RANSBURG A14195-17 Fiber Optic Cable Assembly 50ft

Durable 50-ft. Fiber Optic Cable for Ransburg Electrostatic Systems

The RANSBURG A14195-17 Fiber Optic Secondary Cable Assembly ensures stable and high-speed signal transmission within electrostatic coating systems. Built for precision performance, this 50-foot cable supports reliable data transfer between control modules and spray guns, maintaining signal integrity even in harsh industrial environments.

The RANSBURG A14195-17 features rugged fiber construction and robust connectors that resist abrasion and electromagnetic interference. Its optimized optical core provides low signal loss across long distances, making it ideal for automated paint application systems that require consistent electrostatic control.

Technical Specifications

Parameter	Specification
Model	A14195-17
Cable Type	Fiber Optic (Secondary Cable Assembly)
Length	50 ft (15.24 m)
Core Material	Multimode Fiber, high-grade polymer coating
Connector Type	Factory-terminated optical connectors
Transmission Type	Optical data communication
Operating Temperature	-20°C to +80°C
Minimum Bend Radius	50 mm
Signal Attenuation	< 3 dB/km @ 850 nm
Outer Jacket Material	Polyurethane, oil and chemical resistant
Compatibility	Ransburg electrostatic controllers and gun assemblies

Design and Performance

The RANSBURG A14195-17 cable combines flexibility and strength for demanding coating applications. Its polyurethane jacket shields the optical core from mechanical stress, while precision-polished connectors ensure optimal light transmission. Each assembly undergoes quality testing to verify optical clarity and mechanical endurance, delivering long-term reliability in automated paint systems.

Installation and Applications

Technicians can easily route the RANSBURG A14195-17 cable within confined control cabinets or along production lines. The flexible construction minimizes signal degradation during movement or vibration, providing stable operation for Ransburg electrostatic equipment. It’s a key component for maintaining efficient communication between high-voltage control units and applicators.