（100% SubConn 、 Seacon og Burton-kompatibel）
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Dimensjoner i mm (1 mm = 0,03937 tommer)
Gjenger i tommer (1 tomme = 25,4 mm)
| Electrical Parameters | Number of Pins | 6-Pin | 8-Pin | 10-Pin | 12-Pin |
|---|---|---|---|---|---|
| Rated Current | 10A | 10A | 10A | 10A | |
| Standard Male Cable | IL6M | IL8M | IL10M | IL12M | |
| Standard Female Cable | IL6F | IL8F | IL10F | IL12F | |
| Standard Male Receptacle | BH6M | BH8M | BH10M | BH12M | |
| Standard Female Receptacle | BH6F | BH8F | BH10F | BH12F | |
| Standard Flange Male Receptacle | SFBHFL6M | SFBHFL8M | SFBHFL10M | BHFL12M | |
| Standard Flange Female Receptacle | SFBHFL6F | SFBHFL8F | SFBHFL10F | BHFL12F | |
| Standard Oilfield Male Receptacle | PBOF6M | PBOF8M | PBOF10M | PBOF12M | |
| Standard Oilfield Female Receptacle | PBOF6F | PBOF8F | PBOF10F | PBOF12F | |
| Standard L-Shaped Male Cable | ILRA6M | ILRA8M | ILRA10M | LRA12M | |
| Standard L-Shaped Female Cable | ILRA6F | ILRA8F | ILRA10F | LRA12F | |
| Standard Male Plug | DC6M | DC8M | DC10M | DC12M | |
| Standard Female Plug | DC6F | DC8F | DC10F | DC12F | |
| Cable Wiring Sequence | 1:Red, 2:Black, 3:Yellow, 4:Blue, 5:Green, 6:Brown | 1:Red, 2:Black, 3:Yellow, 4:Blue, 5:Orange, 6:Brown, 7:Purple, 8:Green | 1:Red, 2:Red/White, 3:Black, 4:Black/White, 5:Yellow, 6:Yellow/White, 7:Blue, 8:Blue/White, 9:Orange, 10:Orange/White | 1:Red, 2:Red/White, 3:Black, 4:Black/White, 5:Yellow, 6:Yellow/White, 7:Blue, 8:Blue/White, 9:Orange, 10:Orange/White, 11:Brown, 12:Brown/White | |
| Notes: Installation Requirements: All dimensions are in mm. Base mounting radius: 21.9 mm; surface roughness: Ra1.6; mounting thread: 5/8-18UNF-2A; thread length: 19 mm. Note: Locking nuts are included with the connectors according to their specifications and do not require separate ordering. Standard material: POM; optional material: 316L stainless steel. | |||||
Den Standard 6-12 Pin Watertight Connectors series by HYSF Subsea (Xiamen Chuida Technology Co., Ltd.) represents the global industry standard for high-density, wet-mateable power and multi-channel signal distribution systems. Engineered specifically for long-term submersion in high-pressure deep-sea and maritime environments, this deep-sea rubber series provides reliable electrical connectivity for advanced underwater instrumentation, breaking international brand monopolies with premium domestic substitution.
Every configuration in this series features heavy-duty gold-plated copper contacts housed within high-temperature vulcanized neoprene rubber bodies to ensure optimal conductivity and robust environmental sealing. To accommodate high-density data channels and power distribution layouts, the standard series offers comprehensive structural formats, including:
Den Standard 6-12 Pin Subsea Rubber Series is intentionally built to perform under high-vibration, deep-water hydrostatic loads, high-salinity corrosive salt sprays, and intense ultraviolet (UV) aging conditions[cite: 1]. Key application deployment sectors include:
Serves as the multi-channel connection backbone for light-to-heavy Remotely Operated Vehicles and Autonomous Underwater Vehicles[cite: 1]. The 6, 8, 10, and 12-pin configurations are ideal for handling simultaneous power supply routing alongside multi-channel sensor data lines, thruster control loops, and multi-sensor integrated platforms[cite: 1].
Extensively deployed to connect high-definition underwater network cameras, coaxial sonar arrays, diving monitoring boxes, and high-brightness LED underwater searchlights[cite: 1]. It handles complex electrical combinations securely, including low-light visual control inputs and continuous high-load power loops without signal attenuation[cite: 1].
Widely utilized across marine scientific research infrastructure, seabed observation networks, hydrophone arrays, and seismic detection packages[cite: 1]. The multi-pin density permits consolidated routing of distinct signal channels back to central pressure hulls, reducing the number of separate equipment openings[cite: 1].
Deployed across offshore wind farm sub-stations, tidal energy platforms, and offshore oilfield drilling manifolds[cite: 1]. The rugged neoprene molding and heavy-duty POM or stainless steel locking nuts resist biofouling, mechanical impacts, and high tensile forces common during heavy-sea deployment and recovery operations[cite: 1].
A: Yes, completely. Our Standard Subsea Rubber Series is precision-engineered to mirror the standard international interface specifications, pin profiles, and mechanical spacing of leading global brands like SubConn and Seacon[cite: 1]. This full compatibility allows you to seamlessly mix and mate HYSF inline cables with existing international bulkhead receptacles, ensuring zero troubleshooting friction and drastically lowering maintenance costs[cite: 1].
A: Quality control is our core foundation[cite: 1]. Every production batch undergoes rigorous factory verification through our standardized inspection system:
A: To satisfy varying application depths, budgets, and corrosion environments, our standard bulkhead receptacles are manufactured using high-temperature vulcanized neoprene rubber paired with premium base metals[cite: 1]. While our standard stock features 316L rustfritt stål, we specialize in high-precision custom machining for Titanlegering (for maximum lightweighting and deep-sea durability), Naval Brass / Marine Bronze (for exceptional anti-biofouling performance), and hard-anodized aircraft aluminum[cite: 1].
A: Our multi-pin configurations follow a highly structured standard layout to ensure error-free technical order matching and field wiring. For instance, our 6-Pin cable uses basic color lines (1: Red, 2: Black, 3: Yellow, 4: Blue, 5: Orange, 6: Brown), whereas our 12-Pin layout coordinates distinct colored pairs mixed with white base indicators (e.g., Red/White, Black/White, Yellow/White) to isolate data signals securely. Custom polyurethane or neoprene tail extensions can also be tailored to client requirements[cite: 1].
A: HYSF operates under a strictly audited quality architecture. We are fully certified under the **ISO 9001 Quality Management System**. Furthermore, our specialized manufacturing processes, proprietary patents, and traceability records comply directly with the strict **GJB 9001C-2017 National Quality Standard**, delivering an accredited 99.98% product reliability rate across major naval defense contractors, oceanographic universities, and marine research institutes[cite: 1].
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