Meltric 33-94209-E1696 DSDC9 RECEPTACLE POLY BLUE SIZE 5 TYPE 4X 2P+G 100 A 250 VDC ENGINEERED CUSTOM ASSEMBLY
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$857.10
# Pin and Sleeve Receptacles The Meltric 33-94209-E1696 DSDC9 Receptacle is a high-performance, engineered custom assembly designed for demanding industrial applications. This receptacle combines innovative safety features with robust construction, making it ideal for environments requiring reliable electrical connections. With a rating of 100 A at 250 VDC, it ensures secure power delivery for heavy-duty equipment.
Key Features • **High Ampacity Rating**: Capable of handling up to 100 Amperes, ensuring efficient power distribution for industrial machinery. • **Voltage Compatibility**: Designed for use in 250 VDC applications, making it suitable for a wide range of high-voltage environments. • **Robust Construction**: Engineered with a durable poly material that offers exceptional resistance to impacts and harsh environmental conditions. • **Type 4X Enclosure**: Provides superior protection against dust and water ingress, making it suitable for outdoor and wash-down areas. • **User-Friendly Design**: Features a 2P+G configuration, facilitating easy connections while enhancing safety during operation.
Applications • **Industrial Settings**: Perfect for manufacturing plants, construction sites, and other heavy-duty environments where reliable electrical connections are essential. • **Compatibility**: Designed to work seamlessly with various Meltric connectors and other industrial power systems. • **Harsh Conditions**: Ideal for locations exposed to moisture, dust, or hazardous substances, ensuring consistent performance and safety.
Benefits • **Enhanced Safety**: The switch-rated design allows for safe connection and disconnection under load, minimizing the risk of electrical accidents. • **Reliability**: Built to withstand the rigors of industrial use, ensuring longevity and reducing downtime due to electrical failures. • **Convenience**: The ease of use and quick-connect functionality streamline operations, improving overall efficiency in power managemen
33-94209-E1696
