Category: Seawater-Resistant Cable
Hotline
Tel: +86 133 1175 6197
WeChat: L13311756197
Email: postmaster@suoqi-cable.com
The underwater robot cables and Water Turtle pool cleaning robot cables from Shanghai Suoqi Cable are special cables specifically designed for underwater robot equipment.
Product features
Outstanding waterproof performance: The outer sheath uses imported waterproof polyether polyurethane material or special polymer materials, effectively preventing moisture from entering, ensuring stable cable performance during long-term underwater immersion, and preventing electrical performance from being affected by moisture.
Good mechanical properties:
High flexibility: Uses multi-stranded ultra-fine refined bare copper wires or tinned copper wires as conductors. Through a special twisting process, the cable has good flexibility and can adapt to the frequent movement and bending of underwater robots in complex environments.
Tensile and abrasion resistance: Tensile elements such as polyester yarn fibers and Kevlar anti-tensile bulletproof threads are added inside the cable. At the same time, the sheath has high wear resistance, can withstand considerable mechanical force, resist scratches and wear from rocks, corals, and other objects, and prevent the cable from breaking or wearing out during use.
Stable electrical performance:
High-quality conductor: Carefully selected fine oxygen-free bare copper wire or tinned copper wire is twisted into multiple strands, meeting the conductor structure standard of VDE 0295 Class 6. It has low resistance, ensuring efficient and stable power transmission and reducing line loss.
Good insulation: The insulation layer uses waterproof, pressure-resistant elastomeric insulating material, which has high insulation resistance and excellent voltage withstand performance, can withstand high voltage shocks, prevent leakage and short circuits, and ensure electrical safety.
Corrosion and aging resistance: It features UV resistance, ozone resistance, weather resistance, and resistance to acid and alkali salt spray corrosion. It can be used long-term in harsh underwater environments, is not prone to aging or cracking, and extends the cable's service life.
Product structure
Conductor: Multi-strand ultra-fine finely twisted oxygen-free bare copper wire or tinned copper wire, meeting relevant standards. Conductor structure and cross-sectional area can be adjusted according to cable specifications and usage scenario requirements.
Insulation layer: Waterproof compression-resistant elastomer insulation material tightly wraps conductors, providing excellent insulation performance.
Shielding layer (optional): For applications sensitive to electromagnetic interference, tin-plated copper wire braided shielding or aluminum foil Mylar shielding can be equipped, with a shielding density usually above 80%, effectively blocking external electromagnetic interference and ensuring signal transmission accuracy and stability.
Tensile components: such as polyester yarn fibers, Kevlar fibers, etc., distributed inside the cable to enhance its tensile strength.
Sheath: Made from imported waterproof polyether polyurethane material, usually available in black, gray, or orange, with a smooth surface that reduces water flow resistance and good weather resistance, resisting ultraviolet rays.
Product Type
Standard type: Available in shielded and unshielded types, including power cables and signal control cables, meeting the power supply and signal transmission needs of general underwater robots.
Enhanced tensile strength: Based on the standard model, tensile performance is further enhanced, meeting the requirements of highly tensile working environments and suitable for underwater robot scenarios that require strong tensile forces.
Comprehensive type: integrates optical fiber, power cable, signal control cable, and coaxial video cable, enabling multiple functions simultaneously and suitable for underwater robots with more complex functional requirements.
Scope of Application
Suitable for various underwater robots, including marine underwater detection robots, underwater camera robots, and water turtle pool cleaning robots.
They are widely used in submersible motors, submersible pumps, and various underwater work appliances for power connection and signal transmission from surface to submersible
