composite nickel plated shell receptacle EATON 8MQ2S1M7C0U1 compliant with EN4165 BACC65 ARINC 809 standards
Product Overview
The SOURIAU 8MQ Series Receptacle, based on EN4165/BACC65BV/ARINC 809 standards, is a robust and versatile component designed for demanding applications. It features a composite nickel-plated shell for durability and electrical continuity, along with options for keying color coding plates, sealing gaskets, and nut plates to meet specific environmental and mounting requirements. This receptacle is compliant with RoHS and REACH regulations and offers excellent shielding effectiveness, making it suitable for use in aerospace and other high-performance industries.
Product Attributes
- Brand: SOURIAU
- Series: 8MQ
- Standard Compliance: EN4165, BACC65, ARINC 809
- Shell Material: Composite nickel plated
- Keying Colour Plate Material: Composite
- Sealing Gasket Material: Silicone elastomer
- Nut Plate Material: Stainless steel
- Environmental Compliance: RoHS and REACH compliant
- Fluid Resistance: See standard EN 4165-001 (table 40)
Technical Specifications
| Specification | Details |
|---|---|
| Range | 8MQ |
| Serie | 2 - Serie 2 |
| Type of Component | S - Shell Module |
| Module Quantity | 1 - Mono module |
| Plating | M - Composite nickel plated |
| Shell Type | 7 - Long receptacle |
| Operating Temperature Range | -55C to +175C |
| Salt Spray (Corrosion) | 500 hrs |
| Mating/Unmating Cycles | 500 operations |
| Housing (shell) electrical continuity | < 3m |
| Shielding Effectiveness | > 50dB attenuation from 100 to 1 000 MHz |
| Panel Thickness (Max) | 2mm |
| Mass (Receptacle) | 7.5g maxi |
| Mass (Keying colour coding plate) | 1.2g maxi |
| Mass (Sealing gasket) | 0.8g maxi |
| Mass (Nut plate) | 1.0g maxi |
| Polarization Options | N, A, B, C, D, E, F, G |
| Option for coding color plate | 0: Delivered without, 1: Delivered with |
| Option for sealing gasket | U: Delivered without, G: Delivered with |
| Option for nut plate | 0: Delivered without, 1: Delivered with |
2411061629_EATON-8MQ2S1M7C0U1_C22326158.pdf