To Next PageTo Next PageWhat to do if the Fujikura 70S+ Industrial Electrical 'CHARGE' LED blinks during battery recharge?
If the 'CHARGE' LED blinks during battery recharge, it could mean the battery pack is faulty or has reached the end of its service life. Install a new battery pack. If the LED blinks again after the new battery is installed, contact the authorized distributor.
Why does my Fujikura 70S+ Industrial Electrical battery drain quickly?
Several factors can cause a Fujikura Industrial Electrical battery to drain quickly. If the power saving function is not enabled, battery power degrades quicker, so always enable it to conserve power usage. At high altitude, the arc discharge current is increased, which degrades battery power quicker due to large power consumption. Also, the battery pack may have reached the end of its service life, so install a new battery pack.
What to do if Fujikura 70S+ power does not turn off?
If the power does not turn off when pressing the ON/OFF key on your Fujikura Industrial Electrical, press and hold the key until the LED color changes from green to red.
General| Model | 70S+ |
|---|---|
| Category | Industrial Electrical |
| Heating Time | 14 seconds |
| Cladding Diameter | 80 - 150 μm |
| Fiber Count | Single |
| Splice Time | 6 seconds |
| Weight | 2.8 kg with battery |
| Applicable Fibers | SM, MM, DS, NZDS |
| Typical Splice Loss | 0.02 dB with SM, 0.01 dB with MM |
| Return Loss | 60 dB or greater |
| Splicing Time | 6 seconds |
| Applicable Protection Sleeve Length | 40 mm, 60 mm |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -40 to 80°C |
| Altitude | 0 to 5000 m |
| Battery Capacity | 200 splices/shrinks (BU-11A battery) |
Overview of safety guidelines, warnings, cautions, and symbols for safe operation of the splicer.
Critical safety warnings regarding power supply, modifications, hazardous environments, and electrical hazards.
Safety cautions for handling, storage, and operating the splicer to prevent damage or injury.
Safety guidelines and precautions related to the use of the Bluetooth wireless communication feature.
Introduction to the 70S+ fusion splicer, highlighting its capabilities and improvements.
Details on new features such as automatic wind-protector, new heating system, connector splice, and short length splice.
Information on the use of the work tray and the procedure for upgrading the splicer's software.
List of standard equipment included with the Fujikura 70S+ fusion splicer.
List of optional accessories and parts that can be purchased for the Fujikura 70S+.
Tools and consumables required for fiber preparation and splicing operations.
Detailed description of the splicer's physical structure, components, and their respective functions.
Explanation of the function assigned to each key on the splicer's control panel.
Steps for preparing the work environment, including the use of the carrying case and work tray.
Procedures for managing the splicer's power supply, including AC and DC operation.
Instructions for checking, charging, and maintaining the splicer's battery for optimal performance.
Step-by-step guide on how to turn the fusion splicer on and off correctly.
Methods for adjusting the LCD brightness and controlling the automatic wind-protector function.
Procedure to check the current settings of the splicer displayed on the READY screen.
Guide on selecting and configuring various operation modes for the fusion splicer.
Instructions for selecting and configuring appropriate splice modes based on fiber type.
Guide for selecting and configuring heater modes optimized for different Fujikura protection sleeves.
Detailed steps for cleaning optical fibers and preparing them for the splicing process.
Techniques for cleaving optical fibers using either the sheath clamp or the fiber holder.
Instructions for correctly loading prepared optical fibers into the splicer using sheath clamp or fiber holder.
Procedure for performing arc calibration to ensure optimal arc power and splicing position.
Detailed steps for splicing fibers, including checking cleave angle and interpreting splice results.
Table outlining common causes of splice loss and their corresponding remedies for troubleshooting.
Instructions for storing splicing results in memory and adding comments to recorded data.
Procedures for performing fiber proof tests and heating protection sleeves correctly.
Description of wind-protector and sheath clamp motion based on different operation modes.
Overview of parameters available for configuring splice modes and machine settings within the Splice Menu.
Detailed explanation of various splice modes, including AUTO and Special modes, and their parameters.
Instructions for creating new splice modes and erasing existing ones from the splicer's memory.
Configuration options for splice operations, including pause settings and fiber image display preferences.
Procedures for displaying, referencing, editing, and eliminating stored splice results and memory data.
Functionality for storing, displaying, and deleting fiber images captured during splicing or error events.
Instructions on how to add comments to splicing results that are automatically stored in memory.
Overview of common parameters for heater modes and machine settings that can be edited and set.
Guide to selecting heater modes optimized for various Fujikura protection sleeves.
Instructions for referring to and editing the tube-heating conditions stored in heater modes.
Description of how to use the maintenance menu for performing routine maintenance tasks.
Step-by-step procedure for replacing worn electrodes to maintain splice quality and strength.
Procedure to stabilize electrodes, especially after environmental changes, to ensure stable arc power.
Procedures for resetting the cleaver counter and performing battery discharge for calibration.
Instructions for manual operation of motors and performing motor calibration for optimal performance.
Guide to performing diagnostic tests for a simple evaluation of splicer performance across critical variables.
Procedures for checking optical path for dust and performing arc calibration for optimal arc power.
Configuration options for machine settings including language, buzzer volume, and ready screen type.
Procedure for locking or disabling access to specific menu functions for operator control.
Settings for configuring the RS02/03 stripper parameters, including heat, ECO, and buzzer settings.
Instructions for configuring the Bluetooth menu and checking the wireless communication status with the stripper.
Detailed steps for establishing a wireless connection between the splicer and the RS02/03 stripper.
Instructions on how to access and navigate the built-in instruction manual within the splicer interface.
List of common error messages displayed by the splicer, with explanations of reasons and solutions.
Troubleshooting steps for common issues related to the splicer's power supply and battery.
Troubleshooting guide for issues encountered during splicing operations, including error messages and inconsistent loss.
Solutions for common problems encountered during the tube-heating operation of the protection sleeves.
Troubleshooting steps for resolving unsuccessful Bluetooth wireless connections with the stripper.
Troubleshooting common issues related to other functions, such as arc calibration and data transfer.
Information regarding the warranty period, coverage limits, and conditions for repair services.
Contact details for authorized distributors and Fujikura Ltd. for product inquiries and support.
