What is EMC shielding shelter
EMC shielding shelter is a type of enclosure designed to protect electronic equipment from electromagnetic interference (EMI). EMI can come from various sources, such as power lines, radio transmissions and other electronic devices, and can cause malfunctions or even permanent damage to sensitive electronic equipment. EMC shielding shelters are usually made of conductive materials such as copper, aluminium or steel, which can effectively block or redirect electromagnetic waves. The walls, roof and floor of the shelter are lined with these materials, creating a Faraday cage that insulates the enclosed equipment from external electromagnetic fields. In addition to shielding, the shelter may be equipped with filters, surge suppressors and other devices to protect against surges and other electrical disturbances. Ventilation systems are also often installed to maintain a stable temperature and humidity inside the shelter. These are commonly used in industries such as telecommunications, defence and aerospace, where sensitive electronic equipment is critical to operations. They can also be used for scientific experiments, research and testing requiring a controlled electromagnetic environment. The design and construction of it requires specialised knowledge and expertise, and specific requirements vary depending on the intended use and the types of electromagnetic interference that need to be blocked.
EMC shielding shelter: who to contact
GTEMCELL has become an industry benchmark for the production of EMC shielding shelters. It is a curtain that is made of special laminated Cu-Ni metallised fabric. The aim is to offer an easy way to create a shielded environment whenever you need a shielding solution with a light weight for transport and quick installation. The curtain structure consists of an aluminium or steel rod tube. The average shielding performances is around 48 dB attenuation with peaks of 65 dB around 200 MHz and 400 MHz. All dimensions and openings can be customised to meet your needs and requirements.