Case studies
CC Santiago de Compostela Airport
Roomdimensions Iberica supplies, vía Elecnor, the new Control Centre of the Santiago de Compostela Airport. The Project Scope included the comprehensive equipping of the operating environment, with a focus on the operator control consoles. The console model used was the newly redesigned KOMPAS console range, which provides a new specific solution for the installation of the articulated monitor supports, called RAIL SUPPORT SYSTEM, which enables a perfect adjustment of all monitors all along the workpost, and a wider, new access system to the cabling & connectivity area, with more capacity to place the equipment.
The operator workposts have been supplemented with the CXO range of specific chairs for 24x7 operations centers, of Nightingale Manufacturer. The CXO chair is probably the best solution for critical operations environments as per the standard FNEW 83-269E-1989: Performance Test Method for intensive Use Chairs, which certifies that the product is validated for intensive use or 24x7.
All elements in contact with the human body are 100% adjustable and adaptable to the morphology of each operator, while the filling of seat uses the Enerfoam system, which is characterized by a high elastic return of the material which provides a high life-cycle and non-deformability of the material as an effect of the human body weight.
The operator workposts have been supplemented with the CXO range of specific chairs for 24x7 operations centers, of Nightingale Manufacturer. The CXO chair is probably the best solution for critical operations environments as per the standard FNEW 83-269E-1989: Performance Test Method for intensive Use Chairs, which certifies that the product is validated for intensive use or 24x7.
All elements in contact with the human body are 100% adjustable and adaptable to the morphology of each operator, while the filling of seat uses the Enerfoam system, which is characterized by a high elastic return of the material which provides a high life-cycle and non-deformability of the material as an effect of the human body weight.