About CT96M 6 Motor Core to Core ARC Fusion Splicing Machine
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6-Motor Core Alignment: Utilizes six motors to achieve accurate core-to-core alignment, resulting in low splice loss and high-quality splicing.
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Automatic Fiber Type Identification: Detects and identifies fiber types automatically, optimizing splicing parameters for various fibers.
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Fast Splicing and Heating: Performs splicing in approximately 6 seconds and heating in about 16 seconds, enhancing operational efficiency.
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Real-Time Arc Calibration: Continuously calibrates the arc discharge in real-time, ensuring consistent splicing performance.
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Bluetooth Remote Assistance: Offers remote support and troubleshooting via Bluetooth connectivity, facilitating timely assistance.
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Energy-Efficient CPU: Equipped with an upgraded CPU that reduces power consumption by 30%, extending battery life for field operations.
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Heating Temperature Monitoring: Monitors heating temperature in real-time to prevent overheating and ensure optimal splice protection.
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Robust Design: Built to withstand challenging environments with anti-shock, dustproof, and waterproof features, ensuring durability and reliability
Advanced Splicing TechnologyThe CT96M features cutting-edge 6-motor core-to-core alignment technology, offering highly accurate splicing results for all types of fiber. Its core-to-core mechanism ensures minimal splice loss and superior reflection suppression, critical for high-speed data transmission in modern networks.
Robust and Compact DesignWith its lightweight build and small footprint, the CT96M is ideal for fieldwork and confined spaces. The fusion splicer is durable enough for frequent use in professional environments, making it a preferred choice among manufacturers, service providers, and traders in India.
High Efficiency and ReliabilityCapable of performing more than 4000 ARC discharges, the CT96M ensures consistent reliability over long operational cycles. Its fully-automatic processes significantly reduce manual intervention, lowering operator fatigue and boosting daily productivity in fiber installation and maintenance tasks.
FAQ's of CT96M 6 Motor Core to Core ARC Fusion Splicing Machine:
Q: How does the 6 Motor Core to Core alignment improve splicing accuracy?
A: The 6-motor core-to-core alignment system ensures each fiber is precisely positioned, resulting in superior splice loss performance-often less than 0.25dB. This accuracy minimizes signal degradation and reflects the latest advancements in optical splicing technology.
Q: What are the main benefits of using the CT96M splicing machine in commercial networking?
A: The CT96M provides fast, fully-automatic splicing with high repeatability and low splice loss, supporting robust data transmission. Its compact, lightweight design and user-friendly operation make it invaluable for commercial network installations and services.
Q: When should the CT96M splicing machine be serviced or replaced?
A: Routine maintenance is recommended after reaching more than 4000 ARC discharges or if splice loss begins to exceed the optimal threshold. Regular servicing ensures longevity and consistent high performance in demanding commercial and field environments.
Q: Where can the CT96M fusion splicer be purchased in India?
A: The CT96M is readily available from authorized distributors, exporters, manufacturers, and wholesalers across India. Interested buyers can consult local suppliers or specialized telecommunications equipment dealers.
Q: What is the setup process for using the CT96M splicing machine?
A: Setting up the CT96M involves powering the unit, preparing and aligning the fiber, and following the machine's automatic splicing prompts. Its fully-automatic functions minimize manual setup requirements, streamlining the splicing workflow for efficient fiber installations.
Q: How is the CT96M utilized in networking and commercial industries?
A: In networking and commercial sectors, the CT96M is deployed for joining and repairing optical fibers during infrastructure upgrades, new installations, and maintenance work. Its precise splicing helps maintain high-speed data transfer and reliable network connectivity.