At present, the umbilical cables of existing water jet burying machines in China mostly use coil loading method, but this method is not suitable for small ships because it requires large storage space and more manpower for storage. To solve this problem, cable winch equipment has emerged. As an essential core component in cable winches, the conductive slip ring is a critical conductive device that connects and transmits power and monitoring signals between water and underwater equipment, ensuring uninterrupted transmission between the mother ship and the underwater burying machine. The cable winch slip ring recently developed by JINPAT has become a new favorite in the field of marine slip rings due to its excellent transmission capacity, high working voltage and current carrying capacity, strong insulation performance, and adaptability to harsh environments.
JINPAT's cable winch slip ring is designed with a 9-loop integrated design. The housing is made of stainless steel material and has undergone strict anti-corrosion treatment, effectively resisting salt spray erosion and protecting the equipment from corrosion damage. It can also operate stably in extreme environments ranging from minus 20 ° C to 60 ° C. This slip ring supports a working voltage of up to 6000VAC and a working current of 120A, making it easy to cope with various high load conditions, ensuring stable operation under extreme conditions and providing strong support for the smooth progress of marine engineering. To ensure the insulation and waterproofing of the slip ring. JINPAT will also conduct more rigorous 9600VAC insulation withstand voltage testing and IP65 waterproof testing before the slip ring leaves the factory. An indestructible defense line has been built for the safe operation of the equipment, which can effectively prevent the invasion of moisture and dust, ensure the dryness and cleanness of internal components, and extend the service life of the equipment even in severe weather conditions such as rainstorm and waves.
With its excellent performance and reliable quality, the new JINPAT offshore winch slip ring is widely used in various offshore winch systems and has become an indispensable key component in fields such as marine engineering, marine scientific research, and marine fisheries. It not only improves the efficiency and safety of offshore operations, but also promotes the progress and development of marine technology.
The launch of JINPAT's new offshore winch slip ring not only represents JINPAT's firm determination in technological innovation and quality improvement, but also injects new vitality and power into the global ocean exploration industry. In the future, JINPAT will continue to adhere to the development concept of "innovation, excellence, and win-win", provide more high-quality marine engineering equipment solutions for global users, and jointly create a new chapter in marine technology.