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The foundation for any recessed spotlight installation begins with the right materials for power supply and mounting. The table below provides an overview of the most commonly used materials and their functions.
Material | Function | Additional Information |
---|---|---|
Junction boxes and wire connectors | Provide safe housing for electrical wire connections and protect against external influences. | Junction boxes are available in various sizes and IP ratings (for damp areas). Wire connectors ensure a solid and insulated connection inside the box. |
Wire clamps and terminal blocks | Connect electrical wires safely and efficiently. | Wire clamps offer quick, tool-free connections; terminal blocks are reusable and are fastened with screws. Choose the correct connector for both the number and thickness of the wires. |
Plasterboard boxes | Provide a stable base for placing spots in hollow walls and ceilings. | These boxes prevent the spotlight from disappearing into the hollow space and provide firm mounting. |
Electric cables and wires | Carry power to the recessed spots. | Choose the right cable cross-section based on required power and installation length. Pay attention to wire type (e.g., XMvK or YMvK). |
Ferrules | Protect the ends of flexible wires and ensure improved connections in terminals. | Prevent fraying of copper strands and improve the reliability of the connection. |
Heat management materials | Ensure proper heat dissipation for recessed spots. | Consider fireproof caps or insulation boxes that protect the spot from insulation material and prevent overheating. |
The way spots are wired is important for the functionality and safety of the entire lighting system. There are two main methods: parallel and series circuits.
With a parallel connection, all spots are connected directly to the main power circuit. This means that each spotlight receives the full voltage. The benefit is that if one spot fails, the rest will remain lit. This is the most common method for recessed spots, especially those running on 230V mains power.
For 12V spots, a transformer is required, converting 230V mains to 12V. Each spot is then connected in parallel to this transformer.
With a series connection, spots are linked in a chain, one after another. Current flows from one spot to the next. This method is less common with standard recessed spots and is mainly used in specific LED solutions that work on current (mA) instead of voltage (V). The key point is that if one spot fails, the whole chain stops working. Some modern LEDs have built-in bypasses to avoid this, but it remains a concern.
Junction boxes and wire connectors are essential parts of any electrical installation. They serve as safe and organized points for connecting electrical wires.
For connecting wires inside junction boxes or directly near a spot, wire clamps and terminal blocks are widely used, each with their own advantages and use cases.
When installing recessed spots in hollow walls or ceilings, such as drywall or wood, plasterboard boxes are an important addition. These boxes provide a stable and safe installation space for both the spotlight and wiring, prevent the spot from sinking or shifting, and ensure a neat finish. Plasterboard boxes come in various depths and diameters to match spot dimensions.
Choosing and connecting electric cables and wires correctly is crucial for the safety and function of your lighting installation.
When connecting flexible wires, like those often found on spotlights, to terminal blocks or connectors, ferrules are a valuable addition. These are small metal sleeves that are crimped onto the stripped end of the wire.
The advantages of ferrules include:
Though LED spots generate less heat than traditional halogen spots, good heat management is still important, particularly for installations in insulated ceilings.
Besides materials, proper tools are essential for a smooth and safe installation. Commonly used tools include:
Choosing the right installation materials and working carefully contributes to a safe and long-lasting lighting installation. If in doubt, consult a qualified electrician.