Описание
The CURL500 has been designed to provide robust and accurate measurements of Curl in fibers in a production environment.
It complies both with IEC and TIA.
The CURL500 measures the curl on 10mm of free fiber, using a technique called “Dual Beam Differential Laser Triangulation”.
The major benefit of this dual beam method is that the beams are fixed in relation to each other; one acts as the reference for the other and as such the system becomes insensitive to any mechanical influences relating to the rotational and fiber holding mechanism, making it far more repeatable and accurate that the alternative microscope image based measurements that need a mechanical reference for the measurement point. The latest optics, electronics, mechanics and software designs have produced an instrument that is significantly faster than it's predecessor.
Measures the degree of curl in optical fibers
Curl measurement range of 0.7 to 99m
Typical measurement time less than 5 seconds
Measurement as per IEC-60793-1-34 and TIA-EIA-455 FOTP 111
The CURL500 has been designed to provide robust and accurate measurements of Curl in fibers in a production environment.
It complies both with IEC and TIA.
The CURL500 measures the curl on 10mm of free fiber, using a technique called “Dual Beam Differential Laser Triangulation”.
The major benefit of this dual beam method is that the beams are fixed in relation to each other; one acts as the reference for the other and as such the system becomes insensitive to any mechanical influences relating to the rotational and fiber holding mechanism, making it far more repeatable and accurate that the alternative microscope image based measurements that need a mechanical reference for the measurement point. The latest optics, electronics, mechanics and software designs have produced an instrument that is significantly faster than it's predecessor.
Measures the degree of curl in optical fibers
Curl measurement range of 0.7 to 99m
Typical measurement time less than 5 seconds
Measurement as per IEC-60793-1-34 and TIA-EIA-455 FOTP 111
