To Next PageTo Next PageWhat to do if the CHARGE LED blinks during battery recharge on Fujikura 70S Welding System?
If the 'CHARGE' LED on your Fujikura Welding System blinks during battery recharge, it could mean that the battery pack is faulty or has reached the end of its service life. Try installing a new battery pack. If the LED continues to blink after the new battery is installed, contact an authorized distributor.
Why does my Fujikura Welding System run out of battery quickly?
If your Fujikura Welding System isn't holding a charge, several factors could be at play. First, ensure the power saving function is enabled to conserve battery. If the battery pack has reached the end of its service life, replace it with a new one. Also, keep in mind that battery capacity decreases at low temperatures (especially below 0°C) and at high altitudes, the arc discharge current increases, leading to quicker battery drain.
What to do if Fujikura 70S power does not turn off?
If the power on your Fujikura Welding System does not turn off when pressing the ON/OFF key, press and hold the key until the LED color changes from green to red.
Why is the battery indicator not displayed on my Fujikura Welding System?
When using the AC adapter with your Fujikura Welding System, the battery indicator is not displayed on the screen.
General| Model | 70S |
|---|---|
| Category | Welding System |
| Fiber Alignment | Core Alignment |
| Return Loss | ≥60dB |
| Cladding Diameter | 80 - 150 µm |
| Operating Temperature | -10 to +50 °C |
| Storage Temperature | -40 to +80 °C |
| Altitude | 0 to 5, 000 m |
| Splice Loss | 0.02 dB (SM), 0.01 dB (MM) |
| Battery Capacity | Typical 200 splices/shrink cycles |
| Weight | 2.8 kg with battery |
| Dimensions | 146 x 159 x 150 mm |
| Applicable Fibers | SM, MM, DS, NZDS |
| Applicable Sleeves | 60mm, 40mm |
| Wind Protection | 15 m/s |
| Electrode Life | 3, 000 splices |
| Monitor | 4.7 inch color LCD monitor |
| Magnification | 200x |
| Data Output | USB |
| Splice Time | Typical 7 seconds |
| Heating Time | Typical 14 sec with Slim 60mm sleeve |
Overview of the 70S fusion splicer and its capabilities.
Details on the new features and improvements implemented in the 70S splicer.
Lists and illustrates the standard equipment included with the splicer.
Lists and describes essential tools and consumables required for splicing.
Detailed explanation and diagrams of the splicer's structure and individual components.
Explains the function and usage of each key on the splicer's control panel.
Guidance on preparing the workspace and utilizing accessories like the work tray.
Information on the proper use of the sleeve loader for protection sleeves.
Details on operating the splicer using either AC power or the internal battery.
Procedures for connecting and using the external AC adapter and power cord.
Instructions for connecting and utilizing an external DC power source.
Guidance on battery usage, checking capacity, and proper charging procedures.
Step-by-step instructions for powering the splicer on and off.
Explanation of how the Up/Down keys control various functions like LCD brightness.
How to review current settings like Splice Mode and Heater Mode on the READY screen.
Details on selecting and configuring different operational modes for the splicer.
Information on selecting and understanding the various available splice modes.
A step-by-step guide for selecting the appropriate splice mode for fiber splicing.
How to select and configure heater modes for different protection sleeves.
Instructions for choosing the most suitable heater mode for a specific protection sleeve.
Essential steps for cleaning optical fiber and preparing it for splicing.
Instructions for cleaving fiber when utilizing a sheath clamp.
Procedure for cleaving fiber when using an attached fiber holder.
Detailed steps for correctly positioning fibers within the splicer.
Instructions on the proper method for using the fiber holder during fiber loading.
Process for calibrating the arc power and splicing position for optimal performance.
Standard operating procedure for performing a splice, including crucial visual checks.
Information on how splicing results are automatically stored and managed within the device.
Guide to entering mode titles, comments, and passwords for settings.
How to conduct a test to verify the strength of the splice point.
Detailed steps for correctly placing and heating the protection sleeve.
Importance of cleaning and maintenance for long-term performance and quality.
Procedure for cleaning the V-grooves to ensure proper fiber clamping.
Steps to clean fiber clamp chips for optimal clamping performance.
How to clean the fiber cleaver's blade and pads to maintain cleaving quality.
Recommendations for regular inspection and cleaning to maintain splicing quality.
Procedure for cleaning the objective lens to ensure accurate fiber observation.
Information on cleaver blade alarms, position changes, and height adjustments.
Overview of parameters that can be configured within the Splice Menu.
Explanation of splice modes and parameters influencing splice quality.
Detailed database of available splice modes and their specific descriptions.
How to modify splicing parameters for existing or custom splice modes.
Steps for creating new splice modes or erasing existing ones.
Common parameters for splicing and machine settings configuration.
How the splicer stores and manages up to 2,000 splicing results.
Adding and editing comments for stored splicing results.
Guide to selecting heater modes optimized for Fujikura protection sleeves.
Step-by-step instructions for selecting the appropriate heater mode.
How to view and modify stored tube-heating conditions and parameters.
Using the heater for connector splices and exchanging heater clamps.
Overview of the maintenance menu functions for routine checks and upkeep.
Procedure for replacing worn electrodes to maintain splice quality and performance.
Function to expedite arc power stabilization in unstable environmental conditions.
Resets the stored count of arc discharges on the splicer.
Resets the stored count for the fiber cleaver.
Manual operation of the splicer's internal motors for specific tasks.
Performing a one-step evaluation of splicer performance and critical variables.
Checks the optical path for contaminants affecting fiber observation.
Calibrating the arc power and splicing position for optimal results.
Automatically calibrates the speed of all internal motors.
Displays equipment maintenance information like serial number and counts.
Adjusting parameters related to warnings and maintenance items.
Troubleshooting common issues related to the splicer's power supply and battery.
Troubleshooting common problems encountered during splicing operations.
Troubleshooting common issues encountered with the tube heating process.
Troubleshooting common issues related to supervision, settings, and passwords.
Troubleshooting for various other functions not covered in previous sections.
Information on the warranty period, limitations, and the repair process.
Contact details for authorized distributors and service centers worldwide.
