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General| Brand | Sumitomo |
|---|---|
| Model | TYPE-71c |
| Category | Welding System |
| Language | English |
Manual for operating the TYPE-71C fusion splicer.
Explains symbols for warning, caution, and prohibition.
Safety guidelines for initial setup and operation of the splicer.
Safe practices for connecting and handling power cords and plugs.
Precautions for safe usage, charging, and storage of the battery pack.
Proper methods for transporting and storing the fusion splicer.
Detailed instructions on battery care, charging, and temperature.
Safety measures when working with optical fibers and related components.
Other important safety tips not covered in specific sections.
Information on RoHS and WEEE directives for product disposal.
Warning regarding sales area restrictions for the product.
Terms and conditions for using the splicer's software.
General introduction to the TYPE-71C fusion splicer.
Specifies the types of optical fibers compatible with the splicer.
Highlights the main capabilities and advancements of the TYPE-71C.
Lists the items included in the standard package of the TYPE-71C.
Details available optional accessories and consumable parts.
Description of the main unit and the keypad controls.
Explanation of the HEAT, Power, RESET, and SET keys.
Using the select switch when the touch screen is unavailable.
Details on V-grooves, electrodes, and related optical parts.
Information on the heating plates and clamps of the oven.
USB port, SD card slot, and DC terminals.
Warnings about high voltage and electrode handling.
Cautions regarding high temperature heaters and prohibited sprays.
Equipment and materials needed before starting the splicing process.
Overview of the steps involved in making a splice with the splicer.
Instructions for connecting AC adapter or battery for power supply.
How to install, remove, and manage the battery pack.
Methods to check the remaining battery charge and its indicators.
Steps for charging the battery pack using the AC adapter.
Using the splicer with a car battery and general battery care.
Step-by-step guide to powering on the fusion splicer.
Description of the startup sequence and the main ready screen interface.
Procedures for removing fiber coating and cleaning the bare fiber.
Instructions on how to properly cleave optical fibers.
Steps for correctly placing prepared fibers into the splicer.
How to perform an arc test to calibrate arc conditions.
Guide to initiating the automatic splicing process.
Performing tests to verify the quality of the splice.
Identifying and addressing issues that affect splice quality.
Applying heat shrink sleeves to protect the spliced fiber.
Specifies the type of drop cable supported.
List of tools and accessories needed for splicing drop cables.
Steps to prepare the splicer and cleaver for drop cable work.
Step-by-step guide to safely remove cable sheath.
Fiber prep steps with the AP-FC6SA cleaver adapter.
Fiber preparation steps when not using the AP-FC6SA adapter.
How to correctly place the fiber holder in the splicer.
Steps for applying and shrinking protection sleeves on drop cables.
General guidance on cleaning the splicer components.
Specific instructions for cleaning V-grooves and LEDs.
Maintaining cleanliness of fiber contact points and lenses.
How to clean the heat shrink oven components.
Step-by-step guide for replacing the splicer electrodes.
Guidelines for safely packing and storing the fusion splicer.
How to select and set splice and heater programs.
Detailed descriptions of available splice programs for different fiber types.
Details on heater programs optimized for protection sleeves.
Configure and understand various splicer functions and settings.
Adjustments for monitor position and clamp operation.
Features of dual ovens, fiber holders, and pads.
Automatic operation modes and mounting options.
Identifying issues related to arc performance and electrodes.
Causes and solutions for fiber breaking during or after splicing.
Troubleshooting steps when the splicer fails to turn on.
Information on warranty coverage and how to request repairs.
Common error messages and their corresponding countermeasures.
Detailed specifications for compatible optical fiber types.
Physical dimensions, weight, and key performance metrics.
Overview of available functions, splice, and heater programs.
Details on power requirements and operating environmental limits.
Specifications for electrode lifespan and resistance ratings.
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