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Dimensiones en mm (1 mm = 0,03937 pulgadas)
Hilos en pulgadas (1 pulgada = 25,4 mm)
| Electrical Parameters | Number of Pins | Rated Current | Micro Flat Male Cable | Micro Flat Female Cable | Micro Flat Male Receptacle | Micro Flat Female Receptacle | Male Plug | Female Plug | Cable Wiring Sequence |
|---|---|---|---|---|---|---|---|---|---|
| 7-Pin | 7-Pin | 5A | MCLPL7M | MCLPL7F | MOLPBH7M | MCLPBH7F | MCLPIL7M | MCLPIL7F | 1:Red, 2:Black, 3:Yellow, 4:Blue, 5:Orange, 6:Brown, 7:Purple |
| 9-Pin | 9-Pin | 5A | MCLPL9M | MCLPL9F | MOLPBH9M | MCLPBH9F | MCLPIL9M | MCLPIL9F | 1:White, 2:Red, 3:Black, 4:Yellow, 5:Blue, 6:Orange, 7:Brown, 8:Purple, 9:Green |
| Notes: Installation Requirements: All dimensions are in mm. Base mounting radius: 9.3 mm; surface roughness: Ra1.6; mounting thread: 7/16-20UNF-2A; thread length: 25 mm. | |||||||||
The Micro Flat 7-9 Core Watertight Connectors series by HYSF Subsea (Xiamen Chuida Technology Co., Ltd.) represents a specialized, high-performance product line featuring a unique flat profile and low-profile structural design. Engineered specifically for underwater installations with stringent vertical profile constraints, this series provides a highly integrated layout solution that maximizes spatial configuration efficiency while significantly reducing hydrodynamic drag and water flow resistance. Developed through our independent research and development system, this high-density micro flat series breaks the long-standing monopoly of international brands, delivering an elite domestic substitution for core imported subsea components.
Every connector system in this flat series is manufactured using an advanced unibody High-Temperature Vulcanization (HTV) process, integrally molding premium gold-plated copper contacts within a heavy-duty neoprene rubber body to ensure robust mechanical protection and optimal electrical conductivity. To accommodate height-sensitive enclosures, specialized instrument pods, and compact subsea arrays, the series provides complete physical interconnected sets, including:
The Micro Flat 7-9 Core Subsea Rubber Series is uniquely tailored to resolve extreme height limitations and spatial boundaries under high-vibration, deep-water hydrostatic loads, intense salt spray corrosion, and continuous high-load maritime conditions. Critical application deployment sectors include:
Acts as the primary compact signal breakout interface for low-profile Remotely Operated Vehicles (ROVs) and Autonomous Underwater Vehicles (AUVs). The distinct flat profile allows multi-channel telemetry command loops and localized sensor feeds to be routed closely against flat structural panels, optimizing vehicle aerodynamics, preventing tether entanglement, and maintaining frame buoyancy efficiency.
Extensively deployed to connect partnering environmental monitoring probes, seabed observation networks, hydrophones, and seismic detection packages. The low contact resistance and high pin density (7 to 9 cores) consolidate multiple parallel data signals into a single space-saving hull breakout point with zero signal attenuation.
Serves as the mission-critical connection backbone for high-definition underwater cameras, integrated light-and-camera enclosures, and portable diving monitoring boxes. The flat circular contact geometry efficiently routes power inputs alongside high-bandwidth digital command streams through a minimal footprint.
Utilized across subsea junction boxes, tidal energy platforms, hydraulic power manifolds, and marine defense equipment. The robust neoprene rubber body and unibody vulcanized joints resist biofouling, intense salt spray, and massive mechanical shocks common during heavy-sea deployment and recovery operations.
R: The Micro Flat series is engineered specifically to address spatial limitations where vertical clearance is restricted. Its low-profile flat layout significantly reduces the physical height projection off equipment housings, helps minimize water flow resistance (hydrodynamic drag) against moving subsea vehicles, and facilitates clean, parallel cable routing along structural bulkheads.
R: Yes, absolutely. This series features reliable wet-mateable technology. The precision-engineered neoprene rubber bodies are designed with tight-tolerance sealing lips that wipe water away from the gold-plated contact pins during coupling, ensuring the connection preserves an insulation threshold exceeding 200MΩ even when mated in high-salinity seawater.
R: Product reliability in extreme environments is our core foundation. Every production batch undergoes comprehensive quality assurance testing inside our standardized inspection architecture before delivery:
R: Standard stock configurations feature high-temperature vulcanized neoprene rubber molded over premium Acero inoxidable 316L, which provides excellent mechanical strength and standard rust resistance. For specialized applications, we provide precision custom machining upgrades in Aleación de titanio (ideal for strict weight-saving limitations and ultra-deep submersibles) and Naval Brass / Marine Bronze (highly recommended for shallow aquaculture due to its natural anti-biofouling performance).
R: HYSF operates under a strictly standardized quality architecture as a certified Technology Enterprise holding over ten core patents. Our facilities are fully audited and certified under the ISO 9001 Quality Management System. Furthermore, our manufacturing workflows, precision production, and raw material records comply directly with the strict GJB 9001C-2017 National Quality Standard, delivering a proven 99.98% product reliability rate across naval defense contractors, oceanographic shipyards, and major research institutes like the Chinese Academy of Sciences (CAS).
Una muestra de nuestras exitosas colaboraciones con socios globales en los campos de la robótica marina, la energía y la investigación. Cada proyecto refleja nuestro compromiso con la integridad sin fugas y la confiabilidad operativa.
Tanto si necesita un presupuesto rápido para conectores estándar como si necesita un conjunto de cables personalizado complejo, nuestro equipo de ingenieros está listo para ayudarle. Le daremos una respuesta técnica en un plazo de 12 horas.
