Robots operating in small, humid and corrosive pipeline environments place high demands on signal transmission components, and JINPAT’s single-channel fiber optic slip ring, LPFO-01A, is specially designed for pipeline robots, and with its excellent fiber optic performance and protection design, it ensures high-quality data transmission even under complex working conditions.
Adopting G657B3 nylon optical fiber, more reliable bending resistance.
LPFO-01A uses SM G657B3 optical fiber, which has excellent bending resistance and small bending radius, and still maintains excellent signal stability when traversing curved paths and narrow spaces. The 0.9mm nylon coated fiber optic structure, compared with the traditional loose tube or tight tube fiber, has a stronger flexibility, corrosion resistance and resistance to external forces, especially for pipelines, underground, humid and other harsh environments.
Miniaturized design, adapt to complex wiring paths
Slip ring body line length Stator 240mm / rotor 240mm, the connector adopts standard SC/PC interface, the sheath is IP67 level protection nylon skin, the whole machine has strong protective performance, superior water and dust resistance. Compact structure is easy to be embedded inside the robot, especially suitable for frequent bending or complex installation path space.
Single-channel precision transmission to meet real-time communication needs
The product supports 1310nm / 1550nm wavelength range, can effectively carry a single-channel high-speed data transmission tasks, widely used in high-definition video signals, laser measurement, status monitoring and other modules, to ensure high-quality real-time communication between the pipeline robot and ground equipment.
Summary:
LPFO-01A single-channel fiber optic slip ring with its highly reliable G657B3 nylon tightly wrapped fiber optic, IP67 protection structure and miniaturized form factor perfectly fits the needs of pipeline robots and other space-constrained equipment in harsh environments. It not only improves the signal transmission quality, but also significantly reduces the maintenance frequency, which is a high-quality guarantee for stable operation under harsh working conditions.
