8380F1E095BW1A

Full Description

The Eaton Souriau 8380F1E095BW1A is a top-quality mechanical connector designed to meet your industrial or commercial needs. This connector series offers several features that ensure excellent performance, reliability, and durability. One of the critical features of this product is its screw locking system, which provides a secure connection. With a durability of 500 mating/unmating cycles, you can confidently use this connector frequently without worrying about the connection loosening over time. The 8380F1E095BW1A also offers excellent vibration resistance, making it suitable for various applications. It can withstand vibrations within a particular frequency range, ensuring optimal performance and longevity. Additionally, the 838 series has undergone rigorous shock resistance testing and complies with the IEC 68-2-27 standard, making it ideal for demanding environments. The removable coding system that allows the operator to choose from 12 different key orientations, offering customisation options that meet your specific requirements. The 838 series’s insulators are interchangeable, allowing both male and female insulators to fit in either the plugs or the receptacles. The 8380F1E095BW1A is designed to comply with NFF 61030 standards, ensuring safe usage and reliability. It can also withstand extreme temperatures ranging from -40°C to +100°C, making it suitable for operations in various environments. The 8380F1E095BW1A 838 series  has undergone extensive testing and complies with several environmental standards, including a dry heat test at 100°C for 96 hours, 500 hours of salt spray resistance, IP66 and IP67 sealing (with an adapted backshell), and damp heat testing at 21 days, +40°C, 90% relative humidity (NFC 20703). Featuring a aluminium alloy shell, it features conductive shell plating that is salt spray resistant for 500 hours, providing long-lasting performance. The insulator is made from hard thermoplastic and complies with the NFF16101-16102 standard, ensuring optimal fire and smoke emissions. The contacts are made from copper alloy and can be silver or gold plated, providing effective electrical conductivity.