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Dimensions in mm (1 mm = 0.03937 inch)
Threads in inches (1 inch = 25.4 mm)
| Main Parameters | Notes | |||||||
|---|---|---|---|---|---|---|---|---|
| Number of Pins | Rated Current | Cable Wiring Sequence | Working Pressure | Coaxial Cable | Signal Transmission Frequency | Voltage Standing Wave Ratio | Return Loss | |
| 6 Power + 1 Coaxial | 5A | 1:Red 2:Black 3:Yellow 4:Blue 5:Orange 6:Brown | 50MPa | 75-3 | 1.6GHZ | 1.3 | -0.75DB | Installation Requirements: Drawing dimension unit: mm, base mounting radius: 18.5mm, surface finish: Ra1.6, mounting thread: 1/2-20UNF-2A, thread length: 19 mm. |
The High-Frequency Coaxial Watertight Connectors series by HYSF Subsea (Xiamen Chuida Technology Co., Ltd.) is a highly specialized interconnect line engineered specifically for underwater Radio Frequency (RF) and high-bandwidth signal transmission. Purpose-built to maintain absolute signal integrity while operating under severe hydrostatic pressures, this high-performance series ensures exceptionally low insertion loss and high return loss across marine communication networks. Developed through our dedicated independent technical innovation system, this product line serves as an elite domestic substitution for core imported subsea parts, successfully breaking long-standing international brand monopolies.
Every connector configuration in the high-frequency coaxial series is manufactured using an advanced unibody High-Temperature Vulcanization (HTV) process, integrally molding premium gold-plated copper contacts within heavy-duty neoprene rubber bodies. This advanced construction guarantees uncompromised environmental sealing, robust physical insulation, and enduring resistance to harsh marine conditions. To satisfy complex RF distribution requirements across specialized high-frequency enclosures, radar panels, and subsea vehicle frames, the series offers complete interconnected sets, including:
The High-Frequency Coaxial Subsea Series is explicitly tailored to handle continuous multi-channel RF data looping under intense industrial vibrations, deep-water hydrostatic loads, high-salinity corrosive salt sprays, and harsh ultraviolet aging conditions[cite: 1]. Critical deployment sectors include:
Acts as the primary connection interface for side-scan sonar arrays, hydrophones, marine acoustic positioning transducers, and subsea seismic monitoring devices[cite: 1]. The precise impedance matching layout ensures raw acoustic telemetry streams return to central processing hulls with zero wave distortion or frequency attenuation[cite: 1].
Serves as the critical RF connectivity backbone for subsea communication nodes, autonomous vehicle sensor arrays, and surface-splash naval radar hubs[cite: 1]. It allows high-frequency microwave and wave signals to route continuously through bulkheads with premium shielding performance[cite: 1].
Extensively deployed across deep-sea analog and high-frequency digital visual systems, diving monitoring boxes, and high-resolution camera setups[cite: 1]. By supporting high-bandwidth signal transmission paths, it guarantees a real-time, flicker-free transmission of critical visual data[cite: 1].
Deploys seamlessly as a small-footprint high-speed signal transmission path on Remotely Operated Vehicles (ROVs) and Autonomous Underwater Vehicles (AUVs)[cite: 1]. The unibody vulcanized neoprene joints efficiently handle mechanical pulling strains and severe mechanical jolts while keeping high-speed computing data loops dry under high pressure loads[cite: 1].
A: Standard multi-pin connectors are highly prone to severe high-frequency signal distortion, impedance mismatching, and cross-talk when transmitting RF signals over subsea lines[cite: 1]. The HYSF Coaxial series provides a dedicated 50Ω or 75Ω continuous shielding profile that successfully restricts insertion loss to -0.75dB and fixes the Voltage Standing Wave Ratio (VSWR) at 1.3, guaranteeing stable high-frequency data streaming up to 1.6 GHz[cite: 1].
A: Yes, absolutely[cite: 1]. This high-frequency series features dependable wet-mateable technology[cite: 1]. The high-temperature vulcanized neoprene rubber bodies are designed with tight-tolerance wiping lips that physically displace moisture away from the contact interfaces during coupling, ensuring the connection preserves a superior insulation threshold comfortably exceeding 200MΩ even when mated in high-salinity seawater[cite: 1].
A: Product reliability in extreme data environments is our core foundation, ensuring a proven 99.98% field reliability rate[cite: 1]. Every single production batch undergoes severe pre-shipment testing inside our standardized inspection architecture before factory delivery[cite: 1]:
A: Our standard stock configurations feature premium high-temperature vulcanized neoprene rubber molded over 316L Stainless Steel, which provides excellent overall mechanical strength and standard rust resistance[cite: 1]. For specialized engineering projects, we provide high-precision custom machining upgrades in Titanium Alloy (ideal for strict weight-saving limitations and ultra-deep submersibles) and Naval Brass / Marine Bronze (highly recommended for shallow-water aquaculture due to natural anti-biofouling properties), as well as hard-anodized aircraft aluminum[cite: 1].
A: HYSF operates under a strictly standardized quality architecture as a certified Technology Enterprise holding over ten core patents[cite: 1]. Our facilities are fully audited and certified under the ISO 9001 Quality Management System[cite: 1]. Furthermore, our manufacturing workflows, precision production, and raw material tracking records comply directly with the strict GJB 9001C-2017 National Quality Standard, delivering mission-critical durability across national marine defense contractors, top shipyards, and major research bodies like the Chinese Academy of Sciences (CAS)[cite: 1].
A showcase of our successful collaborations with global marine robotics, energy, and research partners. Every project reflects our commitment to zero-leak integrity and operational reliability.
Whether you need a quick quote for standard connectors or a complex custom cable assembly, our engineering team is ready to assist. Expect a technical response within 12 hours.
