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OpticSplice CDS & LID
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The OptiSplice CDS and OptiSplice LID splice systems were developed in order to provide the ideal solution for all conceivable applications in the field. Both fusion splice systems have a rugged design to ensure high reliability even for the future. This focus on a stable value in operation for years stands for maximum protection of investment.
The units may be combined with either the high-speed heat-shrink oven RapidoShrink or the RapidoCrimp crimping device. The high-speed heat-shrink oven RapidoShrink allows for shrink times of less than 20 seconds with standard heat-shrink splice protectors and can be controlled by the fusion splicer.
The OptiSplice CDS is equipped with CDS (Core Detection System) as well as with L-PAS™ (Lens-Profile Alignment System).
The CDS splice process control system is primarily used in applications where speed is given top priority. This system achieves outstanding splice results. Due to this system, the speed of the splice process including core-to-core alignment is optimized to a few seconds.
The video image evaluation system L-PAS is used for fast pre-alignment, end-face evaluation and contamination detection (dirt and dust) as well as for fiber position analysis. According to the applied process, it is also used for splice loss estimation. Furthermore, the L-PAS is applied for process control of very fast splice processes in video mode or for multimode fiber splicing.
In addition to CDS and L-PAS, the OptiSplice LID is working with the LID-System™ (Local light Injection and Detection). The LID-System enables high-precision core-to-core alignment, optimization of each splice process by AFC™ (Automatic Fusion-time Control), and real splice loss measurement with extremely high correlation between displayed and real splice loss. Consequently, excellent splicing results even for nonidentical fibers with high core eccentricities are achieved and displayed with highest accuracy.
The OptiSplice LID offers as well the function of automatic fiber type detection (to be enabled or disabled by the user).
By means of the LID measurement, high precision attenuation splices with an accuracy of 0.1 dB can be generated. Using suitable splice protectors, they can be applied as attenuators.
In accordance with the respective requirement, the focus can be put on either speed or precision by selecting CDS or LID mode. Due to the high precision in LID mode, the accuracy of the fiber end analysis and the measurement of the splice loss are improved significantly compared to CDS.
Both OptiSplice fusion splicers may be run independently from the mains by a 7.2 Ah lithium ion battery. The typical operating period with one battery charge is seven hours.
One battery is included in the respective kit; additional batteries may be ordered separately. Charging the battery is carried out in an independent charger consisting of a power supply unit and a charging tray. By using a second battery, the fusion splicer may be run mains-independently during the charging time of the first.
The dimensions of the fusion splicers are very compact: 240 mm x 200 mm x 110 mm (L x W x H); the weight is only about 2.0 kg / 2.5 kg without / with battery.
The integrated Global Positioning System (GPS) allows for automatic altitude adjustment above sea level as well as for storing the local coordinates of the splice point with all splice data.
The case included in the kit may be used for transport only or even as a working station which provides for even more protection of the fusion splicer in use.
The OptiSplice LID and OptiSplice CDS fusion splice systems are fully compliant with the requirements of the European Union according to 2002/95/EC (RoHS compatibility) and to 2002/96/EC (WEEE). The units are as well CE compliant according to 89/336/EWG (electro magnetic compatibility) and 73/23/EWG (low voltage directive).
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Copyright © 2008, All Rights Reserved By Tavanesh Co.
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