PCF CABLE
High Temperature 62.5 125 Multimode Fiber Heat Resistant Optical Transmission Fiber
High Temperature 62.5 125 Multimode Fiber Heat Resistant Optical Transmission Fiber. This high-temperature multimode fiber uses a 62.5/125 micrometer glass geometry and a heat-resistant protective system for optical transmission in environments where standard cable materials may not be appropriate. It is intended for integration into qualified assemblies exposed to elevated process or equipment temperatures.
High Temperature 62.5 125 Multimode Fiber Heat Resistant Optical Transmission Fiber
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PRODUCT INTRODUCTION
This high-temperature multimode fiber uses a 62.5/125 micrometer glass geometry and a heat-resistant protective system for optical transmission in environments where standard cable materials may not be appropriate. It is intended for integration into qualified assemblies exposed to elevated process or equipment temperatures.
USES
The fiber can be used for short-reach signal transmission, illumination and sensing in furnaces, test chambers, industrial machinery and scientific instruments, subject to the temperature limits of the complete cable and termination design.
PERFORMANCE
The multimode core supports efficient light coupling from compatible sources. A high-temperature coating or buffer helps protect the glass, but actual operating capability depends on coating material, exposure time, bend radius, connector construction and installation conditions.
KEY FEATURES
- 62.5/125 micrometer multimode geometry
- Protective construction intended for elevated temperatures
- Suitable for custom probes, pigtails and patch cords
- Supports signal, sensing or illumination functions
- Available for application-specific termination
APPLICATION SCENARIOS
- Industrial process monitoring
- High-temperature test equipment
- Furnace and oven sensing
- Scientific research instruments
- Aerospace and energy test systems
SUMMARY
A specialty multimode fiber for optical links exposed to heat. The required temperature rating, wavelength, coating, jacket and connector must be evaluated as a complete assembly.