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POF Temperature Resistance

Plastic optical fiber is able to withstand extreme ranges of operating temperatures.

Effects of Temperature on Plastic Optical Fiber

One of the many advantages of plastic optical fiber is its ability to withstand a wide range of operating temperatures, and rapid temperature changes with a minimal change in attenuation loss. The following page presents temperature test results for Mitsubishi ESKA® POF cable.

The information contained herein is presented as a guide to product selection. It is subject to change without notice, and should not be regarded as a representation, warranty or guarantee with regard to the quality, characteristics or use of this product.

Long Heat Exposure

Attenuation During Long Heat Exposure
Attenuation in ESKA® SH-4001 and GH-4001 during long heat exposure test

High-Humidity Heat Cycles

Humdity Profile
Humdity profile during test
Temperature Profile
Temperature profile during test
GH 4001 Heat Cycle Tests Under High Humidity
Output intensity in GH-4001 resulting from attenutation changes during heat and humidity cycle

Temperature Changes Between -70°C and 70°C

Temperature Change Profile
Temperature change profile during test
GH 4001 Transmission Changes Between -70°C and 70°C
Output intensity in GH-4001 resulting from attenuation changes during temeprature change test