety
High shielding precision, leaving office and rest area communications completely unaffected
Stable equipment operation with 99.8% fault-free operation rate over six months
40% reduction in maintenance costs through remote management reducing on-site maintenance needs
Improved employee satisfaction by achieving reasonable separation between work and rest areas