Switches and Sockets
Filter
Clear filter
Switches and Sockets from the VIDEX Binera series provide reliable 16A and 10AX power commutation with engineering-guaranteed longevity in your electrical installations.
In modern construction and room renovation, high-quality electromechanical components are irreplaceable pillars of engineering infrastructure. These indoor mechanisms (IP20) are purposefully designed for intensive loads in both commercial and residential spaces. Classic sockets (250V) are constructed for a continuous 16A current, allowing them to safely withstand powerful office equipment up to 4000W for years. The internal contact architecture is made of phosphorous-bronze (Cu 93.5%, Sn 6%, P 0.5%), whose 0.8 mm thickness guarantees stable electrical conductivity and physical flexibility for at least 15,000 plug-in cycles. Meanwhile, the 10AX switch commutation blocks are equipped with 0.4 mm silver (Ag) coated movable contacts and an innovative "dual shock-absorption" system. This alloy absolutely prevents the formation of an electric arc even at the high starting currents of inductive loads, providing up to 50,000 quiet switching cycles without mechanical fatigue. Special attention is paid to flush mount installation—the internal 1 mm galvanized steel support frame ensures ironclad fixation in standard 68 mm wall mounting boxes.
VIDEX Binera engineering parameters for installation:
- Phosphorous bronze conductors: Internal contact groups (93.5% copper alloy) reduce resistance and thermal heating even under prolonged electrical loads.
- Fireproof polycarbonate (PC): The visible parts of the housing are produced from high-class thermoplastic plastic, which withstands critical temperature loads and does not deform.
- Long switching resource: Mechanisms are factory tested for 50,000 cycles for switches and 15,000 cycles for sockets, meaning reliable operation in your infrastructure for decades.
Full-fledged hardware selection based on concrete materials science and electromechanics data eliminates energy losses and short circuit risks due to thermal wear. When unified office or commercial style lighting is mounted from the ceiling in rooms, this 10AX commutation installation will securely connect to LED Panels.
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.
