Waterproof Outdoor Switches and Sockets
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Waterproof Outdoor Switches and Sockets provide an impenetrable barrier against harsh weather, guaranteeing a safe power supply in any environment.
For extreme zones like car washes, open warehouses, and garden equipment, standard indoor installation is dangerous. These surface waterproof modules are certified with an ironclad IP65 standard—hermetic silicone seals around the covers and specially prepared cable entries completely block direct water jets and fine dust from entering the contacts. The physical dimensions of the modules (75x75x48 mm for the base socket and 123x75x48 mm for the double socket) provide sufficient space for cable loops and fast surface mounting. Despite the massive protection, their core incorporates VIDEX 16A and 10AX commutation power, allowing these outdoor sockets to directly power heavy pressure pumps or garden machinery (up to 4000W). The internal contacts (exceeding 0.8 mm in thickness) are protected by fireproof and thermo-stable polycarbonate, which does not deform in the summer heat and guarantees stability in the range of -25ºC to +65ºC.
Hermetic (IP65) installation parameters:
- Absolute hermetic barrier: Thoughtful silicone insulation and massive spring covers block precipitation, moisture, and dust from accessing voltage parts in the long term.
- Unwavering current commutation: The ability to maintain a 16A (250V) nominal load in extreme weather conditions without overheating or contact corrosion in industrial environments.
- Housing impact resistance: The specific, thick plastic alloy does not wear out or crack in direct sunlight (UV), guaranteeing physical integrity outdoors.
By integrating IP65 protected elements in the outer perimeter, you eliminate the fire hazard of short circuits and extend the life cycle of the entire building's engineering network. To provide additional safety in public or industrial outdoor spaces and dark corridors in case of voltage loss, indispensable in the infrastructure will also be Emergency and Evacuation Lights.
Q: How is the IP65 tightness class engineered in surface-mounted sockets and switches?
Q: What is the role of flexible and filled glands in cable entries (PG/M) in IP65 boxes?
Q: In what industrial and domestic rooms is IK08 impact resistance strictly required for external wiring?
Q: How does the IP65 socket spring mechanism protect contacts in harsh outdoor conditions (-25°C)?
Q: How does the VIDEX IP65 series surface-mounted architecture facilitate cascade phasing between modules?
A: The double shell connection of the housing is fixed by a thick silicone gasket, and the switch lever is fused into a hermetic membrane. The sockets additionally feature an integrated spring cover with a rubber seal. This architecture completely protects the electrical network from dust and strong water jets from any angle (EN 60529).
Q: What is the role of flexible and filled glands in cable entries (PG/M) in IP65 boxes?
A: Integrated rubber cable entries located at the top and bottom of the housing physically encapsulate the power cable (up to 2.5 mm²), preventing condensation from climbing up the wire insulation. If the wire is mechanically bent or subjected to tension, these entries firmly maintain pressure, preventing waterproofing leaks.
Q: In what industrial and domestic rooms is IK08 impact resistance strictly required for external wiring?
A: The IK08 classification withstands a direct 5-joule mechanical impact, providing strong resistance against strikes from a hammer or pneumatic tools. This standard is critically necessary in auto repair shops, hangars, and woodworking shops, where ruptured socket housings create an instant risk of death or fire.
Q: How does the IP65 socket spring mechanism protect contacts in harsh outdoor conditions (-25°C)?
A: A stiff steel spring mechanically presses the polycarbonate cover, concealing the contacts and protecting against ice formation in the socket during winter. It prevents wind-borne snow, dust, or sand grains from oxidizing the metal, guaranteeing precise connection of the ground contact (Schuko) outdoors.
Q: How does the VIDEX IP65 series surface-mounted architecture facilitate cascade phasing between modules?
A: The housing base is equipped with knockout double glands and ample space behind the mechanism, designed for a series connection of 4–5 mm thick external cables. This allows a socket and a switch to be daisy-chained in a single row on an outdoor wall (e.g., for terrace lighting) through a single incoming voltage phase.
