What to do if there is a white line in Sumitomo 82C+ splices?
If you observe a white line in your Sumitomo Industrial Equipment splices, it could be due to non-optimal arc power or a short pre-fusion time. To address this, perform an arc test to ensure the splicer indicates “Arc OK” and increase the pre-fusion time.
Why is there bulging in my Sumitomo Industrial Equipment splice?
If your Sumitomo Industrial Equipment splice exhibits bulging, it might be caused by an excessive overlap, non-optimal arc power, or dust on the V-groove and bare fiber pads. Try decreasing the overlap, performing an arc test to ensure the splicer gives an “Arc OK”, and cleaning the V-groove and bare fiber pads.
How to fix a kink or offset in Sumitomo Industrial Equipment?
A kink or offset in Sumitomo Industrial Equipment splices can occur if there's dust on the V-groove and bare fiber pads, the arc power isn't optimum, or the melt back distance isn't equal between the left and right fibers. Clean the V-groove and bare fiber pads. Perform an arc test to ensure the splicer gives “Arc OK”.
What to do if Sumitomo 82C+ Industrial Equipment shows neck-down?
If you see a neck-down in your Sumitomo Industrial Equipment splice, it may be because the overlap is too small, the arc power isn't optimum, or there's dust on the V-groove and bare fiber pads. Increase the overlap, perform an arc test to ensure the splicer gives “Arc OK”, and clean the V-groove and bare fiber pads.
Why is there a bubble in my Sumitomo 82C+ Industrial Equipment splice?
A bubble in Sumitomo Industrial Equipment splices may appear if the pre-fusion time is too short, there is dust on the fiber, or the cleave angle of the fiber exceeds the allowable limit. Increase the pre-fusion time and cleave the fiber again.
How to remove a black line from Sumitomo 82C+ splice?
If you notice a black line in your Sumitomo Industrial Equipment splice, it indicates dust on the fiber. Cleave the fiber again to resolve this.
General| Brand | Sumitomo |
|---|---|
| Model | 82C+ |
| Category | Industrial Equipment |
| Language | English |
Explains the meaning of various safety symbols used in the manual and on the product.
Identifies symbols directly appearing on the splicer unit to indicate hazards.
Differentiates between warning and caution symbols and their implications.
Provides safety guidelines for setting up, transporting, and using the splicer.
Offers precautions for safely handling the power cord and plug to prevent hazards.
Details safety instructions for handling, charging, and storing the battery pack.
Outlines precautions for safely transporting and storing the fusion splicer and its accessories.
Provides safety guidelines for handling optical fibers, including laser radiation and eye protection.
Covers miscellaneous safety precautions not falling into other categories.
Further details safety measures for battery handling and charging procedures.
Describes the TYPE-82C+ splicer's automatic inspection, alignment, and fusion process.
Details the types of optical fibers the TYPE-82C+ can splice, including material, diameter, and count.
Highlights NanoTune™ Technology, wireless LAN, preventive maintenance, dual ovens, toughness, and battery life.
Lists the items included in the standard package of the TYPE-82C+ fusion splicer.
Lists optional accessories, tools, and consumables for the TYPE-82C+ splicer.
Identifies and explains the main components of the TYPE-82C+ fusion splicer.
Explains caution labels and symbols found on the TYPE-82C+ splicer for safe operation.
Lists the necessary items required before performing a splice operation.
Outlines the sequential steps for making a splice with the fusion splicer.
Explains how to connect AC adapter or use battery for powering the splicer.
Guides through turning on the splicer, selecting programs, cleaning, cleaving, inserting, and arc testing.
Provides causes and solutions for common splice errors and troubleshooting steps.
Explains how to perform a proof test and apply splice protection.
Details the cleaning process for V-grooves, LEDs, bare fiber pads, lens glass, and heat shrink oven.
Explains when and how to replace electrodes for optimal splicing performance.
Guides on how to properly pack and store the TYPE-82C+ splicer for transport or long-term storage.
Provides instructions for updating the splicer software using an internet connection.
Lists available splice programs and explains AUTO and NanoTune™ modes.
Guides on how to customize existing splice programs by editing parameters.
Explains how to copy, show, and hide splice programs in Administrator mode.
Details the parameters that can be edited for splice programs by operators and administrators.
Describes how to use attenuation mode for intentional core axial offset splicing.
Lists pre-installed heater programs optimized for protection sleeves.
Guides on how to customize heater programs by editing parameters for specific sleeve types.
Explains how to copy, show, and hide heater programs in Administrator mode.
Details the parameters that can be edited for heater programs by operators and administrators.
Explains how to navigate the menu screen to access various settings.
Guides on editing operation settings like auto start, re-arc, and heater auto start.
Describes how to configure the display for different stages of the splicing process in Administrator mode.
Lists and explains various function settings such as ECO mode, screen brightness, and sound.
Details how to edit, view, and save splice data, including histograms and CSV export.
Explains settings for arc count, conditioning, self-inspection, and motor calibration.
Guides on connecting to a smartphone via WLAN and using SumiCloud™ features.
Explains how to use the back monitor type for easier fiber placement and clamp swapping.
Details how to adjust the universal clamp based on fiber coating type and cleave length.
Guides on using fiber holders and adjusting holder stages for different monitor orientations.
Explains how to detach bare fiber pads and operate heater clamps.
Describes the auto start function and how to securely mount the splicer on a tripod.
Provides instructions for attaching and securing the hand strap to the splicer.
Explains how to log in to and out of Administrator mode using the default password.
Guides on how to change the administrator password for enhanced security.
Details setting up startup passwords and locking various splicer settings.
Addresses common issues like arc problems, fiber breakage, and power-on failures.
Lists error messages and provides troubleshooting steps for each.
Outlines warranty terms, services after warranty, and conditions for free repair/replacement.
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