Description

The UCL SWIFT K33 is a high-performance optical fiber fusion splicer featuring advanced IPAAS Core Alignment technology for precise, low-loss fiber splicing. Designed for both Single-mode and Multimode optical fibers, it delivers reliable splicing performance with a typical splice time of just 7 seconds.

Equipped with a 5.0-inch color LCD touchscreen, dual CMOS cameras, a high-capacity lithium polymer battery, and a built-in high-speed sleeve heater, the SWIFT K33 provides efficient and user-friendly operation. Its rugged construction makes it suitable for indoor and outdoor fiber optic installation, maintenance, and repair applications, including FTTx, telecommunications, data centers, and industrial networks.

Features

• -Advanced IPAAS Core Alignment technology for precise fiber alignment.

• -Fast splicing time of approximately 7 seconds in Quick Mode.

• -High-speed sleeve heating in 9–13 seconds.

• -Large 5.0-inch color LCD touchscreen with user-friendly interface.

• -Low average splice loss: 0.02 dB for SM and 0.01 dB for MM fibers.

• -Supports Single-mode, Multimode, DS, and NZDS optical fibers.

• -High-capacity lithium polymer battery supporting up to 270 splice and heat cycles (4,700 mAh).

• -Long electrode life of up to 18,000 splices.

• -Rotating cleaver blade life of up to 110,000 fiber cleaves under specified conditions.

• -Shock-resistant, dust-resistant, and water-resistant construction.

• -Built-in LED illumination for low-light working environments.

• -Internal memory stores up to 10,000 splice results.

• -Dual CMOS cameras with magnification up to 670×.

Functions

• -Automatic Fiber Splicing: Performs automatic fusion splicing for efficient fiber connections.

• -Core Alignment: Precisely aligns fiber cores to minimize splice loss.

• -Splice Loss Estimation: Displays estimated splice loss after each splicing operation.

• -Arc Calibration: Adjusts arc discharge intensity for optimized splicing performance.

• -Fiber Inspection: Detects fiber end-face defects, contamination, and cleaving errors.

• -Built-in Sleeve Heater: Provides heat-shrink protection for completed fiber splices.

• -Tension Test: Checks the mechanical strength of spliced fibers.

• -Splice History Management: Stores and displays previous splice results and images.

• -Diagnostic Test: Checks equipment operating conditions and system performance.

• -X/Y Fiber Viewing: Provides dual-axis fiber inspection with up to 670× magnification.

• -Splice and Heating Mode Selection: Supports 300 splice modes and 100 heating modes.

Benefits

• -Minimizes optical signal loss and improves fiber network performance.

• -Reduces installation and maintenance time through fast splicing and heating.

• -Improves splicing accuracy and consistency with automatic core alignment.

• -Reduces operator errors with an intuitive touchscreen interface.

• -Supports extended field operations with a high-capacity rechargeable battery.

• -Reduces maintenance frequency with long-life electrodes and cleaver blades.

• -Simplifies quality inspection and documentation with splice result storage.

• -Provides reliable operation in demanding indoor and outdoor environments.

• -Improves productivity for professional fiber optic technicians and network installers.

Applications

• -Fiber Optic Communication Networks

• -FTTx / FTTH / FTTB Network Installation

• -Telecommunication Infrastructure

• -LAN Backbone and Campus Networks

• -Data Centers and Server Rooms

• -Industrial Ethernet and Factory Automation

• -Fiber Optic CCTV Surveillance Networks

• -Optical Fiber Cable Installation and Maintenance

• -Fiber Optic Network Repair and Restoration

• -Fiber Optic Infrastructure Projects