| This compact interferometer attaches to a PC or laptop through a standard USB port and uses the CC6000 software to control the interferometer and measure the connectors. No custom boards or complicated configurations are required. Simply install the software, plug in the CC6000 and run. The user friendly software allows anyone with minimal experience to accurately measure the 3D end face geometry of a fibre optic connector. The CC6000 is designed for both the factory or the field to provide the quality information needed to assure the long term performance of fibre optic connectors. |
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No Mechanical Adjustments The Norland CC6000 is the next generation of interferometric technology for fibre testing. This new system uses proprietary software that enables it to evaluate the key parameters without the need for costly phase-shifting devices. The CC6000 uses Norland's unique Tilted Phase Analysis in which the connector is held at a slight angle to produce circular fringes across the fibre. This provides all the information required to measure the connector. After a simple calibration to measure the tilt, the advanced algorithms enable the calculation of the spherical radius of curvature, spherical fibre height and apex offset of the connector. An advantage of the Tilted Phase Analysis is that any small angle is suitable, so no mechanical adjustments are ever required. |
![]() Tilted Phase Analysis provides detailed information on the fibre and ferrule |
| The CC6000's user interface is ultra simple, with every option visible under intuitive Menu Tabs. Just a click of the mouse calls up the Measure, Setup, Calibration, or History window. Everything is preset to allow pass/fail measurements of PC and APC connectors using IEC, Telcordia, or your own custom standards. Precision mounts are available for all types of connectors and ferrules. Data can be saved to any directory on a network and automatically be imported to an Excel spreadsheet. | ||
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Precision Offset Measurements
The CC6000 is extremely robust and designed for accurate measurements
in production, laboratory or field environments. Precision offset
measurements are guaranteed due to the patented locking v-groove
mount which holds the connector in an exact, repeatable position
during calibration and measurement. The system has been optimised
to provide unsurpassed stability so that a single offset calibration
on the same mount will last for weeks. Mounts are available for
2.5mm, 2.0mm and 1.25mm diameter connector ferrules.
| The latest up-grade of the CC-6000 is the introduction of the three dimensional image of the fibre and ferrule end face. Using the computer keyboard arrow keys, the image can be rotated to suit the users view. This becomes an ideal teaching aid to demonstrate fibre undercut and protrusion and gives the user a clear understanding of the fibre and ferrule end face. |
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| Measured Parameters | Range | Reproducibility | Repeatability |
| Radius of Curvature (mm) | 3-50 | 2% | 1% |
| Apex Offset µm | 0-100 | 4 | 2 |
| Spherical Fibre Height (nm) | ±160 | 10 | 5 |
| Size | 223mm wide x 353mm deep x 150mm high |
| Power | 12 volt adaptor |
| Magnification | 10 x objective |
| Light Source | Visible red LED at 660nm |
| Lateral Resolution | 1 micron |
| Field of View | 355 microns x 406 microns |
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Minimum Computer Requirements: Pentium IV 1.5GHz computer with Windows 2000 or Windows XP USB 1.1 or higher 128MB RAM |
| Order Code | Description |
| 854119 | Mount, 1.25 mm PC connector |
| 854248 | Mount, SC/APC connector |
| 854123 | Mount, FC/APC connector |
| 854124 | Mount, E2000/APC connector |
| 854125 | Mount, LC/MU/F3000/APC connector |
| 854120 | Mount, 2.0 mm PC connector |
| 854122 | Mount, 0.0625 PC ferrule |
| Order Code | Description |
| 854222 | Reference Tool, 1.25 mm PC |
| 854048 | Reference Tool, 2.5 mm APC mounts |
| 854129 | Reference Tool, 1.25 mm APC mounts |
| 854242 | Reference Tool, 2.0 mm |
| 854261 | Reference Tool, 0.0625 |
