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General| Brand | Fujikura |
|---|---|
| Model | FSM-100M |
| Category | Power Tool |
| Language | English |
Explains alert symbols (WARNING, CAUTION) and general safety instructions for safe operation.
Details procedures for safely removing and placing the splicer into its carrying case to prevent damage.
Covers warnings related to power sources, AC power cords, grounding, and prohibitions against disassembly or modification.
Advises on operating environments, avoiding contact with hot parts, handling with wet hands, and preventing electric shock.
Provides cautions on storage conditions, using approved cleaning agents, avoiding lubrication, and handling precision components.
Explains how to select appropriate splice modes for different fiber types.
Details the relationship between arc methods and arc calibration parameters.
Provides step-by-step instructions for connecting the AC adapter and power cord to the splicer.
Details the procedure for powering on the splicer and understanding the initial monitor displays.
Details fiber stripping using specific tools and the fiber cleaving process.
Outlines the standard splicing procedure, including fiber inspection, alignment, and arc discharge.
Details critical cleaning points for V-grooves, fiber clamp chips, and wind protector mirrors to ensure splice quality.
Explains how to analyze arc brightness and automatically correct arc power for optimal splicing.
Explains the importance of arc calibration due to environmental changes and electrode wear.
Guides on performing standard arc calibration using SM or DS fiber.
Explains how to perform special arc calibration by setting parameters like SP (Special).
Guides on selecting appropriate splice modes for different fiber types and configuring them.
Details how to connect and perform alignment using a power meter via GP-IB or USB ports.
Details the procedures for standard and special arc calibration, including fiber preparation and calibration methods.
Explains how to stabilize electrodes, replace them, and clean V-grooves to maintain optimal performance.
Addresses issues related to power supply, monitor response, splicing procedures, and error message handling.
Discusses causes of inconsistent splice loss, methods to improve it, and solutions for fiber vibration.
