What to do if there is a white line in Sumitomo Z2C Industrial Equipment 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 Z2C 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 Z2C?
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 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 Z2C 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 Z2C Industrial Equipment 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 | Z2C |
| Category | Industrial Equipment |
| Language | English |
Warnings related to initial setup, transport, and general usage of the fusion splicer.
Precautions for safe handling and use of the power cord and its plug.
Safety guidelines for charging, storing, and using the battery pack to prevent damage or hazards.
Guidelines for safely transporting and storing the splicer and its accessories to prevent damage.
Specific precautions for handling and charging the battery pack for optimal performance and safety.
General description of the Z2C splicer, its capabilities, and main features.
Information on optional accessories, tools, and consumables for the Z2C splicer.
Detailed breakdown of the Z2C splicer's physical components and their functions.
Explanation of the user interface elements, home screen, and various icons on the Z2C display.
Items required and steps to prepare for basic fiber splicing operation.
A summary of the step-by-step process for performing a splice with the fusion splicer.
Instructions on how to power the Z2C splicer using AC adapter or battery operation.
Detailed steps for turning the splicer on/off and performing optical fiber splicing.
Specific procedures for splicing drop cables, including preparation and protection.
Procedures for cleaning key components like V-grooves, LEDs, lens glass, and heat shrink oven.
Guidance on when and how to replace the splicer's electrodes for optimal performance.
Guidelines for properly packing and storing the Z2C splicer and its accessories.
Instructions on how to update the splicer's software using an internet connection.
Overview of pre-installed splice programs and their compatibility with different fiber types.
Steps to customize splice programs by editing parameters for specific fiber requirements.
How to copy and create new splice programs using Administrator mode for advanced configuration.
Managing the visibility of splice programs in Operator mode via Administrator settings.
Detailed list of parameters that can be edited for splice programs in different user modes.
Explanation of the NanoTune™ technology for automatic fine-tuning of splice conditions.
How to use the Attenuation splice mode for intentional core axial offset and fiber splicing.
Catalog of pre-installed heater programs optimized for Sumitomo protection sleeves.
Steps to personalize heater programs by adjusting parameters for specific sleeve types.
Creating new heater programs by copying existing ones via Administrator mode.
Managing the display of heater programs in Operator mode through Administrator settings.
Comprehensive list of editable parameters for heater programs in different user modes.
Navigating the main menu to access various settings and features of the splicer.
Configuring operational parameters like arc pause, auto start, and screen settings.
Customizing general functions such as ECO mode, sleep settings, screen brightness, and sound.
Managing, viewing, and saving splice data, including histograms and save locations.
Accessing maintenance logs, arc counts, conditioning, and other service-related settings.
Connecting to a smartphone via wireless LAN for remote operation and data management.
Viewing splicer information such as serial number, software version, and patent details.
Utilizing the back monitor function for easier fiber placement and viewing during splicing.
Using the multi clamp for various fiber types and drop cable splicing.
Instructions for using fiber holders for single fiber splicing with the Z2C.
Enabling auto start for splicing process and heater operation for increased efficiency.
Information on using tripod fixing screws for secure mounting of the Z2C splicer.
Procedures for attaching and securing the hand strap for safe handling of the splicer.
Steps to access and exit the Administrator mode for advanced settings and configuration.
Procedure for changing the default password to secure Administrator mode access.
Configuring startup password protection and locking individual settings for enhanced security.
Identifying and resolving issues related to arc performance, including electrode replacement.
Troubleshooting common causes of fiber breakage during or after the splicing process.
Steps to diagnose and fix issues when the fusion splicer fails to power on.
A guide to understanding error messages and their corresponding troubleshooting steps.
Information on product warranty, services after warranty, and exceptions for free repair.
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