Switches and Sockets
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Switches and Sockets (Electrical Fittings)
Electrical wiring is the "nervous system" of your home or office. The biggest mistake made during renovations is trying to save a few cents on cheap plastic sockets and switches from the hardware supermarket. The result? After just two years, the white ABS plastic turns ugly yellow and brittle from the sun's UV rays, switch buttons start to stick, and cheap tin contacts loosen, creating dangerous sparking and fire risks when connecting a powerful kettle. VIDEX series switches and sockets are created to offer the safety, materials, and architectural design of premium brands, but without the massive brand tax.
Why knowledgeable electricians and designers choose VIDEX electrical fittings and their TCO benefits:
- Fireproof polycarbonate (PC): Unlike cheap plastic, VIDEX uses top-class polycarbonate. It will never yellow in the sun and is self-extinguishing (does not support combustion) even at very high temperatures, protecting your family.
- Phosphor bronze and silver-plated contacts: Phosphor bronze internal socket mechanisms guarantee a flawless plug grip even after 10,000 extractions, while silver-plated switch contacts eliminate the risk of electric arcing (sparking).
- Modular architecture: Freely combine the necessary mechanisms and place them in 1 to 5-gang frames vertically or horizontally, creating perfectly flat blocks without ugly gaps.
Modernize your property with visually flawless and technically absolutely safe electrical fittings! Modernize your home today!
Q: Why must architectural electrical sockets provide a 16A / 250V nominal load rating?
Q: What protection do the integrated shutters (Child Protection) in Schuko sockets provide?
Q: Why is high-purity phosphor bronze used in VIDEX contact connections instead of brass?
Q: What is the engineering rationale for using the CEE 7/3 (Schuko) standard in the Baltic region?
Q: How does the silver (AgNi) coating built into switch mechanisms affect their switching lifespan?
A: A nominal current of 16A at 230V ensures the safe maintenance of a total load up to 3680W without overheating. This is critical in household environments when operating ovens or heaters, as weaker 10A sockets can melt under such a load and cause a fire in the wall box.
Q: What protection do the integrated shutters (Child Protection) in Schuko sockets provide?
A: A mechanical polycarbonate barrier blocks access to the phase and neutral contacts if both plug pins are not inserted simultaneously. This engineeringly eliminates the possibility of inserting foreign objects into the socket and opens only under the symmetrical pressure of a CEE 7/3 plug.
Q: Why is high-purity phosphor bronze used in VIDEX contact connections instead of brass?
A: The phosphor bronze alloy provides mechanical elasticity, ensuring a strong grip on the plug even after 10,000 insertion cycles. Unlike brass, which becomes loose over time, this material maintains minimal contact resistance and reduces mechanism heating under maximum load.
Q: What is the engineering rationale for using the CEE 7/3 (Schuko) standard in the Baltic region?
A: This standard includes two side grounding contacts that divert leakage current before the phase is connected. This geometry protects a person from electric shock in the event of a metal chassis equipment failure by instantly activating the residual current circuit breaker, without requiring a third grounding pin.
Q: How does the silver (AgNi) coating built into switch mechanisms affect their switching lifespan?
A: Silver alloy contact points prevent contact sticking and oxidation caused by the electrical spark generated at the moment of switching on. This guarantees over 40,000 switching cycles without an increase in contact resistance, which is especially important with high starting currents in LED lighting.
