Schneider PKF32W734 | PratiKa socket – screw – angled – 32A – 3P + E – 380…415 V AC – wall

Schneider PKF32W734 | PratiKa socket – screw – angled – 32A – 3P + E – 380…415 V AC – wall

1. Technical Specifications

• Model: Schneider PKF32W734 | PratiKa Socket

• Type: Industrial wall-mounted socket

• Current Rating: 32 A

• Voltage Rating: 380…415 V AC

• Configuration: 3P + E (Three-phase + Earth)

• Mounting Type: Wall-mounted

• Connection Type: Screw terminals for secure wiring

• Design: Angled socket for improved cable management

• Material: High-quality, impact-resistant thermoplastic

• Protection Rating: IP44 (Protection against solid objects >1mm and splashing water)

• Color: Typically red for easy identification of high-voltage equipment

2. Features

• Durable Construction: Built with impact-resistant thermoplastic for long-lasting performance in demanding industrial environments.

• Angled Design: Designed to reduce cable strain and facilitate better cable management, ensuring a clean and secure connection.

• 3P + E Configuration: Suitable for three-phase power applications with earth connection for safety and reliability.

• Screw Terminals: Allows for a secure and stable electrical connection, minimizing the risk of loose or faulty connections.

• IP44 Protection: Ensures protection against dust and water splashes, making it ideal for semi-outdoor or harsh indoor environments.

• Wall-Mounted: Easily mounted to walls for space-saving and convenient access in industrial settings.

3. Applications

• Industrial Power Distribution: Ideal for powering heavy machinery, motors, and production equipment.

• Workshops and Factories: Provides reliable power to automated systems, tools, and other industrial machinery.

• Construction Sites: Used for temporary electrical installations and power supply to large tools and equipment.

• Outdoor Applications: Suitable for installations that may be exposed to moisture or splashes, such as agricultural and outdoor power distribution.

• Energy Supply Systems: Used in large-scale power systems where three-phase power is required.