Components and Parts
Features
Electromagnetic shielding
Conductive or ferromagnetic materials, such as galvanized sheets and copper, are used to form an electromagnetic shielding layer to prevent electromagnetic waves from penetrating.
Safety protection
Work in coordination with other components of the shielding room or shielding machine room to ensure that personnel and equipment operate in an electromagnetic safety environment.
Automatic control
Supports electric opening/closing and can be linked with the access control system to achieve intelligent management.
Specifications
1. Application scenarios
Electromagnetic shielding rooms: such as computer rooms, precision instrument laboratories, communication base stations, etc., to prevent electromagnetic interference from affecting equipment performance.
In the military and aerospace fields: It is used in command and control centers, electronic equipment cabins, etc., to ensure information security and the stable operation of equipment.
2. Technical features
Rotary drive: The motor drives the worm gear mechanism to achieve smooth rotation, featuring high reliability and low noise.
Fully sealed structure: The transmission components are hidden inside the door body to prevent electromagnetic leakage.
Emergency device: In case of power failure or malfunction, it can be manually activated to ensure the safe evacuation of personnel.
3. The difference from other Shielding doors
Compared with the ordinary swing shielding door, the rotating shielding door has more advantages in terms of passage efficiency and space utilization, and is especially suitable for scenarios with frequent entry and exit. Its cost and maintenance requirements are relatively high, but it can better meet the high electromagnetic shielding demands.