Empower your high-voltage operations with the ​CEE 32A 5-Pin Surface Socket Industrial IP44 Three Phase 415V 3P+N+E IEC60309, a corrosion-defying receptacle engineered for relentless industrial environments. Designed to streamline power distribution in factories, construction sites, and marine facilities, this surface-mount hub delivers unmatched reliability under extreme conditions.

 

Precision-Built for Extreme Workloads
Certified to IEC60309-1/2 standards, this 5-pin connector supports 380-415V three-phase systems with a 32A current rating, ensuring seamless compatibility with heavy machinery and automated setups. The IP44-rated enclosure shields against dust ingress and water splashes while the reinforced red polycarbonate housing resists UV degradation and chemical exposure.

 

Uncompromised Safety and Durability
Unlike generic alternatives, our OEM-original design integrates anti-corrosion brass contacts and a twist-lock mechanism to prevent accidental disconnections. The surface-mount box simplifies installation on concrete, steel, or composite surfaces, reducing downtime during setup. Backed by a 30-day full-refund guarantee, this industrial-grade socket offers premium performance without the premium price tag.

 

Versatile Applications Across Industries
From powering CNC machines in manufacturing plants to energizing portable generators on offshore rigs, this three-phase industrial socket thrives where moisture, debris, or temperature fluctuations challenge lesser units. Its compact footprint minimizes space requirements, while the 3P+N+E configuration ensures safe grounding for sensitive equipment.

 

Smart Investment, Zero Risk
Each unit undergoes rigorous load-testing to exceed IEC benchmarks, guaranteeing stable conductivity even during peak demand. Pair with compatible plugs for rapid deployment or customize configurations through our OEM/ODM services.

 

Upgrade to a power hub that balances raw capacity with precision engineering—explore bulk pricing or tailored solutions today to elevate your energy infrastructure’s resilience and efficiency.