Invisible but indispensable: cable management systems as the basis for modern buildings
Structured cable routing for office workstations and in suspended ceilings
Particularly in buildings with a long operating life, it makes both economic and ecological sense to incorporate reserve capacity, documented cable routes and compatible trunking during the construction phase. The components should be designed in such a way that they follow a uniform construction principle. Coordinated perforation patterns and alternating hole spacings allow the individual components of a cable management system to be flexibly combined with one another. Different types of cable trays and routes can be easily mounted on the same cantilever brackets. The advantage: existing installations can continue to be used even in the event of technical retrofits, user changes or new specifications.
Modern parapet and cable routing ducts as well as service poles enable individual power and data distribution directly at the workplace. For example, the ESDD service pole from Niedax can be combined with flush-mounted devices from all common system manufacturers, thus enabling a structured power supply. Suitable device ducts provide structure along walls, while parallel center rail mesh cable trays ensure invisible cable routing in suspended ceilings.
Circuit integrity maintenance and safety in the event of fire
The systems must meet certain fire safety requirements. In the event of a fire, it is particularly important to ensure that cables are laid correctly using certified products. For example, DIN 4102-12 describes the test requirements for cable systems that are designed to ensure circuit integrity maintenance in the event of a fire. Safety systems such as smoke protection pressure systems, fire alarms, emergency lighting and communication systems must continue to function reliably even in the event of a fire. Adaptable cable management systems can compensate for the instability of cables caused by high temperatures in the event of a fire and maintain the functionality of life-saving fire protection systems for a certain period of time.
From the electrical room to the vertical: cable routing via a vertical cable ladder
Electrical rooms with their switch cabinets and distribution boxes – the technical heart of a building – require space-saving and thermally unproblematic cable routing. Solutions such as the Niedax KSL cable ladder enable structured installation with yoke clamps and ensure optimum heat dissipation thanks to their open design. It is also possible to route cables between the rungs without interrupting the cable ladder – an advantage for later expansions. From the electrical rooms, the cables can be efficiently routed via a vertical cable ladder into lift and technical shafts.
Safety in parking garages and underground car parks
Appropriate cable management systems are also used in parking garages. In addition to functionality, high safety standards are required there. The systems used must be mechanically resilient, corrosion-resistant and protected against unauthorised access. This requires easy-to-install systems that reliably meet these requirements and include, for example, light mounting rails, suspension brackets or knotted chains.
PV carports: Using green energy
Furthermore, the issue of electromobility must be taken into account at an early stage when planning future-proof buildings. Since last year, the Building Electromobility Infrastructure Act (GEIG) has required many existing buildings to be retrofitted with a charging infrastructure. Combining this with substructure systems for PV carports, for example, allows areas to be used for two purposes. Sufficient dimensions and permanently accessible cable routes must therefore be included in the planning stage to ensure that the retrofitting required by law can be carried out.
The future of buildings begins with sustainable electrical installations
A sustainable, future-proof building depends on a clearly structured and reliable electrical installation. Appropriate cable management systems, such as those offered by Niedax, form the basis for this: they ensure the operation of safety-relevant systems in the event of a fire, create reserves for retrofitting and, thanks to compatible construction methods, enable easy adaptation to modern requirements. This makes them a decisive factor for the sustainable and safe use of a building.
