JINPAT LPFO-01G Fiber Optic Rotary Joint (FORJ) with Pigtail-Free Design
Innovative ST-ST Socket Design Defines High-Speed Deployment and Long-Term Reliability
The JINPAT R&D team has achieved a major breakthrough in the field of fiber optic rotary joints, proudly introducing the LPFO-01G. This model abandons the traditional pigtail design, adopting an innovative ST-ST socket interface, which greatly simplifies the installation and removal process of fiber optic patch cords, making it an ideal choice for rapid networking applications.
Product Core Advantages
Pigtail-Free Design (Plug & Play): Uses an ST-ST socket interface, supporting direct plug-in and removal of fiber optic patch cords, making installation and maintenance extremely convenient.
Non-Contact Transmission: Internal non-contact and friction-free design supports ultra-high rotation speeds, with a service life of over 100 million rotations.
Excellent Performance: Compatible with single-mode/multimode fibers, features a wide wavelength range and extremely low loss, ensuring distortion-free signal transmission during 360° rotation.
High Protection, Robust Structure: Standard IP54 protection rating and robust structure can adapt to various harsh industrial environments.
Multifunctional Integration: Can be integrated with electrical slip rings as needed, simultaneously transmitting power, high-definition video, communication buses, and control signals.
Technical Features
Interface Type: ST-ST socket (pigtail-free direct connection)
Transmission Mode: Single-mode/Multimode selectable
Signal Type: 360-degree rotating optical signal
Lifespan: > 100,000,000 rotations
Expandability: Supports optoelectronic hybrid integration (power + signal)
Application Areas
Intelligent Robots: Industrial collaborative robots, special operation robots.
Defense and Security: Radar systems, electro-optical pods, fire control systems, video surveillance.
Medical and Laboratory: Medical imaging equipment, laboratory rotating platforms.
Precision Gimbal: Payload platforms, panoramic observation systems.