Industrial environments demand robust electrical solutions that prioritize safety and reliability. A1 Electrics has introduced a 16A three-pin interlocked socket designed to address critical challenges in high-vibration, outdoor, and harsh-condition applications.

The socket features an advanced interlock system compliant with IEC60309 international standards. Its blue voltage coding identifies it for 220-250V single-phase AC use, while the "connect before power" logic ensures contacts are fully engaged before energizing. This design eliminates live connection risks during plug insertion or removal, particularly valuable in low-visibility or high-frequency plugging scenarios.

With IP67-rated protection, the unit provides complete dust resistance and temporary immersion capability. This makes it suitable for construction sites, marine applications, and outdoor events where exposure to weather, particulates, or moisture would compromise conventional connectors.

The design incorporates dual M25 threaded cable entries (top and bottom) with included sealing plugs for unused ports. Its industrial-grade plastic housing offers impact resistance and corrosion protection, while surface-mount installation simplifies deployment on walls, equipment panels, or distribution boxes.

The socket maintains compatibility with all standard 16A three-pin (2P+E) blue industrial plugs. Primary use cases include:

• Manufacturing facilities requiring vibration-resistant power connections
• Outdoor events and temporary installations
• Marine and mobile applications (RVs, watercraft)
• Construction sites and industrial kitchens
• Offshore platforms and high-humidity environments

• Current Rating: 16A
• Voltage: 220-250V AC single-phase
• Configuration: 2P+E (three-pin)
• Interlock: Prevents power flow until full plug engagement
• Protection: IP67 (dustproof/water-resistant)
• Cable Entries: 2×M25 threaded with sealing plugs
• Dimensions: 248×119×125mm (H×W×D)
• Standards: IEC60309, BS4343

The product's design addresses critical industrial requirements for electrical safety in challenging operating conditions, combining mechanical durability with intelligent power management features.