Accuracy in the placement of conduits is critical in Mivan construction due to the tight tolerances of the formwork system.
Close coordination between various trades (formwork, electrical, and structural) is essential to ensure a seamless integration of electrical systems within the concrete structure.
The conduits must be made from durable materials that can withstand the stresses of concrete pouring and curing.
Electrical conduits are planned in conjunction with the overall architectural and structural design. Detailed drawings ensure that electrical conduits are properly integrated into the formwork design before construction begins.
Coordination between electrical engineers and the formwork team is crucial to ensure that conduits are placed correctly and will not interfere with structural elements.
Conduits are often pre-installed or embedded within the Mivan formwork before concrete is poured. This involves placing conduits in specific locations where electrical wiring will eventually run.
Supports and brackets are used to hold the conduits in place within the formwork, ensuring they do not shift during concrete pouring.
During the pouring of concrete, care must be taken to ensure that the conduits are protected from displacement and potential damage. The formwork must be secure to prevent any movement that could misalign the conduits.
Proper placement and securing of conduits ensure that no voids or gaps are created around the conduits, which could affect the structural integrity or future installation of electrical wiring.
After the concrete has cured and the formwork is removed, the conduits will be visible embedded within the concrete structure. Inspection is necessary to ensure that the conduits are correctly positioned and undamaged.
Once the formwork is removed and the concrete has fully cured, electrical wiring can be installed through the conduits. This involves pulling the wiring through the conduits and connecting it according to the electrical plans.
Post-installation, the conduits and wiring are inspected for compliance with safety standards and functionality. This includes testing for continuity, insulation resistance, and overall integrity.
Any necessary adjustments or corrections are made before the final commissioning of the electrical system.